grads-2.0.1/0000755000175000017500000000000012026403172013741 5ustar amckinstryamckinstrygrads-2.0.1/Makefile.am0000644000175000017500000000356111046315172016005 0ustar amckinstryamckinstry# Adding this will suppress the requirement for INSTALL, et c., files. AUTOMAKE_OPTIONS = foreign ACLOCAL_AMFLAGS = -I m4 ############################################################## # # Subdirectories with Makefiles # SUBDIRS=src EXTRA_DIST=COPYRIGHT INSTALL BINDISTFILES=COPYRIGHT INSTALL DATADISTFILES=data DOCDISTFILES=doc # Indicate that these targets are not the names of files .PHONY: nobin-dists all-dists snapshot-dist bin-dist snapshot-bin-dist \ data-dist doc-dist dist-all: dist data-dist doc-dist bin-dist: all-am $(MAKE) $(AM_MAKE_FLAGS) prefix=$(prefix)/$(distdir) install-exec; \ for file in $(BINDISTFILES) ; do \ cp -pR $$file $(distdir)/ ; \ done; \ rm -rf `find $(distdir) -name CVS`; \ $(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-bin-$(host_triplet).tar.gz; \ $(am__remove_distdir) data-dist: mkdir -p $(distdir); \ for file in $(DATADISTFILES) ; do \ cp -pR $$file $(distdir)/ ; \ done; \ rm -rf `find $(distdir) -name CVS`; \ $(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-data.tar.gz; \ $(am__remove_distdir) doc-dist: mkdir -p $(distdir); \ for file in $(DOCDISTFILES) ; do \ cp -pR $$file $(distdir)/ ; \ done; \ rm -rf `find $(distdir) -name CVS` $(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-doc.tar.gz; \ $(am__remove_distdir) snapshot: distdir date_str=`date '+%Y%m%d-%H%M'`; \ $(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-snapshot-$${date_str}.tar.gz; \ $(am__remove_distdir) bin-snapshot: all-am $(MAKE) $(AM_MAKE_FLAGS) prefix=$(prefix)/$(distdir) install-exec; \ for file in $(BINDISTFILES) ; do \ cp -pR $$file $(distdir)/ ; \ done; \ rm -rf `find $(distdir) -name CVS`; \ date_str=`date '+%Y%m%d-%H%M'`; \ $(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-bin-snapshot-$${date_str}.tar.gz; \ $(am__remove_distdir) grads-2.0.1/INSTALL0000644000175000017500000000433211044337100014770 0ustar amckinstryamckinstry GrADS - Grid Analysis and Display System Version 2.0 http://grads.iges.org/grads GrADS Executables for UNIX GrADS is distributed freely and is copyrighted under the GNU Public License. Please read the COPYRIGHT file for more complete information. For download information consult http://grads.iges.org/grads/downloads.html The executables contained in this tar file are typically placed in the directory /usr/local/bin. If you do not have write permission for your /usr/local/bin directory, you can put them in the ~/bin subdirectory of your home directory. cd /usr/local/bin gunzip tarfile.gz tar xvf tarfile After unpacking the first tar file, you should have the following executables: grads GrADS - The basic package gradsdap GrADS enabled to read data remotely via OPeNDAP gribmap Creates an index file that "maps" a GRIB data set for a GrADS descriptor file gribscan Extracts grid info from a GRIB data set grib2scan Extracts grid info from a GRIB2 data set bufrscan Reads BUFR messages and prints out ascii values gxps Converts GrADS metafiles to Postscript gxeps Converts GrADS metafiles to Encapsulated Postscript gxtran Displays metafiles stnmap Maps station data wgrib See http://www.cpc.ncep.noaa.gov/products/wesley/wgrib.html A second tar file (data.tar.Z) contains the GrADS fonts and maps data sets is also necessary and can be downloaded from http://grads.iges.org/grads/downloads.html. The contents of data.tar are typically placed in the directory /usr/local/lib/grads, the default location for these files. If you do not have write permission for /usr/local/lib/grads, you can place the files elsewhere, but you must also change the environment variable GADDIR so the GrADS executables will know where to find these files. cd dirname uncompress data.tar.Z tar xvf data.tar setenv GADDIR dirname (If dirname is not /usr/local/lib/grads) Documentation and Additional Information ---------------------------------------- Consult the GrADS homepage http://grads.iges.org/grads grads-2.0.1/bootstrap0000755000175000017500000000017307701361322015711 0ustar amckinstryamckinstry#!/bin/sh mkdir -p etc aclocal autoheader touch config.h.in touch src/stamp-h automake -i --foreign --add-missing autoconf grads-2.0.1/doc/0000755000175000017500000000000011651523373014517 5ustar amckinstryamckinstrygrads-2.0.1/doc/gradcomddrawrecf.html0000644000175000017500000000065510243410766020706 0ustar amckinstryamckinstry

draw recf

draw recf xlo ylo xhi yhi

Draws a filled rectangle in the area described by xlo, ylo, xhi, yhi. The fill color is the current line drawing attribute color.

Usage Notes

Examples

grads-2.0.1/doc/advhardcopy.html0000644000175000017500000000021210243410766017701 0ustar amckinstryamckinstry works grads-2.0.1/doc/gradcomdsetxlopts.html0000644000175000017500000000146711632442207021156 0ustar amckinstryamckinstry

set xlopts

set xlopts color <thickness <size>>

Controls aspects of axis display

Usage Notes

Examples

grads-2.0.1/doc/gradcomdsetparea.html0000644000175000017500000000240110243410766020704 0ustar amckinstryamckinstry

set parea

set parea xmin xmax ymin ymax

The command specifies the area for plotting contour plots, maps, or line graphs. This area does not include axis labels, titles, etc., so if you need to see those, provide for an adequate margin.

The region is specified in terms of virtual page units. By default, the virtual page is equal to the real page, so the units are approximately inches on the real page.

Maps are scaled to fit within the plotting area such that their correct aspect ratio is maintained. Thus, the map will not fill the entire plotting area except under certain lat/lon ranges. A line graph or a contour plot without a map will be scaled to fit entirely within the specified plotting area.

By default, an appropriate plotting area is chosen depending on the type of graphics output. To return to this default, enter:

set parea off

It is not appropriate to use this command to put multiple plots on one page. It is better to use the set vpage command.

Usage Note

Examples

grads-2.0.1/doc/grib_levels.html0000644000175000017500000004057210526115561017706 0ustar amckinstryamckinstry GRIB Vertical Levels

TABLE 3: VERTICAL LEVELS

VALUE DESCRIPTION REQUIRED PARAMETERS ABBREV.
0-99 Special Codes (See Table 3a below)  
100 Isobaric level Pressure in hPa (2 octets) ISBL
101 Layer between two isobaric levels Pressure of top
in kPa		 Pressure of bottom
in kPa		  
102 Mean sea level 0 0 MSL
103 Specified altitude above MSL Altitude in meters GPML
104 Layer between two specified altitudes above MSL Altitude of top
in hm		 Altitude of bottom
in hm		 GPMY
105 Specified height level above ground Height in meters TGL
106 Layer between two specified height levels above ground Height of top
in hm		 Height of bottom
in hm		 HTGY
107 Sigma level Sigma value in 1/10000 (2 octets) SIGL
108 Layer between two sigma levels Sigma value at top
in 1/100		 Sigma value at bottom
in 1/100		 SIGY
109 Hybrid level Level number (2 octets) HYBL
110 Layer between two hybrid levels Level number of top Level number of bottom HYBY
111 depth below land surface Depth in cm (2 octets) DBLL
112 Layer between two depths below land surface

Depth of upper surface
in cm

Depth of lower surface
in cm

 DBLY
113 Isentropic (theta) level Potential temperature in K THEL
114 Layer between two isentropic levels

475 K minus theta of top
in K

 475 K minus theta of bottom in K THEY
115 Level at specified pressure difference from ground Pressure difference in hPa (2 octets) SPDL
116 Layer between two levels at specified pressure difference from ground Pressure difference from ground to top in hPa Pressure difference from ground to bottom in hPa SPDY
117 Potential vorticity surface Potential vorticity value in units of 10-6 K m2/kg s PVL
119 ETA level ETA value in 1/1000 (2 octets) ETAL
120 Layer between two ETA levels ETA value at top
in 1/100		 ETA value at bottom
in 1/100		 ETAY
121 Layer between two isobaric surfaces (high precision) 1100 minus pressure of
top in hPa		 1100 minus pressure of
bottom in hPa		 IBYH
125 Specified height level above ground (high precision)
Height in cm (2 octets) HGLH
128 Layer between two sigma levels (high precision)
1.1 minus sigma of top
in 1/1000 of sigma		 1.1 minus sigma of bottom
in 1/1000 of sigma		 SGYH
141 Layer between two isobaric surfaces (mixed precision) Pressure of top in hPa 1100 minus pressure of bottom in hPa IBYM
160 Depth below sea level Depth in m (2 octets) DBSL
200 Entire atmosphere 0 (2 octets) EATM
201 Entire ocean 0 (2 octets) EOCN
204-244 NCEP Special Levels & Layers See Table 3a  

TABLE 3a: SPECIAL VERTICAL LEVELS

VALUE DESCRIPTION ABBREV.
00 Reserved  
01 Ground or water surface SFC
02 Cloud base level CBL
03 Cloud top level CTL
04 Level of 0 deg (C) isotherm 0DEG
05 Level of adiabatic condensation lifted from the surface ADCL
06 Maximum wind level MWSL
07 Tropopause TRO
08 Nominal top of atmosphere NTAT
09 Sea bottom SEAB
10-19 Reserved  
20 Isothermal level (temperature in 1/100 K in octets 11 and 12) TMPL
21-99 Reserved  
204 Highest tropospheric freezing level HTFL
209 Boundary layer cloud bottom level BCBL
210 Boundary layer cloud top level BCTL
211 Boundary layer cloud layer BCY
212 Low cloud bottom level LCBL
213 Low cloud top level LCTL
214 Low cloud layer LCY
222 Middle cloud bottom level MCBL
223 Middle cloud top level MCTL
224 Middle cloud layer MCY
232 High cloud bottom level HCBL
233 High cloud top level HCTL
234 High cloud layer HCY
242 Convective cloud bottom level CCBL
243 Convective cloud top level CCTL
244 Convective cloud layer CCY

 

 

grads-2.0.1/doc/gradcomdsetxyzte.html0000644000175000017500000000446111632442207021005 0ustar amckinstryamckinstry

set x|y|z|t|e

set x|y|z|t|e val1 <val2>

This sets one dimension of the dimension environment using grid coordinates. You may use whatever coordinates are convenient to you. Issuing set lon is equivalent to issuing set x, both set the x dimension. The difference is only the units you wish to use when entering the command.

When you enter just one value, that dimension is said to be "fixed". When you enter two values, that dimension is said to be "varying". The combination of fixed and varying dimensions defines the dimension environment.

Usage Notes

The 'set e' command is only available in GrADS version 2.0+, when the ensemble dimension was introduced.

An important note: When you enter dimensions in grid coordinates, they are always converted to world coordinates. This conversion requires some knowledge of what scaling is in use for grid to world conversions. The scaling that is used in all cases (except one) is the scaling of the DEFAULT FILE. The exception is when you supply a dimension expression within a variable specification.

If you are setting the T or E dimension using grid coordinates, the value given in val1  or val2  may be the word "last" to set the dimension to the max value of that grid coordinate.

Examples

set t 1
This sets time to the first time in the data set -- using grid coordinates. T is now a fixed dimension.

set z 1 4
This sets the vertical dimension to vary between the first and the fourth levels in the data set -- using grid coordinates. Z is now a varying dimension.

set t 1 last
This sets time to vary between the first and the last time in the data set -- using grid coordinates. T is now a varying dimension.

set e last
This sets the ensemble to the final member in the data set. E is now a fixed dimension. grads-2.0.1/doc/gradfuncsmth9.html0000644000175000017500000000176110243410766020165 0ustar amckinstryamckinstry

smth9

smth9(expr)

Performs a 9 point smoothing to the gridded result of the expr.

Usage Notes

  1. The result at each grid point is a weighted average of the grid point plus the 8 surrounding points. The center point receives a wieght of 1.0, the points at each side and above and below receive a weight of 0.5, and corner points receive a weight of 0.3.

  2. All 9 points are multiplied by their weights and summed, then divided by the total weight to obtain the smoothed value. Any missing data points are not included in the sum; points beyond the grid boundary are considered to be missing. Thus the final result may be the result of an averaging with less than 9 points.

  3. If the gridded data is 1-Dimensional, the result is a 3 point smoothing.

Examples

grads-2.0.1/doc/font.html0000644000175000017500000000634311416646527016367 0ustar amckinstryamckinstry

Font File

GrADS currently supports fonts numbered 0 to 9. Fonts 0 to 5 are provided with the GrADS distribution. The files are named font0.dat, font1.dat, etc. If you create a font6.dat file (or 7 through 9) and put it in the same place as the other font files, you can use that font immediately, by using the set font command, or via font escape sequences.

The font files are in an ASCII format. Each file is 95 records in length. Each record represents a character in the font, and the records are ordered in the order of ASCII code values, starting with the blank (code value 32 decimal). So the last record represents the tilde, the 17th record the zero, etc. So when you are using the font the file represents, and enter a zero character, the character in the 17th record is plotted, whatever it may be.

Each record starts with a 3 character number. This is the number of code pairs in the record. This number is followed by the indicated number of code pairs. Each code pair is two characters. Each character represents a value, which is determined as an offset from the Capital R (decimal 82). So, if the character is Capital L, it represents a value of -6. If the character is a lower case k, it represents a value of +25.

The first code pair represents the horizontal extent of the character. So the first character of the code pair would be the minimum X, and the 2nd character the maximum X. If I remember correctly, this extent should include white space. This is followed by code pairs that represent drawing positions in X and Y, where the first character is X, and the 2nd Y. A "pen up" is indicated by the code pair " R" (blank, followed by capital R).

You can look at the existing font files for examples. If you look at font0.dat, the first record represents the blank. It thus has one code pair, which just represents the width of the blank in the font, thus allocating white space when a blank is encountered. If you look at record 57 (which represents Cap X), you see: 6H\KFY[ RYFK[ Decoding this, you see there are 6 code pairs. The first is the width extent, H\, which is -10 to 10. The next two pairs, KFY[, are points -7,-12 and 7,9. So a line would be drawn between those two points (appropriate scaled). The next code pair indicates pen up, followed by YFK[, which are 7,-12 and -7,9.

You can see the horizontal extent does not match too well with the actual character. I am not quite sure why this is, nor why the character is not centered. This is the way the fonts came, so I assume there are some font design issues involved.

If you want to design your own font, you will need to review the code GraDS uses to actually plot these fonts, which is gxchpl.c. I determined scale factors and centering issues by trial and error, and these values are contained in the code.

grads-2.0.1/doc/gradfuncmaskout.html0000644000175000017500000000355610243410766020610 0ustar amckinstryamckinstry

maskout

maskout(expr,mask)

Wherever the mask values are less than zero, the values in expr are set to the missing data value.

Works with gridded or station data. Where mask values are positive, the expr values are not modified. Thus the result of maskout is data with a possibly increased number of missing data values. The maskout function, in spite of its apparant simplicity, is extremely useful.

Usage Notes

Examples

  1. See the Examples for the const function for a description of using maskout to calculate the percentage of the globe covered by precipitation.

  2. The maskout function can be used to cause part of the data to be ignored while doing another calculation. For example, if we have a land-sea mask, where sea values are negative, and we want to take some areal average of a quantity only over land:

    d aave(maskout(p,mask.2),lon=0,lon=360,lat=0,lat=90)

  3. People frequently have trouble using a mask grid, because it is often put into a seperate file, and given some arbitrary date/time and level. Thus, it is often necessary to locally override the dimension environment while using the mask grid:

    d aave(maskout(p,mask.2(t=1)),lon=0,lon=360,lat=0,lat=90)

    would probably be how Example 2 would have to be expressed in order to work, with the local override of t=1 specified on the mask data. See the documentation on how GrADS evaluates expressions within the dimension environment for more information. grads-2.0.1/doc/gradutilncdump.html0000644000175000017500000001764210243410766020436 0ustar amckinstryamckinstry

    ncdump

    ncdump [-c] [-h] [-v var1,...] [-b lang] [-f lang] [-l len] [-n name] [-d f_digits[,d_digits]] file

    Where:

      -c
        Show the values of coordinate variables (variables that are also dimensions) as well as the declarations of all dimensions, variables, and attribute values. Data values of non-coordinate variables are not included in the output. This is the most suitable option to use for a brief look at the structure and contents of a netCDF file.

      -h

        Show only the header information in the output, that is the declarations of dimensions, variables, and attributes but no data values for any variables. The output is identical to using the -c option except that the values of coordinate variables are not included. (At most one of -c or -h options may be present.)

      -v    var1,...,varn

        The output will include data values for the specified variables, in addition to the declarations of all dimensions, variables, and attributes. One or more variables must be specified by name in the comma-delimited list following this option. The list must be a single argument to the command, hence cannot contain blanks or other white space characters. The named variables must be valid netCDF variables in the input-file. The default, without this option and in the absence of the -c or -h options, is to include data values for all variables in the output.

      -b lang

        A brief annotation in the form of a CDL comment (text beginning with the characters ``//'') will be included in the data section of the output for each `row' of data, to help identify data values for multidimensional variables. If lang begins with C or c, then C language conventions will be used (zero-based indices, last dimension varying fastest). If lang begins with F or f, then Fortran language conventions will be used (one-based indices, first dimension varying fastest). In either case, the data will be presented in the same order; only the annotations will differ. This option is useful for browsing through large volumes of multidimensional data.

      -f lang

        Full annotations in the form of trailing CDL comments (text beginning with the characters ``//'') for every data value (except individual characters in character arrays) will be included in the data section. If lang begins with C or c, then C language conventions will be used (zero-based indices, last dimension varying fastest). If lang begins with F or f, then Fortran language conventions will be used (one-based indices, first dimension varying fastest). In either case, the data will be presented in the same order; only the annotations will differ. This option may be useful for piping data into other filters, since each data value appears on a separate line, fully identified.

      -l len

        Changes the default maximum line length (80) used in formatting lists of non-character data values.

      -n name

        CDL requires a name for a netCDF data set, for use by ncgen -b in generating a default netCDF file name. By default, ncdump constructs this name from the last component of the pathname of the input netCDF file by stripping off any extension it has. Use the -n option to specify a different name. Although the output file name used by ncgen -b can be specified, it may be wise to have ncdump change the default name to avoid inadvertantly overwriting a valuable netCDF file when using ncdump, editing the resulting CDL file, and using ncgen -b to generate a new netCDF file from the edited CDL file.

      -d float_digits[,double_digits]

        Specifies default number of significant digits to use in displaying floating-point or double precision data values for variables that don't have a `C_format' attribute. Floating-point data will be displayed with float_digits significant digits. If double_digits is also specified, double-precision values will be displayed with that many significant digits. If a variable has a `C_format' attribute, that overrides any specified floating-point default. In the absence of any -d specifications, floating-point and double- precision data are displayed with 7 and 15 significant digits respectively. CDL files can be made smaller if less precision is required. If both floating-point and double-presision precisions are specified, the two values must appear separated by a comma (no blanks) as a single argument to the command. If you really want every last bit of precision from the netCDF file represented in the CDL file for all possible floating- point values, you will have to specify this with -d 9,17.
    Usage Notes

    ncdump generates an ASCII representation of a specified netCDF file on standard output. The ASCII representation is in a form called CDL (``network Common Data form Language'') that can be viewed, edited, or serve as input to ncgen. ncgen is a companion program that can generate a binary netCDF file from a CDL file. Hence ncgen and ncdump can be used as inverses to transform the data representation between binary and ASCII representations. See ncgen for a description of CDL and netCDF representations.

    ncdump defines a default format used for each type of netCDF data, but this can be changed if a `C_format' attribute is defined for a netCDF variable. In this case, ncdump will use the `C_format' attribute to format each value. For example, if floating-point data for the netCDF variable Z is known to be accurate to only three significant digits, it would be appropriate to use the variable attribute

    Z:C_format = "%.3g"

    ncdump may also be used as a simple browser for netCDF data files, to display the dimension names and sizes; variable names, types, and shapes; attribute names and values; and optionally, the values of data for all variables or selected variables in a netCDF file.

    Examples

      Look at the structure of the data in the netCDF file foo.nc:

      ncdump -c foo.nc

    1. Produce an annotated CDL version of the structure and data in the netCDF file foo.nc, using C-style indexing for the annotations:

      ncdump -b c foo.nc > foo.cdl

    2. Output data for only the variables uwind and vwind from the netCDF file foo.nc, and show the floating-point data with only three significant digits of precision:

      ncdump -v uwind,vwind -d 3 foo.nc

    3. Produce a fully-annotated (one data value per line) listing of the data for the variable omega, using Fortran conventions for indices, and changing the netCDF dataset name in the resulting CDL file to omega:

      ncdump -v omega -f fortran -n omega foo.nc > Z.cdl
    grads-2.0.1/doc/map.html0000644000175000017500000007656110243410766016176 0ustar amckinstryamckinstry

    Using Map Projections in GrADS

    It is important to understand the distinction between the two uses of map projections when creating GrADS displays of your data:

    • projection of the data (preprojected grids);
    • projection of the display.

    GrADS supports two types of data grids:

    • lon/lat grids (and not necessarily regular, e.g., gaussian);
    • preprojected grids.


    Using Preprojected Grids



      Preprojected data are data already on a map projection. GrADS supports four types of preprojected data:

      1. N polar stereo (NMC model projection);
      2. S polar stereo (NMC model projection) ;
      3. Lambert Conformal (originally for Navy NORAPS model);
      4. NMC eta model (unstaggered).
      5. More precise N and S polar stereo (hi res SSM/I data)
      6. Colorado State University RAMS model (oblique polar stereo; beta)

      When preprojected grids are opened in GrADS, bilinear interpolation constants are calculated and all date are displayed on an internal GrADS lat/lon grid defined by the xdef and ydef card in the data description or .ctl file (that's why it takes longer to "open" a preprojected grid data set).

      It is very important to point out that the internal GrADS grid can be any grid as it is completely independent of the preprojected data grid. Thus, there is nothing stopping you displaying preprojected data on a very high res lon/lat grid (again, defined in the .ctl by xdef and ydef). In fact, you could create and open multiple .ctl files with different resolutions and/or regions which pointed to the same preprojected data file.

      When you do a display (i.e., get a grid of data), the preprojected data are bilinearly interpolated to the GrADS internal lat/lon grid. For preprojected scalar fields (e.g., 500 mb heights), the display is adequate and the precision of the interpolation can be controlled by xdef and ydef to define a higher spatial resolution grid.

      The big virtue of this approach is that all built in GrADS analytic functions (e.g., aave, hcurl...) continue to work even though the data were not originally on a lon/lat grid. The downside is that you are not looking directly at your data on a geographic map. However, one could always define a .ctl file which simply opened the data file as i,j data and displayed without the map (set mpdraw off). So, in my opinion, this compromise is not that limiting even if as a modeller you wanted to look at the grid--you just don't get the map background.

      Preprojected vector fields are a little trickier, depending on whether the vector is defined relative to the data grid or relative to the Earth. For example, NMC polar stereo grids use winds relative to the data grid and thus must be rotated to the internal GrADS lat/lon grid (again defined in the .ctl file by the xdef and ydef cards).

      The only potential problem with working with preprojected data (e.g., Lambert Conformal model data) is defining the projection for GrADS. This is accomplished using a pdef card in the data descriptor .ctl file.



    Polar Stereo Preprojected Data (coarse accuracy for NMC Models)

      Preprojected data on a polar stereo projection (N and S) is defined as at NMC. For the NCEP model GRIB data distributed via anon ftp from ftp.ncep.noaa.gov, the pdef card is:

        pdef isize jsize projtype ipole jpole lonref gridinc
        pdef 53 45 nps 27 49 -105 190.5

      where,

        ipole and jpole are the (i,j) of the pole referenced from the lower left corner at (1,1) and gridinc is the dx in km.

      The relevant GrADS source is:

      void w3fb04 (float alat, float along, float xmeshl, float orient, float *xi, float *xj) {
      /*
      C
      C SUBPROGRAM: W3FB04 LATITUDE, LONGITUDE TO GRID COORDINATES
      C AUTHOR: MCDONELL,J. ORG: W345 DATE: 90-06-04
      C
      C ABSTRACT: CONVERTS THE COORDINATES OF A LOCATION ON EARTH FROM THE
      C NATURAL COORDINATE SYSTEM OF LATITUDE/LONGITUDE TO THE GRID (I,J)
      C COORDINATE SYSTEM OVERLAID ON A POLAR STEREOGRAPHIC MAP PRO
      C JECTION TRUE AT 60 DEGREES N OR S LATITUDE. W3FB04 IS THE REVERSE
      C OF W3FB05.
      C
      C PROGRAM HISTORY LOG:
      C 77-05-01 J. MCDONELL
      C 89-01-10 R.E.JONES CONVERT TO MICROSOFT FORTRAN 4.1
      C 90-06-04 R.E.JONES CONVERT TO SUN FORTRAN 1.3
      C 93-01-26 B. Doty converted to
      C
      C
      C USAGE: CALL W3FB04 (ALAT, ALONG, XMESHL, ORIENT, XI, XJ)
      C
      C INPUT VARIABLES:
      C NAMES INTERFACE DESCRIPTION OF VARIABLES AND TYPES
      C ------ --------- -----------------------------------------------
      C ALAT ARG LIST LATITUDE IN DEGREES (<0 IF SH)
      C ALONG ARG LIST WEST LONGITUDE IN DEGREES
      C XMESHL ARG LIST MESH LENGTH OF GRID IN KM AT 60 DEG LAT(<0 IF SH)
      C (190.5 LFM GRID, 381.0 NH PE GRID,-381.0 SH PE GRID)
      C ORIENT ARG LIST ORIENTATION WEST LONGITUDE OF THE GRID
      C (105.0 LFM GRID, 80.0 NH PE GRID, 260.0 SH PE GRID)
      C
      C OUTPUT VARIABLES:
      C NAMES INTERFACE DESCRIPTION OF VARIABLES AND TYPES
      C ------ --------- -----------------------------------------------
      C XI ARG LIST I OF THE POINT RELATIVE TO NORTH OR SOUTH POLE
      C XJ ARG LIST J OF THE POINT RELATIVE TO NORTH OR SOUTH POLE
      C
      C SUBPROGRAMS CALLED:
      C NAMES LIBRARY
      C ------------------------------------------------------- --------
      C COS SIN SYSLIB
      C
      C REMARKS: ALL PARAMETERS IN THE CALLING STATEMENT MUST BE
      C REAL. THE RANGE OF ALLOWABLE LATITUDES IS FROM A POLE TO
      C 30 DEGREES INTO THE OPPOSITE HEMISPHERE.
      C THE GRID USED IN THIS SUBROUTINE HAS ITS ORIGIN (I=0,J=0)
      C AT THE POLE IN EITHER HEMISPHERE, SO IF THE USER'S GRID HAS ITS
      C ORIGIN AT A POINT OTHER THAN THE POLE, A TRANSLATION IS NEEDED
      C TO GET I AND J. THE GRIDLINES OF I=CONSTANT ARE PARALLEL TO A
      C LONGITUDE DESIGNATED BY THE USER. THE EARTH'S RADIUS IS TAKEN C TO BE 6371.2 KM.
      C
      C ATTRIBUTES:
      C LANGUAGE: SUN FORTRAN 1.4 C MACHINE: SUN SPARCSTATION 1+
      C*/
      static float radpd = 0.01745329;
      static float earthr = 6371.2;

      float re,xlat,wlong,r;
         re = (earthr * 1.86603) / xmeshl;
         xlat = alat * radpd;
         if (xmeshl>0.0) {
            wlong = (along + 180.0 - orient) * radpd;
               r = (re * cos(xlat)) / (1.0 + sin(xlat));
               *xi = r * sin(wlong);
               *xj = r * cos(wlong);

         } else {
            re = -re;
            xlat = -xlat;
            wlong = (along - orient) * radpd;
               r = (re * cos(xlat)) / (1.0+ sin(xlat));
               *xi = r * sin(wlong);
               *xj = -r * cos(wlong);
         }
      }



    Lambert Conformal Preprojected Data

      The Lambert Conformal projection (lcc) was implemented for the U.S. Navy's limited area model NORAPS. Thus, to work with your lcc data you must express your grid in the context of the Navy lcc grid. NMC has been able to do this for their AIWIPS grids and the Navy definition should be general enough for others.

      A typical NORAPS Lambert-Conformal grid is described below, including the C code which sets up the internal interpolation.

      The .ctl file is:

        dset ^temp.grd
        title NORAPS DATA TEST
        undef 1e20
        pdef 103 69 lcc 30 -88 51.5 34.5 20 40 -88 90000 90000
        xdef 180 linear -180 1.0
        ydef 100 linear -10 1.0
        zdef 16 levels 1000 925 850 700 500 400 300 250 200 150 100 70 50 30 20 10
        tdef 1 linear 00z1jan94 12hr
        vars 1
           t 16 0 temp
        endvars

      where,

        103   = #pts in x
        69    = #pts in y
        lcc   = Lambert-Conformal
        30    = lat of ref point
        88    = lon of ref point (E is positive, W is negative)
        51.5  = i of ref point
        34.5  = j of ref point
        20    = S true lat
        40    = N true lat
        88    = standard lon
        90000 = dx in M
        90000 = dy in M

      Otherwise, it is the same as other GrADS files.

      Note - the xdef/ydef apply to the lon/lat grid GrADS internally interpolates to and can be anything...

      The GrADS source which maps lon/lat of the GrADS internal lon/lat grid to i,j of the preprojected grid is:

      /* Lambert Conformal conversion */
void ll2lc (float *vals, float grdlat, float grdlon, 
float *grdi, float *grdj) {
/*  Subroutine to convert from lat-lon to Lambert Conformal i,j.
Provided by NRL Monterey; converted to C 6/15/94.
c                SUBROUTINE: ll2lc
c
c                PURPOSE: To compute i- and j-coordinates of a specified
c                         grid given the latitude and longitude points. 
c                         All latitudes in this routine start 
c                         with -90.0 at the south pole and increase 
c                         northward to +90.0 at the north pole.  The 
c                         longitudes start with 0.0 at the Greenwich 
c                         meridian and increase to the east, so that 
c                         90.0 refers to 90.0E, 180.0 is the inter- 
c                         national dateline and 270.0 is 90.0W. 
c
c                INPUT VARIABLES: 
c 
c   vals+0         reflat: latitude at reference point (iref,jref) 
c
c   vals+1         reflon: longitude at reference point (iref,jref) 
c 
c   vals+2         iref:   i-coordinate value of reference point 
c 
c   vals+3         jref:   j-coordinate value of reference point 
c 
c   vals+4         stdlt1: standard latitude of grid 
c 
c   vals+5         stdlt2: second standard latitude of grid (only required 
c                  if igrid = 2, lambert conformal) 
c 
c   vals+6         stdlon: standard longitude of grid (longitude that 
c                          points to the north) 
c 
c   vals+7         delx:   grid spacing of grid in x-direction 
c                          for igrid = 1,2,3 or 4, delx must be in meters 
c                          for igrid = 5, delx must be in degrees 
c 
c   vals+8         dely:   grid spacing (in meters) of grid in y-direction 
c                          for igrid = 1,2,3 or 4, delx must be in meters 
c                          for igrid = 5, dely must be in degrees 
c 
c                  grdlat: latitude of point (grdi,grdj) 
c 
c                  grdlon: longitude of point (grdi,grdj)
c 
c                  grdi:   i-co ordinate(s) that this routine will generate 
c                          information for 
c 
c                  grdj:   j-coordinate(s) that this routine will generate 
c                          information for 
c 
*/

   float pi, pi2, pi4, d2r, r2d, radius, omega4; 
   float gcon,ogcon,ahem,deg,cn1,cn2,cn3,cn4,rih,xih,yih,rrih,check; 
   float alnfix,alon,x,y; 
   pi = 4.0*atan(1.0); 
   pi2 = pi/2.0; 
   pi4 = pi/4.0;
   d2r = pi/180.0; 
   r2d = 180.0/pi; 
   radius = 6371229.0; 
   omega4 = 4.0*pi/86400.0;

/*mf -------------- mf*/ 
/*case where standard lats are the same */ 
  if(*(vals+4) == *(vals+5)) { 
    gcon = sin(*(vals+4)*d2r); 
  } else { 
    gcon = (log(sin((90.0-*(vals+4))*d2r))
    log(sin((90.0-*(vals+5))*d2r)))
    /(log(tan((90.0-*(vals+4))*0.5*d2r))
    log(tan((90.0-*(vals+5))*0.5*d2r))); 
  } 
/*mf -------------- mf*/
  ogcon = 1.0/gcon; 
  ahem = fabs(*(vals+4))/(*(vals+4)); 
  deg = (90.0-fabs(*(vals+4)))*d2r; 
  cn1 = sin(deg); 
  cn2 = radius*cn1*ogcon;
  deg = deg*0.5; 
  cn3 = tan(deg); 
  deg = (90.0-fabs(*vals))*0.5*d2r;
  cn4 = tan(deg); 
  rih = cn2*pow((cn4/cn3),gcon); 
  deg = (*(vals+1)-*(vals+6))*d2r*gcon; 
  xih = rih*sin(deg); 
  yih = -rih*cos(deg)*ahem; 
  deg = (90.0-grdlat*ahem)*0.5*d2r; 
  cn4 = tan(deg); 
  rrih = cn2*pow((cn4/cn3),gcon); 
  check = 180.0-*(vals+6); 
  alnfix = *(vals+6)+check; 
  alon = grdlon+check;
  while (alon<0.0) alon = alon+360.0; 
  while (alon>360.0) alon = alon-360.0; 
  deg = (alon-alnfix)*gcon*d2r; 
  x = rrih*sin(deg); 
  y = -rrih*cos(deg)*ahem; 
  *grdi = *(vals+2)+(x-xih)/(*(vals+7)); 
  *grdj = *(vals+3)+(y-yih)/(*(vals+8)); 
}


    NMC Eta model (unstaggered grids)

      The NMC eta model "native" grid is awkward to work with because the variables are on staggered (e.g., the grid for winds is not the same as the grid for mass points) and non rectangular (number of points in i is not constant with j) grids. Because any contouring of irregularly gridded data involves interpolation at some point, NMC creates "unstaggered" eta model fields for practical application programs such as GrADS. In the unstaggered grids all variables are placed on a common and rectangular grid (the mass points).

      Wind rotation has also been added so that vector data will be properly displayed.

      The pdef card for a typical eta model grid is:

        pdef 181 136 eta.u -97.0 41.0 0.38888888 0.37037037

        181         = #pts in x
        136         = #pts in y
        eta.u     = eta grid, unstaggered
        -97.0     = lon of ref point (E is positive in GrADS, W is negative) [deg]
        41.0       = lat of ref point [deg]
        0.3888   = dlon [deg]
        0.37037 = dlat [deg]

      The source code in GrADS for the lon,lat -> i,j mapping is:

      void ll2eg (int im, int jm, float *vals,  float grdlon, float grdlat,
      float *grdi, float *grdj, float *alpha) {

/*  Subroutine to convert from lat-lon to NMC eta i,j.

    Provided by Eric Rogers NMC; converted to C 3/29/95 by Mike Fiorino.

c                SUBROUTINE: ll2eg 
c 
c                PURPOSE: To compute i- and j-coordinates of a specified 
c                         grid given the latitude and longitude points.
c                         All latitudes in this routine start 
c                         with -90.0 at the south pole and increase 
c                         northward to +90.0 at the north pole.  The 
c                         longitudes start with 0.0 at the Greenwich 
c                         meridian and increase to the east, so that 
c                         90.0 refers to 90.0E, 180.0 is the inter- 
c                         national dateline and 270.0 is 90.0W. 
c 
c                INPUT VARIABLES: 
c 
c   vals+0         tlm0d: longitude of the reference center point 
c 
c   vals+1         tph0d: latitude of the reference center point 
c 
c   vals+2         dlam:  dlon grid increment in deg 
c 
c   vals+3         dphi:  dlat grid increment in deg 
c 
c 
c                  grdlat: latitude of point (grdi,grdj) 
c 
c                  grdlon: longitude of point (grdi,grdj) 
c 
c                  grdi:   i-coordinate(s) that this routine will generate 
c                          information for 
c 
c                  grdj:   j-coordinate(s) that this routine will generate 
c                          information for 
c

*/

   float pi,d2r,r2d, earthr;   float tlm0d,tph0d,dlam,dphi;  
   float 
    phi,lam,lame,lam0,phi0,lam0e,cosphi,sinphi,sinphi0,cosphi0,sinlam r,cos 
    lamr;
   float x1,x,y,z,bigphi,biglam,cc,num,den,tlm,tph;

   int idim,jdim;

   pi=3.141592654;

   d2r=pi/180.0;   
   r2d=1.0/d2r;   
   earthr=6371.2;

   tlm0d=-*(vals+0); /* convert + W to + E, the grads standard for
    longitude */   
   tph0d=*(vals+1);   
   dlam=(*(vals+2))*0.5;  
   dphi=(*(vals+3))*0.5;

   /* grid point and center of eta grid trig */

   /* convert to radians */

   phi    = grdlat*d2r;   
   lam    = -grdlon*d2r; /* convert + W to + E, the grads standard for 
    longitude */   
   lame   = (grdlon)*d2r;

   phi0   = tph0d*d2r;   
   lam0   = tlm0d*d2r;   
   lam0e  = ( 360.0 + *(vals+0) )*d2r;

   /* cos and sin */

   cosphi = cos(phi);   
   sinphi = sin(phi);

   sinphi0 = sin(phi0);   
   cosphi0 = cos(phi0);

   sinlamr=sin(lame-lam0e);   
   coslamr=cos(lame-lam0e);

   x1     = cosphi*cos(lam-lam0);   
   x      = cosphi0*x1+sinphi0*sinphi;   
   y      = -cosphi*sin(lam-lam0);   
   z      = -sinphi0*x1+cosphi0*sinphi;

   /* params for wind rotation alpha */

   cc=cosphi*coslamr;   
   num=cosphi*sinlamr;  
   den=cosphi0*cc+sinphi0*sinphi;

   tlm=atan2(num,den);

   /* parms for lat/lon -> i,j */

   bigphi = atan(z/(sqrt(x*x+y*y)))*r2d;   
   biglam = atan(y/x)*r2d;

   idim = im*2-1;   
   jdim = jm*2-1 ;

   *grdi  = (biglam/dlam)+(idim+1)*0.5;   
   *grdj  = (bigphi/dphi)+(jdim+1)*0.5;   
   *grdi  = (*grdi+1)*0.5-1;   
   *grdj  = (*grdj+1)*0.5-1;

   *alpha = asin( ( sinphi0*sin(tlm)) / cosphi ) ;
 
/*   printf("qqq %6.2f %6.2f %6.2f %6.2f %g %g %g %g\n",    
       grdlon,grdlat,*grdi,*grdj,*alpha,tlm*r2d,cosphi,sinphi0); 
*/

}


    NMC high accuracy polar stereo for SSM/I data

      The polar stereo projection used by the original NMC models is not very precise because it assumes the earth is round (eccentricity = 0). While this approximation was reasonable for coarse resolution NWP models, it is inadequate to work with higher resolution data such as SSM/I.

      Wind rotation has not been implemented!!! Use only for scalar fields.

        pdef ni nj pse slat slon polei polej dx dy sgn

        ni          = # points in x
        nj          = # points in y
        slat      = absolute value of the standard latitude
        slon      = absolute value of the standard longitude
        pse        = polar stereo, "eccentric"
        polei    = x index position of the pole (where (0,0) is the index of the first point vice the more typical (1,1) )
        polej    = y index position of the pole (where (0,0) is the index of the first point vice the more typical (1,1) )
        dx          = delta x in km
        dy          = delta y in km
        sgn        = 1 for N polar stereo and -1 for S polar stereo

      Source code in GrADS for the lon,lat -> i,j mapping:

      
void ll2pse (int im, int jm, float *vals, float lon, float lat,   
       float *grdi, float *grdj) {

   /* Convert from geodetic latitude and longitude to polar stereographic      
      grid coordinates.  Follows mapll by V. J. Troisi.         */   
   /* Conventions include that slat and lat must be absolute values */   
   /* The hemispheres are controlled by the sgn parameter */   
   /* Bob Grumbine 15 April 1994. */

   const rearth = 6738.273e3;   
   const eccen2 = 0.006693883;  
   const float pi = 3.141592654;

   float cdr, alat, along, e, e2;
   float t, x, y, rho, sl, tc, mc;
   float slat,slon,xorig,yorig,sgn,polei,polej,dx,dy;

   slat=*(vals+0);
   slon=*(vals+1);
   polei=*(vals+2);  
   polej=*(vals+3);
   dx=*(vals+4)*1000;
   dy=*(vals+5)*1000;  
   sgn=*(vals+6);

   xorig = -polei*dx;
   yorig = -polej*dy;

   /*printf("ppp %g %g %g %g %g %g
   %g\n",slat,slon,polei,polej,dx,dy,sgn);*/

   cdr   = 180./pi;
   alat  = lat/cdr;
   along = lon/cdr;
   e2    = eccen2;
   e     = sqrt(eccen2);

   if ( fabs(lat) > 90.)  {
     *grdi = -1;
     *grdj = -1;    
     return;
   }
   else {
     t = tan(pi/4. - alat/2.) /
       pow( (1.-e*sin(alat))/(1.+e*sin(alat)) , e/2.);

     if ( fabs(90. - slat) < 1.E-3) {
       rho = 2.*rearth*t/
     pow( pow(1.+e,1.+e) * pow(1.-e,1.-e) , e/2.);
       }
       else {
         sl = slat/cdr;
         tc = tan(pi/4.-sl/2.) /
         pow( (1.-e*sin(sl))/(1.+e*sin(sl)), (e/2.) );
         mc = cos(sl)/ sqrt(1.-e2*sin(sl)*sin(sl) );
         rho = rearth * mc*t/tc;
       }

       x = rho*sgn*cos(sgn*(along+slon/cdr));
       y = rho*sgn*sin(sgn*(along+slon/cdr));

       *grdi = (x - xorig)/dx+1;
       *grdj = (y - yorig)/dy+1;

       /*printf("ppp (%g %g) (%g %g %g) %g
     %g\n",lat,lon,x,y,rho,*grdi,*grdj);*/

       return;
   }

}


    CSU RAMS Oblique Polar Stereo Grids

      The CSU RAMS model uses an oblique polar stereo projection. This projection is still being tested...

        pdef 26 16 ops 40.0 -100.0 90000.0 90000.0 14.0 9.0 180000.0 180000.0

        26              = #pts in x
        16              = #pts in y
        ops            = oblique polar stereo
        40.0          = lat of ref point (14.0, 9.0)
        -100.0      = lon of ref point (14.0, 9.0 (E is positive in GrADS, W is negative)
        90000.0    = xref offset [m]
        90000.0    = yref offset [m]
        14.0          = i of ref point
        9.0            = j of ref point
        180000.0  = dx [m]
        180000.0  = dy [m]

      Wind rotation has not been implemented!!! Use only for scalar fields.

      Source code in GrADS for the lon,lat -> i,j mapping:

      
void ll2ops(float *vals, float lni, float lti, float *grdi, float *grdj) 
   {

   const float radius = 6371229.0 ;   
   const float pi = 3.141592654;

   float stdlat, stdlon, xref, yref, xiref, yjref, delx , dely;

   float plt,pln;   
   double pi180,c1,c2,c3,c4,c5,c6,arg2a,bb,plt1,alpha,
   pln1,plt90,argu1,argu2;

   double hsign,glor,rstdlon,glolim,facpla,x,y;

   stdlat = *(vals+0);
   stdlon = *(vals+1);
   xref = *(vals+2);  
   yref = *(vals+3);
   xiref = *(vals+4);
   yjref = *(vals+5);  
   delx = *(vals+6);
   dely = *(vals+7);

   c1=1.0 ;
   pi180 = asin(c1)/90.0;

/* 
c 
c     set flag for n/s hemisphere and convert longitude to <0 ; 360> 
   interval 
c 
*/
   if(stdlat >= 0.0) {
     hsign= 1.0 ;  
   } else {
     hsign=-1.0 ;
   } 
/* 
c 
c     set flag for n/s hemisphere and convert longitude to <0 ; 360> 
   interval 
c 
*/  
   glor=lni ;
   if(glor <= 0.0) glor=360.0+glor ;
   rstdlon=stdlon;  
   if(rstdlon < 0.0) rstdlon=360.0+stdlon;

/* 
c 
c     test for a n/s pole case 
c 
*/
   if(stdlat == 90.0) {   
     plt=lti ;
     pln=fmod(glor+270.0,360.0) ;
     goto l2000;
   }

  if(stdlat == -90.0) {
     plt=-lti ;    
     pln=fmod(glor+270.0,360.0) ;
     goto l2000;
   }

/* 
c 
c     test for longitude on 'greenwich or date line' 
c 
*/  
   if(glor == rstdlon) {
     if(lti > stdlat) {      
       plt=90.0-lti+stdlat;
       pln=90.0;
     } else {
       plt=90.0-stdlat+lti;
       pln=270.0;;
     }   
     goto l2000;
   }

   if(fmod(glor+180.0,360.0) == rstdlon) {    
     plt=stdlat-90.0+lti;
     if(plt < -90.0) {
       plt=-180.0-plt;  
       pln=270.0;
     } else {
       pln= 90.0;
     }
     goto l2000;
   }

/* 
c 
c     determine longitude distance relative to rstdlon so it belongs to 
c     the absolute interval 0 - 180 
c 
*/
   argu1 = glor-rstdlon;
   if(argu1 > 180.0) argu1 = argu1-360.0;
   if(argu1 < -180.0) argu1 = argu1+360.0;

/* 
c 
c     1. get the help circle bb and angle alpha (legalize arguments) 
c 
*/

   c2=lti*pi180 ;
   c3=argu1*pi180 ;
   arg2a = cos(c2)*cos(c3) ;  
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = max1(arg2a,-c1)  */  
   if(  c1 < arg2a ) arg2a = c1 ; /* min1(arg2a, c1)         */
   bb = acos(arg2a) ;

   c4=hsign*lti*pi180 ;
   arg2a = sin(c4)/sin(bb) ;
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a = c1  ; /* arg2a = dmin1(arg2a, c1) */
   alpha = asin(arg2a) ; 
/* 
c 
c     2. get plt and pln (still legalizing arguments) 
c 
*/
   c5=stdlat*pi180 ;
   c6=hsign*stdlat*pi180 ;  
   arg2a = cos(c5)*cos(bb) + sin(c6)*sin(c4) ;
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a = c1  ; /* arg2a = dmin1(arg2a, c1) */
   plt1   = asin(arg2a) ;

   arg2a = sin(bb)*cos(alpha)/cos(plt1) ;

   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */  
   pln1   = asin(arg2a) ;

/* 
c 
c    test for passage of the 90 degree longitude (duallity in pln) 
c         get plt for which pln=90 when lti is the latitude 
c 
*/   
   arg2a = sin(c4)/sin(c6);
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
   plt90 = asin(arg2a) ;

/* 
c  
c         get help arc bb and angle alpha 
c 
*/
   arg2a = cos(c5)*sin(plt90) ;
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
   bb    = acos(arg2a) ;

   arg2a = sin(c4)/sin(bb) ;
   if( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
   if(  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
   alpha = asin(arg2a) ;

/* 
c 
c         get glolim - it is nesc. to test for the existence of solution 
c 
*/
   argu2  = cos(c2)*cos(bb) / (1.-sin(c4)*sin(bb)*sin(alpha)) ;
   if( fabs(argu2) > c1 ) {    
     glolim = 999.0;
   } else {
     glolim = acos(argu2)/pi180;
   }

/* 
c 
c
     modify (if nesc.) the pln solution 
c 
*/
   if( ( fabs(argu1) > glolim && lti <= stdlat ) || ( lti > stdlat ) ) {   
     pln1 = pi180*180.0 - pln1;
   } 
/* 
c 
c     the solution is symmetric so the direction must be if'ed 
c 
*/
   if(argu1 < 0.0) { 
     pln1 = -pln1;
   } 
/* 
c 
c     convert the radians to degrees
c 
*/
   plt = plt1/pi180 ;
   pln = pln1/pi180 ;

/* 
c
c     to obtain a rotated value (ie so x-axis in pol.ste. points east) 
c     add 270 to longitude 
c 
*/  
   pln=fmod(pln+270.0,360.0) ;

 l2000:

/* 
c 
c     this program convert polar stereographic coordinates to x,y ditto 
c     longitude:   0 - 360  ; positive to the east 
c     latitude : -90 -  90  ; positive for northern hemisphere 
c     it is assumed that the x-axis point towards the east and 
c     corresponds to longitude = 0 
c 
c     tsp 20/06-89 
c 
c     constants and functions 
c 
*/
   facpla = radius*2.0/(1.0+sin(plt*pi180))*cos(plt*pi180);   
   x = facpla*cos(pln*pi180) ;   
   y = facpla*sin(pln*pi180)  ;

   *grdi=(x-xref)/delx + xiref;
   *grdj=(y-yref)/dely + yjref;

   return;

}


    Pitfalls when using preprojected data

      There are a few gotchas with using preprojected data:

      1. the units in the variable definition for the u and v components must be 33 and 34K (the GRIB standard) respectively, e.g.,

          u 15 33    u component of the wind at 15 pressure levels
          v 15 34    v component of the wind at 15 pressure levels

      2. wind rotation is handled for polar stereo (N and S) preprojected data, but not for Lambert Conformal, as the Navy rotates the winds relative to earth. This will have to be added later......
      3. the eta.u and ops projection are still experimental...


    GrADS Display Projections
      Now that you hopefully understand GrADS data grids, it is time to discuss display projections. Graphics in GrADS are calculated relative to the internal GrADS data grid i,j space, transformed to the display device coordinates (e.g., the screen) and then displayed. That is, the i,j of the graphic element is converted to lat/lon and then to x,y on the screen via a map projection.

      GrADS currently supports four display projections:

      • lat/lon (or spherical);
      • N polar stereo (set mproj nps);
      • S polar stereo (set mproj sps);
      • the Robinson projection (set lon -180 180, set lat -90 90, set mproj robinson).

      As you can probably appreciate, the i,j-to-lon/lat-to-screen x,y for lon/lat displays is very simple and is considerably more complicated for N and S polar stereo projections.

      In principle, a Lambert Conformal display projection could be implemented. It just takes work and a simple user interface for setting up that display projection. Actually, the user interface (i.e., "set" calls) is the most difficult problem...



    Summary and Plans
      GrADS handles map projections in two different ways. The first is preprojected data where the fields are already on a projection (e.g., Lambert Conformal). It is fairly straightforward to implement other preprojected data projections and we will be fully implementing the NMC eta grid both staggered and unstaggered, "thinned" gaussian grids and the CSU RAMS oblique polar stereo projection. The second is in how i,j graphics (calculated in "grid" space) are displayed on a map background. Currently, only a few basic projections (lon/lat, polar stereo and robinson) are supported, but perhaps the development group will tackle this problem.
    grads-2.0.1/doc/tutorial.html0000644000175000017500000003530211416656405017255 0ustar amckinstryamckinstry GrADS Tutorial

    Tutorial (En Español)

    What is it?

    This document presents a brief tutorial for Brian Doty's Grid Analysis and Display System (GrADS). The following sample session will give you a feeling for how to use the basic capabilities of GrADS. This sample session takes about 30 minutes to run through. Here is a copy of

    Before you start:download the sample data

    You will need the following sample data files in order to go through this tutorial:

    This data file is described by the data descriptor file model.ctl. You may want to look at this file before continuing. The data descriptor file describes the actual data file, which in the case contains 5 days of global grids that are 72 x 46 elements in size.

    Please download these 3 files to a local directory before proceeding.

    Sample Session

    To start up GrADS, enter:

    grads

    If the grads executable is not in your current directory, or if it is not in your PATH somewhere, you may need to enter the full pathname, ie:

    /usr/homes/smith/grads/grads

    GrADS will prompt you with a landscape vs. portrait question; just press enter. At this point a graphics output window should open on your console. You may wish to move or resize this window. Keep in mind that you will be entering GrADS commands from the window where you first started GrADS -- this window will need to be made the 'active' window and you will not want to entirely cover that window with the graphics output window.

    In the text window (where you started grads from), you should now see a prompt: ga-> You will enter GrADS commands at this prompt and see the results displayed in the graphics output window.

    The first command you will enter is:

    open model.ctl

    You may want to see what is in this file, so enter:

    query file

    One of the available variable is called ps, for surface pressure. We can display this variable by entering:

    d ps

    d is short for display. You will note that by default, GrADS will display an X, Y plot at the first time and at the lowest level in the data set.


    Now you will enter commands to alter the dimension environment. The display command (and implicitly, the access, operation, and output of the data) will do things with respect to the current dimension environment. You control the dimension environment with the set command:

      clear           clears the display
      set lon -90     sets longitude to 90 degrees West
      set lat 40      sets latitude to 40 degrees North
      set lev 500     sets level to 500 mb
      set t 1         sets time to first time step
      d z             displays the variable 'z'

    In the above sequence of commands, we have set all four GrADS dimensions to a single value. When we set a dimension to a single value, we say that dimension is "fixed". Since all the dimensions are fixed, when we display a variable we get a single value, in this case the value at the location 90W, 40N, 500mb, and the 1st time in the data set.

    If we now enter:

      set lon -180 0     X is now a varying dimension
      d z

    We have set the X dimension, or longitude, to vary. We have done this by entering two values on the set command. We now have one varying dimension (the other dimensions are still fixed), and when we display a variable we get a line graph, in this case a graph of 500mb Heights at 40N.


    Now enter:

    We now have two varying dimensions, so by default we get a contour plot. If we have 3 varying dimensions:

    we get an animation sequence, in this case through time.

    Now enter:

    In this case we have set the Y (latitude) and Z (level) dimensions to vary, so we get a vertical cross section. We have also displayed two variables, which simply overlay each other. You may display as many items as you desire overlaid before you enter the clear command.


    Another example, in this case with X and T varying (Hovmoller plot):


    Now that you know how to select the portion of the data set to view, we will move on to the topic of operations on the data. First, set the dimension environment to an Z, Y varying one:

    Now lets say that we want to see the temperature in Fahrenheit instead of Kelvin. We can do the conversion by entering:

    display (t-273.16)*9/5+32

    Any expression may be entered that involves the standard operators of +, -, *, and /, and which involves operands which may be constants, variables, or functions. An example involving functions:

    to calculate the magnitude of the wind. A function is provided to do this calculation directly:

    d mag(u,v)


    Another built in function is the averaging function:

    In this case we calculate the 5 day mean. We can also remove the mean from the current field:

    d z - ave(z,t=1,t=5)

    We can also take means over longitude to remove the zonal mean:

    We can also perform time differencing:

    This computes the change between the two fields over 1 day. We could have also done this calculation using an offset from the current time:

    d z(t+1) - z

    The complete specification of a variable name is:

    name.file(dim +|-|= value, ...)

    If we had two files open, perhaps one with model output, the other with analyses, we could take the difference between the two fields by entering:

    display z.2 - z.1

    Another built in function calculates horizontal relative vorticity via finite differencing:

    Yet another function takes a mass weighted vertical integral:

    Here we have calculated precipitable water in mm.

    Now we will move on to the topic of controlling the graphics output. So far, we have allowed GrADS to chose a default contour interval. We can override this by:

    We can also control the contour color by:

    We can select alternate ways of displaying the data:

    This is not very smooth; we can apply a cubic smoother by entering:


    We can overlay different graphics types:

    and we can annotate:

    draw title 500mb Heights and Vorticity

    We can view wind vectors:


    Here we are displaying two expressions, the first for the U component of the vector; the 2nd the V component of the vector. We can also colorize the vectors by specifying a 3rd field:

    d u;v;q

    or maybe:

    d u;v;hcurl(u,v)

    You may display pseudo vectors by displaying any field you want:

    Here the U component is the wind speed; the V component is moisture.

    We can also view streamlines (and colorize them):

    Or we can display actual grid point values:


    We may wish to alter the map background:

    To alter the projection:

    In this case, we have told grads to access and operate on data from longitude 140W to 40W, and latitude 15N to 80N. But we have told it to display a polar stereographic plot that contains the region bounded by 120W to 75W and 25N to 65N. The extra plotting area is clipped by the map projection routine.


    This concludes the sample session. At this point, you may wish to examine the data set further, or you may want to go through the GrADS documentation and try out the other options described there. grads-2.0.1/doc/pagecontrol.html0000644000175000017500000001260110243410766017717 0ustar amckinstryamckinstry Page Control in GrADS

    Page Control in GrADS

    Real and virtual pages

    The "real" page is an 8.5x11 page in the landscape or portrait orientation. The orientation is specified when you first startup grads. The graphics output window is a representation of the real page on your computer screen. The graphics window can be any size at all. You can set the dimensions explicitly (in pixel coordinates) using the set xsize command, or you can simply resize the graphics window using your mouse. When it comes time to print the contents of the graphics window to a real page, the screen coordinates (in pixels) will be scaled so the graphics will fit in the real page in the same way they fit in the graphics window.

    The "virtual" page is a page-within-a-page that fits within the limits of the real page. By default, the virtual page is the same as the real page, so that real page coordinates are exactly the same as virtual page coordinates. All graphics are drawn on the virtual page. The limits of the virtual page may be changed by using the following command:

    After entering a set vpage command, GrADS will return the size of the virtual page in inches. Any arguments to graphics commands that require page coordinates in inches are to be given in virtual page coordinates. For example, to draw a plot in the lower left quadrant of the real page, use the following command:

    GrADS will return the following virtual page dimensions:

      Virtual page size = 11 8.5

    If the virtual page has the same aspect ratio as the real page, Grads will give it the same dimensions as the real page -- in this case the virtual page is a mini version of an 11"x8.5" page. Here's another example where the virtual page is a centered square:

    GrADS will return the following virtual page dimensions:

      Virtual page size = 8.5 8.5

    On the real page the plot will be within a 3" square, but on the virtual page in Grads the plot will be within an 8.5" square. Remember that any arguments to graphics commands that require page coordinates in inches are to be given in virtual page coordinates.

    To return to the default state where the virtual page equals the real page, enter:

    Controlling the plot area

    It is possible to control the area within the virtual page where GrADS draws contour plots, maps, or line graphs. The command is:

    This area does not include axis labels, titles, color bars, etc., so be sure to provide for adequate margins in order to see these features. Note that the plot area is specified in terms of virtual page units.

    GrADS chooses an appropriate default plotting area depending on the type of graphics output. To return to this default, enter:

    Line graphs and contour plots that don't contain a map will be scaled to fill the entire plot area. Any plot that contains a map projection will be scaled to fit within the plotting area while maintaining a correct lat/lon aspect ratio. Thus, the map may not fill the entire plotting area except under certain lat/lon ranges. This feature may be turned off by setting the map projection to "scaled". See the reference page for set mproj for additional map projection options.

    Drawing Multi-Panel Plots

    For drawing multi-panel plots, use set vpage to define several virtual pages that fit within the limits of the real page. Virtual pages may overlap. The sample script called panels_demo.gs demonstrates how to set up virtual page coordinates for a multi-panel plot with a specified number of rows and columns. It uses a GrADS script function called panels.gsf.

    If you want to place a label or some other graphic element in each panel, the position is given in virtual page coordinates. These coordinates will be the same no matter which panel you're in. This makes it easy to shift the labels in one direction or another to accomodate the graphics.

    Do not use set parea to draw multiple plots on one page. That is not what parea was designed for. It is far better (and easier!) to use the set vpage command as described above. grads-2.0.1/doc/gradcomdenableprint.html0000644000175000017500000000330611416646527021421 0ustar amckinstryamckinstry

    enable print

    enable print fname

    This command opens the output file fname that will contain the instructions in GrADS metacode format to create a hardcopy of the graphical display. Any existing contents of fname will be lost. The output file fname is referred to as a GrADS metafile.

    Usage Notes

    Creating a GrADS metafile for vector-graphic hardcopy involves four steps:

    1. Open the metafile with the enable print command
    2. Create the graphical display that you want to print
    3. Issue the print command. For multiple images in your metafile, use clear and then print again.
    4. Close the metafile with the disable print command

    After you have created a GrADS metafile, you can

    1. convert it to postscript using the external utility gxps
    2. convert it to encapsulated postscript using gxeps or you can
    3. display it using the external utilities gxtran or gv32.exe (for MS Windows)

     

    grads-2.0.1/doc/gradcomdsettimelab.html0000644000175000017500000000126110243410766021234 0ustar amckinstryamckinstry GrADS Command: set timelab

    set timelab

    set timelab on|off

    This command turns on/off the display of the time label for sreen and printed output.

    Usage Notes

    1. The default is on and "sticks" until reset by another set timelab command.

    2. To turn off the time label and the GrADS label, use set grads.
    grads-2.0.1/doc/gradcomdtserwx.html0000644000175000017500000000054010243410766020436 0ustar amckinstryamckinstry For example:

      set parea 0.75 10.5 3.875 4.25
      set grads off
      set gxout tserwx
      set digsiz 0.11
      d wx (stid=79001)

    where the grid wx contains codes for weather symbols grads-2.0.1/doc/gradfunccos.html0000644000175000017500000000055510243410766017705 0ustar amckinstryamckinstry

    cos

    cos(expr)

    Takes the cosine of the expr. Values are assumed to be in radians. Works on both gridded and station data.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetmdlopts.html0000644000175000017500000000050110243410766021275 0ustar amckinstryamckinstry

    set mdlopts

    set mdlopts opt

    opt = noblank, blank, dig3, or nodig3

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetarrowhead.html0000644000175000017500000000107410243410766021575 0ustar amckinstryamckinstry

    set arrowhead

    set arrowhead size

    where size is the size of the arrowhead. The default is 0.05. If set to 0, no arrowhead is plotted. If set to a negative value, the size of the arrowhead will be scaled to the size of the arrow. The value specified will be the size when the arrow is one inch in length.

    Usage Note

    Examples

    grads-2.0.1/doc/ncdump.html0000644000175000017500000002152310243410766016673 0ustar amckinstryamckinstry

    ncdump

    ncdump [-c] [-h] [-v var1,...] [-b lang] [-f lang] [-l len] [-n name] [-d f_digits[,d_digits]] file

    Where:

      -c      Show the values of coordinate variables (variables that are also dimensions) as well as the declarations of all dimensions, variables, and attribute values. Data values of non-coordinate variables are not included in the output. This is the most suitable option to use for a brief look at the structure and contents of a netCDF file.

      -h      Show only the header information in the output, that is the declarations of dimensions, variables, and attributes but no data values for any variables. The output is identical to using the -c option except that the values of coordinate variables are not included. (At most one of -c or -h options may be present.)

      -v      var1,...,varn

        The output will include data values for the specified variables, in addition to the declarations of all dimensions, variables, and attributes. One or more variables must be specified by name in the comma-delimited list following this option. The list must be a single argument to the command, hence cannot contain blanks or other white space characters. The named variables must be valid netCDF variables in the input-file. The default, without this option and in the absence of the -c or -h options, is to include data values for all variables in the output.

      -b lang

        A brief annotation in the form of a CDL comment (text beginning with the characters ``//'') will be included in the data section of the output for each `row' of data, to help identify data values for multidimensional variables. If lang begins with C or c, then C language conventions will be used (zero-based indices, last dimension varying fastest). If lang begins with F or f, then Fortran language conventions will be used (one-based indices, first dimension varying fastest). In either case, the data will be presented in the same order; only the annotations will differ. This option is useful for browsing through large volumes of multidimensional data.

      -f lang

        Full annotations in the form of trailing CDL comments (text beginning with the characters ``//'') for every data value (except individual characters in character arrays) will be included in the data section. If lang begins with C or c, then C language conventions will be used (zero-based indices, last dimension varying fastest). If lang begins with F or f, then Fortran language conventions will be used (one-based indices, first dimension varying fastest). In either case, the data will be presented in the same order; only the annotations will differ. This option may be useful for piping data into other filters, since each data value appears on a separate line, fully identified.

      -l len

        Changes the default maximum line length (80) used in formatting lists of non-character data values.

      -n name

        CDL requires a name for a netCDF data set, for use by ncgen -b in generating a default netCDF file name. By default, ncdump constructs this name from the last component of the pathname of the input netCDF file by stripping off any extension it has. Use the -n option to specify a different name. Although the output file name used by ncgen -b can be specified, it may be wise to have ncdump change the default name to avoid inadvertantly overwriting a valuable netCDF file when using ncdump, editing the resulting CDL file, and using ncgen -b to generate a new netCDF file from the edited CDL file.

      -d float_digits[,double_digits]

        Specifies default number of significant digits to use in displaying floating-point or double precision data values for variables that don't have a `C_format' attribute. Floating-point data will be displayed with float_digits significant digits. If double_digits is also specified, double-precision values will be displayed with that many significant digits. If a variable has a `C_format' attribute, that overrides any specified floating-point default. In the absence of any -d specifications, floating-point and double- precision data are displayed with 7 and 15 significant digits respectively. CDL files can be made smaller if less precision is required. If both floating-point and double-presision precisions are specified, the two values must appear separated by a comma (no blanks) as a single argument to the command. If you really want every last bit of precision from the netCDF file represented in the CDL file for all possible floating- point values, you will have to specify this with -d 9,17.

    Usage Notes

    ncdump generates an ASCII representation of a specified netCDF file on standard output. The ASCII representation is in a form called CDL (``network Common Data form Language'') that can be viewed, edited, or serve as input to ncgen. ncgen is a companion program that can generate a binary netCDF file from a CDL file. Hence ncgen and ncdump can be used as inverses to transform the data representation between binary and ASCII representations. See ncgen for a description of CDL and netCDF representations.

    ncdump defines a default format used for each type of netCDF data, but this can be changed if a `C_format' attribute is defined for a netCDF variable. In this case, ncdump will use the `C_format' attribute to format each value. For example, if floating-point data for the netCDF variable Z is known to be accurate to only three significant digits, it would be appropriate to use the variable attribute

    Z:C_format = "%.3g"

    ncdump may also be used as a simple browser for netCDF data files, to display the dimension names and sizes; variable names, types, and shapes; attribute names and values; and optionally, the values of data for all variables or selected variables in a netCDF file.

    Examples

      Look at the structure of the data in the netCDF file foo.nc:

      ncdump -c foo.nc

    1. Produce an annotated CDL version of the structure and data in the netCDF file foo.nc, using C-style indexing for the annotations:

      ncdump -b c foo.nc > foo.cdl

    2. Output data for only the variables uwind and vwind from the netCDF file foo.nc, and show the floating-point data with only three significant digits of precision:

      ncdump -v uwind,vwind -d 3 foo.nc

    3. Produce a fully-annotated (one data value per line) listing of the data for the variable omega, using Fortran conventions for indices, and changing the netCDF dataset name in the resulting CDL file to omega:

      ncdump -v omega -f fortran -n omega foo.nc > Z.cdl
    grads-2.0.1/doc/commandsatt.html0000644000175000017500000005446111416646527017737 0ustar amckinstryamckinstry GrADS Commands

    GrADS Commands Sorted by Attribute

    Animation
    set loopdim      Sets dimension to animate
    set loopincr     Sets looping increment
    set looping      Turns on animation when fewer than three dimesions are varying
    set dbuff        Turns on/off double buffer mode
    swap             Swaps buffers when in double buffer mode

    Annotation and Labeling
    draw string      Draws a string anywhere on the page
    draw title       Draws a title centered over a plot
    set dignum       Sets the number of significant digits after the decimal point
    set digsiz       Sets the size of plotted numbers
    set font         Selects the font for text display
    set grads        Turns on/off the GrADS logo in each plot
    set string       Sets string drawing attributes
    set strsiz       Sets the string character size
    set timelab      Turns on/off display of the time label
    set tlsupp       Suppresses the annotation of the year and/or month in date/time labels

    Axis Labeling
    draw xlab        Draws an X-axis label
    draw ylab        Draws a Y-axis label
    set vrange       Sets the range of values for Y-axis scaling
    set vrange2      Sets the range of values for X-axis scaling
    set xaxis        Specifies where the labeled tick marks will be placed on the X-axis
    set xflip        Flips the order of the horizontal axis
    set xlab         Controls the format of X-axis tick mark labels
    set xlabs        Gives specific text for X-axis labels
    set xlevs        Specifies each individual labeled tick mark for the X-axis
    set xlint        Specifies the interval between labeled tick marks on the X-axis
    set xlopts       Controls X-axis label options
    set xlpos        Controls position of X-axis labels
    set xyrev        Reverses the X and Y axes on a plot
    set yaxis        Specifies where the labeled tick marks will be placed on the Y-axis
    set yflip        Flips the order of the vertical axis
    set ylab         Controls the format of Y-axis tick mark labels
    set ylabs        Gives specific text for Y-axis labels
    set ylevs        Specifies each individual labeled tick mark for the Y-axis
    set ylint        Specifies the interval between labeled tick marks on the Y-axis
    set ylopts       Controls Y-axis label options
    set ylpos        Controls position of Y-axis labels
    set zlog         Sets log scaling of the Z dimension

    Bar Graph Options
    set barbase      Sets the reference point for bar graphs
    set bargap       Sets the gap between bars for bar graphs
    set baropts      Specifies whether bars are outlined or filled

    Color Control
    set fgvals       Assigns a color to a particular value; used with 'set gxout fgrid'
    set lfcols      
    set rbcols       Specifies a new rainbow color sequence
    set rbrange      Assigns a range of values to rainbow colors
    set rgb          Defines a new color
    set wxcols       Controls color of weather symbols

    Contour Settings
    set annot        Sets color and thickness of axis border, axis labels, and tickmarks
    set black        Specifies a range of values for which no contours will be drawn
    set ccolor       Specifies the color of the plotted contours
    set ccols        Assigns specific colors for each contour level
    set cint         Sets the contour interval
    set clab         Controls contour labels
    set clevs        Sets specific contour levels
    set clopts       Contour label options
    set clskip       Sets the number of contour lines to skip when labelling
    set cmax         Contours not drawn above this value
    set cmin         Contours not drawn below this value
    set csmooth      Interpolates the grid to a finer resolution before contouring
    set cstyle       Sets the contour line style
    set cterp        Turns on/off spline smoothing
    set cthick       Sets contour line thickness

    Display Controls
    clear            Clears the display window and resets many graphics options
    display          Draws a plot
    reset            Returns GrADS settings to default state with some exceptions
    set background   Sets background color
    set clip         Sets the coordinates for clipping the plot area
    set cmark        Sets the type of line marker
    set display      Sets the mode of display
    set frame        Draws a frame around plot borders
    set gridln       Controls appearance of grid lines; used with 'set gxout grid'
    set gxout        Sets a graphics output type
    set line         Sets line attributes
    set missconn     Connects plots lines over missing data
    set parea        Specifies the area for plotting contour plots, maps, or line graphs
    set vpage        Sets dimensions of the virtual page
    set xsize        Resizes the graphics display window

    Data and Image Output
    disable fwrite   Closes output file containing gridded data
    disable print    Closes output file containing images in metacode format
    enable print     Opens output file containing images in metacode format
    gxeps            Converts GrADS metacode format image files into postscript
    gxps             Converts GrADS metacode format image files into postscript
    gxtran           Displays GrADS metacode format image files
    outxwd           Copies the contents of the display window into a file in XWD format
    print            Copies the contents of display window to a file in a metacode format
    printim          Copies the contents of display window to a file in PNG or GIF format
    set fwrite       Sets filename, byte ordering, and format for data output
    wi               Dumps the contents of the display window into a file in a variety of formats

    Dimension Environment
    set x            Specifies the X-dimension in grid coordinates
    set y            Specifies the Y-dimension in grid coordinates
    set z            Specifies the Z-dimension in grid coordinates
    set t            Specifies the T-dimension in grid coordinates
    set lon          Specifies the X-dimension in world coordinates
    set lat          Specifies the Y-dimension in world coordinates
    set lev          Specifies the Z-dimension in world coordinates
    set time         Specifies the T-dimension in world coordinates

    File Manipulation
    close            Closes a GrADS data file
    open             Opens a GrADS data file
    reinit           Returns GrADS to its initial state
    exec             Executes the list of GrADS commands contained in a file
    gribmap          Creates a map of data sets in GRIB format
    gribscan         Extracts grid info from data sets in GRIB format
    run              Runs a GrADS script
    sdfopen          Opens a COARDS-compliant NetCDF or HDF-SDS file
    xdfopen          Opens a non-COARDS-compliant NetCDF or HDF-SDS file
    set dfile        Changes default file
    set imprun       Sets up automatic script execution before every display command

    GrADS-User Interface
    grads            Starts the GrADS program
    help             Lists a few basic GrADS commands
    query            Returns information about many aspects of the current GrADS session
    quit             Quits GrADS
    set datawarn     Prints "Entire Grid Undefined" in display window if all data are missing
    set stat         Turns on/off printing of statistical information for each display
    set warn         Turns on/off messages about the progress of certain mathematical operations
    !shell           Sends a command to the shell

    Graphical Elements
    draw line        Draws a line
    draw mark        Draws a mark
    draw polyf       Draws a filled polygon
    draw rec         Draws a rectangle
    draw recf        Draws a filled rectangle
    draw wxsym       Draws a weather symbol

    Map Settings
    draw map         Draws a map outline
    set grid         Sets characteristics of displayed grid lines
    set map          Sets map background characteristics
    set mpdraw       Turns on/off drawing of map background
    set mpdset       Sets the resolution of the coastal outline
    set mproj        Sets current map projection
    set mpt          Controls map background characteristics
    set mpvals       Sets reference longitudes and latitudes for polar stereographic plots
    set poli         Turns on/off the drawing of political boundaries

    Station Data
    collect          Saves station data in memory as a set
    set mdlopts     
    set wxopt        Controls weather symbol output; used with 'set gxout wxsym'
    set stid         Turns on/off display of the station ID next to the data values
    set stnprint     Controls printing of station data values; used with 'set gxout stat'
    stnmap           Writes out a hash table and/or link list information for station data

    Variables
    define           Creates a new GrADS variable that is loaded into memory
    modify           Defines a climatological variable
    set defval       Interactively modifies grid point values for 2-D defined variables
    undefine         Frees the memory used by a defined variable

    Vectors
    set arrlab       Toggles drawing the vector arrow label
    set arrowhead    Sets the size of the vector arrowhead
    set arrscl       Specifies arrow length scaling
    set hempref      Controls wind barb drawing conventions
    set strmden      Sets density of streamlines; used with 'set gxout stream'

    Widgets
    draw button      Draws a button widget
    redraw button    Resets a button widget on/off
    draw dropmenu    Draws a dropmenu widget
    set button       Specifies the color characteristics of a button widget
    set dialog       Sets color properties of dialog box widgets
    set dropmenu     Sets color properties of dropmenu widgets
    set rband        Sets characteristics for the 'rubber band' widget grads-2.0.1/doc/gradfuncoabin.html0000644000175000017500000000257510243410766020215 0ustar amckinstryamckinstry GrADS Function: oabin

    oabin()

    oabin (gexpr, sexpr <,-flag>)

    This function bins station observations into grid cells based on their location. If more than one station is located within a grid box, the observations are averaged together to produce the analyzed value.

      gexpr   a valid grid expression
      sexpr   a valid station data expression

    The optional flag may be one of the following:

      -f      set the value to the first observation that gets binned
      -c      output is the # of stations located within each grid cell

    Usage Notes

    1. The -f flag should be used when summing is not appropriate -- e.g. surface type classification.

    2. See the related function oacres.

    Example

    open grd_var.ctl
open stn_var.ctl

set gxout grfill
d oabin(grd_var.1,stn_var.2)

set gxout grid
d oabin(grd_var.1,stn_var.2,-c)
    grads-2.0.1/doc/mathfunctions.html0000644000175000017500000001605211632442207020266 0ustar amckinstryamckinstry GrADS Scripting Language Math Functions

    GrADS Scripting Language Math Functions

    A set of math functions has been developed for use within the GrADS scripting language. Their use is somewhat self-explanatory, based on the following descriptions of the arguments and return codes.


    else if (cmpwrd(name,"math_sqrt")) rc = gsfmath(pcmn,8);
    else if (cmpwrd(name,"math_abs")) rc = gsfmath(pcmn,9);

    rc = math_trigfunc(angle <,angle2> )

      trigfunc   sin, cos, tan, asin, acos, atan, atan2, sinh, cosh, tanh, asinh, acosh, or atanh
      angle      must be given in radians
      angle2     (only used for atan2)
      rc         the result of the trig function calculation

    rc = math_format(format,num)

      format     a C-language style format statement for a floating point number, e.g. %5.2f
      num        the number to be formatted
      rc         the formatted number
    rc = math_nint(num)
      num        a real number in decimal form
      rc         num rounded up or down to the nearest integer
    rc = math_int(num)
      num        a real number in decimal form
      rc         the integer part of num not greater than num
    rc = math_log(num);
      num        any number > 0
      rc         natural logarithm of num
    rc = math_log10(num);
      num        any number > 0.0
      rc         base 10 logarithm of num
    rc = math_pow(num,exponent);

      num        any number
      exponent   any number
      rc         num raised to the power exponent

    rc = math_sqrt(num)

      num        any number
      rc         the square root of num

    rc = math_abs(num)

      num        any number
      rc         the absolute value of num

    rc = math_exp(num)

      num        any number
      rc         the result of the exponential function; e raised to the power num
    rc = math_fmod(num1,num2);
      num1       any number
      num2       any number not equal to zero
      rc         the remainder when num1 is divided by num2
    rc = math_mod(num1,num2);
      num1       any number
      num2       any number not equal to zero
      rc         the integer part of the remainder when num1 is divided by num2
    rc = math_strlen(string)
      string     any string variable
      rc         the length of string
    rc = valnum(string)
      string     any string variable
      rc         0 - string is not a number
                 1 - string is an integer
                 2 - string is not an integer
    rc = wrdpos(string,int)
      string     any string, usually contains more than one word
      int        an integer
      rc         word #intstring starts at this character #

    Usage Notes

    These math functions will only work with GrADS version 1.8 (or higher).

    Examples

    These script records were taken from a sample script called "script_math_demo.gs".

    v = 3.1456
    fmt = '%-6.1f'
    rc = math_format(fmt,v)
    say fmt' of 'v' = 'rc

    pi = 3.1415926
    d2r = pi/180
    angd = 45
    ang = angd * d2r
    cos = math_cos(ang)
    say 'cos of 'angd' = 'cos

    num = '3.1455'
    rc = valnum(num)
    if (rc = 0) ; say num' is not a number' ; endif
    if (rc = 1) ; say num' is an integer' ; endif
    if (rc = 2) ; say num' is not an integer' ; endif

    v = 3.0
    while(v < 4.0)
      rc1 = math_nint(v)
      rc2 = math_int(v)
      print 'nint of 'v' = 'rc1' int of 'v' = 'rc2
      v = v + 0.1
    endwhile

    pow = math_pow(2,0.5);
    print '2 raised to the power 0.5 = 'pow

    num = math_exp(1)
    print 'exp(1) = 'num

    fmod = math_fmod(5,2)
    print '5 modulo 2 (the remainder when 5 is divided by 2) = 'fmod

    s = 'this is a test'
    rc = math_strlen(s)
    print 'length of the string "'s'" = 'rc p = 2
    rc = wrdpos(s,p)
    print 'word 'p' of the string "'s'" starts at character 'rc

     grads-2.0.1/doc/gadoc.html0000644000175000017500000002112711416646527016473 0ustar amckinstryamckinstry GrADS Online Documentation

     

    GrADS Documentation
    ball IGES ball COLA ball CREW ball Weather Maps ball GrADS ball ELLFB ball JAMES ball Climate Dynamics PhD ball
    What's New Downloads Documentation Users Forum GDS
       

    Documentation Web Pages

    The html version of the GrADS documentation has become the standard base documentation for GrADS. Follow the links below to the Users Guide, an introductory tutorial session, and an alphabetical subject index. Note the documentation is covered under the same copyright as the GrADS source code.

    The Users Guide
    The Users Guide is the fundamental document that provides information about how to use GrADS. The four main chapters are General Topics, Analysis Topics, Display Topics, and the GrADS Scripting Language.

    Tutorial
    The tutorial will give you a feeling for how to use the basic capabilities of GrADS. This sample session takes about 30 minutes to run through. It is highly recommended for new users. (En Español.)

    Index
    The Index provides a quick and easy interface for checking the syntax and usage of any GrADS command or function. Subject headings from the User's Guide are also listed in the Index.

    Download HTML Documentation
    You can download a compressed tar file containing all the html source code. These can be useful to install on your local computer if you have a slow internet connection or if you travel often with a laptop.
    ftp://grads.iges.org/grads/gadoc_files.tar.gz

    Download Hard Copy Documentation
    If you simply must have a printable version of the documentation, you will have to settle for a version that is outdated and no longer supported. The following formats are available:
    PDF
    Postscript (G-Zipped and A4)
    ASCII
    GrADS Commands Quick Reference Card
    Scripting Language Quick Reference Card

     

    grads-2.0.1/doc/gradcomdswap.html0000644000175000017500000000036710243410766020063 0ustar amckinstryamckinstry

    swap

    swaps buffers, when double buffer mode is on

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetrgb.html0000644000175000017500000000464011416646527020406 0ustar amckinstryamckinstry GrADS Command: set rgb

    set rgb

    This command allows the user to define a new color within GrADS. The syntax is:

    set rgb color# R G B

    where:

      color#  is the color number; it can range from 16 to 99 (or 255 -- see Usage Note #1)
      R       is the Red value (0-255)
      G       is the Green value (0-255)
      B       is the Blue value 0-255)

    The new color is referred to by its color# in any GrADS command that allows specification of colors.

    Usage Notes

    1. The color# must be a value between 16 and 99 -- 0 to 15 are predefined.
      As of GrADS version 2.0.a6, the maximum number of colors increased from 99 to 255.
    2. The GrADS metafile-to-postscript translator gxps will make use of any new color settings although the output colors will be printer-dependent and should be checked for the desired rendering. When converting new color settings into grayscales, gxps will translate the GREEN intensity ONLY into a new greyscale value. Note that gxps does have a predefined mapping between color values from 0 to 15 such that the predefined rainbow sequence is rendered into a fairly pleasing greyscale gradation; this cannot be done for newly defined colors.

    3. For more details on using defined colors, see the section in the User's Guide on controlling colors in GrADS.

    Examples

    set rgb 50 200 200 200

    Defines a new color number, 50, and assign a color to it. In this case, the color would be a light gray.

    grads-2.0.1/doc/gradcomdsdfopen.html0000644000175000017500000001100111436764233020540 0ustar amckinstryamckinstry GrADS

    sdfopen

    sdfopen filename <template #timesteps>

    Opens a NetCDF or HDF-SDS format file that conforms to the COARDS conventions. The sdfopen command does not support the HDF5 format, but is does support netcdf4. The arguments and options are as follows:

      filename
        The name of the COARDS-compliant NetCDF or HDF-SDS file.
      template
        This optional argument is used when you want to aggregate multiple data files and handle them as if they were one individual file. The individual data files must be identical in all dimensions except time. template has a similar structure to the substitution template in a GrADS data descriptor file. See Using Templates for details.
      #timesteps
        This argument must be included whenever template is invoked. The #timesteps is the sum of the timestep counts in all the files to be examined, not the count in any one file.

    Usage Notes

    1. The template option with sdfopen was removed in version 2.0. If you want to aggregate multiple files together use the xdfopen command with the 'options template" keyword and a complete TDEF entry.
    2. Here's a brief summary of the metadata that sdfopen is looking for when it tries to open a self-describing file. As it goes through the list of dimension variables in the file, it checks each one for attributes named "units", "axis", and "grads_dim". Acceptable values for these attributes and the GrADS dimension the coordinate variable maps to are outlined in this table:

      GrADS Dimension
      Acceptable Attribute Values
      X
      		 units: degrees_east, degree_east, degrees_E, degree_E
      axis: x, X
      Y
      		 unit: degrees_north, degree_north, degrees_N, degree_N
      axis: y, Y
      Z (pressure)
      		 units: mb, millibar, hybrid_sigma_pressure
      Z (not pressure)
      		 units: sigma_level, degreesk, degrees_k, level, layer, layers
      axis: z, Z
      T
      		 units: yyyymmddhhmmss, yymmddhh, or a Udunits-acceptable time unit
      axis: t, T
      E
      		 grads_dim: e
      axis: e, E

    3. If the sdfopen command fails to open your self-describing file, try using the xdfopen command which requires a special descriptor file to supplement or override the metadata in the file, or use the open command with a complete descriptor file.

    Examples

    1. If you had daily U-Wind data in two files, uwnd.1989.nc and uwnd.1990.nc, you could access them both as one GrADS data set by entering:

      sdfopen /data/uwnd.1989.nc uwnd.%y4.nc 730

    grads-2.0.1/doc/gradcomdsetstrmden.html0000644000175000017500000000054710243410766021301 0ustar amckinstryamckinstry

    set strmden

    set strmden value

    specifies the streamline density, where the value is from 1 to 10. 5 is default.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetrbcols.html0000644000175000017500000000202410243410766021101 0ustar amckinstryamckinstry GrADS Command: set rbcols

    set rbcols

    set rbcols color1 color2 ... colorN

    This command specifies a new rainbow color sequence. The color# arguments may be taken from the 16 GrADS default colors or they may be new color numbers defined via the set rgb command. This sequence of colors replaces the default rainbow color sequence whenever the rainbow colors are used.

    set rbcols given without any arguments will return to the default GrADS rainbow sequence.

    Usage Notes

    1. Changes to the rainbow color sequence 'stick' until reset by a new execution of set rbcols.

    Examples

    grads-2.0.1/doc/gsf.html0000644000175000017500000001064510243410766016167 0ustar amckinstryamckinstry GrADS Script Functions

    Dynamic Loading of Script Functions

    Script variables are generally local to the functions (scripts) they are contained in; they exist in memory only while the function is executing. If a variable name starts with an underscore (_), then it becomes a global script variable and keeps its value throughout the execution of the main script file. The drawback to global variables was that the functions they are defined in had to be included in the main script file. With a new capability that comes with GrADS version 1.8, that is no longer the case.

    Dynamic loading of script functions means that when your main script calls a function (subscript), all global variables from that function will be retained in memory and can continue to be used by main script. Commonly used functions do not have to be copied into every script that calls them.

    The names of GrADS script functions may now have 16 characters and include the underscore, although they still must begin with an alphabetic character. Grads script function names are case sensitive.

    Error messages will include the file name where the error ocurred -- in this case, the full path name of the file that was actually opened.

    Using GrADS Script Functions

    The tricks to using GrADS script functions are (1) to enable dynamic loading and (2) to teach GrADS how to find the script functions you call from your main script.

    To enable the dynamic loading of script functions, put this at the top of your script:

      rc = gsfallow("on")

    To teach Grads how to find the script functions you call from your main script, you must first know how Grads searches for main script file names.

    How GrADS searches for main script file names

    Let's assume the user wants to run a script called do_eof.gs and gives the Grads command:

      ga-> do_eof

    Grads will search in the currently directory for the script name, as provided. If it doesn't find the script, it appends .gs to the script name and tries again. If the script is still not found, then the environment variable GASCRP is examined. GrADS attemps to open the script file in all the directories listed in the GASCRP variable, first with the provided name, then with the .gs appended.

    If GASCRP contains "/usr/local/gradslib /usr/homes/myhome", then GrADS will search for the script do_eof in the following order:

    • do_eof
    • do_eof.gs
    • /usr/local/gradslib/do_eof
    • /usr/local/gradslib/do_eof.gs
    • /usr/homes/myhome/do_eof
    • /usr/homes/myhome/do_eof.gs

    GrADS uses the first file it finds. Once found, the directory that contains the script file is remembered as the "main function prefix".

    How GrADS searches for script function file names

    Continuing with our example, let's further assume that GrADS encounters a function in do_eof.gs that is not included in the stuff already loaded from the main script file. GrADS will look for a .gsf file to load, using the following search path:

    • <main-function-prefix>/<function-name>.gsf
    • <main-function-prefix>/<private-paths>/<function-name>.gsf
    • <GASCRP-paths>/<function-name>.gsf

    The private path directory list is an optional list that is provided via the gsfpath function:

      rc = gsfpath("dirlist")
    If used, the declaration of the private path directory list should appear at the top of the main script just underneath the statement enabling the dynamic script loading.

    For example, if our main script "do_eof.gs" is executed with the command:

      run /usr/local/gradslib/do_eof

    and this script file contains the following lines at the front:

      rc = gsfallow("on")
      rc = gsfpath("math1 string2")

    and the script calls a function str_chop which is not found in the main script, then the search path would be:

    1. /usr/local/gradslib/str_chop.gsf
    2. /usr/local/gradslib/math1/str_chop.gsf
    3. /usr/local/gradslib/string2/str_chop.gsf
    grads-2.0.1/doc/gradcomddrawdropmenu.html0000644000175000017500000000744110243410766021620 0ustar amckinstryamckinstry GrADS Command: draw dropmenu

    draw dropmenu

    draw dropmenu number xpos ypos width height text_list

    Draws a drop menu with the following attributes:

      number       menu number, 0 - 64
      xpos         x center of the menu base in page coordinates (inches)
      ypos         y center of the menu base in page coordinates (inches)
      width        width (x) of the menu base (inches)
      height       height (y) of the menu base (inches)
      text_list    the contents of the menu, seperated by vertical bars (|)

    Usage Notes

    1. The first item in the text list is the string to put in the 'base' of the dropmenu (the base being the part that always appears); the rest of the text are the menu items. Empty spaces are allowed in the strings.

    2. When the user clicks on the 'base', the rest of the menu appears.

    3. The menu colors are controlled by the set dropmenu command.

    4. Dropmenus can be nested or "cascading". The syntax for creating a "spawned" dropmenu is similar to that for the main dropmenu. First, any item in the text_list that will spawn a new dropmenu should have ">num>" appended, where num will be the number assigned to the spawned dropmenu. This new dropmenu is then defined with the following syntax:

      draw dropmenu num cascade new_text_list

      There can be up to three levels of nested cascading dropmenus launched from the main dropmenu. The 2nd example below illustrates how to implement cascading dropmenus.

    5. The section of the User's Guide on widgets and the q pos reference page have more information on using dropmenus.

    Examples

    1. Here is a script that illustrates how to use a simple dropmenu: 

      'clear'
'reset events'
'set rgb 90 100 100 100'
'set rgb 91 150 150 150'
'set rgb 92 200 200 200'
'set dropmenu 1 91 90 92 0 91 92 90 1 91 90 92 92 90 6'
'draw dropmenu 1 1 8 1.5 0.5 Select a Variable | Wind | Temperature | Height | SLP '
noselect = 1
while (noselect)
  'q pos'
  menunum  = subwrd(result,7)
  menuitem = subwrd(result,8)
  if (menunum = 1)
    if menuitem = 1 ; newbase = 'Variable = Wind'   ; endif
    if menuitem = 2 ; newbase = 'Variable = Temp'   ; endif
    if menuitem = 3 ; newbase = 'Variable = Height' ; endif
    if menuitem = 4 ; newbase = 'Variable = SLP'    ; endif
    'draw dropmenu 1 1 8 1.5 0.5 'newbase' | Wind | Temperature | Height | SLP '
    noselect = 0
  endif
endwhile

    2. Here is a script that illustrates how to use cascading dropmenus: 

      'clear'
'reset events'
'set rgb 90 100 100 100'
'set rgb 91 150 150 150'
'set rgb 92 200 200 200'
'set button 1 91 -1 -1 1 91 90 92 12'
'draw button 1 1 8 1 0.5 quit'
'set dropmenu 1 91 -1 -1 1 91 90 92 1 91 90 92 90 92 6'
'draw dropmenu 1 1.5 7.5 2 0.5  Menu Base | Space | Earth >05> | Sun | Moon'
'draw dropmenu 5 cascade Ocean | Land | Atmosphere >11> | Biosphere'
'draw dropmenu 11 cascade Snow | Rain | Mist | Tornado '

while (1)
  'q pos'
  say result
  ev = subwrd(result,6)
  if (ev!=3); break; endif;
endwhile
    grads-2.0.1/doc/script.html0000644000175000017500000012302511632442207016707 0ustar amckinstryamckinstry GrADS Scripting Language

    GrADS Scripting Language

    Introduction to GrADS scripts
    Elements of the Language:
          comment
          statement
          assignment
          say / prompt / pull
          if / else / endif
          while / endwhile
          variables
          operators
          expressions
          Functions
          Intrinsic Functions
    Commands that complement the scripting language
    Widgets
    Script Library
    Scripting Language Reference Card (Requires Adobe Acrobat Reader)

    Introduction to GrADS Scripts

    Scripts offer users the facility to program GrADS operations. Although it is relatively easy for users to produce sophisticated GrADS graphics without ever writing a script, there are occasions where the programming capability makes things even easier. This section explains the general capabilities of scripts, how to run them, and suggests a strategy for users who may wish to write their own.

    What scripts can do

    The GrADS scripting language, used via the GrADS run command, provides a similar capability to the exec command, except that scripts also have flow control, defined variables, and access to GrADS command output. Scripts may be written to perform a variety of functions, such as allowing a user to interact with Grads via point and click interface, animating any desired quantities, and annotating plots with information obtained from GrADS query commands.

    The scripting language is similar to REXX in implementation. All variables are of type STRING. Mathematical operations are supported on script variables. Flow control is achieved via if/else/endif and while/endwhile constructs. Loop flow may be modified by the continue or break commands. Strings contained in variables or generated via an expression may be issued to GrADS as commands. The output from those commands (i.e., the text that GrADS would have output to the terminal) is put into a variable and made available to the script. The language includes support for functions.

    Before writing your own scripts, it is recommended that you read the rest of this section and then try to run some of the scripts in the library. Study these example scripts, referring to this page for information on syntax etc., and you will soon be equipped to write scripts of your own.

    Running scripts

    The command to execute a script is the run command:

      run filename <arguments>

    This command runs the script contained in the named file, which generally has a ".gs" tag at the end. Optional arguments are passed to the script as a string variable. You may issue any GrADS command from a script, including the run command. When calling scripts recursively, be sure that you can back out of the recursion and return to your main script.

    Automatic script execution

    You may have a simple script automatically executed before every display command:

    This script would typically be used to set an option that by default gets reset after each display command, for example:

    You can issue any GrADS command from this script, but the interactions are not always clear. For example, if you issued a display command from this script, you could easily enter an infinite recursion loop.

    The argument to the script is the expression from the display command.

    Storing GrADS scripts

    It is convenient to put all your GrADS "utility" scripts in one directory (e.g., /usr/local/grads/lib/scripts).

    To simplify running these scripts, GrADS first looks in the current directory for the script and then, if it can't find it, appends the ".gs" extension and tries again. For example, suppose you are working on a test script called t.gs. You would run it in GrADS by,

      run t

    If after the first two tries, the script still can't be located, then GrADS looks in the directory defined by the environment variable GASCRP. In the t(csh), for example,

      setenv GASCRP /home1/grads/lib

    or in ksh,

      export GASCRP=/home1/grads/lib

    Note the if the / is not added to the end of the directory name, it is automatically added by UNIX. However, it'll still work if you type

      setenv GASCRP /home1/grads/lib/

    If the script cannot be found, then .gs is appended and GrADS tries yet again. Thus,

      d slp
      run /home1/grads/lib/cbarn.gs

    simplifies to,

      d slp
      run cbarn

    Elements of the Language

    A script file is made up of records. The end of a script record is determined by either a newline character or a semicolon (where the semicolon is not contained within a constant string).

    Each script record may be one of the following types:

    • comment
    • statement
    • assignment
    • say / prompt / pull
    • if / else / endif
    • while / endwhile / break / continue
    • function header / return

    Many of the above record types will contain expressions. Script expressions are composed of operands and operators. Operands are strings constants, variables, or function calls; operators are mathematical, logical, or concatenation operations. Further discussion of these record types and the expressions they may contain is given below.

    Comment

    Comments in GrADS scripts must contain an asterisk (*) in the first column.

    Statement

    The statement record consists only of an expression:

      expression

    The expression is evaluated, and the resulting string is then submitted to GrADS as a command for execution. The script variable rc will contain the return code from the GrADS command (this will always be an integer value). In addition, any text output from GrADS in response to the command is put in the variable result for examination by the script. A GrADS error resulting from an invalid command WILL NOT terminate execution of the script.

    The simplest type of expression is a string constant, which is just a character string enclosed in single or double quotes. Here's an example of simple script containing a comment plus statements comprised of string constants:

      * this is a sample script
      'open my_sst_dataset.ctl'
      'set lat -30 30'
      'set lon 90 300'
      'display sst'

    Assignment

    Assignment records are used to define variables and assign them values. The format of the assignment record is:

      variable = expression

    The expression is evaluated, and the result is assigned to be the value of the indicated variable. The same example from above can be rewritten to include assignment statements. Note the use of explicit and implied concatenation:

      'open my_sst_dataset.ctl'
      minlat = -30
      maxlat = minlat + 60
      minlon = 90
      maxlon = 300
      'set lat 'minlat%' '%maxlat
      'set lon 'minlon' 'maxlon
      'display sst'

    say / prompt

    To present information or questions to the GrADS user via the terminal (standard output), use the say or prompt commands:

      say expression
      prompt expression

    The result of the expression is written to the terminal. The prompt command works the same way as the say command but does not append a carriage return. It is possible to combine variables and string constants when writing to standard output:

    For example:

      line = "Peter Pan, the flying one"
      say line
      say `She said it is `line

    gives:

      Peter Pan, the flying one
      She said it is Peter Pan, the flying one

    pull

    To retrieve information provided by the GrADS user via the terminal (standard input), use the pull command:

      pull variable

    The script will pause for user input from the keyboard (ending with the carriage return), and then the string entered by the user is assigned to the indicated variable name. To elaborate on a previous example:

      'open my_sst_dataset.ctl'
      prompt 'Enter min and max latitudes: '
      pull minlat maxlat
      prompt 'Enter min and max longitudes: '
      pull minlon maxlon
      'set lat 'minlat%' '%maxlat
      'set lon 'minlon' 'maxlon
      'display sst'

    if / else / endif

    One way to control the flow of script execution is via the if/else/endif construct. The format is as follows:

      if expression
         script record
         script record
         .
         .
      else
         script record
         .
         .
      endif

    The else block is optional, but the endif record must be present. The script records following if expression are executed if the expression evaluates to a string containing the character 1. If the expression evaluates to 0, then the script records in the if block are not executed and the script continues with the else block (if it is present) or the record following endif. The if expression record must be separated from the script records that follow it. For example, the following script record would be invalid:

      if (i = 10) j = 20

    The correct syntax requires three separate script records. This is achieved by putting each record on one line:

      if (i = 10)
         j = 20
      endif

    Alternatively, the three records could be on the same line separated by a semicolon:

      if (i = 10) ; j = 20 ; endif

    N.B. There is no elseif construct in GrADS.

    while / endwhile

    Another method for controlling the flow of script execution is the while/endwhile construct. The format is as follows:

      while expression
         script record
         script record
         .
         .
      endwhile

    The script records following while expression are executed if the expression evaluates to a string containing the character 1. If the expression evaluates to 0, then the script records in the while block are not executed and the script continues with the record following endwhile. The while expression record must be separated from the script records that follow it.

    Two additional script commands may be used to modify the while loop execution: break and continue. Inserting the break statement will immediately end execution of the loop and the script will move on to the records following endwhile. The continue statement will immediately end execution of the loop, but the script will then branch immediately back to the top of the loop, and the expression will be re-evaluated.

    While loops are often used as counters. For example:

      count = 1
      while (count < 10)
         'set t 'count
         'display z'
         if (rc != 0) ; break ; endif
         count = count + 1
      endwhile

    Variables

    The contents of a script variable is always a character string. However, if the contents of a variable represent a number in the correct format, certain operators may perform numeric operations on that variable, giving a string result which will also be a number.

    Variable names can have from 1 to 8 characters, beginning with an alphabetic character and containing letters or numbers only. The name is case sensitive. If a variable has not yet been assigned, its value is its name.

    String variables or string constants are enclosed in either single or double quotes. An example of an assignment statement that defines a string variable is as follows:

      name = `Peter Pan'
      name = "Peter Pan"

    Numeric variables may be entered without quotes, but are still considered strings.

      number = -99.99

    Predefined script variables

    Some variable names are predefined; it is a good idea to avoid assigning values to these variables. The following are predefined script variables -- their values will change with every execution of a GrADS command from the script:

      rc
      result

    lat, lon, lev, and time are also used as predefined variables in GrADS. Although using them within a script is okay, in order to avoid confusion it is not recommended.

    Global string variables

    String variables are usually local to the functions they are contained in. Global string variables are also available. They are specified via the variable name. Any variable name starting with an underscore (_) will be assumed to be a global variable, and will keep its value throughout an entire script file. An example of an assignment statement that defines a global string variable is as follows:

      _var1 = "global variable 1"

    N.B. Global variables cannot be used in function headers. For example:

      function dostuff(_var)

    wouldn't make sense, since _var is a global variable, and would be invalid if it were the only argument.

    Compound string variables

    Compound variables are used to construct arrays in scripts. A compound variable has a variable name with segments separated by periods. For example:

      varname.i.j

    In this case, when the variable contents are accessed, i and j will be looked up to see if they are also variables (non-compound). If they are, the i and j will be replaced by the string values of i and j. For example:

      i = 10
      j = 3
      varname.i.j = 343

    In the above example, the assignment is equivalent to:

      varname.10.3 = 343

    Note that the string values of i and j may be anything, but the variable name specification in the script must follow the rules for variable names: letters or numbers, with a leading letter. The variable name after substitution may be any string:

      i = 'a#$xx'
      varname.i = 343

    The above is valid. However, we cannot refer to this variable name directly:

      varname.a#$xx = 343

    would be invalid.

    Variable names may not be longer than 16 characters, either before or after substitution.

    Note that the GrADS scripting language is not particularly efficient in handling large numbers of variables. Thus compound variables should not be used to create large arrays:

      i = 1
      while (i < 10000)
         var.i = i
         i = i + 1
      endwhile

    The above loop will create 10000 distinct variable names. Such a large number of variables in the variable chain will slow the script down a lot.

    Operators

    The following operators are implemented in the scripting language:

      |      logical OR
      &      logical AND
      !      unary NOT
      -      unary minus
      =      equal
      !=     not equal
      >      greater than
      >=     greater than or equal
      <      less than
      <=     less than or equal
      %      concatenation
      +      addition
      -      subtraction
      *      multiplication
      /      division

    The following operators will perform a numeric operation if the operands are numeric:

      =, !=, >, >=, <, <=, +, -, *, /

    If any of the following operations are attempted with non-numeric operands, an error will result:

      +, -, *, /

    Arithmetical operations are done in floating point. If the result is integral, the result string will be an integer. Logical operations will give a character 0 (zero) if the result is FALSE, and a character 1 (one) if the result is TRUE.

    Expressions

    Script expressions consist of any combination of operands, operators, and parentheses. Operands may be string constants, variables, or function calls. The precedence of the operators is:

      -, ! (Unary)
      /, *
      +, -
      %
      =, !=, >, >=, <, <=
      &
      |

    Within the same precedence level, operations are performed left to right. Parentheses modify the order of operation according to standard convention.

    All script expressions, including all function calls, etc. are evaluated and the resulting string is what gets executed as a command. For example:

      var1 = -1 ; var2 = 10
      if (var1*var2 < 10 & var1 > 0)
         say 'both statements are true'
      else
         say 'it is not the case that both statements are true'
      endif

    For the expression following if, both sides of the logical operation must be evaluated before the entire expression can be simplified into a true or false result. In this case, the subexpression on the left is true, but the subexpression on the left is not, so the whole expressions resolves to 0 (zero) and the script will print:

      it is not the case that both statements are true

    Concatenation

    In some espressions, the concatenation operator may be implied. The % operator may be omitted whenever the two operands are a string constant and a variable name. With implied concatentation, intervening blanks will be ignored.

    For example, the following expressions have the same effect:

      'set lat 'minlat%' '%maxlat      uses the concatenation operator %
      'set lat 'minlat' 'maxlat        concatenation is implied

    Assuming two previous statements, minlat = -30 and maxlat = 30, the resulting expression would be:

      'set lat -30 30'

    Keep in mind the order of precedence when using the concatenation operator.

    Functions

    Function calls take the form of:

      name(arg,arg,arg,...)

    where the function name follows the same rules as for variable names, and the arguments may be any expression. Functions may either be contained within the script file itself, or the may be intrinsic functions. Functions contained within other script files are not supported as yet (other script files may be executed via the GrADS run command).

    In either case, functions are invoked as a script expression is being evaluated. Script functions always have a single string result, but may have one or more string arguments. Functions are invoked by:

    name(arg,arg,arg...)

    If the function has no arguments, you must still provide the parentheses:

    name()

    You may provide your own functions from within your script file by using the function definition record:

    function name(variable, variable, ...)

    To return from a function, use the return command:

    return expression

    The expression is optional; if not provided, a NULL string will be returned. (A null string is: '') The result of the function is the result of the expression specified on the return command.

    When a function is invoked, the arguments are evaluated, then flow of control is transferred to the function. The variables contained in the list within the function definition record are initialized to the values of the passed arguments. If too few arguments where passed for the variables specified, the trailing variables are uninitialized. If too many arguments are passed, the extra arguments are discarded.

    You may modify the variables from the function definition record without modifying the variables from the calling routine.

    Scope of variables is normally local to the function, but can be global.

    When a script file is first invoked (via the run command), execution starts at the beginning of the file. A function definition record may optionally be provided at the beginning. If it is, it should specify one variable name. This variable will be initialized to any run command options. If no options were given, the variable will be initialized to NULL.

    Intrinsic Functions

      strlen (string)
      This function returns the length (number of characters) of string.

      sublin (string, n)
      This function gets a single line from a string containing several lines. The result is the nth line of string. If the string has too few lines, the result is NULL. n must be an integer.

      subwrd (string, n)
      This functions gets a single word from a string. The result is the nth word of string. If the string is too short, the result is NULL. n must be an integer.

      substr (string, start, length)
      This function gets part of a string. The sub-string of string starting at location start for length length will be returned. If the string is too short, the result will be short or NULL. start and length must be integers.

      read (filename)
      This functions reads individual records from file filename. Repeated calls must be made to read consecutive records. The result is a string containing two lines: the first line is the return code, the 2nd line is the record read from the file. The record may be a maximum of 80 characters. Use the sublin function to separate the result. Return codes are:

        0 - ok
        1 - open error
        2 - end of file
        8 - file open for write
        9 - I/O error
      Files are opened when the first call to read is made for a particular file name. Files are closed when the execution of the script file terminates (note that files remain open between function calls, etc).

      write (filename, record <, append>)
      This functions writes records to output file filename. On the first call to write for a particular file, the file is opened in write mode. This will destroy an existing file! If you use the optional append flag, the file will be opened in append mode, and all writes will be appended to the end of the file. Return codes are:

        0 - ok
        1 - open error
        8 - file open for read

      close (name)
      This function closes the named file. This must be done if you wish to read from a file you have been writing to. This can also be used to rewind a file. Return codes are:

        0 - ok
        1 - file not open

    Commands that complement the scripting language

    There are some GrADS commands that, although not designed exclusively for scripts, are most useful in script applications. These include:

    query <option> or q <option>

      To see the list of available options, issue the query command by itself. A description of the query options that are most useful for script applications follows.

      q define -- Lists all defined variables

      q defval ival jval -- Gives defined grid value at ival, jval

      To interactively modify grid point values for a defined variable, q defval can be used in conjunction with set defval. For example, the code shown below queries the value of sst at gridpoint(i,j), then tests to see if the value is less than -1.6, and if it is, sets the sst to a bad value.

        'q defval sst 'i' 'j
        val = subwrd(result,3)
        if (val < -1.6)
          'set defval sst 'i' 'j' 'bad_value
        endif

      q dims -- Gives the current dimension environment

      q file n -- Gives info on file number n

      q files -- Lists open files

      q fwrite -- Gives the name of the file used for fwrite operations

      q gxinfo -- Lists graphics settings

      This option is handy when trying to find the plot area. The output from q gxinfo might look like this:

        Last Graphic = Line
        Page Size = 11 by 8.5
        X Limits = 2 to 10.5
        Y Limits = 0.75 to 7.75
        Xaxis = Lon Yaxis = Val
        Mproj = 2

      The first line indicates that the output is a line plot. The second line gives the page dimensions -- in this case GrADS is in landscape mode. The third and fourth lines give the x and y boundaries of the plot. In this case the plot has 1-inch margins in the x direction and 0.75-inch margins in the y direction. The fifth line tells what kind of axes you have, and the sixth line identifies the map projection:

        1    Scaled (no preservation of aspect ratio)
        2    Latlon (2-D horizontal fields)
        3    Northern polar stereographic
        4    Southern polar stereographic
        5    Robinson (lon range must be -180 to 180 and lat range must be -90 to 90)

      q pos -- Waits for mouse click, returns position

      q shades -- Gives colors and levels of shaded contours

      q time - gives time range of current open file

      q transform coord1 coord2 -- Coordinate transformations

        where transform is one of:
        xy2w       XY coords to world coords
        xy2gr      XY coords to grid coords
        w2xy       world coords to XY coords
        w2gr       world coords to grid coords
        gr2w       grid coords to world coords
        gr2xy      grid coords to XY coords

      XY coords are inches on the page (screen) where the page is 11x8.5 inches or 8.5x11 inches, depending on how GrADS was started.

      World coords are lat, lon, lev, time or val, depending on what the dimension environment is when the grid was displayed. Note that time is displayed (and must be specified) in GrADS absolute date/time format. val is the value coordinate for a 1-D plot (linegraph).

      Grid coordinates are the i,j indices the grid being displayed. For station data sets, grid and world coordinates are equivalent except for the time dimension. Note that if you display a grid from a 'wrapped' data set, the grid numbers may be out of range of the actual file grid numbers. (A 'wrapped' data set is a data set that covers the earth in the longitude direction. Wrapping takes place automatically). The conversions are done consistently, but you may want to be sure you can handle the wrapping case if your data set is global.

      N.B. Coordinate transform queries are only valid after something has been displayed, and the transformations apply only to the most recent item that has been displayed.

    set gxout findstn

    When using the graphics output type set gxout findstn, three arguments must be provided with the display command. The first argument is a station data expression. The 2nd and 3rd arguments are the X and Y screen coordinates of the of the desired search location. GrADS will find the station closest to the specified X and Y position, and print its stid, lon, and lat. This graphics output type should only be used when X and Y are the varying dimensions and AFTER a regular display command (that results in graphics output) is entered.

    set dbuff on|off

    This command sets double buffer mode on or off. This allows animation to be controlled from a script. The clear command also sets double buffer mode off.

    swap

    Swaps buffers, when double buffer mode is on. If double buffer mode is off, this command has no effect.

    The usual usage of these commands would be:

      set dbuff on
      start looping
         display something
         swap
      endloop
      set dbuff off

    Widgets

    GrADS has the capability to implement a graphical user interface. This interface is used to draw widgets (buttons and pull down menus) that allow a "point and click" interface between the Grads user and the scripting language.

    Buttons

    Here is a sample from a script illustrating how to draw a button: 

      set rgb 90 100 100 100
set rgb 91  50  50  50
set rgb 92 200 200 200
set button 2 90 91 92 3 90 92 91 6
draw button 1 5.5 1 2 0.5 This is a Button

    The reference pages for set button and draw button contain information on how to specify the button characteristics and position.

    A button's initial "state" is ON. If a user clicks on a button following a q pos command, then the button state will switch from ON (1) to OFF (0). A second q pos followed by a mouse click on the button will return it to the ON state. The button state may also be changed with the redraw button command.

    The output from the q pos command is what makes the button widgets so useful. Here is a template of what q pos returns after a mouse click on a button:

    Position = xpos ypos mousebutton widgetclass buttonnumber buttonstate

    where:

      xpos, ypos     - coordinates of the mouse click in virtual page units
      mousebutton    - either 1, 2, or 3 for the left, center, or right mouse button
      widgetclass    - 1 is the widget class number for buttons
      buttonnumber   - the number assigned to the button when it was originally drawn
      buttonstate    - either 0 (meaning "off") or 1 (meaning "on")

    If the user did not click on a button, then widgetclass will be 0 and there will be no output for buttonnumber or buttonstate.

    Drop Menus

    As with button widgets, dropmenus provide a "point-and-click" interface between scripts and the GrADS user. The reference pages for set dropmenu and draw dropmenu contain information on how to specify the dropmenu characteristics and position.

    The output from q pos after a click on a dropmenu is similar to that described above for buttons. Here is a template of what is returned by q pos after a mouse click on a dropmenu:

    Position = xpos ypos mousebutton widgetclass menunumber inum

    where:

      xpos, ypos     - coordinates of the mouse click in the menu base in virtual page units
      mousebutton    - either 1, 2, or 3 for the left, center, or right mouse button
      widgetclass    - 3 is the widget class number for dropmenus
      menunumber     - the number assigned to the dropmenu when it was originally drawn
      inum           - the menu item number selected from the menu list

    If no menu item is selected, then menunumber and inum will both be -1.

    Here is a script sample illustrating how to use a dropmenu: 

    'reset events'
'set rgb 90 100 100 100'
'set rgb 91 150 150 150'
'set rgb 92 200 200 200'
'set dropmenu 1 91 90 92 0 91 90 92 1 91 90 92 90 92 6'
'draw dropmenu 1 1 8 1.5 0.5 Select a Variable | Wind | Temperature | Height | SLP '
noselect = 1
while (noselect)
  'q pos'
  menunum  = subwrd(result,7)
  menuitem = subwrd(result,8)
  if (menunum = 1)
    if menuitem = 1 ; newbase = 'Variable = Wind'   ; endif
    if menuitem = 2 ; newbase = 'Variable = Temp'   ; endif
    if menuitem = 3 ; newbase = 'Variable = Height' ; endif
    if menuitem = 4 ; newbase = 'Variable = SLP'    ; endif
    'draw dropmenu 1 1 8 1.5 0.5 'newbase' | Wind | Temperature | Height | SLP '
    noselect = 0
  endif
endwhile

    Here is another script sample illustrating how to use cascading dropmenus: 

    'clear'
'set rgb 90 100 100 100'
'set rgb 91 150 150 150'
'set rgb 92 200 200 200'
'set button 1 91 -1 -1 1 91 90 92 12'
'draw button 1 1 8 1 0.5 quit'
'set dropmenu 1 91 -1 -1 1 91 90 92 1 91 90 92 90 92 6'
'draw dropmenu 1 1.5 7.5 2 0.5  Menu Base | Space | Earth >05> | Sun | Moon'
'draw dropmenu 5 cascade Ocean | Land | Atmosphere >11> | Biosphere'
'draw dropmenu 11 cascade Snow | Rain | Mist | Tornado '

while (1)
  'q pos'
  say result
  ev = subwrd(result,6)
  if (ev!=3); break; endif;
endwhile

    It is left to the GrADS script writer (that means you!) to run the demo and interpret the output of q pos when clicking on all the options in the cascade of dropmenus.

    Rubber banding

    GrADS has a widget type called rband for rubber banding. There are two rband modes: box and line. To set up the rband widget, use the following command:

    where:

      num    - widget number
      mode   - may be either box or line
      x1     - lowest X point where the widget will be active (in virtual page units)
      y1     - lowest Y point where the widget will be active (in virtual page units)
      x2     - highest X point where the widget will be active (in virtual page units)
      y2     - highest Y point where the widget will be active (in virtual page units)

    In box mode, as the user clicks and drags the mouse in the active rband area a box is drawn with one corner located at the initial click and the opposite corner located at the release point. In line mode, a line is drawn between these two points.

    For example, suppose you want to set up a box rubber band widget in the plot region only.

    First, execute q gxinfo to get the X and Y limits of the plot area. The result from q gxinfo might look like this: 

      Last Graphic = Line
Page Size = 11 by 8.5
X Limits = 2 to 10.5
Y Limits = 0.75 to 7.75
Xaxis = Lon  Yaxis = Val
Mproj = 2

    Second, set up the widget with set rband using the dimensions grabbed from the result of q gxinfo: 

      xlims = sublin(result,3)
ylims = sublin(result,4)
x1 = subwrd(xlims,4)
x2 = subwrd(xlims,6)
y1 = subwrd(ylims,4)
y2 = subwrd(ylims,6)
'set rband 21 box 'x1' 'y1' 'x2' 'y2

    Finally, use q pos to activate the widget.

      ga-> q pos

    This freezes the system until the user clicks, drags, and then releases the mouse somewhere within the active rband area. Here is a template for the output you would get from GrADS after a mouse click and drag in the rband area:

      Position = xpos1 ypos1 mousebutton widgetclass widgetnumber xpos2 ypos2

    where:

      xpos1, ypos1    - coordinates of the initial mouse click in virtual page units
      mousebutton     - either 1, 2, or 3 for the left, center, or right mouse button
      widgetclass     - 2 is the widget class number for rbands
      widgetnumber    - the number assigned to the rband widget when it was set up
      xpos2, ypos2    - coordinates of the mouse release point in virtual page units

    The page coordinates can be then be used to draw a box (or a line) where the user specified, or parsed and used in the coordinate transform q xy2w to recover the lat/lon region selected by the user. grads-2.0.1/doc/gradfuncamean.html0000644000175000017500000000134010243410766020173 0ustar amckinstryamckinstry GrADS Function: amean

    amean()

    amean (expr, xdim1, xdim2, ydim1, ydim2)

    This function is the same as aave in all respects except one: area means are not weighted by latitude. Means are weighted by grid interval to account for non-linear grid spacing.

    Usage Notes

    See the aave reference page for details.

    Examples

    grads-2.0.1/doc/gradcomdstat.html0000644000175000017500000000576110243410766020067 0ustar amckinstryamckinstry set gxout stat
    d
      sends output to the terminal as opposed to a plot or data output (e.g., set fwrite out.dat ; set gxout fwrite; d rh). Or the output goes to the script variable result which can be parsed inside a script (see the corr.gs GrADS script)

      The output allows many statistical calculations to be made. Here's an example of opening up a global model file and looking at the 1000 mb relative humidity, statistically,

        ga-> set gxout stat
        ga-> d rh
        Data Type = grid
        Dimensions = 0 1
        I Dimension = 1 to 145
        J Dimension = 1 to 73
        Sizes = 145 73 10585
        Undef value = 1e+20
        Undef count = 0 Valid count = 10585
        Min, Max = 0.0610352 100.061
        Stats(sum,sumsqr,n): 787381 6.35439e+07 10585
        Stats(sum,sumsqr)/n: 74.3865 6003.2
        Stats(sum,sumsqr)/(n-1): 74.3935 6003.77
        Stats(sigma,var)(n): 21.6761 469.854
        Stats(sigma,var)(n-1): 21.6771 469.898
        Cmin, cmax, cint = 10 100 10

      Let's break it down:

        Data Type = grid ----- you have a grid

        Dimensions = 0 1 ----- the dimension type for the variable

          0 - lon
          1 - lat
          2 - lev
          3 - time

        1 - not varying

        I Dimension = 1 to 145 ------ obvious

        J Dimension = 1 to 73

        Sizes = 145 73 10585 ------- 10585 is 145*73 or total number of points

        Undef value = 1e+20 ------- undefined value

        Undef count = 0 Valid count = 10585 ----- # of defined and undefined points in the grid. Remember that if GrADS can't find any data it returns undefs. This is useful for checking if you have any data, Valid count = 0 means no...

        Min, Max = 0.0610352 100.061 ---- UHHH OHHHH! we have slight supersaturation..

        Stats(sum,sumsqr,n): 787381 6.35439e+07 10585 - This should be fairly obvious, sum = the simple sum of all defined points.

        sumsqr = sum of, in this case, rh*rh and 10585 is n.

        Stats(sum,sumsqr)/n: 74.3865 6003.2 - Divide by n for convenience, the first number is the "biased" mean...

        Stats(sum,sumsqr)/(n-1): 74.3935 6003.77 - the so called unbiased mean (remove 1 degree of freedom), etc.

        Stats(sigma,var)(n): 21.6761 469.854 - the standard deviation and variance "biased" (n)

        Stats(sigma,var)(n-1): 21.6771 469.898 - the standard deviation and variance "unbiased" (n-1)

        Cmin, cmax, cint = 10 100 10 - What GrADS will use when contouring.

      NOTE: This works for both gridded and station data grads-2.0.1/doc/wrfvars.ctl0000644000175000017500000000073210243410766016714 0ustar amckinstryamckinstrydset ^wrf_sample.nc dtype netcdf undef -888 TITLE WRF Output Grid: Time, bottom_top, south_north, west_east pdef 249 249 lcc 26.9628 -125.898 1 1 36.2999 36.2999 -116.0 8000 8000 xdef 270 linear -129 0.1 ydef 200 linear 26 0.1 zdef 25 linear 1 1 tdef 2 linear 11jun2002 3hr vars 4 P=>p 25 t,z,y,x Pressure T=>t 25 t,z,y,x perturbation potential temperature (theta-t0) HGT=>hgt 0 t,y,x terrain height T2=>t2 0 t,y,x temperature at 2m endvars grads-2.0.1/doc/gradcomdsetzlog.html0000644000175000017500000000075510243410766020601 0ustar amckinstryamckinstry GrADS Command: set zlog

      set zlog

      set zlog on|off

      Sets log scaling of the Z dimension on or off. Sticks until reset.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradfuncacos.html0000644000175000017500000000072510243410766020045 0ustar amckinstryamckinstry

      acos

      acos(expr)

      Applies the cos-1 function to the result of expr. Values from expr that exceed 1 or are less than -1 are set to missing. The result of the acos function is in radians.

      Usage Notes

      Examples

      grads-2.0.1/doc/about.html0000644000175000017500000000274710243410766016526 0ustar amckinstryamckinstry About the GrADS Documentation

      About the GrADS Documentation

      This html version of the GrADS documentation has become the standard base documentation for GrADS. If you would like to download a compressed tar file containing all the html source code, it is located in the GrADS anonymous FTP directory. The most recent version was posted on 1 May 2001:

      ftp://grads.iges.org/grads/gadoc_files.tar.Z

      Although there are no immediate plans to produce a printed version of the GrADS documentation, a limited set of html tags were used so that a filter could be developed that would make it possible to create a printed document from the html source code.

      Tags Used

      <a href> </a>
      <b> </b>
      <body> </body>
      <br>
      <center> </center>
      <code> </code>
      <dd>
      <font size color> </font>
      <h1> </h1>
      <h2> </h2>
      <h3> </h3>
      <hr>
      <i> </i>
      <li>
      <ol> </ol>
      <p>
      <pre> </pre>
      <u> </u>
      <ul> </ul>
      &lt;
      &gt;
      &nbsp;
      &amp; grads-2.0.1/doc/shapefiles.html0000644000175000017500000003365611632442207017540 0ustar amckinstryamckinstryShapefiles

      The Shapefile Interface in GrADS

      Introduction
      What is a shapefile?
      Drawing shapefiles
      Querying shapefiles
      Relevant Environment Variables
      Writing shapefiles
      Examples
      Caveat

      line

      Introduction
      GrADS version 2.0.a8 introduced the new capability to draw and query the contents of a shapefile; version 2.0.a9 added the capability to create new shapefiles from GrADS gridded or station data sets. This documentation page serves as an overview of the GrADS shapefile inteface, providing guidance on what shapefiles are, how to find out what they contain, how to draw their contents, and how to create new shapefiles.

      What is a Shapefile?
      The shapefile format (promulgated by ESRI) stores non-topological geometry and attribute information for the spatial features in a data set. Shapefiles are used extensively in Geographic Information Systems (GIS) and they typically contain data related to coastlines, political boundaries, state or county boundaries, climate zones, roads, rivers, topography, etc. The geometry of each spatial feature or 'shape' is stored as a set of vector coordinates. Shapes can be points, lines, or polygons (areas). An ESRI shapefile actually consists of several files: a main file (*.shp), an index file (*.shx), a dBASE file (*.dbf), and an optional projection file (*.prj). The main file describes a set of shapes with a list of their vertices. The index file contains offsets pointing to the locations of each shape in the main file. The dBASE file contains attribute data for each shape in the main file. The projection file contains specifics about the spherical geometry; it is an optional but useful component of a shapefile.

      Some resources for freely available shapefiles are:

      Drawing Shapefiles
      GrADS will draw the contents of a shapefile as an overlay on top of an existing plot with the command draw shp. It is necessary to draw a plot first in order to establish the dimensions and scaling of the display. Shapefiles contain 2-dimensional spatial features, so your plot must be varying in the X-Y (lon/lat) domain.

      A shapefile may contain one of three kinds of graphical elements: points, lines, or polygons.

      • For shapefiles that contain points, GrADS will draw a mark at each point location. The mark type and size are controlled by the set shpopts command, and the color is controlled by the set line command.
      • For shapefiles that contain lines, GrADS will draw the line elements using the color, style, and thickness settings that are controlled by the set line command.
      • For shapefiles that contain polygons, the default behavior of GrADS is draw only the perimeter of each polygon element.The color, style, and thickness of the polygon perimeters are controlled by the set line command. Use the set shpopts command to draw filled polygons and set the fill color.

      The draw shp command draws all the shapes in the shapefile by default, but it is possible to specify a single shape or a range of shapes to draw. Using these extra arguments to the draw shp command, you can control the line and color characteristics of individual shapes. The q shpopts command lists the current settings for drawing shapefiles.

      Querying Shapefiles
      The GrADS shapefile interface also allows the user to discover the contents of a shapefile. The q shp command returns information about the shapes in the file (number of vertices and lon/lat bounds), and the q dbf command returns all the attribute information for each shape in the file.

      The first line of the q shp output contains the shapefile type, the number of shapes in the file, and the X and Y bounds of actual extent of the shapes in the file. Subsequent lines list information about each shape element in the file: the identification number, the shape type, the number of parts, the number of vertices, and the bounds of the shape in the X, Y, Z, and M (measure) dimesions. The GrADS interface ignores the Z or M values of a shape, only it's position in X,Y (lon,lat) space is relevant.

      The first line of the q dbf output contains a comma-delimited list of the names of all the attributes for each record in the database. Subsequent lines contain the comma-delimited list of all the attribute values for each record.

      Please refer to the reference pages for q shp and q dbf for additional information and examples of the output.

      Relevant Environment Variables
      When drawing and querying shapefiles, if you put the set of component files (*.shp, *.shx, *.dbf) in the GrADS data directory (specified by the environment variable GADDIR), then it is not necessary to include the full path when referring to the shapefile. Starting with GrADS version 2.0.0, a new environment variable was introduced, GASHP, for specifiying a list of directories that contain shapefiles. Multiple directories may be included in the GASHP variable -- acceptable delimters are a space, a comma, a semi-colon, and a colon. GrADS will search for the requested shapefile in the directories listed in the GASHP environment variable before it looks in the GADDIR directory. Note that GrADS does not use the projection information (*.prj) when drawing the contents of a shapefile.

      Writing Shapefiles
      GrADS version 2.0.a9 adds the capability of writing out shapefiles based on gridded or station data sets. The shape types currently supported are points and lines. Point shapes may be created from station data or from individual grid point values. The GrADS station data format is a natural fit for point shapefiles, but grid point values are also useful in the shapefile format -- they can be used to create a stippled overlay on top of shaded contour plot (see Examples below). Line shapes are created by applying the contouring algorithm to a grid expression. The settings to control contour levels apply when creating line shapefiles. Both point and line shape types are 'measured' in that the data value at each point (or the contour level) are included in the shapefile along with the geographic coordinates.

      To write out a shapefile, there is a new graphics output option, set gxout shp. This graphics option is used in conjunction with the set shp command which allows the user to set the filename root for shapefile output, control the type of shapefile to be created, and set formatting options for numeric values. The display command will then create the four shapefile output files instead of drawing a plot.

      The dBase file created with the shapefile contains metadata fields or attributes for each shape. There are three data types for attributes: string, integer, or double. Attributes may be static (the attribute value is the same for each shape) or dynamic (the attribute value varies with shape). A set of attributes (both static and dynamic) are automatically generated by GrADS for all shapes. Attributes for point shapes from station data are: GrADS version, longitude, latitude, station ID, and the station value. Attributes for point shapes from gridded are: GrADS version, longitude, latitude, and the grid value. Attributes for line shapes (contours) are: GrADS version and the contour value. Additional static attributes for each shape may be assigned by the user with the set shpattr command. Numerical attribute values (integers and doubles) are written to the dBase file in text format. The set shp command controls the formatting of the numbers, by specifiying the length of the number (total number of columns) and the precision (number of places to the right of the decimal place, which is only meaningful for attributes of type double).

      The q shpopts command lists the current settings for shapefile output, including the output file name root, the type of shapefile to be created, the formatting of any numeric output, and any user-provided attributes.

      The clear shp command releases all user-defined shapefile attributes from memory, and resets the output filename root and shapefile type to their default values. The reset and reinit commands will do the same thing -- use clear shp if you do not want to reset all the other user settings.

      Examples

      Here are two examples showing a series of commands to create shapefiles: 

      set gxout shp
set shp -pt -fmt 8 4 gridptm
set shpattr AUTHOR string JMA
set shpattr TYPE string grid points
set shpattr DESC string land surface temperature
d maskout(tsfc,landmask-1)
  
set gxout shp
clear shp
set shp -ln -fmt 8 4 linem
set shpattr AUTHOR string JMA
set shpattr TYPE string grid contours
set shpattr DESC string surface temperature
d tsfc

      Here is a slightly more complicated example script that shows how to create a shapefile from a GrADS gridded data set (a GFS precipitation forecast), and then draws the contents of that shapefile as a stippled overlay (with three gray shades) on top of a contour plot of another variable, sea level pressure. The script generates a plot that looks like this:

      shp demo 2

      Here is another example script that shows how to use the shapefile interface to draw U.S. climate divisions colorized according to the values of the Palmer Drought Severity Index (PDSI), and then overlays the 500mb height anomaly (from a GDS data set) for that same month and year. The script generates a plot that looks like this:

      pdsi

      The final example script uses shapefiles to draw state and county boundaries as well as roads on a radar image instead of drawing the GrADS map. Here is the result:

      shp demo 3

       

      Caveat
      The ESRI Shapefile Techncial Description states that "A polygon consists of one or more rings. A ring is a connected sequence of four or more points that form a closed, non-self-intersecting loop." A polygon with two rings would look something like a flat donut -- the area between the two rings forms the interior of the polygon, and the area enclosed by the inner ring is actually in the exterior of the polygon. The GrADS interface does not draw polygons with more than one ring properly. Each ring in a polygon is handled separately; inner rings are drawn as new polygons overlapping the outer ring. If you are drawing a shapefile that contains polygons with more than one ring, and if you use the set shpopts command to draw filled polygons, then GrADS will draw both the inner and outer rings as filled polygons. In other words, your donuts will be drawn with filled holes.

      The rings of a polygon are referred to as its parts, and the number of parts in each polygon is included in the ouput of the q shp command. So it is possible to discover whether this limitation is affecting your plot.

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;F)?‚,ÃרSQz”!gÈÿ#q^ïQ{úNÊÑç(išF]ô.SIßÒ¶mÛÅ<"Ý÷ýôŒŒŒWãã[ùÕà>îÎñ+âWįæ㻌ŒŒÖøÐýa¡Œ¹,¯ê†j)]6 <ÍGªàdþ¨,WYÊÑ4Q.ÊHË÷HQ¨ë|úå•¥.÷ÂÉqò£Hþïò±¯­ðјø¨M|46>Z¥ÒÄÇÓÄÇÃÆÇÕü«ñúÔú>àãŸó1zÌíÆO½÷x>èà>î;~D@¸ÂÅËTïøŽ |ÀÇMÇh kð·>5ósæçןOק.´Oþ>àã?ò¡o–^×ÅýyÏõEûåá÷×Gé|4Jœºì}T('dɉuDQF—^GäÿvËÖGQQJÔB¡¾ÙáÐ>1Ž4MÓ”: NØðµ>ãŒ72¾šNgeªéÕKªœ2´4œC_œ e‡‹žÒ¡ ùqÇ£oEr«~ã“û^¤šò1šm¸Ãø`þÁüãòóy>"(žƒÀ|ük>ŠèñÇ!ù9£i |ÀÇíø8¾uððÁûWį~5~ÅûWŒŒððñã|,d¢ø€ ýÒÆGòþ*ýкppI•jŽnÕwªÀ%Ýž*w!YÕ Ïù œ}š];Š³ >à>ˆ_mæÿ2ð!6>ÄćØøbâCl|ü÷ø|À|èÖ9ü+ü+ü«ÙÇçðð±öz |À|¤Ü«=óã9ÅùÅ ?ê‰øâCý‡JA£ôa#•&;?Žÿâ¥Ûã„Ì8 ýG/i†Bk¨™d÷‘Xƒ!:ñMëw "ŽXåi=*‘*q^£àãó¡ïRbý]ø€øˆøp£w@vŸŸ»ŸÂ|œÊÇ8H±çú»îãø•ZmbâCL|ˆ1ñ!6>Äć˜øçƯ|øßwwXþAø€óñׯð¯ð¯n=??º}'6}‹J“ÔG©ü8JÔ飔iYåÿUB#•å%(ŒüwXa¤óÈèÆÕý#ÄH¼å['§)Ë ò¦3çÝi³tŠžù|=õ òêÅIq.œQJui›I㤠}Îщx&ý‰Ë·újú¨søø0?'ããÇïŽ>à>–øøP_ËüœùùïÎχÖÁ|ÀÏÏñ¯ð¯à>à>à>®Ç‡îSðð±É„Fª‡'ùPw6|·?*|Š Èî8)’S‚§%ÈS¸.pÚ¬Z›o*µÇ i¡~’1ñ!6>Äć˜øbâCl|ˆ‰1ña D¿bü`ü`ü€ø€M¯_Á|ÀÇBóà>à>à>6yW±þCrÞß2ÕÔR—e)ôA¤Ð+"ýGÈ 3£ÿèté?ùq‚ÞÂUUI5ÒL6ž}º™° ]JoѨ4á»p&ƒzEæô(‘¥oBÕ+ZDâÔ:Íh#Nè£2ùéÈ£ûèZ§ê’îôâ âJ[tòïônûû»Äw‰ï^$¾;¬ƒÕ‰4ºuxwÜú ð¯ð¯îæ_¹Q!ÃZqnÇ>àãÞ|ŒÖ„Ûu}jø€Ûò¡ý«n¹Ÿ¢8sýDø€Sø˜®¿;]:ñØõE™Ÿ3?¿îü\÷§Äú»|À|¬ñq\~ü+ü«ëúWS>ÒþÕ×ùXèEð'ò‘~þñíüƒÙ|„ïÖõƒÉF)ý .QU¹ÎG2T ZݪýຩZ’,ôm-#LíÞn”.¾‹«ÛÇþÕùÍ„ø€ø€ø˜Æ”×ãW+|ˆ1ñ!&>ÄƇ˜øbâCL|üRüêð7á>àcü+ü+ü«…æÁ|ÀÇܲ’Géˆ&ú¨!‰Kñ¬çÇ ^Yö,äÇéõHQ­}™5}TÐ ¡QªqIÕÑB~%ëJnôyvªªªžq:žª+4ì=Ò5EJm6ÂAt5ÎÊ3¿qX^›âëú¨“âWŽñƒñƒñcŽ æçÌÏ™ŸÃ|ÀÇ£þþþÏÏá>à>à>à>Njf®J>àãÿð!9|LúÔœ¾vAu”¿Ò%úàPvWÑùk«\PR,¥õš€$ý•¨`œd¿’vd –zF_6¹øÍq¨ù~âæñc®[lå£4ñQ›ø¨m|Ô&>J­‰ÒÄã|À|À|üc>Æúóbób¹«›y>àã|Œ Ö.Ù 7·¾(|ÀÇ}øè–m׌ì†ñ+âW·Œ_×ßõÿì»~âL~œù<2Aß^à[ÈŽ™ÓHŽþ£ÏÓé?¤®{„Wy¼c̓Ú»Õu-õD2Ú¨b¥J=dòÑaï8ÕOš8¨`¤,Kÿ]¥kPW.H>‰·m+Ý u©u”D·'%Aé²éäè6n™çœõwñ¯ð¯îá_én˜X_ô>ñ+ø¸!®˜åcÏù‡#¾ ÷àCÒqèú»³ùÕà>nÀÇ—×ß%~Eüê²ñ«¼Ÿð‘âÃ<Ìá_á_]Í¿Šø€Kñ¡n|À|Ìó‘ʹ´ ¹Ó½¤ÞpA°—ÍGܳ–øe”©ÆmìöÉ,N«Õ¹6«bÅ”¦pt.ÅÍć+à>àc“øbãCL|ˆ‰±ñ!&>ÄƇ˜ø·Œ_‡cü`ü¸Ûøá¾ß:ø€ø˜Žð·á£ä‹Óø€øXãÃ9çâì,½tHé£*ÿ¦H·DÊ—SÆ“Xa4Úú(%AêäFq²œ¦“Iy•T(TåÇ©fXQªŸ¡ìFt"ž(ÎCá/¡=ºÖSòÚßÖG ||3zåˆ_¿ºKü >à>V9æÌ?.=ÿ(Ü·Â|Àï—À|À|ü8…; ;Å6òá øÀàãZ|¨Éú7ŽújeŽëq»ë4‘ëqô|>àãñQ`v'$Ýè¿õ€W|TÞan”Ê$ÿ¨é9‡›+ss—dñHg;9µæ¦ÊÜŽ•¹Ìû•³ýa[+»(nÜ2óS¹Ñ%Ë9Ì©þ´¡²Q?ÈÃj¼¸÷ze]wH\’åþ0+£>§‹ÝZÙ¶“ë+s[nvwÌ„ÅÃFëFoîY—?\w16ñáòO^ÿ¢˜+s¹#Û\™›»$ëã‡î9õ¹ÑïÓñ•ñ2ç.—ñõÈåÃس.ÎG$»Íø©í/YÎanÒeó*óQ¸â ÊÜÜ%Éè²Ê Ì©Oý\ßý6V{p.·£®ÇÚaî“›}M>\|yñ]Ãa}àoce}‘[ëi¢›Üàœúœíäœ:j[eý)~P™Ë ÔºødUæâøîæ›a†a†a†a†a†a†a†aØÞö7XÁ» 4=ËIEND®B`‚grads-2.0.1/doc/gradcomdsetxsize.html0000644000175000017500000000043210243410766020760 0ustar amckinstryamckinstry

      set xsize

      set xsize x y

      Resizes the window to x,y pixels.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradcomdsetclskip.html0000644000175000017500000000107311416646527021116 0ustar amckinstryamckinstry

      set clskip

      set clskip number <spacing>

      number is the number of contour lines to skip when labelling
      spacing is an optional argument that controls the minimum distance between labels on a contour line (default = 2.5)

      For example, set clskip 2 would label every other contour.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradcomdsetwxcols.html0000644000175000017500000000162311632442207021136 0ustar amckinstryamckinstry

      set wxcols

      set wxcols c1 c2 c3 c4 c5

      where c1...c5 are the weather symbol colors

      c1 (default color 2, red) : thunder/sleet/freezing/hurricane [used in symbols 1-13,24-27,31-32,38,40,41]
      c2 (default color 10, green) : rain/drizzle [used in symbols 3,8,12-18,24,26-30,37]
      c3 (default color 11, blue) : snow [used in symbols 4,9,19-23,37]
      c4 (default color 7, yellow): fog [used in symbol 34]
      c5 (default color 15, gray): blowing snow/sand/smoke [used in symbols 33,35,36,39]

      Usage Notes

      Examples

      Run the script wxsym.gs to see how the colors of the various symbols are implemented. grads-2.0.1/doc/pdef.html0000644000175000017500000012147311416646527016341 0ustar amckinstryamckinstry PDEF - Displayng Pre-Projected Data in GrADS

      Use PDEF For Displaying Pre-Projected Data With GrADS

      Display pre-projected data with PDEF
      PDEF Syntax
      How grid interpolation works
      How wind rotation works
      PDEF BILIN option
      PDEF GENERAL option
      PDEF FILE option

      Display Pre-Projected Data with PDEF

      Gridded data that are mapped onto a particular map projection are called 'pre-projected.' An example of pre-projected data is the output from a weather forecast model that is mapped onto a north polar stereographic grid.

      In order to display pre-projected data on a map in GrADS, the descriptor file must contain a PDEF entry. A descriptor file that contains a PDEF record describes two different grids. The first grid is described by the PDEF record itself and is the "native" grid for the pre-projected data in the file. The second grid described in the desctiptor file is a rectilinear lat/lon grid, which is defined by the XDEF and YDEF records. The PDEF record describes the size of the native grid, and then describes how to convert from i/j of the native grid to the lat/lon values of the rectilinear grid described by XDEF and YDEF. The information in the PDEF entry describes the projection of the grid along with the projection constants or providing the mapping to the native grid in a supplementary data file. The rectilinear grid is used by GrADS internally and can be any size or resolution -- it is completely independent of the pre-projected or native grid. GrADS uses the information about the two grids to interpolate from the PDEF-described native grid to the XDEF/ YDEF-described rectilinear grid. All displays and analyses are done using the interpolated data on the rectilinear grid. The virtue of this approach is that all built in GrADS analytic functions (e.g., aave, hcurl...) will work even though the data were not originally on a lon/lat grid. The downside is that you are looking at interpolated data.

      It is possible to view the pre-projected data on its native grid. To do this, you omit the PDEF entry from the descriptor file, and use the XDEF and YDEF entries to describe the shape of the native grid. In this case, your displays must be drawn in i/j space without a map projection (set mpdraw off).

      When you do a display of a pre-projected vector field, you must know whether the original vector components are defined relative to the data grid or relative to the Earth. If the data are grid-relative, they must be rotated to Earth-relative coordinates in order for the interpolation to work properly. See the "Notes" under each particular projection type for further information.

      PDEF Syntax

        PDEF isize jsize NPS ipole jpole lonref gridinc
        PDEF isize jsize SPS ipole jpole lonref gridinc
        Example: PDEF 53 45 nps 27 49 -105 190.5
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        ipole the i coordinate of the pole referenced from the lower left corner, assumed to be at (1,1)
        jpole the j coordinate of the pole referenced from the lower left corner, assumed to be at (1,1)
        lonref reference longitude
        gridinc distance between gripoints in km
        Notes: Polar stereographic projections (N and S) are defined as at NCEP. Wind rotation has also been added so that vector data will be properly displayed.
           
        PDEF isize jsize LCCR latref lonref iref jref Struelat Ntruelat slon dx dy
        PDEF isize jsize LCC latref lonref iref jref Struelat Ntruelat slon dx dy
        Example: PDEF 103 69 lccr 30 -88 51.5 34.5 20 40 -88 90000 90000
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        latref reference latitude
        lonref reference longitude (in degrees, E is positive, W is negative)
        iref i of ref point
        jref j of ref point
        Struelat S true lat
        Ntruelat N true lat
        slon standard longitude
        dx grid X increment in meters
        dy grid Y increment in meters
        Notes: Starting with version 1.9b4, the LCCR option supplements the use of PDEF with data on the Lambert Conformal projection. With LCCR, wind rotation has been implemented for data files with grid-relative winds instead of Earth-relative winds. Use LCC if your vector components are already Earth-relative.
             
        PDEF isize jsize ETA.U lonref latref dlon dlat
        Example: PDEF 181 136 eta.u -97.0 41.0 0.38888888 0.37
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        lonref reference longitude (in degrees, E is positive, W is negative)
        latref reference latitude
        dlon grid longitude increment in degrees
        dlat grid latitude increment in degrees
        Notes: The eta model native grid is awkward to work with because the variables are on staggered and non-rectangular grids. NCEP created "unstaggered" eta model fields, in which the variables are placed on a common rectangular grid. Wind rotation has also been added so that vector data will be properly displayed.
             
        PDEF isize jsize PSE slat slon ipole jpole dx dy sign
        Example:  
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        slat absolute value of the standard latitude
        slon absolute value of the standard longitude
        ipole the i coordinate of the pole referenced from the lower left corner, assumed to be at (0,0)
        jpole the j coordinate of the pole referenced from the lower left corner, assumed to be at (0,0)
        dx grid X increment in km
        dy grid Y increment in km
        sign 1 for NH; -1 for SH
        Notes: The polar stereo projection used by the original NMC models is not very precise because it assumes the earth is round (eccentricity = 0). While this approximation was reasonable for coarse resolution NWP models, it is inadequate to work with higher resolution data such as SSM/I. Wind rotation has not been implemented!!! Use only for scalar fields.
             
        PDEF isize jsize OPS latref lonref xoff yoff iref jref dx dy
        Example: PDEF 26 16 ops 40.0 -100.0 90000.0 90000.0 14.0 9.0 180000.0 180000.0
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        latref reference latitude
        lonref reference longitude (in degrees, E is positive, W is negative)
        xoff lonref offset in meters
        yoff latref offset in meters
        iref the i coordinate of the reference point
        jref the j coordinate of the reference point
        dx grid X increment in km
        dy grid Y increment in km
        dy grid Y increment in km
        Notes: The CSU RAMS model uses an oblique polar stereo projection. Wind rotation has not been implemented!!! Use only for scalar fields.
           
        PDEF isize jsize ROTLL lonpol latpol dlon dlat lonll latll
        PDEF isize jsize ROTLLR lonpol latpol dlon dlat lonll latll
        Example: PDEF 500 330 rotllr -170.0 43.0 0.02 0.02 -5.5 -3.8
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        lonpol Longitude of the rotated pole in degrees
        latpol Latitude of the rotated pole in degrees
        dlon grid spacing in longitudinal direction of the rotated grid in degrees
        dlat grid spacing in latitudinal direction of the rotated grid in degrees
        lonll longitude of the lower left corner, given in rotated space in degree
        latll latitude of the lower left corner, given in rotated space in degree
        Notes:

        (GrADS version 2.0) The rotated lat/lon grid projection is described in the COSMO documentation, Part 1, chapter 3.3. The lower left corner, i.e. the first element in the data array, has to be the southwest corner. It is not possible to use a mirrored grid by setting dlon or dlat to a negative value.
           

        PDEF isize jsize BILIN format byteorder fname
        Example: PDEF 100 100 BILIN sequential binary-big ^mygrid.interp.values
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        format Must be either STREAM (direct access) or SEQENTIAL (fortran formatted)
        byteorder If set to BINARY, byte odering is assumed to be same as local machine
        If set to BINARY-BIG, byte ordering is assumed to be big-endian
        If set to BINARY-LITTLE, byte ordering is assumed to be little-endian
        fname The name of the supplementary file
        Notes: The supplementary file contains three lat-lon floating-point grids: i values, j values, and wind rotation values. The native grid is assumed to have a corner (i,j) value of (1,1). The size of these grids must match the XDEF and YDEF entries in the descriptor file.
           
        PDEF isize jsize GENERAL num format byteorder fname
        Example: PDEF 182 149 general 4 sequential binary-big ^mygrid.interp.values
        PDEF 15238 1 general 1 stream binary ^gtd.filepdef
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        num number of sets of interpolation grids supplied
        format Must be either STREAM (direct access) or SEQENTIAL (fortran formatted)
        byteorder If set to BINARY, byte odering is assumed to be same as local machine
        If set to BINARY-BIG, byte ordering is assumed to be big-endian
        If set to BINARY-LITTLE, byte ordering is assumed to be little-endian
        fname The name of the supplementary file; it may be mixed case.
        Notes:

        (GrADS version 2.0.a3 and later) The syntax and behavior of PDEF GENERAL is exactly like PDEF FILE, except that the convention for the native grid offset values in the pdef file is the same for all data formats. The offsets should be 1-based; the first grid point is assumed to have (i,j) values of (1,1), and valid offset values are > 0 and <= isize*jsize .

        Native grid offset values of -999 indicate not to use an input point for that portion of the calculation (thus you can apply less than the "num" number of interpolation points for some of the points).

        See additional notes in the paragraphs below.
         
        PDEF isize jsize FILE num format byteorder fname
        Example: PDEF 182 149 file 4 sequential binary-big ^mygrid.interp.values
        PDEF 15238 1 file 1 stream binary ^gtd.filepdef
        Args:
        isize The size of the native grid in the x direction
        jsize The size of the native grid in the y direction
        num number of sets of interpolation grids supplied
        format Must be either STREAM (direct access) or SEQENTIAL (fortran formatted)
        byteorder If set to BINARY, byte odering is assumed to be same as local machine
        If set to BINARY-BIG, byte ordering is assumed to be big-endian
        If set to BINARY-LITTLE, byte ordering is assumed to be little-endian
        fname The name of the supplementary file; it may be mixed case.
        Notes:

        For GrADS v2.0.a2 and earlier, jsize was fixed to be 1, and isize was the size of the native grid expressed as a vector (i.e., all gridpoints in the x-y grid). This mode for describing the native grid will continue to work with v2.0.a3+, but only if the native grid is in GRIB or binary format. For NetCDF and HDF formats, the isize and jsize args must match the X and Y dimensions of the native grid.

        WARNING: The use of PDEF FILE may be incorrect! A long-standing bug and incomplete documentation has led to different conventions for the native grid offset values in the pdef file for GRIB and non-GRIB data formats. For GRIB (1&2), the offsets must be 0-based; the first grid point is assumed to have (i,j) values of (0,0). For all other data types, the offsets must be 1-based; the first grid point is assumed to have (i,j) values of (1,1). Thus:
             for GRIB format: valid offset values are >= 0 and < isize*jsize
             for other formats: valid offset values are > 0 and <= isize*jsize
        To maintain backward compatibility, the bug will remain in GrADS as a feature, but the use of PDEF FILE has been deprecated as of version 2.0.a3 and a warning message will be displayed when a data set is opened that uses PDEF FILE. Note that if you use grib2ctl or g2ctl to generate your pdef file, the offsets are correct.

        Native grid offset values of -999 indicate not to use an input point for that portion of the calculation (thus you can apply less than the "num" number of interpolation points for some of the points).

        See additional notes in the paragraphs below.

      How PDEF Grid Interpolation Works
      To illustrate how the data is interpolated from the native grid to the rectilinear grid, let's consider an example. Here are a set of relevant records from a descriptor file:
      PDEF 100 100 nps ...
      XDEF 181 linear -180 1
      YDEF 90 linear 0 1
      These three entries describe data on a native 100x100 North Polar stereographic projection and a rectilinear lat/lon grid that is 181 by 90 and has an interval of 1 degree in both lat and lon. Consider one point within the rectilinear grid, the point -90,40. GrADS calls an internal routine to calculate the i and j values in the native grid that correspond to this lat/lon point. Let's say we get i,j values of 31.24 and 67.88. To do the interpolation to the lat/lon point -90,40, GrADS uses the data values from the following four native grid points: 31,67 - 31,68 - 32,67 - 32,68. Bi-linear interpolation is used within this grid box to get down to the position 31.24,67.88. The interpolation is linear within the i,j grid. When a descriptor file is opened that contains a PDEF record, GrADS calculates the i/j values in the native grid that correspond to the lat/lon pair for each gridpoint in the rectilinear grid.

      How PDEF Wind Rotation Works
      There is a third value calculated for every lat/lon point, and that is the wind rotation value. With some "pre-projected" or native grids, the winds are given relative to the i/j space and not the lat/lon space. To insure correct interpolation, the winds must be rotated to lat/lon space. This is done by determining a rotation amount for each lat/lon point. When u or v wind components are displayed, the values are not just interpolated but also rotated.

      To do the wind rotation properly, GrADS requires both the u and v components. Even if you are just displaying u, GrADS has to retrieve (internally) both the u and v component in order to do the rotation calculation. GrADS determines how to match u and v variables by checking the units field of the variable record in the descriptor file. The u variable must have a units value of 33, and the v variable must have a units value of 34. (This is the GRIB convention). If there are more than one u/v pairs, secondary units values are used. For example:

        u 18

        33,100

        		 U-Wind Components on Pressure Levels
        v 18 34,100 V-Wind Components on Pressure Levels
        u10 0 33,105 10 Meter U Wind
        v10 0 34,105 10 Meter V Wind

      might be some variable records in the descriptor file. If wind rotation is called for, u and v would be paired, and u10 and v10 would be paired (since the secondary values would be checked, ie, the 105,100 values).

      The PDEF BILIN Option
      When a descriptor file is opened that contains a PDEF record, we have explained that GrADS internally generates three grids, each one the size of the rectilinear lat/lon grid. The first two grids contain the i and j values (respectively) from the native grid that correspond to each grid point in the rectilinear grid; the third grid contains wind rotation values. But this only works for a small set of well-defined native grids. GrADS will generate these three internal grids automatically for polar stereographic, lamber conformal, and some eta grids. If the native grid for your data is not one of the predefined projections, it is still possible for GrADS to handle the data. All you have to do is supply these three grids to GrADS with a supplementary data file and use the bilin option in your PDEF record.

      The supplementary file will contains three lat-lon floating-point grids sized according to the XDEF and YDEF records in the descriptor file.The three grids contain: i values, j values, and wind rotation values. A value of -999 in the i-value grid indicates not to interpolate to that lat-lon point (will end up missing on output) and a value of -999 in the wind-rotation grid indicates not to do wind rotation for that point. If the wind-rotation grid is all -999 values, no rotation is ever done and a flag is set not to even attempt rotation.

      The PDEF GENERAL Option (and the PDEF FILE option)
      All of the PDEF examples discussed so far involve the same method for grid interpolation: a grid point value in the rectilinear grid is calculated by finding the four neighboring grid points in the native grid and averaging them, with weights applied bi-linearly according to their proximity to the to rectilinear grid point. The PDEF GENERAL option and the PDEF FILE option generalize this method so that an arbitrary number of native grid point values and their weights are averaged to generate the interpolated rectilinear grid point values. The index values for the native grid values that are to be used and their weights are specified by the user in a supplementary data file (fname). The FILE and GENERAL options are identical except for one detail: they have different conventions for the native grid offset values in the supplementary file (see the "Notes" in the syntax tables above for specifics).

      The num argument in the PDEF FILE entry specifies the number of native grid points that will be used to calcuate each interpolated rectilinear grid point value. For each num, the supplementary data file will contain two grids -- both will be the size of the rectilinear grid (as defined by XDEF and YDEF). The first grid contains the index or offset values that point to the native grid value that will be used in the interpolation; the second grid contains the weights for those native grid values. The first grid contains integer values, the second grid contains floating-point values. Finally, the supplementary data file must also contain one grid of floating-point wind rotation values. Thus if num equals 1, there will be 3 grids in fname. If num equals 3, there will be 7 grids in fname (3 sets of 2 grids plus the wind rotation grid).

      To do the grid interpolation, GrADS will first read the data in the native grid (vector) along with the values in the supplementary grids. To calculate the interpolated value for a particular lat-lon point, GrADS will get num native grid point values, multiply each by their weight, sum over all the weighted native grid points, and divide by the sum of the weights.

      An Example:

      The original data are set up as a vector of land points only, taken from a 1-degree lat/lon grid. There are 15238 land points in the native grid (vector). We use the PDEF FILE option to repopulate a rectilinear lat/lon grid with the land values, leaving the ocean grid points as missing. In this case, ther eis no interpolation done. The PDEF option is used simply to convert a vector of land points into a 2D grid with ocean points missing. The descriptor file looks like this:

        DSET ^gswp_vegetation_parameters.nc
        DTYPE netcdf
        TITLE Monthly Vegetation parameters at 1x1 degree
        UNDEF 1.e+20
        PDEF 15238 1 file 1 stream binary ^gswp.filepdef
        XDEF 360 linear -179.5 1
        YDEF 150 linear -59.5 1
        ZDEF 1 linear 1 1
        TDEF 204 linear 00Z01jan1982 1mo
        VARS 1
        NDVI=>ndvi 0 t,x Monthly vegetation index
        ENDVARS

      The supplementary file gtd.filepdef contains three grids -- the first contains the index values that associate each location in the lat/lon grid with it's point in the vector. All of the ocean points will have a missing value of -999. The second grid will contain the weights, which will be 1 for land points, 0 for ocean points. The third grid will contain all missing values since wind rotation is not a issue in this example. Here is a descriptor file for the supplementary data file (a useful strategy for making sure you've got everything written out correctly):

        DSET ^gswp.filepdef
        TITLE PDEF file for GSWP Vegetation Parameters
        UNDEF -999
        XDEF 360 linear -179.5 1
        YDEF 150 linear -59.5 1
        ZDEF 1 linear 1 1
        TDEF 1 linear 00z01jul1982 3hr
        VARS 3
        i 0 -1,40,4 Index Values
        w 0 99 Weights
        r 0 99 Wind Rotation Values
        ENDVARS

         

       

      grads-2.0.1/doc/gradcomdsetsdfattr.html0000644000175000017500000000570211353136313021266 0ustar amckinstryamckinstryGrADS Command: set sdfattr

      set sdfattr

      set sdfattr varname attribute_type attribute_name attribute_value

      Sets attribute metadata to be included in the output file created with the sdfwrite command.

        varname           May be set to "global", "longitude", "latitude", "level", "time", "ensemble", or
                          a defined variable name
        attribute_type       May be one of five data type types (valid aliases in parentheses):
                          "char" (String, Str, Url)
                          "short" (Int16, UInt16)
                          "int" (long, Int32, UInt32)
                          "float" (Float32)
                          "double" (Float64).
        attribute_name    May be any single word or string with no spaces (e.g.: "units", "long_name")
        attribute_value   May be any string as long as the length of the entire entry does not exceed 512 characters.
                                            For numeric types, may be a list of comma-delimited numerals.

      Usage Notes

      This command is available in GrADS v2.0.a3 or higher.

      The reset command will release all the attributes from memory. To do this without resetting all the other user-specified options, use the clear sdfwrite command.

      Examples

      set sdfattr precip String units mm/day
      set sdfattr precip String long_name Daily Precipiation
      set sdfattr precip double actual_range 0,57.5 grads-2.0.1/doc/gradcomdsetdropmenu.html0000644000175000017500000000453310243410766021455 0ustar amckinstryamckinstry GrADS Command: set dropmenu

      set dropmenu

      Sets up the color characteristics of a dropmenu widget. The syntax is:

      set dropmenu fc bc oc1 oc2 tfc tbc toc1 toc2 bfc bbc boc1 boc2 soc1 soc2 thick

      where:

        fc      menu base text color
        bc      menu base face color
        oc1     dark color of shadow outline for menu base
        oc2     bright color of shadow outline for menu base
        tfc     menu base text color when selected with a mouse click
        tbc     menu base face color when selected with a mouse click
        toc1    dark color of shadow outline for menu base when selected
        toc2    bright color of shadow outline for menu base when selected
        bfc     menu list text color
        bbc     menu list face color
        boc1    dark color of shadow outline for menu list
        boc2    bright color of shadow outline for menu list
        soc1    dark color of shadow outline for highlighted menu item
        soc2    bright color of shadow outline for highlighted menu item
        thick   thickness of the shadow outline

      Usage Notes

      1. set dropmenu generally precedes the draw dropmenu command.

      2. See the section of the User's Guide on widgets for more information on using dropmenus.

      Example

      set rgb 90 100 100 100
set rgb 91  50  50  50
set rgb 92 200 200 200
set dropmenu 1 90 91 92 0 90 92 91 1 90 91 92 92 91 6
draw dropmenu 1 1 8 1.5 0.5 Menu Base | Menu Item #1 | Menu Item #2
      grads-2.0.1/doc/gradfuncscorr.html0000644000175000017500000000375510243410766020256 0ustar amckinstryamckinstry GrADS Function: scorr

      scorr()

      This function calculates the spatial correlation between two variables over an X-Y domain. It returns a single number. The syntax is:

        scorr(expr1, expr2, xdim1, xdim2, ydim1, ydim2)

      where:

        expr1   - any valid GrADS expression
        expr2   - any valid GrADS expression
        xdim1   - starting X dimension expression
        xdim2   - ending X dimension expression
        ydim1   - starting Y dimension expression
        ydim2   - ending Y dimension expression

      For global averaging, a shorthand may be used:

        scorr(expr1, expr2, global) or
        scorr(expr1, expr2, g)
      is the same as
        scorr(expr1, expr2, lon=0, lon=360, lat=-90, lat=90)

      Usage Note

      1. scorr may be used in conjunction with tloop or define to create time series or time/height plots.

      2. scorr assumes that the world coordinates are longitude in the X dimension and latitude in the Y dimension, and does weighting in the latitude dimension by the delta of the sin of the latitudes. Weighting is also performed appropriately for unequally spaced grids.

      Examples

      This example calculates the correlation between the surface temperature and the latent heat flux over the tropical Pacific: 

      set lat -10 10
set lon 120 280
d scorr(tsfc, lhtfl, lon=120, lon=280, lat=-10, lat=10)
      grads-2.0.1/doc/colorcontrol.html0000644000175000017500000002457510526115561020135 0ustar amckinstryamckinstry Controlling Colors in GrADS

      Controlling Colors in GrADS

      The GrADS Default Colors

      GrADS is built with 16 default colors that are used in a variety of applications. Every color in GrADS has a unique color number that is used as an index to identify it in GrADS commands. Complete specifications of the default colors numbered 0 to 15 are given below: 

      Col#  Description   Sample    R   G   B 

      
  0   background       0   0   0  (black by default)
      
  1   foreground     255 255 255  (white by default)
      
  2   red            250  60  60  
      
  3   green            0 220   0  
      
  4   dark blue       30  60 255  
      
  5   light blue       0 200 200  
      
  6   magenta        240   0 130  
      
  7   yellow         230 220  50  
      
  8   orange         240 130  40  
      
  9   purple         160   0 200  
      
 10   yellow/green   160 230  50  
      
 11   medium blue      0 160 255  
      
 12   dark yellow    230 175  45  
      
 13   aqua             0 210 140  
      
 14   dark purple    130   0 220  
      
 15   gray           170 170 170
      Disclaimer: The color samples may not be displayed properly.

      The GrADS Default Rainbow Sequence

      GrADS creates a default rainbow palette using the following sequence of 13 built-in colors:
      9 14 4 11 5 13 3 10 7 12 8 2 6

      When drawing contour plots, the default behaviour of GrADS is to color code the contours and select an appropriate contour interval so that each contour is a different color and the colors span the range of the default rainbow sequence. The same principle is behind the selection of default contour intervals for filled contours and shaded grid plots.

      The scripts "cbar.gs" and "cbarn.gs" will draw a color key alongside a plot of filled contours or shaded grid cells; the script uses the query shades command to get information about the contour levels and their color shades.

      Defining new colors

      For some types of displays, the 16 GrADS default colors may not be suitable or adequate. It is possible for the user to define new colors using the set rgb command:

      For example, let's create a palette of colors for plotting anomalies. We need to define new colors that will be shades of blue and red that range in intensity from fully saturated to very light. White will be the color in the center of the new anomaly palette.

      Overriding the Defaults

      Now that we have a set of newly defined colors (numbered 16-25), we can override the defaults and specify our anomaly palette with exact contour levels and the colors that go with them. This is accomplished by using the following commands:

      Contour levels and the colors that go with them are reset with every execution of clear or display. Thus, it may be easier to use these commands in a script to avoid typing them over and over again.

      Filled Contours or Shaded Grids: If you are specifying the levels and colors for filled contours (set gxout shaded) or shaded grid cells (set gxout grfill), then the number of colors specified with set ccols must be one larger than the number of contour levels specified with set clevs. Continuing with our example of creating an anomaly palette, the commands would have the following syntax:

      Note the "0" contour level has been omitted, but color number "1" is still in the palette. Drawing a plot with these specified clevs and ccols and then running the "cbarn.gs" script will result in the following color key:

      Here is example using 6 colors and 5 contour levels that shows how the filled contours (or shaded grids) relate to the data values: 

        col1:         values <= lev1
col2:  lev1 < values <= lev2
col3:  lev2 < values <= lev3
col4:  lev3 < values <= lev4
col5:  lev4 < values <= lev5
col6:  lev5 < values

      Line Contours: If you are specifying the levels and colors for line contours (set gxout contour), then the number of arguments to set clevs and set ccols should be equal -- one color for each contour.

      Plotting Contours of Constant Color

      It is sometimes preferable to plot line contours without the rainbow coloring. An example might be a plot with sea level pressure contours in one color (red) and 500 mb height contours overlaid in another color (blue). For drawing all the contours in the same color, use the set ccolor command:

      Omitting Colors

      The default behavior of GrADS when plotting filled contours or shaded grid cells is to colorize all areas. To omit a particular color (or contour level) from the plot, simply assign the background color. For example:

      This example is similar to the one given above, but notice where some of the ccols have been set to "0" (the background color). The first, last, and middle colors have been omitted. These commands set up a plot that will only shade areas where the anomalies are between 1 and 5 and -1 and -5. The remaining areas will be black.

      Plotting Non-Continuous Index Grids

      Plotting grids with index values or non-continuous data (e.g. surface type classification) is simplified by using the graphics output type fgrid and the set fgvals command.

      In this example, the variable "sfctype" has three values: 1 represents land, 2 represents oceans, and 3 represents sea ice. These commands would draw a plot with land grid cells filled with color number 15 (gray), ocean grid cells filled with color number 5 (light blue), and sea ice grid cells filled with color number 1 (white). If the first two arguments to set fgvals were omitted, then the land grid cells would not be omitted and only ocean and sea ice grid cells would be colored. grads-2.0.1/doc/gradcomdsetlfcols.html0000644000175000017500000000064210243410766021103 0ustar amckinstryamckinstry

      set lfcols

      set lfcols 1 2
      d a;b

      Color where a<b in white (1) and b>a in red (2).

      Usage Notes

      Examples

      grads-2.0.1/doc/gradcomddrawxlab.html0000644000175000017500000000052410243410766020710 0ustar amckinstryamckinstry

      draw xlab

      draw xlab string

      Writes string in an appropriate position to label x axis.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradcomdqshp.html0000644000175000017500000000547211416646527020077 0ustar amckinstryamckinstry GrADS command: query shp

      q shp

      q shp shapefile

      Lists the contents of a shapefile. shapefile is the name of the shapefile. It is not necessary to include the file extension (.shp) on the end of shapefile, just the filename root is adequate.

      Usage Notes

      This command is available with GrADS version 2.0.a8 or later.

      If you put the three shapefile components (*.shp, *.shx, and *.dbf) in the GrADS data directory (pointed to by the GADDIR environment variable), then it is not necessary to include the full path in shapefile.

      The first line of output contains the shapefile type, the number of shapes in the file, and the X and Y bounds of actual extent of the shapes in the file. Subsequent lines list information about each shape element in the file: the identification number, the shape type, the number of parts, the number of vertices, and the bounds of the shape in the X, Y, Z, and M (measure) dimesions. The current GrADS interface ignores the Z or M values of a shape, only it's position in X,Y (lon,lat) space is relevant.

      A companion command, q dbf, lists the attribute database entries for each element in the shapefile. There is a 1:1 correspondence between elements in the shapefile and records in the database.

      Please see the documentation page on shapefiles for more details.

       

      Examples 

      ga-> q shp /home/GIS/climatedivs/divisions
      
Shapefile Type=Polygon #Shapes=387 XBounds=-124.761:-66.95 YBounds=24.545:49.385
0:  Polygon  parts=1  vertices=51  XBounds=-95.602:-93.056  YBounds=46.285:49.385  ZBounds=0:0  MBounds=0:0
1:  Polygon  parts=1  vertices=88  XBounds=-123.081:-121.919  YBounds=46.621:49.002  ZBounds=0:0  MBounds=0:0
2:  Polygon  parts=1  vertices=135  XBounds=-123.773:-121.207  YBounds=45.548:49.002  ZBounds=0:0  MBounds=0:0 
3:  Polygon  parts=1  vertices=91  XBounds=-121.611:-119.484  YBounds=45.681:49.001  ZBounds=0:0  MBounds=0:0 
4:  Polygon  parts=1  vertices=36  XBounds=-120.46:-117.558  YBounds=47.149:49.001  ZBounds=0:0  MBounds=0:0 
5:  Polygon  parts=1  vertices=25  XBounds=-117.041:-116.048  YBounds=47.006:49.001  ZBounds=0:0  MBounds=0:0
.
.
.
385:  Polygon  parts=1  vertices=46  XBounds=-122.513:-121.659  YBounds=43.551:45.647  ZBounds=0:0  MBounds=0:0
386:  Polygon  parts=1  vertices=67  XBounds=-121.946:-118.222  YBounds=44.771:46.001  ZBounds=0:0  MBounds=0:0
      grads-2.0.1/doc/gradcomdsetdbuff.html0000644000175000017500000000067210243410766020712 0ustar amckinstryamckinstry

      set dbuff

      set dbuff on|off

      Sets double buffer mode on or off. This allows animation to be controlled from a script. The clear command also sets double buffer mode off.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradutilncgen.html0000644000175000017500000000412510243410766020232 0ustar amckinstryamckinstry

      ncgen

      ncgen [-b] [-c] [-f] [-n] [-o output_file] input_file

      Where:

        -b
          Create a (binary) netCDF file. If the -o option is absent, a default file name will be constructed from the netCDF name (specified after the netcdf keyword in the input) by appending the .nc extension. If a file already exists with the specified name, it will be overwritten.

        -c

          Generate C source code that will create a netCDF file matching the netCDF specification. The C source code is written to standard output.

        -f

          Generate Fortran source code that will create a netCDF file matching the netCDF specification. The Fortran source code is written to standard output.

        -o outputfile

          Name for the netCDF file created. If this option is specified, it implies the -b option. (This option is necessary because netCDF files cannot be written directly to standard output, since standard output is not seekable.)

        -n

          Like -b option, except creates netCDF file with the obsolete .cdf extension instead of the .nc extension, in the absence of an output filename specified by the -O option. This option is only supported for backward compatibility.

      Examples

      1. Check the syntax of the CDL file foo.cdl:

        ncgen foo.cdl

      2. From the CDL file foo.cdl, generate an equivalent binary netCDF file named x.nc:

        ncgen -o x.nc foo.cdl

      3. From the CDL file foo.cdl, generate a C program containing the netCDF function invocations necessary to create an equivalent binary netCDF file named x.nc:

        ncgen -c -o x.nc foo.cdl
      grads-2.0.1/doc/gradcomdsetcachesf.html0000644000175000017500000000225011353136313021206 0ustar amckinstryamckinstry GrADS command: set cachesf

      set cachesf

      set cachesf num

      Use this command to change the scale factor for setting the default cache size (in bytes), which is calculated according to this formula:
      X grid size * Ygrid size * 8 * cachesf

      The default cache scale factor is 1.

      Usage Notes

      This command is available with GrADS version 2.0.a8 or later.

      The cache size is only relevant when reading HDF5 and NetCDF4 data types.

      Cache size is set on a per-file basis; the cache size will be different for each file opened in GrADS. After a file is opened, a new cache is allocated for each variable that gets displayed in the file. Be careful

      Current value of the cache size may be discovered with the query cache command.

      Please see the documentation on compression for more details.

      Examples

      grads-2.0.1/doc/basic.html0000644000175000017500000000565511416646526016506 0ustar amckinstryamckinstryBasic Concept of Operation

      Basic Concept of Operation

      When you have successfully installed and started GrADS, you'll be confronted with two windows -- a terminal window with a prompt (ga->), and a resizable window (black background by default) where graphics are displayed.

      GrADS commands are entered in the terminal window and the response from GrADS is either graphics in the graphics window or text in the terminal window. The three fundamental GrADS commands:

      1. open    open or make available to GrADS a data file with either gridded or station data
      2. d          display a GrADS "expression" (e.g., a slice of data)
      3. set      manipulate the "what" "where" and "how" of data display

      The GrADS "expression," or what you want to look at, can be as simple as a variable in the data file that was opened, e.g., d slp or an arithmetic or GrADS function operation on the data, e.g., d slp/100 or d mag(u,v) where mag is a GrADS intrinsic function.

      The "where" of data display is called the "dimension environment" and defines which part, chunk or "hyperslab" of the 5-D geophysical space (lon,lat,level,time,ens) is displayed. The dimension environment is manipulated through the set command and is controlled in either grid coordinates (x,y,z,t,e indices) or world coordinates (lon, lat, lev, time, ens).

      The "what" and "how" of display is also controlled by the set command and includes both graphics methods (e.g., contours, streamlines) and data (e.g., d to a file).

      GrADS graphics can be written to a file (i.e., enable print filename and print) and then converted to postscript for printing and/or conversion to other image formats.

      In addition, GrADS includes graphic primitives (e.g., lines and circles) and basic labelling through the draw command.

      The q or query command is used to get information from GrADS such as which files are opened and even statistics.

       

      grads-2.0.1/doc/gradcomddrawmark.html0000644000175000017500000000152611416646527020730 0ustar amckinstryamckinstry GrADS command: draw mark

      draw mark

      draw mark marktype x y size

      Draws a marker of type marktype at position x, y at the requested size. The marktype may be one of the following: 

         0 - none
 1 - plus sign
 2 - open circle 
 3 - closed circle 
 4 - open square 
 5 - closed square 
 6 - multiplication sign
 7 - open diamond 
 8 - open triangle 
 9 - closed triangle
10 - open circle with vertical bar
11 - closed circle with vertical bar

        Usage Notes

        Examples

        grads-2.0.1/doc/gradcomdsetcterp.html0000644000175000017500000000116610243410766020740 0ustar amckinstryamckinstry

        set cterp

        set cterp on|off

        Turns spline smoothing on or off. "Sticks" until reset. Shaded contours are drawn without spline fitting, so to insure an exact match when overlaying contour lines and shaded contours of the same field, specify cterp as off. You can still use the csmooth option, which affects both contour lines and shaded contours.

        Usage Notes

        Examples

        grads-2.0.1/doc/gradfuncstnave.html0000644000175000017500000000416610243410766020423 0ustar amckinstryamckinstry

        stnave

        stnave(expr,dexpr1,dexpr2<,-m cnt>)

        Takes an average of station data over time:

        expr            A valid GrADS expression that gives a station data result.
        dexpr1        A dimension expression giving the starting time for the average.
        dexpr2        A dimension expression giving the ending time for the average.
        -m cnt        Optional minimal data count for the average to be taken. If, in the time series, there are fewer available data points for a particular station than the cnt value, then the result for that station is the missing data value. The default cnt value is 1 (ie, even 1 valid station in a time series of even thousands of points would give a valid result for that station).

        Usage Notes

        1. The times are looped through based on the time interval of the default file. It is thus very important to set the default file to that of the station data file, or a file with the same time interval, or not all station reports will be included in the average.

        2. If there is more than one report per station for a particular time, those reports are averaged equally to arrive at a single value for that time. The final average consists of each report for each time being averaged, with missing times not included in the average.

        3. Reports from different times are considered to be for the same station when the station id, the latitude, and the longitude all match exactly.

        Examples

        1. A typical usage of the stnave function would be:

          stnave(ts,t=1,t=20,-m 10)

          Here an average is taken over 20 times, and if there are fewer than 10 reports for a station then that station will be missing in the final result.

        grads-2.0.1/doc/bufr.sample.data0000644000175000017500000000510310243410766017564 0ustar amckinstryamckinstry7 (0) [-001] 0-63-000 156 7 (0) [-001] 0-04-001 2004 7 (0) [-001] 0-04-002 4 7 (0) [-001] 0-04-003 22 7 (0) [-001] 0-04-004 15 7 (0) [-001] 0-04-005 0 7 (0) [-001] 0-01-198 [78062 ] 7 (0) [-001] 0-01-001 78 7 (0) [-001] 0-01-002 62 7 (0) [-001] 0-05-002 26.55 7 (0) [-001] 0-06-002 -78.7 7 (0) [-001] 0-07-001 11 7 (0) [-001] 0-33-215 0 7 (0) [-001] 0-35-195 [369 ] 7 (0) [-001] 0-35-021 [YYXX84] 7 (0) [-001] 0-35-023 [KAWN] 7 (0) [-001] 0-35-022 [221500] 7 (0) [-001] 0-35-194 [RRB ] 7 (0) [-001] 0-08-202 0 7 (0) [-001] 0-04-200 2004 7 (0) [-001] 0-04-201 4 7 (0) [-001] 0-04-202 22 7 (0) [-001] 0-04-203 15 7 (0) [-001] 0-04-204 0 7 (0) [-001] 0-02-193 1 7 (0) [-001] 0-02-001 1 7 (0) [-001] 0-13-194 3 7 (0) [-001] 0-20-001 28000 7 (0) [-001] 0-02-002 12 7 (0) [-001] 0-33-195 undef (15) 7 (0) [-001] 0-11-001 160 7 (0) [-001] 0-11-002 5.7 7 (0) [-001] 0-33-193 undef (15) 7 (0) [-001] 0-12-101 298.75 7 (0) [-001] 0-33-194 undef (15) 7 (0) [-001] 0-12-103 290.25 7 (0) [-001] 0-02-038 undef (7) 7 (0) [-001] 0-33-218 undef (15) 7 (0) [-001] 0-22-043 undef (327.67) 7 (0) [-001] 0-33-207 undef (15) 7 (0) [-001] 0-10-004 undef (163830) 7 (0) [-001] 0-10-051 102170 7 (0) [-001] 0-10-063 undef (15) 7 (0) [-001] 0-10-061 undef (5230) 7 (0) [-001] 0-13-021 undef (1638.2) 7 (0) [000] 0-13-019 undef (1638.2) 7 (0) [000] 0-13-020 0 7 (0) [000] 0-13-022 undef (1638.2) 7 (0) [000] 0-13-023 undef (1638.2) 7 (0) [-001] 0-20-010 50 7 (0) [-001] 0-20-201 5 7 (0) [000] 0-08-002 7 7 (0) [000] 0-20-011 3 7 (0) [000] 0-20-012 32 7 (0) [000] 0-20-013 undef (20070) 7 (0) [001] 0-08-002 8 7 (0) [001] 0-20-011 undef (15) 7 (0) [001] 0-20-012 20 7 (0) [001] 0-20-013 undef (20070) 7 (0) [002] 0-08-002 9 7 (0) [002] 0-20-011 undef (15) 7 (0) [002] 0-20-012 14 7 (0) [002] 0-20-013 undef (20070) 7 (0) [000] 0-58-008 [78062 32] 7 (0) [001] 0-58-008 [578 4161] 7 (0) [002] 0-58-008 [1 10256 ] 7 (0) [003] 0-58-008 [20171 40] 7 (0) [004] 0-58-008 [217 8320] 7 (0) [005] 0-58-008 [4 83825 ] 7 (0) [006] 0-58-008 [84075 ] 7 (0) [000] 0-63-255 0 7 (0) [001] 0-63-255 0 7 (0) [002] 0-63-255 0 7 (0) [003] 0-63-255 0 grads-2.0.1/doc/gradcomddisplay.html0000644000175000017500000000210710243410766020550 0ustar amckinstryamckinstry GrADS Command: display

        display

        display expression
        or
        d expression

        The display command is how you actually display data via the graphics output window.

        Usage Notes

        If you display when all dimensions are fixed, you get a single value which is typed out in the command window. If you display when one dimension varies, you get a 1-D line graph (by default). If you display when two dimensions are varying, you get a 2-D contour plot (by default).

        GrADS will automatically overlay the output from each successive display command.
        To clear the display, enter:

        clear (or just c)

        Examples

        The simplest example of an expression to display would be a variable named by the default data file.
        grads-2.0.1/doc/gradfuncgint.html0000644000175000017500000000143111416646527020065 0ustar amckinstryamckinstry

        gint

        gint (expr, dim1, dim2)

        general integral, similar to the ave function except the result is not divided by the total area.

          expr    - any valid GrADS expression
          dim1    - the start point for the integral
          dim2    - the end point for the integral

        dim1 and dim2 are standard GrADS dimension expressions whose dimensions must match.

        Usage Notes

        Examples

        grads-2.0.1/doc/gradcomdsetrbrange.html0000644000175000017500000000077010243410766021243 0ustar amckinstryamckinstry

        set rbrange

        set rbrange low high

        Sets the range of values used to determine which values acquire which rainbow color. By default, the low and high are set to the min and max of the result grid. This is reset by a clear command.

        Usage Notes

        Examples

        grads-2.0.1/doc/gradutilgribscan.html0000644000175000017500000001611710243410766020734 0ustar amckinstryamckinstry GrADS Utilities: gribscan

        gribscan

        The gribscan utility is used for extracting grid info from GRIB data files. Its features include grid/product information, gridded output in ASCII, binary, and/or grib format, plus automatic "scanning" for GRIB records so that you don't have to know the physical layout of the data to scan it.

        The command sytax is:

          gribscan [-i ifname] [-o ofname] [-file options] [-processing options] [-display options]

        Where:

          ifname
            This is the input grib file name. If -i ifname is omitted, gribscan will prompt the user for a file name.

          ofname

            This is the output file name WITHOUT an extension. If -o ofname is omitted, a default file name of zy0x1w2.type is created where type is:
            asc - ascii
            grb - GRIB
            dat - a stream of floats (GrADS format)

        File Options:

          -og
            gribscan will return output in GRIB format

          -oa

            gribscan will return output in ASCII format (%8g in C-language syntax)

          -of

            gribscan will return output as a stream of floats. This is machine dependent and is 64-bit on Crays and 32-bit elsewhere.

        Processing Options:

          -sNNN
            Specifies the max number NNN of bytes between GRIB messages in the file. The default is 500 and it is assumed that you want to ignore junk (e.g., comm stuff) between data.

          -spNNN

            Selects parameter # NNN (e.g.,-sp11 for temperature)

          -slNNN

            Selects level # NNN (e.g., -sp500 to get 500 mb fields)

          -stNNN

            Selects tau # NNN (e.g., -st12 to get t=12 forecasts)

          -hNNN

            Specifies a fixed file header of NNN bytes. If omitted, the default is to seek the first GRIB message automatically, but if you know NNN, it is more efficient to specify it.

          Special note to NMC users: The once "standard" 81-byte header in an NMC GRIB file contained the string "GRIB". Unfortunately, the same string is part of the GRIB indicator section itself! Thus, an automatic scan for GRIB to demark the start of the data will fail if the 81-byte header is present! When in doubt (or failure) try using the -h81 option.

          Note: These processing options can be used simultaneously to output a very narrow set of fields.

        Display options:

          -q     Quick output to extract stuff GrADS gribmap cares about
          -q1    One-line quick output
          -d     Comma delimited mode
          -v     Verbose mode for diagnostics
          -bd    Binary data section info
          -gv    Uses the NMC GRIB variable table to output mnemonic, title, and units
          -gd    Output info from the grid defn sec
          -S     Silent mode; NO standard output

        Examples

        1. A "quick" scan to get the info GrADS cares about:

          gribscan -q -i eta.T12Z.PGrbF48 | grep 184

          Gives the result:

          184,F,135,108,100,0,100,0,1e+09,T,1994,8,29,12,0,1,48,0,G,104,BDTG,94082912

          Where:

            184      field # in the file
            F        field data
            135      param #
            108      level indicator
            100      level
            0        l1 byte 1 of level
            100      l2 byte 2 of level
            0        time range indicator
            1e+09    decimal scale factor
            T        time data follows
            1994     year
            8        month
            29       day
            12       hour
            0        min
            1        forecast time unit (hour)
            48       t=48 h forecast
            G        grid param follows
            104      NMC grid #104
            BDTG     Base date-time-group (yymmddhh) follows

        2. Comma delimited output:

          gribscan -d -i eta.T12Z.PGrbF48 | grep 184

          Gives the same results as the previous example but arranged differently:

          PDS,184,104,135,108,100,0,100,1994,8,29,12,0,1,48,0,0,1e+09

        3. A full listing:

          gribscan -d -gv -bd -gd -i eta.T12Z.PGrbF48 | grep 184

          Gives the following results:

            PDS,184,104,135,108,100,0,100,1994,8,29,12,0,1,48,0,0,1e+09,mconv,Horizontal moisture divergence,[kg/kg/s],GDS,5,147,110,-139.475,90.755,0.354,-0.268,-105.000,33536.000,0,1,0,BDS,12,-646.844,16170,4825059,26366

          Where:

          104          grid id
          param #135   mconv,Horizontal moisture divergence,[kg/kg/s]
          BDS          binary data section
          646.844      ref value 16170 - # of points
          4825059      starting byte of the data
          26366        length of the grib message

          Note that eliminating the -d option would result in a fixed-column type output.

        4. Output a selected few fields in GRIB:

          gribscan -og -sp135 -q -i eta.T12Z.PGrbF48 -o eta.135

          Writes out all GRIB message containing the 135 parameter to the file eta.135.grb. A subsequent execution of gribscan on eta.135.grb would return:

          1, F ,135,108,100,0,100,0,1e+09, T,1994,8,29,12,0,1,48,0, G ,104, BDTG, 94082912 2, F,135,108,21860,85,100,0,1e+09, T ,1994,8,29,12,0,1,48,0, G ,104, BDTG, 94082912

        grads-2.0.1/doc/variable.html0000644000175000017500000002647511416646527017216 0ustar amckinstryamckinstry

        Grads Variables

        Variable names

        The complete specification for a variable name is:

          abbrev.file#(dimexpr,dimexpr,...)    where:

            abbrev   is the abbreviation for the variable as specified in the data descriptor file
            file#    is the file number that contains this variable. If file# is absent, GrADS assumes the default file number.
            dimexpr  is a dimension expression that locally modifies the current dimension environment.

        The dimexpr is used to override or modify the current dimension environment only for the abbrev variable. Only fixed dimensions can be modified with a dimexpr. The dimexpr can be given in grid or world coordinates. An important note: When you specify a dimension in grid units, GrADS always converts it to world coordinates. In general, this conversion is done using the scaling of the default file. The only exception to this rule is in this case, when a grid coordinate (x, y, z, t, or e) is supplied within a dimexpr as part of a variable specification. In the case of this special exception, the conversion is done using the scaling for the file that variable is to be taken from (i.e., file number file#).

        An absolute dimexpr uses the "=" operator to override the currently set dimension value:
          x|y|z|t|e|lon|lat|lev|time|ens = value
        Examples of absolute dimension expressions are: x=1, lat=-10, lev=500, t=1, time=02feb1982, e=1, ens=spr

        A relative dimexpr uses the "+" or "-" operators to modify the currently set dimension value with an offset:
          x|y|z|t|e|lon|lat|lev|time|ens +/- offset
         Examples of relative dimension expressions are: x+1, lat+30, y-3, t+0, time+12hr

        Starting with GrADS version 2.0.a7, a third option is available, a dimexpr that specifies an offset from the variable's initial time:
          offt =/+/- offset
         Examples of absolute offset dimension expressions are: offt=0, offt+4, offt-1
        Please consult the section on evaluating expressions that contain the offt dimension override for additional information.

        The following sets of commands will yeild the same result, which is to display the 2nd time step of a variable "ps":
          'set t 2'; 'd ps'
          'set t 1'; 'd ps(t+1)'
          'set t 1'; 'd ps(t=2)'
          'set t 1'; 'd ps(offt=1)'
          'set t 1'; 'd ps(offt+0)'
        Note that an offset of 0 returns the 1st time step, an offset of 1 returns the 2nd time step, etc.

        Using a dimexpr that contains offt is especially handy when your data set has multiple ensemble members, and the start time for individual members is not the same. In that case, an expression like:
          'set t 1'; 'set e 1 last'; 'd ps(offt=0)'
        will give you the first time step of all ensemble members, which may occur at different time steps in the file.

        Examples of complete variable specifications are:

          z.3(lev=500)          File 3, absolute dimension expression
          tv.1(time-12hr)    Relative dimension expression
          rh                              Default file number is used
          q.2(t-1,lev=850)  Two dimension expressions
          z(t+0)                      This does have uses....

        GrADS has a few "predefined" variable names. You can think of these as being variables implicitly contained within any opened gridded file. The variable names are:

          lat
          lon
          lev

        When used, they will contain the lat, lon, and lev at the respective grid points, using the scaling of the appropriate file. You can specify: lat.2 for example, to get latitudes on the grid of the 2nd opened data set.

        Defining new variables

        The define command allows you to interactively create a new variable. The syntax is:

          define varname = expression

        The new variable can then be used in subsequent define and/or display commands. The new variable is stored in memory, not on disk, so avoid defining variables over large dimension ranges.

        Defined variables cover the dimension ranges in effect at the time the command is issued. You may define a variable that has from 0 to 4 varying dimensions. The define command is the only case within GrADS where four varying dimensions is valid.

        When Z and/or T are varying dimensions, the define command evaluates the expression by stepping through Z and T. In other words, the expression is evaluated within a dimension environment that has fixed Z and T. This will affect how you compose the expression.

        When you use a defined variable, data is taken from the variable in a way similar to data taken from a GrADS data file. For example, say you define a four dimensional variable:

          set lon -180 0
          set lat 0 90
          set lev 1000 100
          set t 1 10
          define temp = rh

        After issuing the define command, remember to change the dimension environment so less than 4 dimensions are varying!

          set t 5
          set lev 500
          d temp

        The display of the defined variable will display a 2-D slice taken at time 5 and level 500.

        If you define a variable that has fixed dimensions, and then later access this variable, the fixed dimensions are treated as "wild cards". The best way to show this is with an example:

          set lon -180 0
          set lat 0 90
          set lev 500
          set t 10
          define zave = ave(z,t=1,t=30)

        The defined variable has two varying dimensions. If we now display this variable (or use it in an expression), the fixed dimensions of the defined variable, namely Z and T, will match ANY Z and T dimension setting:

          set t 1
          set lev 200
          d zave

        In the above display, the variable zave would be displayed as it was defined, ie you would get a time average of 500mb heights, even though the level is set to 850.

        When the defined variable has varying dimensions, and you have a dimension environment where that dimension is fixed, the proper dimension will be retrieved from the variable:

          set lon -180 0
          set lat 0 90
          set lev 500
          set t 10
          define temp = z
          set lat 40
          d temp

        In the above example, the defined variable has a varying Y dimension. We then fix the Y dimension to be 40N, and display a 1-D slice. The data from 40N in the defined grid will be accessed. If you then did:

          set lat -40
          d temp

        The data from 40S would be accessed from the defined variable. Since this is beyond the dimensions originally used when the variable was defined, the data would be set to missing.

        You can also locally override the dimension environment:

          d temp(lat=50)

        If that dimension is a varying dimension within the defined variable. If the dimension is a fixed dimension for that variable, the local override will be ignored:

          d temp(t=15)

        In the above command, the defined variable temp has fixed T, so the t=15 would be ignored.

        N.B.: The define command currently supports only grids.

        Once you have defined a grid variables, you may tell GrADS that the new variable is climatological, ie that you wish to treat the time dimension of the new variable in a wild card sense.

        The command is:

          modify varname <seasonal/diurnal>

        where varname is the name of a defined variable. If the grid is described as seasonal, then it is assumed that the defined variable contains monthly (or multi month) means. Daily or multi-day means are not yet supported. If diurnal is specified, it is assumed the defined variable contains means over some time period less than a day.

        After describing the defined variable as climatological, then the date/times are treated appropriately when data is accessed from the defined variable.

        In the following example, the data set contains 10 years of monthly means:

          set lon -180 180
          set lat -90 90
          set lev 500
          set t 1 12
          define zave = ave(z,t+0,t=120,1yr)

        This define will set up a variable called zave which contains 12 times, each time being the 10 year mean for that month. We are making use here of the fact that the define command loops through a varying time dimension when evaluating the expression, and within the ave function we are making use of the variable time offset of t+0, which uses a start time that is whatever time the define command is using as it loops.

          modify zave seasonal
          set t 120
          d z - zave

        The final display will remove the 10 year monthly mean for December from the last December in the data set.

        Undefining variables

        Each variable defined using the define command reserves some system resources. If you no longer need a defined variable it is sensible to free these resources for other use. This is accomplished with the undefine command. For example:

          undefine p

        would free the resources used by the defined variable p. Of course, the variable p would no longer be available for GrADS processing. grads-2.0.1/doc/aboutgriddeddata.html0000644000175000017500000003030111416646526020676 0ustar amckinstryamckinstry GrADS Gridded Data

        About GrADS Gridded Data Sets

        This section describes GrADS gridded data sets -- their structure and format, how to create them, and how to instruct GrADS to interpret them properly. Here are some quick links for skipping through this section:

        Introduction

        In GrADS, the raw binary data and the meta data (information about the binary data) are stored in separate files. The meta data file contains a complete description of the binary data as well as instructions for GrADS on where to find the data and how to read it. The binary data file is purely data with no space or time identifiers. The meta data file is the one you open in GrADS -- it is called the data descriptor file. The data descriptor file has a default file extension of .ctl and is therefore also referred to as a control file.

        ga-> open filename.ctl

        The Data Descriptor File

        The data descriptor file contains a complete description of the binary data as well as instructions for GrADS on where to find the data and how to read it. The descriptor file is an ascii file that can be created easily with a text editor. The general contents of a gridded data descriptor file are as follows:

        • Filename for the binary data
        • Missing or undefined data value
        • Mapping between grid coordinates and world coordinates
        • Description of variables in the binary data set

        The individual components of data descriptor files are discussed in detail in the section Elements of a Data Descriptor File.

        The data descriptor file is free format, which means the components of each record (line of text) are blank delimited. Leading blanks at the beginning of each record are removed before parsing. Comment records must start with an asterisk (*). Individual records may not be more than 255 characters long. Here is an example of a basic data descriptor file: 

          DSET  ^gridded_data_sample.dat 
TITLE Gridded Data Sample
UNDEF -9.99E33
XDEF 180 LINEAR 0.0  2.0 
YDEF  90 LINEAR -90  2.0 
ZDEF  10 LEVELS 1000 850 700 500 400 300 250 200 150 100 
TDEF   4 LINEAR 0Z10apr1991 12hr 
VARS      4
slp     0  99  sea level pressure 
hgt    10  99  heights 
temp   10  99  temperature 
shum    6  99  specific humidity
ENDVARS

        In this example, the binary data set is named gridded_data_sample.dat and is located in the same directory as the descriptor file. This is specified by the caret (^) in front of the data filename. The undefined or missing data value is -9.99e33, there are 180 grid points in the X direction, 90 grid points in the Y direction, 10 vertical levels, 4 time steps, and 4 variables. The variable "slp" is a surface variable -- it has no vertical levels, but is assigned a default vertical coordinate of Z=1. The variables "hgt" and "temp" have 10 vertical levels, and the variable "shum" has 6 vertical levels (the first six listed, 1000 to 300).

        Structure of a Gridded Binary Data File

        The binary data file is purely data with no space or time identifiers. The data descriptor specifies the data's grid dimensions, but it is up to the user to make sure that the binary data have been written to file in the proper order so GrADS will interpret them correctly.

        GrADS views gridded data sets as multi-dimensional arrays varying in longitude, latitude, vertical level, variable, and time. In version 2.0, a fifth grid dimension was added. The fifth grid dimension is assumed to be used for ensembles, and so it is given the name E (or ens), but because it is generally implemented, it may be used for other grid dimensions such as EOFs. The default size of the E dimension is 1 -- if no E dimension exists, it is not necessary to explicity declare it the descriptor file.

        It is helpful to think of a gridded binary data file as a sequence of "building blocks", where each building block is a horizonal grid of data varying in the X and Y dimensions. The first dimension (X) always varies from west to east; the second dimension (Y) varies from south to north (by default). One horizontal grid represents a particular variable at a particular height and time. Each horizontal grid in a GrADS binary data file must be the same size. If you have two variables with different horizontal grids, you must create two separate data sets.

        The structure of a 3-D, 4-D, or 5-D data set is determined by the order in which the horizonal grids are written to file. The building blocks are stacked in a sequence according to dimension. The sequence goes in the following order starting from the fastest varying dimension to the slowest varying dimension: longitude (X), latitude (Y), vertical level (Z), variable (VAR), time (T), and ensemble (E).

        For example, suppose you want to create a 4-D binary data set containing four variables. The horizonal grids would be written to the data set in the following order: 

          Time 1, Variable 1, Each vertical level from bottom to top
Time 1, Variable 2, Each vertical level from bottom to top
Time 1, Variable 3, Each vertical level from bottom to top
Time 1, Variable 4, Each vertical level from bottom to top

Time 2, Variable 1, Each vertical level from bottom to top
Time 2, Variable 2, Each vertical level from bottom to top
Time 2, Variable 3, Each vertical level from bottom to top
Time 2, Variable 4, Each vertical level from bottom to top

etc.

        5-D ensemble data sets are created by concatenating 4-D data sets together -- the ensemble dimension varies outside of all the others. To extend the previous example, suppose you are creating a data set that has 3 ensembles (but only 2 variables) : 

          Ensemble 1, Time 1, Variable 1, Each vertical level from bottom to top
Ensemble 1, Time 1, Variable 2, Each vertical level from bottom to top
Ensemble 1, Time 2, Variable 1, Each vertical level from bottom to top
Ensemble 1, Time 2, Variable 2, Each vertical level from bottom to top
            <...>
Ensemble 1, Time N, Variable 1, Each vertical level from bottom to top
Ensemble 1, Time N, Variable 2, Each vertical level from bottom to top
Ensemble 2, Time 1, Variable 1, Each vertical level from bottom to top
Ensemble 2, Time 1, Variable 2, Each vertical level from bottom to top
Ensemble 2, Time 2, Variable 1, Each vertical level from bottom to top
Ensemble 2, Time 2, Variable 2, Each vertical level from bottom to top
            <...>
Ensemble 2, Time N, Variable 1, Each vertical level from bottom to top
Ensemble 2, Time N, Variable 2, Each vertical level from bottom to top
Ensemble 3, Time 1, Variable 1, Each vertical level from bottom to top
Ensemble 3, Time 1, Variable 2, Each vertical level from bottom to top
Ensemble 3, Time 2, Variable 1, Each vertical level from bottom to top
Ensemble 3, Time 2, Variable 2, Each vertical level from bottom to top
            <...>
Ensemble 3, Time N, Variable 1, Each vertical level from bottom to top
Ensemble 3, Time N, Variable 2, Each vertical level from bottom to top

        Binary Formats

        GrADS can read binary data that are formatted with or without FORTRAN record length headers. Files containing record length headers are called "sequential" and those without embedded record length information are called "direct access" or "stream" files. Unless otherwise specified, GrADS will assume the data file does not contain the record length headers.

        GrADS can also directly read GRIB formatted data -- one of GrADS most powerful and unique features! See the section on Creating Data Descriptor Files for GRIB Data for more information.

        A third category of data formats that GrADS can read are "self-describing files" such as NetCDF or HDF-SDS. For more information, see the references pages for reading NetCDF or HDF-SDS files.

        Creating Data Files

        The default format for GrADS gridded binary data files is "stream" or "direct access". If you want to read FORTRAN "sequential" unformatted binary data files, you must include the following additional record in the data descriptor file:

        Following are three examples of how to create gridded binary data files with simple FORTRAN programs.

        1. Suppose you have U and V wind components in 4-dimensions (X, Y, Z, and T) and you want to write them out in so they can be viewed in GrADS. The FORTRAN code might look something like this: 

          parameter (ni=144,nj=91,nk=8,nt=4) 
dimension u(ni,nj,nk),v(ni,nj,nk),dum(ni,nj) 
do n=1,nk 
   call load(u,ni,nj,nk,n,dum)
   write(10) dum 
end do 
do n=1,nk 
   call load(v,ni,nj,nk,n,dum)
   write(10) dum 
end do 

subroutine load(a,ni,nj,nk,n,dum)
dimension a(ni,nj,nk),dum(ni,nj) 
do i=1,ni 
   do j=1,nj 
   dum(i,j)=a(i,j,n) 
end do 
end do 
return

          The data descriptor file would look something like: 

          DSET      ^model.dat 
TITLE     Sample Model Data 
UNDEF    0.10000E+16 
XDEF     144 linear   0 2.5 
YDEF      91 linear -90 2.0 
ZDEF       8 levels 1000 900 800 700 500 300 100 50
TDEF       4 linear 00z01apr85 6hr
VARS      2 
   u 8 99 U component 
   v 8 99 V component 
ENDVARS

        2. This simple example write out one variable: 

             REAL  Z(72,46,16)
   ....
   OPEN(8,FILE='grads.dat',FORM='UNFORMATTED',
 & ACCESS='DIRECT',RECL=72*46)
   ....
   IREC=1 
   DO 10 I=1,16
     WRITE (8,REC=IREC) ((Z(J,K,I),J=1,72),K=1,46)
     IREC=IREC+1
10 CONTINUE

        3. Another simple sample might be: 

             REAL X(100) 
   DO 10 I=1,100 
     X(I)=I  
10 CONTINUE 
   OPEN (8,FILE='samp.dat',FORM='UNFORMATTED',ACCESS='DIRECT',
  &RECL=100) 
   WRITE (8,REC=1) X 
   STOP 
   END

          The associated descriptor file: 

          DSET      samp.dat 
TITLE     Sample Data Set 
UNDEF    -9.99E33 
XDEF     100 LINEAR 1 1 
YDEF     1 LINEAR 1 1 
ZDEF      1 LINEAR 1 1 
TDEF      1 LINEAR 1JAN2000 1DY 
VARS      1 
x  0  99  100 Data Points 
ENDVARS

          Once created, you can use this data set to experiment with GrADS data functions, such as:

        grads-2.0.1/doc/functions.html0000644000175000017500000001751711416646527017436 0ustar amckinstryamckinstry GrADS Functions

        Alphabetical Listing of GrADS Functions


        aave()       Calculates an areal average over an X-Y region (latitude-weighted)
        abs()        Returns the absolute value
        acos()       Calculates the inverse cosine
        amean()      Calculates an areal average over an X-Y region (not latitude-weighted)
        asin()       Calculates the inverse sine
        asum()       Calculates the sum over an X-Y region (grid weighted)
        asumg()      Calculates the sum over an X-Y region (not grid weighted)
        atan2()      Calculates the inverse tangent
        ave()        Calculates an average over any dimension
        cdiff()      Performs a centered difference operation
        coll2gr()    Creates a grid from a collection of station data
        const()      Changes missing or non-missing values
        cos()        Calculates the cosine
        eloop()      Reconstructs an E-varying result after doing calculations with the ensemble dimension fixed
        exp()        Calculates the exponential
        fndlvl()     Finds the vertical level at which a given value occurs in a variable
        gint()       General integral
        gr2stn()     Grid-to-station interpolator
        gsfallow()   Enables the dynamic loading of script functions
        gsfpath()    Specifies the private path directory list where script functions are located
        hcurl()      Calculates the vertical component of the curl
        hdivg()      Calculates the horizontal divergence using finite differencing
        log()        Calculates the natural logarithm
        log10()      Calculates the logarithm base 10
        lterp()      Performs bi-linear interpolation between two grids
        mag()        Calculates the wind speed given u,v components
        maskout()    Sets certain data values to missing
        max()        Returns the maximum value over a given grid dimension
        maxloc()     Returns the grid location of the maximum value
        mean()       Calculates an average over any dimension (not latitude weighted)
        min()        Returns the minimum value over a given grid dimension
        minloc()     Returns grid location of the minimum value
        oabin()      Bins station observations into grid cells
        oacres()     Returns a gridded result that represents station data
        pow()        Raises the values of arg1 to the power of arg2
        s2g1d()      Converts a station timeseries to a 1D grid
        scorr()      Calculates the spatial correlation over an X-Y domain
        sin()        Calculates the sine
        skip()       Sets alternating data values to missing
        smth9()      Performs a 9 point smoothing operation on gridded data
        sqrt()       Calculates the square root
        sregr()      Calculates the linear least-squares regression over an X-Y domain
        stnave()     Calculates a time average of station data
        stnmin()     Returns the minimum value over a time series of station data
        stnmax()     Returns the maximum value over a time series of station data
        sum()        Calculates the sum over any dimension (grid weighted)
        sumg()       Calculates the sum over any dimension (not grid weighted)
        tan()        Calculates the tangent
        tcorr()      Produces a spatial map of temporal correlation coefficients
        tloop()      Reconstructs a time series after doing calculations at fixed times
        tmave()      Calculates a time averag while applying a mask
        tregr()      Calculates the least-squares regression over the time domain
        tvrh2q()     Calculates specific humidity given virtual temperature and relative humidity
        tvrh2t()     Calculates temperature given virtual temperature and relative humidity
        vint()       Calculates a mass-weighted vertical integral in mb pressure coordinates

        grads-2.0.1/doc/gradcomdsetcmark.html0000644000175000017500000000165010243410766020716 0ustar amckinstryamckinstry GrADS

        set cmark

        set cmark marktype

        Set the style of the marker for line plots. marktype may be one of the following:

           0 - none
 1 - plus sign
 2 - open circle (default)
 3 - closed circle 
 4 - open square 
 5 - closed square 
 6 - multiplication sign
 7 - open diamond 
 8 - open triangle 
 9 - closed triangle
10 - open circle with vertical bar
11 - closed circle with vertical bar

        Usage Notes

        1. Reset by clear or display.

        2. The size of the marker may be set by using set digsize.

        Examples

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        tvrh2t

        tvrh2t(tvexpr,rhexpr)

        Given virtual temperature and relative humidity, tvrh2t returns the temperature in degrees Kelvin. The operation of this function is the same as tvrh2q; refer to the above description for more information.

        Usage Notes

        Examples

        grads-2.0.1/doc/sample_uv.ctl0000644000175000017500000000241410243410766017214 0ustar amckinstryamckinstryDSET ^sample.nc DTYPE netcdf TITLE 4-D Ocean Variables: Velocity Components UNDEF -1.e+34 XDEF 240 linear 1.5 1.5 YDEF 134 levels -73.5 -72 -70.5 -69 -67.5 -66 -64.5 -63 -61.5 -60 -58.5 -57 -55.5 -54 -52.5 -51 -49.5 -48 -46.5 -45 -43.5 -42 -40.5 -39 -37.5 -36 -34.5 -33 -31.5 -30 -28.50308 -27.01839 -25.55788 -24.13287 -22.75384 -21.43012 -20.16967 -18.97892 -17.86256 -16.82345 -15.86256 -14.97892 -14.16967 -13.43012 -12.75384 -12.13287 -11.55788 -11.01839 -10.50308 -10 -9.5 -9 -8.5 -8 -7.5 -7 -6.5 -6 -5.5 -5 -4.5 -4 -3.5 -3 -2.5 -2 -1.5 -1 -0.5 1.776357e-15 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9 9.5 10 10.50308 11.01839 11.55788 12.13287 12.75384 13.43012 14.16967 14.97892 15.86256 16.82345 17.86256 18.97892 20.16967 21.43012 22.75384 24.13287 25.55788 27.01839 28.50308 30 31.5 33 34.5 36 37.5 39 40.5 42 43.5 45 46.5 48 49.5 51 52.5 54 55.5 57 58.5 60 61.5 63 64.5 66 ZDEF 25 levels 7.5 22.5 37.5 52.5 67.5 82.5 97.5 112.5 127.5 142.5 158.058 175.1405 194.3055 215.553 238.325 261.655 336.655 463.325 624.1221 882.1049 1285.536 1860.536 2607.105 3499.122 4488.325 TDEF 1 linear 01dec2054 1mo VARS 2 u 25 t,z,y,x Zonal Velocity (cm/s) v 25 t,z,y,x Meridional Velocity (cm/s) ENDVARS grads-2.0.1/doc/tutorial_fig4.gif0000644000175000017500000003217511353136313017763 0ustar amckinstryamckinstryGIF89a Aóÿÿÿ‚Ü<ÿ ÿÈÈÒŒ æ2æÜ2æ¯-ð‚(ú<<ªª‚ Èð‚!ù!þ! 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Þßؾ²~J•®÷|» /9yÅCw1Ô¹çq1½µé(¯z2Ì÷*»ía/Sxª7óýÁj‡yÙì.\´ÑGg,¼†ÅcËô[à*ŸëÄ0 Ǿ×i‰—] '—ûzdÛ4àîÅ‘Ë¡ç4²ªIÐg>eïZ¨{žî¢'½S¥ÆaSQFí$ˆ0ø¡JJÿ Zë þ·Á|Áj|8!FÈ@²ìœ’û‡»ÁëÞÙÊ/(%È}b:Ó8r¸» 4iá_½¦•²P…–yË¢(Å)Fñ/á×D(¿œPÏ‚9Ì Úø縃mI(‹AøÌSBž0eN$H ÛPÅe uì¡Ÿ”Q¸v„lXôžµ¨=®mˆ>YÝÍR’ÆËaŽ'Œã…DÇ:š ”dCߺ‘‹厂2Û¢ Y‚C ö®7òÏtR ;SH9/ŠRI9!ž/’ŸCßárI5`M“g c Ê@zízæ )1¯!/¦(â!7Íu¬‰¶¬Û!vùþ&6hs}~+&'߇¥vÞZ1éÇ; ++X°—$@At.RšZ Ò­¬yÍòÉ1CÚìåý:É@©‹üb)%ØήÒR‡€ 4ɼàåsŸñ°V7Û € @ ýÄ?µP>I'çìÞì°'È &s¥¤ˆç)|Á4ªqŽ¼¥EÙÑžŒzt€SHQ68é/~X¹A *&¤öQv¸ åÙTÉGˆ…"†«ÊT‡tØJ‰™£fÀô¹Œ’Õ¬SÙÔJF‡ª§hèè@ຆ]j+! %N<¡Ô½.µ©ÇL§õBÌÂÕ¨¡YUÙÊìÚºzÚS Ž{Bö1þ¨MVOC«žVÖÍr¶³žý,hC+ÚÑ’¶´¦=-jS«ÚÕ²¶µ®­ƒúàxÚª¥µ¬œ#’XuŠÛÝNŠ·ïÉ­n{›SÍH¸lÐ,ÉÜh<¶†Ld8ñXq‹Ó袵iÔ5®ªFÙŽ%’Í؃dÙô±á¤»·JkruÒ\èb>µ=™ui+ÝçZv¾Ö…Z{9'5ûÆ7¼âÍ/y,à¸À>0‚¬à3¸Á~0„#,á S¸Â¾0†3¬á s¸Ãþ0ˆC,⓸Ä&>1ŠS¬â³¸Å.~1Œc,ãÓ¸Æ6¾1Ž1ƒŒð¶ç²VCYá›ã!kø²Q»íxŒ2÷9Ž7³L¶¬yv!ü"wD¾ò…MæÜËüؽVF¯m¹Ìã:4™³l­/Õ°¬æ ¯Wȵ½í—hf GrADS Function: oacres

        oacres()

        oacres (gexpr, sexpr <,radii>)

        A Cressman objective analysis is performed on the station data to arrive at a gridded result that represents the station data.

          gexpr   a valid grid expression
          sexpr   a valid station data expression
          radii   optional radii of influence. Defaults are: 10,7,4,2,1

        The Cressman Analysis scheme is described in a 1959 paper in Monthly Weather Review. Multiple passes are made through the grid with increasingly smaller radii of influence. At each pass, a new value is calculated for each grid point based on a correction factor that is determined by looking at each station within the radius of influence.

        For each such station, an error is defined as the difference between the station value and a value arrived by interpolation from the grid to that station. The correction factor is based on a distance weighted formula applied to all such errors within the radius of influence. The correction factors are applied to each grid point before the next pass is made.

        Any grid boxes that do not have stations within the third specified radius are set to the missing data value.

        Usage Notes

        1. The oacres function can be quite slow to execute, depending on grid and station data density.

        2. The actual values of the gridded expression are ignored, but the grid itself is used as a template to perform the analysis. The scaling of the grid must be linear in lat-lon.

        3. The Cressman Analysis scheme can be unstable if the grid density is substantially higher than the station data density (ie, far more grid points than station data points). In such cases, the analysis can produce extrema in the grid values that are not realistic. It is thus suggested that you examine the results of oacres and compare them to the station data to insure they meet your needs.

        4. Objective analysis is a complex topic, and many schemes for doing it have been developed over the years. The oacres function is more of a quick-look function rather than a rigorous analysis scheme. If you have specific analysis requirements, consider doing your objective analysis outside of GrADS with a user-defined function.

        5. See the related function oabin.

        Examples

        1. The simplest case:

          oacres(ts,ts.2)

        2. To specify your own radii of influence:

          oacres(ts,ts.2,12,8,5,4,3,2,1)

        grads-2.0.1/doc/key.gif0000644000175000017500000000247611416646527016015 0ustar amckinstryamckinstryGIF87a¼2óÿ77ÿnnÿÿÿ77ÿnn¥¥ÿÿ¥¥ÜÜÿÿÜÜþþþàðÿ,¼2þÉI«½8ëÍ»ÿ`(Ždižhª®lë¾p,Ïtmßx®ï|ïÿÀ pH,ȤrÉl:ŸÐ¨tJ­Z¯Ø¬vËíz¿à°xL.›Ïè´zÍn»ßð¸|N¯Ûïø¼~Ïïûÿ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°¯“t™¹º»¼½¾¿À¼ÄÅÆÇÈÉÊËÇÏÐÑÒÓÔÕÖÒ ÚÛÜÝÞßàáÝ åæçèéêëìç ðñòóôõö÷óûüýþÿ ôÀ€Áƒ*\È°aB"JœH±¢Å‹) @ Ó¬3þµl‰´…+˜É“(u cƲ¥ËbήɜIZ6q8sêÜF®ÏŸ@˽ÃG´¨Ñxú*]Ê”_A‡P£J=1£Õ«X%näÈ•£ÇYBŽ+²dʳhU¾\˶YÍ·p±íœKw\лxÝÝË7_Ó¿€ NLøaÖÈ5v]¼ø+Ø%bÉJi6­å“+Ûjv3®gš7ëŠÖÙ3¯éŸCûª6š4°k¦O Ë–Z5±m¬[ënŒéqL“ƒ¯|¹¸¯Ì›“+ëü¹yµÐ££ƒ+}ºººÔ«³Ûkýº{ÀسÃ3¬}»üÅÜ»Ó3îí›FdáðÉ7N?råøa:ßO ºôÿRÜ™Œ–¥æ‡l¶ÉÖ›pÆ%çœtÕi'^xæÉמ|æ矄*hb„ 昉þd£>Z_¤’¾Di¥o]ŠéNšnT§žj¨JêT¦žzXªªþZxa«. ëXiÊŠ­µ¶t+® íš¢¯ÖlQà ۱5* !³†² í šÀZ­µ&a›-3Ûr+“®ÞâÔ+¸>‰;.>åš«”±èB•¬ºW±«ž&ïþ&m|óÒ Œ½÷.§osüöο³#ðÀÛÜ 7´0Ã9Ì•»o¬[†qÆÈä»ñsrÈב¼ZÁ&—òl+³|ž˜0ÇEH×ÜËÍ8£óÎÓtܳ7?ÎÈBûU´¨Gª´m[5í4±´íöÛpÇ-÷Üt×m÷Ýs¯­÷Þ|÷í÷߀.øà„nøáˆ'®øâ_<Û?¨í^%¿ñyä÷”û ¹ —[~ ã]t.ñ¢ëÐy馣^Cæ_κæ£?:ª·.DíœW€ûä»Ã€(ìô¾zåÂËPüìO;n:ÇÏð:æ‘[NDó¾?¿<ó­Ž<¥Sß‚ë¤{ï;â«P~ ç»~ àKOÉöm’ÁúpüýèËÿcõ[@ÿöÓû*w;ÙIà+@ üHç¹Í xä æh¾*o\àõðA Ðs ô`ôFÈÁæ {¤‚Ý3Aíap…è“`ê`ø=’p†¿K¡wÈÃúð‡@ ¢‡HÄ"ñˆHL¢—ÈÄ&:ñ‰PŒ¢A;grads-2.0.1/doc/gradcomddrawylab.html0000644000175000017500000000052410243410766020711 0ustar amckinstryamckinstry

        draw ylab

        draw ylab string

        Writes string in an appropriate position to label y axis.

        Usage Notes

        Examples

        grads-2.0.1/doc/gradfuncpow.html0000644000175000017500000000123210243410766017717 0ustar amckinstryamckinstry

        pow

        pow(expr1,expr2)

        The pow function raises the values of expr1 to the power of expr2. No error checking is performed for invalid values in the operands. This function works on both gridded and station data.

        Usage Notes

        Examples

        1. To square some value:

          pow(expr,2)

        2. To duplicate the operation of the mag function:

          sqrt(pow(u,2)+pow(v,2))
        grads-2.0.1/doc/offt.html0000644000175000017500000002434111353136313016340 0ustar amckinstryamckinstry Expression Evaluation Using "offt" Dimension Override

        Expression Evaluation Using "offt" Dimension Override

        Motivation
        Syntax
        A Diagonal Slice
        A Time-Varying Diagonal Slice
        Applying a Function Over a Time-Varying Diagonal Slice

        Motivation

        The time axis in the GrADS environment is a simple, linear, one-dimensional object, defined by its start time, a time increment, and its length. The ensemble axis in the GrADS environment is also a linear, one-dimensional object, but it can become complicated when the metadata for individual ensemble members is time axis related. Such is the case when individual ensemble members have a start time and a length that is different from the defined time axis. For these kinds of data sets, the notion of "initial time" takes on a subtlety: clarifying the difference between the first time step in the defined time axis, and the first time step for an individual member.

        Syntax

        Beginning with version 2.0.a7, GrADS has a new interface for making the clarification between absolute time axis indices and indices that are offsets from an ensemble member's initial time. It has been implemented in the expression syntax as part of a complete variable declaration, which has three components:

          abbrev.file#(dimexpr,dimexpr,...)    where:

            abbrev   is the abbreviation for the variable as specified in the data descriptor file
            file#    is the file number that contains this variable. If file# is absent, GrADS assumes the default file number.
            dimexpr  is a dimension expression that locally modifies the current dimension environment.

        The new interface allows a dimexpr that specifies an offset from the variable's initial time (which may be different for each ensemble member). The syntax is "offt" followed by "=/+/-" followed by an offset value.

        The "offt" dimension override is currently supported only for variables associated with a data file -- it will not work with defined variables or for dimension expressions given as arguments to functions such as ave or sum.

        A Diagonal Slice

        For the purposes of explaining how to use expressions that employ the "offt" dimension override, we use a lag ensemble data set that contains 10 members. Each member is a 96-hour forecast, with output every 6 hours, and initialized at 12-hour intervals. The figure below illustrates the coverage of all 10 members in the Time-Ensemble domain; the rainbow colored boxes represent indivual time steps in each member.

        Suppose you want to extract the 12-hour precipitation forecast from each ensemble member -- this is the third time step from the initial time of each forecast, which would be a diagonal slice through the domain, highlighted in the figure below with a solid black outline:

        edemo1

        The first step is to set the time dimension to a fixed value by using 'set time' or 'set t' and set the ensemble dimension to include all the desired members:
           'set t 1'
           'set e 1 10'

        Next, determine the offset value that will give you the time index you desire. In this example, we want the third time step, which is an offset of two from the initial time, so our offset value is 2. (If you want the first time step of each member, the offset value would be zero.) Now display the variable, using parentheses attached to the variable name to override the time dimension value, specifying "offt=" with the offset value:
           'd p(offt=2)'

        GrADS will retrieve the third valid time step from each ensemble member (GrADS knows the start time of each member because that information is provided in the EDEF entry of the data descriptor file). GrADS then aligns all the retrieved values into a single column and returns a result grid with a fixed T and a varying E dimension:

        offt_t1

        Note that the original valid time of the precipitation value from each member is not retained ... the new valid time associated with this result is taken from the current dimension environment. In this example, the new valid time is first time step in the data set, since the time dimension had been fixed with the 'set t 1' command.

        A Time-Varying Diagonal Slice

        Now we expand our data request to include more than one time step. Suppose you want to extract the precipitation values over the first 24 hours of each ensemble member -- you need the second, third, fourth, and fifth time step from each forecast. This request would be a time-varying diagonal slice through the domain, highlighted in the figure below with a solid black outline:

        offtv_diag

        This is accomplished by using the tloop function with an expression that contains the "offt" dimension override. Begin by setting time to be a varying dimension in the dimension environment. The ensemble dimension is also set to include all desired members:
           'set t 1 4'
           'set e 1 10'

        The tloop function will evaluate the expression at fixed times, then reconstruct the time series to obtain a final result that is time varying. At each step, when tloop is evaluating the expression at a fixed time, it will override the time dimension value with a time offset value instead. The tricky part is creating the "offt" dimension override expression, which must be relative to the T index of the dimension environment. In our example, want the second, third, fourth, and fifth time steps which correspond to offset values of 1, 2, 3, and 4. Thus, our offset values are equivalent to the T index values of our set dimension environment, so the final expression will be:
           'd tloop(p(offt+0))'

        The dimension override expression, in this case "offt+0", is a kind of formula for calculating the offset value using the current t value of the dimension environment. In this case, when t=1, the offset value will be t+0 or 1; when t=2, the offset value will be t+0 or 2; etc. This will achieve the desired result -- as tloop builds the time-varying result, it steps through the desired offset values, retrieving the second, third, fourth, and fifth timesteps of each ensemble member, and stacking them in an aligned grid:

        offtv_1d

        Note that if the dimension override expression contained "offt=0", then this would indicate a straightforward assignment of the time offset value that does not depend on the current dimension environment. When using tloop to retrieve a time-varying diagonal slice, the "offt" dimension override must be a relative expression (i.e. "+/-value") instead of an assignment expression (i.e. "=value"), otherwise GrADS will retrieve the same offset value for each time step -- this would not be the desired result.

        Applying a Function Over a Time-Varying Diagonal Slice

        Now we take our time-varying example one step further. Suppose you want to calculate the accumulated precipitation over the first 24 hours of each ensemble member -- you need to add the second, third, fourth, and fifth time step from each forecast, which would require summing over the time-varying diagonal slice discussed in the previous section. One way to do this is to create a defined variable that contains the time-varying aligned grid with tloop (as described above), then sum over that defined variable:
           'set t 1 4'
           'set e 1 10'
           'define pnew = tloop(p(offt+0))'
           'set t 1'
           'd sum(pnew,t=1,t=4)'

        A more elegant and economical way to achieve the same result is to let the sum function do the work that the tloop function would do -- sum loops over each time evaluating the expression at a fixed time and returns the sum of all values:
           'set t 1'
           'set e 1 10'
           'd sum(p(offt+0),t=1,t=4)'

        Remember that the "offt" dimension override is supported only for variables associated with a data file -- it will not work with defined variables or for dimension expressions given as arguments to functions such as ave or sum. The following expression will return an error message:
           'd sum(p,offt=1,offt=4)' <=== THIS IS INCORRECT

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        set map

        set map auto
        OR
        set map color style thickness

        Draws the map background using the requested line attributes.

        Settings stay the same until changed by new set commands.

        Usage Notes

        Examples

        grads-2.0.1/doc/gradcomdsetstnprint.html0000644000175000017500000000103310243410766021475 0ustar amckinstryamckinstry GrADS Command: set stnprint

        set stnprint

        set stnprint on|off

        Controls whether station data values will be printed when using graphics output option set gxout stat.

        Usage Notes

        Examples

        grads-2.0.1/doc/ncgen.html0000644000175000017500000000425310243410766016500 0ustar amckinstryamckinstry

        ncgen

        ncgen [-b] [-c] [-f] [-n] [-o output_file] input_file

        Where:

          -b Create a (binary) netCDF file. If the -o option is absent, a default file name will be constructed from the netCDF name (specified after the netcdf keyword in the input) by appending the .nc extension. If a file already exists with the specified name, it will be overwritten.

          -c Generate C source code that will create a netCDF file matching the netCDF specification. The C source code is written to standard output.

          -f Generate Fortran source code that will create a netCDF file matching the netCDF specification. The Fortran source code is written to standard output.

          -o outputfile

            Name for the netCDF file created. If this option is specified, it implies the -b option. (This option is necessary because netCDF files cannot be written directly to standard output, since standard output is not seekable.)

          -n Like -b option, except creates netCDF file with the obsolete .cdf extension instead of the .nc extension, in the absence of an output filename specified by the -O option. This option is only supported for backward compatibility.

      Examples

      1. Check the syntax of the CDL file foo.cdl:

        ncgen foo.cdl

      2. From the CDL file foo.cdl, generate an equivalent binary netCDF file named x.nc:

        ncgen -o x.nc foo.cdl

      3. From the CDL file foo.cdl, generate a C program containing the netCDF function invocations necessary to create an equivalent binary netCDF file named x.nc:

        ncgen -c -o x.nc foo.cdl
      grads-2.0.1/doc/gradfunclterp.html0000644000175000017500000000454711353136313020250 0ustar amckinstryamckinstrylterp

      lterp

      The lterp function performs bi-linear intepolation between two grids. It is a built-in function as of version 2.0 -- in earlier versions it was implemented as a user defined function. The syntax is:

      lterp(source,dest)

      The data values in the source expression are interpolated to the grid in the dest expression. The data values in the dest expression are ignored. The returned result is on the same grid as dest.

      Usage Notes

      Works only with gridded data. The source and dest expressions must have the same varying dimensions, which may be X, Y, or T. Interpolation is not performed in the Z or E dimension. The source and dest expressions may vary in 1 or 2 dimensions.

      If the domain of source is larger than the domain of dest, the returned result will have an expanded grid to cover the requested domain.

      For interpolation in the time dimension, you may interpolate (A) between monthly and yearly time axes, or (B) between minute, hourly, and daily time axes.

      Examples

      * This script interpolates a 1-D timeseries of hourly station data to a 3hourly grid
      open hourly_station_data.ctl
      open 3hourly_grid_data.ctl
      set x 1
      set y 1
      set time 00z1jan 00z1feb
      d lterp(s2g1d(var.1(stid=kbwi)),var.2(lon=-77,lat=39))

      * This script interpolates 2-D lat/lon grids
      'open obs.ctl'
      'open model.ctl'
      * define the destination grid
      'set dfile 1'
      'q file'
      line5 = sublin(result,5)
      ix = subwrd(line5,3)
      iy = subwrd(line5,6)
      'set x 1 'ix
      'set y 1 'iy
      'set t 1'
      'define grid = obs'
      * define the source grid
      'set dfile 2'
      'q file'
      line5 = sublin(result,5)
      ix = subwrd(line5,3)
      iy = subwrd(line5,6)
      'set x 1 'ix
      'set y 1 'iy
      'set t 1'
      'define data = model'
      * interpolate model data to obs grid
      'd lterp(data,grid)'

      grads-2.0.1/doc/gradcomdsetylab.html0000644000175000017500000000245510243410766020554 0ustar amckinstryamckinstry GrADS Command: set ylab

      set ylab

      set ylab option

      Controls the format of Y-axis tick mark labels. The option argument may be one of the following:

        on        labeled tick marks are drawn with default characteristics
        off       labeled tick marks are not drawn
        format    gives a C-language template for conversion of the label value to a string

      Usage Notes

      1. If the Y axis represents latitude, then the default behavior is to label the equator with "EQ" and append either "N" or "S" to all other tick mark labels depending on the hemisphere.

      2. Changes to the Y-axis tick mark labels are reset by clear, but not display.

      Examples

      1. This command would cause all Y-axis labels to have 2 digits after the decimal point:
          set ylab %.2f
    grads-2.0.1/doc/preprojectedgrids.html0000644000175000017500000003414310526115561021125 0ustar amckinstryamckinstry

    Using Preprojected Grids



      Preprojected data are data already on a map projection. GrADS supports four types of preprojected data:

      1. N polar stereo (NMC model projection);
      2. S polar stereo (NMC model projection) ;
      3. Lambert Conformal (originally for Navy NORAPS model);
      4. NMC eta model (unstaggered).
      5. More precise N and S polar stereo (hi res SSM/I data)
      6. Colorado State University RAMS model (oblique polar stereo; beta)
        When preprojected grids are opened in GrADS, bilinear interpolation constants are calculated and all date are displayed on an internal GrADS lat/lon grid defined by the xdef and ydef card in the data description or .ctl file (that's why it takes longer to "open" a preprojected grid data set).

        It is very important to point out that the internal GrADS grid can be any grid as it is completely independent of the preprojected data grid. Thus, there is nothing stopping you displaying preprojected data on a very high res lon/lat grid (again, defined in the .ctl by xdef and ydef). In fact, you could create and open multiple .ctl files with different resolutions and/or regions which pointed to the same preprojected data file.

        When you do a display (i.e., get a grid of data), the preprojected data are bilinearly interpolated to the GrADS internal lat/lon grid. For preprojected scalar fields (e.g., 500 mb heights), the display is adequate and the precision of the interpolation can be controlled by xdef and ydef to define a higher spatial resolution grid.

        The big virtue of this approach is that all built in GrADS analytic functions (e.g., aave, hcurl...) continue to work even though the data were not originally on a lon/lat grid. The downside is that you are not looking directly at your data on a geographic map. However, one could always define a .ctl file which simply opened the data file as i,j data and displayed without the map (set mpdraw off). So, in my opinion, this compromise is not that limiting even if as a modeller you wanted to look at the grid--you just don't get the map background.

        Preprojected vector fields are a little trickier, depending on whether the vector is defined relative to the data grid or relative to the Earth. For example, NMC polar stereo grids use winds relative to the data grid and thus must be rotated to the internal GrADS lat/lon grid (again defined in the .ctl file by the xdef and ydef cards).

        The only potential problem with working with preprojected data is defining the projection for GrADS. This is accomplished using a pdef card in the data descriptor .ctl file.



    Polar Stereographic Preprojected Data

      Preprojected data on polar stereographic projections (N and S) is defined as at NMC. For the NCEP model GRIB data distributed via anon ftp from ftp.ncep.noaa.gov, the pdef card is:

        pdef isize jsize projtype ipole jpole lonref gridinc
        pdef 53 45 nps 27 49 -105 190.5

      where,

        ipole and jpole are the (i,j) of the pole referenced from the lower left corner at (1,1) and gridinc is the dx in km.

       



      Lambert Conformal Preprojected Data

      The Lambert Conformal projection (lcc) was implemented for use with data from the U.S. Navy's limited area model NORAPS. Thus, to work with your lcc data you must express your grid in the context of the Navy lcc grid.

      A typical NORAPS Lambert-Conformal grid is described below, including the C code which sets up the internal interpolation.

      The pdef record for a typical NORAPS Lambert-Conformal grid might be:
      pdef 103 69 lcc 30 -88 51.5 34.5 20 40 -88 90000 90000

      where,

        103   = #pts in x
        69    = #pts in y
        lcc   = Lambert-Conformal
        30    = lat of ref point
        88    = lon of ref point (E is positive, W is negative)
        51.5  = i of ref point
        34.5  = j of ref point
        20    = S true lat
        40    = N true lat
        88    = standard lon
        90000 = dx in M
        90000 = dy in M



      NMC Eta model (unstaggered grids)

      The NMC eta model "native" grid is awkward to work with because the variables are on staggered (e.g., the grid for winds is not the same as the grid for mass points) and non rectangular (number of points in i is not constant with j) grids. Because any contouring of irregularly gridded data involves interpolation at some point, NMC creates "unstaggered" eta model fields for practical application programs such as GrADS. In the unstaggered grids all variables are placed on a common and rectangular grid (the mass points).

      Wind rotation has also been added so that vector data will be properly displayed.

      The pdef card for a typical eta model grid is:

        pdef 181 136 eta.u -97.0 41.0 0.38888888 0.37037037

        181         = #pts in x
        136         = #pts in y
        eta.u     = eta grid, unstaggered
        -97.0     = lon of ref point (E is positive in GrADS, W is negative) [deg]
        41.0       = lat of ref point [deg]
        0.3888   = dlon [deg]
        0.37037 = dlat [deg]

       



    NMC high accuracy polar stereo for SSM/I data

      The polar stereo projection used by the original NMC models is not very precise because it assumes the earth is round (eccentricity = 0). While this approximation was reasonable for coarse resolution NWP models, it is inadequate to work with higher resolution data such as SSM/I.

      Wind rotation has not been implemented!!! Use only for scalar fields.

        pdef ni nj pse slat slon polei polej dx dy sgn

        ni          = # points in x
        nj          = # points in y
        slat      = absolute value of the standard latitude
        slon      = absolute value of the standard longitude
        pse        = polar stereo, "eccentric"
        polei    = x index position of the pole (where (0,0) is the index of the first point vice the more typical (1,1) )
        polej    = y index position of the pole (where (0,0) is the index of the first point vice the more typical (1,1) )
        dx          = delta x in km
        dy          = delta y in km
        sgn        = 1 for N polar stereo and -1 for S polar stereo

      Source code in GrADS for the lon,lat -> i,j mapping: 

       


    Oblique Polar Stereo Grids

      The CSU RAMS model uses an oblique polar stereo projection. Wind rotation has not been implemented!!! Use only for scalar fields.

        pdef 26 16 ops 40.0 -100.0 90000.0 90000.0 14.0 9.0 180000.0 180000.0

        26              = #pts in x
        16              = #pts in y
        ops            = oblique polar stereo
        40.0          = lat of ref point (14.0, 9.0)
        -100.0      = lon of ref point (14.0, 9.0 (E is positive in GrADS, W is negative)
        90000.0    = xref offset [m]
        90000.0    = yref offset [m]
        14.0          = i of ref point
        9.0            = j of ref point
        180000.0  = dx [m]
        180000.0  = dy [m]

       

       



    Pitfalls when using preprojected data

      There are a few gotchas with using preprojected data:

      1. the units in the variable definition for the u and v components must be 33 and 34 (the GRIB standard) respectively, e.g.,

          u 15 33    u component of the wind at 15 pressure levels
          v 15 34    v component of the wind at 15 pressure levels

      2. wind rotation is handled for polar stereo (N and S) preprojected data, but not for Lambert Conformal, as the Navy rotates the winds relative to earth.
      3. the eta.u and ops projection are still experimental...


    GrADS Display Projections
      Now that you hopefully understand GrADS data grids, it is time to discuss display projections. Graphics in GrADS are calculated relative to the internal GrADS data grid i,j space, transformed to the display device coordinates (e.g., the screen) and then displayed. That is, the i,j of the graphic element is converted to lat/lon and then to x,y on the screen via a map projection.

      GrADS currently supports four display projections:

      • lat/lon (or spherical);
      • N polar stereo (set mproj nps);
      • S polar stereo (set mproj sps);
      • the Robinson projection (set lon -180 180, set lat -90 90, set mproj robinson).

      As you can probably appreciate, the i,j-to-lon/lat-to-screen x,y for lon/lat displays is very simple and is considerably more complicated for N and S polar stereo projections.

      In principle, a Lambert Conformal display projection could be implemented. It just takes work and a simple user interface for setting up that display projection. Actually, the user interface (i.e., "set" calls) is the most difficult problem...



    Summary and Plans
      GrADS handles map projections in two different ways. The first is preprojected data where the fields are already on a projection (e.g., Lambert Conformal). It is fairly straightforward to implement other preprojected data projections and we will be fully implementing the NMC eta grid both staggered and unstaggered, "thinned" gaussian grids and the CSU RAMS oblique polar stereo projection. The second is in how i,j graphics (calculated in "grid" space) are displayed on a map background. Currently, only a few basic projections (lon/lat, polar stereo and robinson) are supported, but perhaps the development group will tackle this problem.
    grads-2.0.1/doc/gradfuncsregr.html0000644000175000017500000001026310243410766020240 0ustar amckinstryamckinstry GrADS Function: sregr

    sregr()

    This function calculates the linear least-squares regression between two variables over an X-Y domain. It returns a single number. The syntax is:

      sregr(expr1, expr2, xdim1, xdim2, ydim1, ydim2)

    where:

      expr1   - a valid GrADS expression varying in X and Y
      expr2   - a valid GrADS expression varying in X and Y
      xdim1   - starting X dimension expression
      xdim2   - ending X dimension expression
      ydim1   - starting Y dimension expression
      ydim2   - ending Y dimension expression

    To do the regression over the global domain, a shorthand may be used:

      sregr(expr1, expr2, global) or
      sregr(expr1, expr2, g)
    is the same as
      sregr(expr1, expr2, lon=0, lon=360, lat=-90, lat=90)

    The result from sregr is the expected value of the expr2 departure given a 1 unit departure in expr1.

    Usage Notes

    1. expr1 is the independent variable and expr2 is the dependent variable.

    2. The regression is sensitive to the units of the input expressions. In the examples below, the sensible heat flux (shtfl) is in units of W m^-2 and the surface temperature (tsfc) is in units of K, so the regression coefficient of shtfl on tsfc is in units of W m^-2 K^-1.

    3. sregr may be used in conjunction with tloop or define to create time series or time/height plots.

    4. sregr assumes that the world coordinates are longitude in the X dimension and latitude in the Y dimension, and does weighting in the latitude dimension by the delta of the sin of the latitudes. Weighting is also performed appropriately for unequally spaced grids.

    5. The result of the least squares regression of Y on X is often expressed as a linear equation:

        Y = slope * X + intercept

      where X is the independent variable, Y is the dependent variable, and the slope and intercept are calculated using complicated algebraic formulas. The calculation is simplified if the means are removed. If we define x and y to be the departures from the areal averages of X and Y:

        x = X - Xave
        y = Y - Yave

      then the regression equation becomes:

        y = coefficient * x

      Where

        coefficient = (sum of x*y over area)/(sum of x*x over area)

      This coefficient is the output from the sregr function. The second example below shows how to construct the regression estimate of Y based on X.

    6. Use the tregr function to do regression over the time domain.

    Example

    1. This example calculates the expected departure from the mean of the sensible heat flux (shtfl) in the North Pacific given a unit departure from the mean surface temperature (tsfc). The units are W m^-2 K^-1. 

      set lon 120 250
set lat 15 60
define ivar = tsfc   ;* surface temperautre
define dvar = shtfl  ;* sensible heat flux
set z 1
set t 1 
d sregr(ivar, dvar, lon=120, lon=250, lat=15, lat=60)

    2. This example builds on the previous example by calculating the regression estimate of sensible heat flux based on the surface temperature. 

      define coeff = sregr(ivar, dvar, lon=120, lon=250, lat=15, lat=60)
define dvarave = aave(dvar, lon=120, lon=250, lat=15, lat=60)
define ivarave = aave(ivar, lon=120, lon=250, lat=15, lat=60)
d coeff * (ivar - ivarave) + dvarave
    grads-2.0.1/doc/gradcomdqshpopts.html0000644000175000017500000000427411416646527021004 0ustar amckinstryamckinstry GrADS command: query shpopts

    q shpopts

    q shpopts

    Lists the current settings for drawing and writing out shapefiles.

    Usage Notes

    This command is available with GrADS version 2.0.a9 or later.

    The clear shp command releases all user-defined shapefile attributes from memory, and resets the output filename root and shapefile type to their default values. The reset and reinit commands will do the same thing -- use clear shp if you do not want to reset all the other user settings.

    Please see the documentation page on shapefiles for more details.

     

    Examples

    This example shows the default values: 

    ga-> reinit
ga-> q shpopts
Settings for drawing shapefiles:
 polygon fill color: -1 
 mark type: 3 
 mark size: 0.05 
Settings for writing shapefiles:
 output filename root: grads
 output type: line
 format string: %12.6f

    This example shows how to set and query shapefile options: 

    ga-> set shpopts 15
ga-> set shp -pt -fmt 8 4 pointshp
ga-> set shpattr Author string JMA
ga-> set shpattr Date string 2010-05-23 
ga-> set shpattr pi double 3.14159
ga-> q shpopts
Settings for drawing shapefiles:
 polygon fill color: 15 
 mark type: 3 
 mark size: 0.05 
Settings for writing shapefiles:
 output filename root: pointshp
 output type: point
 format string: %8.4f
 attributes:
  Author: JMA
  Date: 2010-05-23
  pi: 3.1416
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    Command line editing and history

    If the readline library compiles on your system then the default prompt will be ga-> as opposed to ga>. This indicates that command line editing is active. The library defaults to emacs mode but can be set up to run using vi syntax.

    Here's a list of the commands which may typically be used:

      ctrl-a   go to beginning of line
      ctrl-e   go to end of line
      ctrl-f   go forward one char
      ctrl-b   go backward one char
      ctrl-d   delete the char
      ctrl-p   recall previous line
      ctrl-n   recall next line
      ctrl-r   reverse search

    You also get file name completion using the tab key. If there is more than one option, then double tab will list the available completions.

    For example, suppose you are running grads on div40-2 at FNMOC and want to start looking for files to open...

    Type open /h and get,

    ga-> open /h and hit two tabs and get:
    h home home1 home2

    then type ome1 and tab tab and get,

      ga-> open /home1/
      GCC bogus603 gnu iqpops nmcobs roesserd
      GRIB cstrey grads lost+found pacek tsai
      Mosaic dh hamilton mendhall picardr witt
      NEWDBS dolan hout nicholso qcops

    then type GR, tab to go to GRIB dir, followed by d, tab to go to the dat dir and then n, tab tab gives,

      ga-> open /home1/GRIB/dat/nogaps.25.
      nogaps.25.95021600.grb    nogaps.25.95021912.grb
      nogaps.25.95021600.gribmap    nogaps.25.95021912.gribmap
      nogaps.25.95021612.anal.grb    nogaps.25.anal.ctl
      nogaps.25.95021612.ctl    nogaps.25.anal.gribmap
      nogaps.25.95021612.grb    nogaps.25.ls.mask.ctl
      nogaps.25.95021612.gribmap    nogaps.25.ls.mask.dat
      nogaps.25.95021700.anal.grb    nogaps.25.95021700.ctl

    and type 950217 to get

      ga-> open /home1/GRIB/dat/nogaps.25.950217
      nogaps.25.95021700.anal.grb    nogaps.25.95021712.ctl
      nogaps.25.95021700.ctl    nogaps.25.95021712.grb
      nogaps.25.95021700.grb    nogaps.25.95021712.gribmap
      nogaps.25.95021700.gribmap    nogaps.25.95021712.anal.grb

    and finally open the 12Z data with 12.c, tab, return to open the file

    nogaps.25.95021712.ctl

    WARNING

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ÜÄí;Ù™Dÿê›”Åq¯qÑÑgu{ä.w‹DWìé“D讣î¡À­nا/Çß]NªøÀ—)HôrSî¡Àm{µ¶IF4ÞYýG·ÿä¶ÅùÇoriÑ.aá’Aô(ü˜R¤>¹mŠ/#ç—v›ïÒðö­î‘À=nä¢ôr/r=u>£¡ÛõT÷Hà>c] /_ä aÅ{lŸÛêüÎ?¸ÞÞ!õÇ ÿ‰êpˆ,,ÉgØRÍW•ºò¥öÌ^ ».¡Á]›gwäßZùˆ×'ÛÄ?Œ\ôìQà)кf‘{p¾½ý÷¿ÿóýÈíŒç“{Ú[j…¯ì"r ¼Üê›Öèì‹œŒL]Á,•»Ó rÒÂDèEòÜ+.ôý äÊ\ÎO‹Ü£=™Å >Ž·g~ßn> _ä#r^ê{z,a—:Ýã±6jo×ÐÚzÙýÏr[ÜÁÜ£6;üU|"EE-”ÇÛ·loŠþVÑ‹œ¥Ì•Ón'ÉãÈ•œ7M•;x“ w {/rûE—Qx¦ÂÜìZjòL¶þ§ùTö/~5à‰Yé;ûÑŒcŒïGn÷m]ªï|g•³P¸sÌÊvCZ]ð´¹Tþ»²rÑ? 9×ôŽ5ÚoRýcÎ~|o†W;—neÛüsJ^䪵ºæÿ¬sf%Á5Ùˆ”=V’ˆÈ³~ZÍ‹\½b×0Wú»ò‰#錄;ïÌ¿ýkÍI‡ ™{Ðfw݉wÄ›.Ê7c×ûU(÷¾>ñߎµ¼¹cŽžÙû亸鬱Iv{³vŸ–|(rׄD\¬«™ÆÚ§Åêï9ûZQí?º°»ÄÏDîJâðO9ß°€Ýe¹ÁŸ3‡ìnP“ÿPêl9Ÿ‰œíï–ší?,èy}íí¥çÉIu‘7ÅØ$kÙÂ×A—gÖ$~dzNûFè¾ 9}{;>E°ÛÄçü"äîÿcÜ«[ÀƒâNçí¤/'ÿè~røDwåwŸ T>•<·s'óÑç?– !qrÇ!F8Šo<]Ö®¬µõ“62›pc'¿Mît2Œ_ä(Zªëƒ ‹žÉu«¼}DVno›X£™â`”yøU.ݳ‘»SÊÇ1ÅØÉ늗9H®»|OÏ9[÷‡B‡_ض<¢&Äÿ .uÂ/ÊÜô,w³‚¹¼Fé‰pC˜·îüüÜúßËÜïDî)ï.Û(¯Kzò¡¡ntZžFÃá·;÷š;Çö+Z~¡¡ÒGý¯z~+rw}LYWQdŽö>ºººö‘!ºRÛˆÛÍg»`î#»èŽMÑc_Ÿ~¸´=O5JR4e¥^mŒGðŽ}sœ¶Ê÷”}Œ¹‡!G*>ëšö¹_‡÷¬¥P½y>sªÛFáû,ÂDæ¾ 9cÅcñã“Üû9®ÆQd¹­ûÒ-rßuƬ•ý(à‚ó_ÅÜQdŽö¯ƒá¦|ó å‹‘û”ã$ …ç#×û-zl"<ŠÌLÏó|åÞ†¬ ÓoAîÓ¶7ZÿÇ3w)r¾ŸWWèF²vémû*ð*XCííõ*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ð*ðé ü?»ž¢»¢ÆxSIEND®B`‚grads-2.0.1/doc/start.html0000644000175000017500000001056011416646527016552 0ustar amckinstryamckinstryStarting and Quitting GrADS

    Starting and Quitting GrADS

    GrADS is started by entering the name of one of the GrADS executables at the command line prompt. For example:

    # grads

    Before initialising the graphics output environment, GrADS will prompt for landscape or portrait mode. Landscape is 11 x 8.5 inches, portrait is 8.5 x 11 inches. The actual size of the window will not, of course, be 11 x 8.5 inches (or 8.5 x 11 inches), but instead will be scaled to fit comfortably withing your workstation's display size.

    Startup options

    You may specify the following options as arguments to the grads command when GrADS is started:

    -help    Prints out a list of all command line options.
    -l    Run grads in landscape mode. The Portrait vs. Landscape question is not asked.
    -p    Run grads in portrait mode. The Portrait vs. Landscape question is not asked.
    -b    Run grads in batch mode. No graphics output window is opened.
    -g geom    Explicitly set the dimensions of the display window at startup.
    -c cmd    Execute the supplied cmd as the first GrADS command to execute after GrADS is started.

    Additional command line options are documented here. GrADS will always treat the display window as if it were 11 x 8.5 or 8.5 x 11 so if you use the -g option at startup, it is best to size the window with the proper aspect ratio. Once GrADS is started up, you can resize the window at any time using the command:

    ga-> set xsize x y

    which resizes the window to x,y pixels.

    You will enter GrADS commands in the text window from where you started GrADS. Graphics output will appear in the graphics display window in response to the commands you enter. You will thus need to make the text window the "active" window; the window that receives keyboard input.

    Help

    Typing help at the GrADS command prompt gives a summary list of operations essential to do anything in GrADS.

    ga-> help

    This is intended to jog memory rather than provide an exhaustive help facility. If the GrADS manual is not available, you can obtain info on most command parameters by typing the command on its own. Alternatively, we are setting up comprehensive documentation intended to be used as a local Web facility.

    Diagnostics at startup

    When you start GrADS you get some information about the version and configured options, then you get the GrADS prompt to begin working with data. For example:

    # grads -l

    Grid Analysis and Display System (GrADS) Version 2.0.a3
    Copyright (c) 1988-2008 by Brian Doty and the
    Institute for Global Environment and Society (IGES)
    GrADS comes with ABSOLUTELY NO WARRANTY
    See file COPYRIGHT for more information

    Config: v2.0.a3 little-endian readline printim grib2 netcdf hdf4-sds
    Issue 'q config' command for more information.
    GX Package Initialization: Size = 11 8.5
    ga->

    Quitting GrADS

    To leave GrADS, enter the command:

    ga-> quit

     

    grads-2.0.1/doc/gradcomdsetclevs.html0000644000175000017500000000163510243410766020740 0ustar amckinstryamckinstry GrADS Command: set clevs

    set clevs

    set clevs lev1 lev2 lev3 ... levN

    Sets specific contour levels.

    Usage Notes

    1. Contour levels are reset with every execution of clear or display.

    2. set clevs is often used with set ccols to override the default settings and specify exact contour levels and the colors that go with them.

    3. See section of User's Guide on controlling colors in Grads for more details.

    Examples

    grads-2.0.1/doc/expressions.html0000644000175000017500000000571511416646527020005 0ustar amckinstryamckinstry

    Expressions

    A GrADS expression consists of operators, operands, and parentheses. Parentheses are used to control the order of operation.

    Operators are:

      +    Addition
      -    Subtraction
      *    Multiplication
      /    Division

    Operands are:

    variable specifications, functions, and constants.

    Operations between two variables are done on equivalent grid points in each grid. Missing data values in either grid give a result of a missing data value at that grid point. Dividing by zero gives a result of a missing data value at that grid point.

    Operations cannot be done between grids that have different scaling in their varying dimensions -- i.e., grids that have different rules for converting the varying dimensions from grid space to world coordinate space. This can only be encountered when you are attempting operations between grids from different files that have different scaling rules.

    If one grid has more varying dimensions than the other, the grid with fewer varying dimensions is 'expanded' and the operation is performed.

    Expression evaluation in GrADS is recursive, so that multiple expressions may be nested together.

    (GrADS version 2.0.a7+) Variable specifications can include a dimension expression to set time as an offset from the variable's initial time.

    Some examples of expressions:

      slp/100                     (Convert sea level pressure units from hPa to mb)
      z-z(t-1)                    (Height change over one time step)
      z-z(offt=0)                 (Height change since initial time)
      t(lev=500)-t(lev=850)       (Temp difference between 500 and 850mb)
      ave(z,t=1,t=5)              (Average of z over first 5 times in file)
      sum(prec(offt+0),t=1,t=4)   (Accumulated precipitation -- sum of 2nd through 5th time steps in file)
      z-ave(z,lon=0,lon=360,-b)   (Remove zonal mean)
      tloop(aave(p,global))       (Time series of globally averaged precip)
    grads-2.0.1/doc/bufrdescriptorfile.html0000644000175000017500000003004410526115561021277 0ustar amckinstryamckinstry How to Generate BUFR Descriptor Files

    How to Generate BUFR Descriptor Files

    BUFR (Binary Universal Form for the Representation of meteorological data) is a World Meteorological Organization (WMO) standard for storing observational data (aka sequence or in-situ data). BUFR is self-describing data format and can store a large amount of data and metadata in a small amount of disk space by using look-up tables and bit-by-bit packing.

    There is a GrADS interface for BUFR, which means that BUFR data can be read directly in their native format and are handled as a GrADS station data set with all the associated display an analysis capabilities. GrADS requires a specially-formatted descriptor file to read BUFR data; the output from bufrscan, an external GrADS utility, is used to compose the descriptor file.

    Individual elements of a BUFR message are uniquely described by three numbers: F, X, and Y. F is a type indicator and may be 0, 1, 2, or 3. X is a class or category indicator and varies between 0 and 63. Y indicates an entry within an X class, and varies between 0 and 255. The F,X,Y trio provides the required unique table reference, so that a value may be retrieved for the BUFR element.

    To read BUFR with GrADS, the user needs to identify which F,X,Y trios are in the BUFR file and then organize that information in a descriptor file to give "shape" to the data by identifying the appropriate time axis, vertical dimension, and number of variables. The GrADS-relevant data in a BUFR message will always have an F value of 0. For this reason, it is only necessary to put the X,Y pairs that are associated with the data or metadata variables in the BUFR descriptor file.

    The GrADS station data interface requires a few pieces of metadata for each report: the location of the station (lat/lon), a station ID (a string no more than 8-characters long), a pressure level (if it is an upper air variable), and a time stamp. The BUFR descriptor file must provide the X,Y pairs for these metadata fields, plus a few other elements.

    Descriptor file entries used for BUFR files are:
    DSET This entry points to the BUFR data file. It is not currently recommend to use templating with BUFR data. (See Note on Templating below)
    TITLE It is good general practice to include a descriptive title in every GrADS descriptor file.
    UNDEF This is required by GrADS, but not used for undef-testing in the BUFR interface. Place an arbitrary number here that is unlikely to be confused with a good data value.
    DTYPE This entry should have the 'bufr' keyword. This data type must be accompanied by the XVAR, YVAR, TVAR, and STID entries.
    STID This required entry provides the X,Y pair for the station ID.
    XVAR This required entry provides the X,Y pair for the station's longitude.
    YVAR This required entry provides the X,Y pair for the station's latitude.
    ZVAR This optional entry provides the X,Y pair for the data's vertical coordinate (usually pressure). This is only required if there are level-dependent variables in the BUFR file.
    TVAR
    and
    TOFFVAR

    The time for any individual BUFR station report is the base time plus the offset time.The TVAR entry is required and provides the X,Y pairs for the base time coordinate variables. The TOFFVAR entry provides the X,Y pairs for the offset time. If the offset time is zero, the TOFFVAR entry is not required. Each time coordinate variable (year=yr, month=mo, day=dy, hour=hr, minute=mn, second=sc) is presented as a 2-letter abbreviation followed by the X,Y pair that goes with that time unit. All six base/offset time units are not required to appear in the TVAR/TOFFVAR record, only those that are in the data file.
    TDEF For BUFR station data, the time axis defined by the TDEF entry provides an evenly-spaced framework for the (sometimes) unevenly spaced BUFR station reports to fit into. Choose a TDEF that spans the time range of your BUFR data and has a time increment that matches the frequency of the BUFR reports. (See Note on TDEF below)
    VARS
    through
    ENDVARS    		 The variable declarations in a BUFR descriptor file also have special features. The varname field may be any 15-character alphanumeric string that must start with an alphabetic character (a-z). It is not necessary for the varname in the descriptor to match the varname in the BUFR file. The levs field is 0 for surface variables, 1 for upper air variables. Exception to this rule: replicated surface variables (i.e. variables for which there may be more than one observation, such as present weather) are given a levs value of 2. The units field contains the X,Y pair for the named variable.


    The first step in generating a BUFR descriptor file is figuring out the X,Y values for the data and metadata variables that GrADS requires. Begin by perusing the header output from bufrscan looking primarily at the numeric elements. Here is a link to some example header output -- a subset of this is given below.

    These lines give the base time for the report, the station identifier, the location and elevation of the station, plus some of the observed variables:
    0 04 001 (numeric) YEAR YEAR
    0 04 002 (numeric) MNTH MONTH
    0 04 003 (numeric) DAYS DAY
    0 04 004 (numeric) HOUR HOUR
    0 04 005 (numeric) MINU MINUTES
    0 01 198 (text) RPID REPORT IDENTIFIER
    0 06 002 (numeric) CLON LONGITUDE (COARSE ACCURACY)
    0 05 002 (numeric) CLAT LATITUDE (COARSE ACCURACY)
    0 07 001 (numeric) SELV HEIGHT OF STATION
    0 11 001 (numeric) WDIR WIND DIRECTION
    0 11 002 (numeric) WSPD WIND SPEED
    0 12 101 (numeric) TMDB TEMPERATURE/DRY BULB TEMPERATURE
    0 12 103 (numeric) TMDP DEW POINT TEMPERATURE
    0 10 051 (numeric) PMSL PRESSURE REDUCED TO MSL
    0 10 061 (numeric) 3HPC 3 HOUR PRESSURE CHANGE

    The corresponding descriptor file entries would look like this (N.B. This is not a complete descriptor file):
    TVAR yr 4,1 mo 4,2 dy 4,3 hr 4,4 mn 4,5
    STID 1,198
    XVAR 6,2
    YVAR 5,2
    VARS 9
    slon 0 6,2 Station longitude
    slat 0 6,2 Station latitude
    selv 0 7,1 Station elevation
    wdir 0 11,001 Wind direction
    wspd 0 11,002 Wind speed
    temp 0 12,101 Temperature
    dewpt 0 12,103 Dew point temperature
    mslp 0 10,51 Mean sea level pressure
    dp 0 10,004 3-hour pressure change
    ENDVARS

    The internal GrADS variables "lat", "lon", and "lev" do not exist for station data, so it's a good idea to put them in the variable list in case you need them for any calculations (BUFR variables can be both coordinate and data variables at the same time). Just be careful not to assign the names "lat", "lon" or "lev", as this will confuse GrADS and you'll get the message that the predefined variable is only for grid type files.

    The second step is to figure out what to use for a TDEF entry. You may be aware ahead of time that your BUFR file contains hourly data covering a known 6-hour period, in which case you are done (TDEF 6 start_of_period 1hr). But if you have no idea what's in your BUFR file, then you need to examine the data output from bufrscan looking for the F-X-Y triplets that appear in your TVAR entry. Here is a link to some example data output -- a subset of this is given below.

    7 (0) [-001] 0-04-001 2004
    7 (0) [-001] 0-04-002 4
    7 (0) [-001] 0-04-003 22
    7 (0) [-001] 0-04-004 15
    7 (0) [-001] 0-04-005 0

    These lines indicate an appropriate TDEF might be:
    TDEF 1 linear 15z22apr2004 1hr

    If you found more occurrences of 0-04-004 with values other than 15, change your TDEF:
    TDEF 24 linear 00z22apr2004 1hr

    If you found occurrences of 0-04-003 with values equal to 23 as well as 22, change your TDEF again:
    TDEF 48 linear 00z22apr2004 1hr

     

    Note on TDEF:
    As mentioned above, the time axis you describe with TDEF provides an evenly-spaced framework for the station reports to fit into. A display request at a specific time will return all station reports whose time stamp is within a range of times equal to the specific time plus or minus one half of the time axis interval. Let's say you set TDEF to be hourly, set the time dimension to 12Z, and then do a display request. GrADS will sift through every report in the BUFR file and display only those which fall between 11:30Z and 12:30Z. If you change TDEF to be six-hourly, set the time dimension to12Z, and then do a display request, GrADS will show you all reports that fall between 09Z and 15Z. GrADS displays the reports that fit between the grid points based on the time axis and time dimension environment you describe. In BUFR, there's no reason to expect the messages to be ordered in terms of time or place, and there's no index file to help navigate the data file, so for each display request GrADS has to sift through the whole file.

    Note on Templating:
    In GrADS, file templating (aggregation) is only done in the the time dimension. It's handled by matching substrings in the file names with time dimension values. After a display request, GrADS determines which data files need to be opened in order to get the data the user requested, based on the current dimension environment settings. Templating in this manner should be avoided with BUFR. Since there's no index file to help GrADS navigate the data file, a BUFR file containing 10 reports is treated exactly the same way as a BUFR file with 10,000 -- the whole file is read into memory when the user submits the first display request. For each display request, GrADS sifts through the entire collection of reports to find the ones that match the current dimension environment. Since the memory usage is so extreme, it's better to keep BUFR files small and only access one at a time. When necessary and/or appropriate, it's possible to aggregate BUFR files by simply concatenating them together. grads-2.0.1/doc/gradfuncskip.html0000644000175000017500000000462111416646527020076 0ustar amckinstryamckinstry GrADS Command: skip

    skip()

    skip (expr, skipi, skipj)

    Sets alternating values of expr to the missing data value.

      expr     A valid grid expression that may have 1 or 2 varying dimensions
      skipi    Skip factor in the I dimension of expr
      skipj    Skip factor in the J dimension of expr

    Usage Notes

    1. This function is often used while displaying wind arrows or barbs to thin the number of arrows or barbs. It is not necessary to use the skip function on both the U and V wind components; it is sufficient to populate only one component with missing data values to suppress the plotting of the wind arrow or barb.

    Examples

    1. Suppose you have a time series of 3-hourly data, but you want to display values at 6-hourly time steps:

        set x 1
        set y 1
        set t 1 last
        d skip(var,2)

    2. To display every other grid point in both the X and Y direction:

        d skip(u,2,2);v

    3. To display every grid point in the Y direction, but every 5th grid point in the X direction:

        d skip(u,5,1);v

    4. This example script "d_uv.gs" written by Wesley Ebisuzaki automatically sets the skip factor based on the plot dimensions. 
      *
* This function does a d skip(ugrd,n);v
* where n is automatically set to an appropriate value
*
* usage: d_uv ugrd vgrd 
*
* v1.1 w. ebisuzaki
* v1.2 4/6/98 revised empirical formula for skip
*
function duv(arg)
u = subwrd(arg,1)
v = subwrd(arg,2)

* get lat/lon info
'query dims'
lons = sublin(result,2)
lats = sublin(result,3)
dx = subwrd(lons,13) - subwrd(lons,11)
dy = subwrd(lats,13) - subwrd(lats,11)

* Determine skip factor 
dn = dx
if (dy > dx) ; dn = dy ; endif
skip = dn / 50 + 0.5
if (skip < 1) ; skip=1 ; endif

* Display the plot
'd skip('u','skip');'v
    grads-2.0.1/doc/gradcomddrawstring.html0000644000175000017500000000116310243410766021270 0ustar amckinstryamckinstry

    draw string

    draw string x y string

    Draws the character string at the x,y position. x and y are given in inches on the virtual page. The string is drawn using current string attributes -- set the set string and set strsiz commands.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradfuncsum.html0000644000175000017500000000434710243410766017730 0ustar amckinstryamckinstry GrADS Function: sum

    sum()

    sum (expr, dim1, dim2, <,tinc> <,-b>)

    Sums the result of expr over the specified dimension range. If the summing dimension is time, an optional time increment tincr may be specified.

      expr    - any valid GrADS expression
      dim1    - the start point for the sum
      dim2    - the end point for the sum
      tinc    - optional increment for time summing
      -b      - use exact boundaries

    dim1 and dim2 are standard GrADS dimension expressions whose dimensions must match.

    Usage Notes

    1. The limits and intervals of the summing are set according to the grid coordinates of the default file. If dim1 and dim2 are specified in world coordinates, the coordinates are converted to the nearest integer grid coordinates based on the scaling of the default file.

    2. The end points are given normal weighting, unless the -b boundary flag is specified. The boundry flag indicates that the sum should be taken to the exact boundaries specified by dim1 and dim2, rather than the nearest grid points.

    3. In the Y dimension, when the boundary is beyond the pole, the asum function recognizes this and weights appropriately. To calculate an sum without any weighting, use the sumg function.

    Examples

    grads-2.0.1/doc/gradcomdsetchunksize.html0000644000175000017500000000537111353136313021624 0ustar amckinstryamckinstry

    set chunksize

    set chunksize Xsize Ysize <Zsize> <Tsize> <Esize>

    Xsize   Size of the chunk in the X dimension. Default value is the grid size in X.
    Ysize   Size of the chunk in the Y dimension. Default value is the grid size in Y.
    Zsize   Size of the chunk in the Z dimension. Default value is 1.
    Tsize   Size of the chunk in the T dimension. Default value is 1.
    Esize   Size of the chunk in the E dimension. Default value is 1.

    It is not necessary to specify the chunk size for the Z, T, or E dimensions if you wish to use the default values.

    Usage Notes

    Chunking refers to the partitioning of a dataset into fixed-size multi-dimensional chunks. Chunks are treated as atomic objects; disk I/O, cacheing, and compression are always done on a per-chunk basis. Chunking can significantly improve I/O performance, provided the chunk size is set appropriately for the data set in question.

    A chunk has the same number of dimensions as the original data set. The size of a chunk in any dimension should be equal to or less than the size of the data set's grid dimensions. For data sets with more than 2 dimensions, DO NOT set the chunk sizes equal to the grid dimension sizes, in which case the entire data set would be one chunk, and DO NOT set all the chunk sizes equal to 1 (one), in which case a chunk would be a single value.

    The default values in GrADS set the chunk size equal to the grid dimension in X and Y, and 1 (one) for the Z, T, and E dimensions -- a chunk is a single 2D lat/lon grid. However, if your data set is of sufficiently high resolution (e.g., if the grid size is less than 1.0 degree latitude/longitude), then you should set the chunk size smaller than the grid size in X and Y -- divide by 2, or 5, or 10 as necessary to keep the chunk in the ballpark of 512 kbytes. It is recommended that you keep the chunk size equal to 1 for the Z, T, and E dimensions.

    Please see the documentation on compression for more details.

    Examples

    Suppose you have a high resolution data set (5120x2560) and you wish to save the variable as compressed netcdf.

    set x 1 5120
    set y 1 2560
    set z 1
    set t 1
    define var = var
    set sdfwrite -flt -nc4 -chunk -zip var.nc
    set chunksize 512 256
    sdfwrite var

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    TABLE 2: PARAMETERS & UNITS (Version 2) (PDS Octet 9)

    VALUE PARAMETER (* means see Notes at bottom of table) UNITS ABBREV
    000 Reserved    
    001 Pressure Pa PRES
    002 Pressure Reduced to Mean Sea Level Pa PRMSL
    003 Pressure Tendency Pa/s PTEND
    004 Potential Vorticity K m2/kg s PVORT
    005 ICAO Standard Atmosphere Reference Height m ICAHT
    006 Geopotential m2/s2 GP
    007 Geopotential Height gpm HGT
    008 Geometric Height m DIST
    009 Standard Deviation of Height m HSTDV
    010 Total Ozone Dobson TOZNE
    011 Temperature K TMP
    012 Virtual Temperature K VTMP
    013 Potential Temperature K POT
    014 Pseudo-Adiabatic Potential Temperature or
    Equivalent Potential Temperature     		K EPOT
    015 Maximum Temperature K TMAX
    016 Minimum Temperature K TMIN
    017 Dew Point Temperature K DPT
    018 Dew Point Depression (or Deficit) K DEPR
    019 Lapse Rate K/m LAPR
    020 Visibility m VIS
    021 Radar Spectra (1) * - RDSP1
    022 Radar Spectra (2) * - RDSP2
    023 Radar Spectra (3) * - RDSP3
    024 Parcel Lifted Index (to 500 hPa) K PLI
    025 Temperature Anomaly K TMPA
    026 Pressure Anomaly Pa PRESA
    027 Geopotential Height Anomaly gpm GPA
    028 Wave Spectra (1) * - WVSP1
    029 Wave Spectra (2) * - WVSP2
    030 Wave Spectra (3) * - WVSP3
    031 Wind Direction (from which blowing) deg true WDIR
    032 Wind Speed m/s WIND
    033 U-Component of Wind * m/s UGRD
    034 V-Component of Wind * m/s VGRD
    035 Stream Function * m2/s STRM
    036 Velocity Potential m2/s VPOT
    037 Montgomery Stream Function m2/s2 MNTSF
    038 Sigma Coordinate Vertical Velocity /s SGCVV
    039 Vertical Velocity (pressure) Pa/s VVEL
    040 Vertical Velocity (geometric m/s DZDT
    041 Absolute Vorticity /s ABSV
    042 Absolute Divergence /s ABSD
    043 Relative Vorticity /s RELV
    044 Relative Divergence /s RELD
    045 U-Component of Vertical Shear * /s

    VUCSH
    046 V-Component of Vertical Shear * /s VVCSH
    047 Direction of Current deg true DIRC
    048 Speed of Current m/s SPC
    049 U-Component of Current * m/s UOGRD
    050 V-Component of Current * m/s VOGRD
    051 Specific Humidity kg/kg SPFH
    052 Relative Humidity % RH
    053 Humidity Mixing Ration kg/kg MIXR
    054 Precipitable Water kg/m2 PWAT
    055 Vapor Pressure Pa VAPP
    056 Saturation Deficit Pa SATD
    057 Evaporation kg/m2 EVP
    058 Cloud Ice kg/m2 CICE
    059 Precipitation Rate kg/m2/s PRATE
    060 Thunderstorm Probability % TSTM
    061 Total Precipitation kg/m2 APCP
    062 Largs Scale Precipitation (non-convective) kg/m2 NCPCP
    063 Convective Precipitation kg/m2 ACPCP
    064 Snowfall Rate Water Equivalent kg/m2/s SRWEQ
    065 Water Equivalent Accumulated Snow Depth kg/m2 WEASD
    066 Snow Depth m SNOD
    067 Mixed Layer Depth m MIXHT
    068 Transient Thermocline Depth m TTHDP
    069 Main Thermocline Depth m MTHD
    070 Main Thermocline Anomaly m MTHA
    071 Total Cloud Cover % TCDC
    072 Convective Cloud Cover % CDCON
    073 Low Cloud Cover % LCDC
    074 Medium Cloud Cover % MCDC
    075 Hight Cloud Cover % HCDC
    076 Cloud Water kg/m2 CWAT
    077 Best Lifted Index (to 500 hPa) K BLI
    078 Convective Snow kg/m2 SNOC
    079 Large Scale Snow (non-convective) kg/m2 SNOL
    080 Water Temperature K WTMP
    081 Land Cover (land=1, Sea=0) * fraction LAND
    082 Deviation of Sea Level From Mean m DSLM
    083 Surface Roughness m SFCR
    084 Albedo % ALBDO
    085 Soil Temperature K TSOIL
    086 Soil Moisture Content kg/m2 SOILM
    087 Vegetation % VEG
    088 Salinity kg/kg SALTY
    089 Density kg/m3 DEN
    090 Water Runoff kg/m2 WATR
    091 Ice Cover (ice=1, no ice=0) * fraction ICEC
    092 Ice Thickness m ICETK
    093 Direction of Ice Drift deg true DICED
    094 Speed of Ice Drift m/s SICED
    095 U-Component of Ice Drift * m/s UICE
    096 V-Component of Ice Drift * m/s VICE
    097 Ice Growth Rate m/s ICEG
    098 Ice Divergence /s ICED
    099 Snow Melt kg/m2 SNOM
    100 Significant Height of Combined Wind Waves and Swell kg/m2m HTSGW
    101 Direction of Wind Waves (from which) deg true WVDIR
    102 Significant Height of Wind Waves m WVHGT
    103 Mean Period of Wind Waves s WVPER
    104 Direction of Swell Waves deg true SWDIR
    105 Significant Height of Swell Waves m SWELL
    106 Mean Period of Swell Waves s SWPER
    107 Primary Wave Direction deg true DIRPW
    108 Primary Wave Mean Period s PERPW
    109 Secondary Wave Direction deg true DIRSW
    110 Secondary Wave Mean Period s PERSW
    111 Net Short Wave Radiation at Surface * W/m2 NSWRS
    112 Net Long Wave Radiation at Surface * W/m2 NLWRS
    113 Net Short Wave Radiation at Top of Atmosphere * W/m2 NSWRT
    114 Net Long Wave Radiation at Top of Atmosphere * W/m2 NLWRT
    115 Long Wave Radiation Flux * W/m2 LWAVR
    116 Short Wave Radiation Flux * W/m2 SWAVR
    117 Global Radiation Flux * W/m2 GRAD
    118 Brightness Temperature K BRTMP
    119 Radiance (with respect to Wave Number) W/m/sr LWRAD
    120 Radiance (with respect to Wave Length) W/m3/sr SWRAD
    121 Latent Heat Net Flux * W/m2 LHTFL
    122 Sensible Heat Net Flux * W/m2 SHTFL
    123 Boundary Layer Dissipation W/m2 BLYDP
    124 U-Component of Momentum Flux * N/m2 UFLX
    125 V-Component of Momentum Flux * N/m2 VFLX
    126 Wind Mixing Energy J WMIXE
    127 Image Data   IMGD
    128 Mean Sea Level Pressure
    (Standard Atmosphere Reduction)    		 Pa MSLSA
    129 Mean Sea Level Pressure
    (MAPS System Reduction)
    		 Pa MSLMA
    130 Mean Sea Level Pressure
    (ETA Model Reduction)    		 Pa MSLET
    131 Surface Lifted Index K LFTX
    132 Best (4-Layer) Lifted Index K 4LFTX
    133 K Index K KX
    134 SWEAT Index K SX
    135 Horizontal Moisture Divergence kg/kg/s MCONV
    136 Vertical Speed Shear /s VWSH
    137 3-hr Pressure Tendency
    (Standard Atmosphere Reduction)    		 Pa/s TSLSA
    138 Brunt-Vaisala Frequency (squared) /s2 BVF2
    139 Potential Vorticity (density weighted) /s/m PVMW
    140 Categorical Rain (yes=1, no=0) - CRAIN
    141 Categorical Freezing Rain (yes=1, no=0) - CFRZR
    142 Categorical Ice Pellets (yes=1, no=0) - CICEP
    143 Categorical Snow (yes=1, no=0) - CSNOW
    144 Volumetric Soil Moisture Content fraction SOILW
    145 Potential Evaporation Rate W/m2 PEVPR
    146 Cloud Workfunction J/kg CWORK
    147 Zonal Flux of Gravity Wave Stress N/m2 UGWD
    148 Meridional Flux of Gravity Wave Stress N/m2 VGWD
    149 Potential Vorticity m2/s/kg PV
    150 Covariance Between Meridional and Zonal Wind.
    Defined as [uv]-[u][v], where "[]" indicates the mean over the indicated time span.     		m2/s2 COVMZ
    151 Covariance Between Temperature and Zonal Wind.
    Defined as [uT]-[u][T],
    where "[]" indicates the mean over the indicated time span.     		K m/s COVTZ
    152 Covariance Between Temperature and Meridional Wind.
    Defined as [vT]-[v][T],
    where "[]" indicates the mean over the indicated time span.     		K m/s COVTM
    153 Cloud Water kg/kg CLWMR
    154 Ozone Mixing Ratio kg/kg O3MR
    155 Ground Heat Flux W/m2 GFLUX
    156 Convective Inhibition J/kg CIN
    157 Convective Available Potential Energy J/kg CAPE
    158 Turbulent Kinetic Energy J/kg TKE
    159 Condensation Pressure of Parcel Lifted from Indicated Surface Pa CONDP
    160 Clear Sky Upward Short Wave Flux * W/m2 CSUSF
    161 Clear Sky Downward Short Wave Flux * W/m2 CSDSF
    162 Clear Sky Upward Long Wave Flux * W/m2 CSULF
    163 Clear Sky Downward Long Wave Flux * W/m2 CSDLF
    164 Cloud Forcing Net Short Wave Flux * W/m2 CFNSF
    165 Cloud Forcing Net Long Wave Flux * W/m2 CFNLF
    166 Visible Beam Downward Short Wave Flux * W/m2 VBDSF
    167 Visible Diffuse Downward Short Wave Flux * W/m2 VDDSF
    168 Near IR Beam Downward Short Wave Flux * W/m2 NBDSF
    169 Near IR Diffuse Downward Short Wave Flux * W/m2 NDDSF
    170 Rain Water Mixing Ratio kg/kg RWMR
    171 Snow Mixing Ratio kg/kg SNMR
    172 Momentum Flux N/m2 MFLX
    173 Mass Point Model Surface - LMH
    174 Velocity Point Model Surface - LMV
    175 Model Layer Number (from bottom up) - MLYNO
    176 Latitude (-90 to +90) deg NLAT
    177 East Longitude (0 to 360) deg ELON
    178 Ice Mixing Ratio kg/kg ICMR
    179 Graupel Mixing Ratio kg/kg GRMR
    181 X-Gradient of Log Pressure /m LPSX
    182 Y-Gradient of Log Pressure /m LPSY
    183 X-Gradient of Height m/m HGTX
    184 Y-Gradient of Height m/m HGTY
    185 Turbulence SIGMET/AIRMET - TURB
    186 Icing SIGMET/AIRMET - ICNG
    187 Lightning - LTNG
    189 Virtual Potential Temperature K VPTMP
    190 Storm Relative Helicity m2/s2 HLCY
    191 Probability from Ensemble   PROB
    192 Probability from Ensemble
    (Normalized w.r.t. Climate Expectancy)    		   PROBN
    193 Probability of Precipitation % POP
    194 Probability of Frozen Precipitation % CPOFP
    195 Probability of Freezing Precipitation

    %

    		 CPOZP
    196 U-Component of Storm Motion * m/s USTM
    197 V-Component of Storm Motion * m/s VSTM
    198 Number Concentration for Ice Particles   NCIP
    199 Direct Evaporation from Bare Soil W/m2 EVBS
    200 Canopy Water Evaporation W/m2 EVCW
    201 Ice-Free Water Surface % ICWAT
    204 Downward Short Wave Radiation Flux * W/m2 DSWRF
    205 Downward Long Wave Radiation Flux * W/m2 DLWRF
    206 Ultra Violet Index
    (1-hr integration centered at solar noon)    		 J/m2 UVI
    207 Moisture Availability % MSTAV
    208 Exchange Coefficient (kg/m3)(m/s) SEEXC
    209 Number of Mixed Layers Next to Surface   MIXLY
    210 Transpiration W/m2 TRANS
    211 Upward Short Wave Radiation Flux * W/m2 USWRF
    212 Upward Long Wave Radiation Flux * W/m2 ULWRF
    213 Amount of Non-Convective Cloud % CDLYR
    214 Convective Precipitation Rate kg/m2/s CPRAT
    215 Temperature Tendency by all Physics K/s TTDIA
    216 Temperature Tendency by all Radiation K/s TTRAD
    217 Temperature Tendency by Non-Radiation Physics K/s TTPHY
    218 Precipitaion Index (0 to 1) *   PREIX
    219 Standard Deviation of IR T over 1x1 Degree Area K TSD1D
    220 Natural Log of Surface Pressure ln(kPa) NLGSP
    221 Planetary Bounday Layer Height m HPBL
    222 5-Wave Geopotential height gpm 5WAVH
    223 Plant Canopy Surface Water kg/m2 CNWAT
    224 Soil Type (Zobler) (0 to 9)   SOTYP
    225 Vegetation Type (SiB) (0 to 13)   VGTYP
    226 Blackadar's Mixing Length Scale m BMIXL
    227 Asymptotic Mixing Length Scale m AMIXL
    228 Potential Evaporation kg/m2 PEVAP
    229 Snow Phase-Change Heat Flux W/m2 SNOHF
    230 5-Wave Geopotential Height Anomaly gpm 5WAVA
    231 Convective Cloud Mass Flux Pa/s MFLUX
    232 Downward Total Radiation Flux * W/m2 DTRF
    233 Upward Total Radiation Flux * W/m2 UTRF
    234 Baseflow-Groundwater Runoff kg/m2 BGRUN
    235 Storm Surface Runoff kg/m2 SSRUN
    237 Total Ozone kg/m2 O3TOT
    238 Snow Cover % SNOWC
    239 Snow Temperature K SNOT
    241 Large Scale Condensation Heating Rate K/s LRGHR
    242 Deep Convective Heating Rate K/s CNVHR
    243 Deep Convective Moistening Rate kg/kg/s CNVMR
    244 Shallow Convective Heating Rate K/s SHAHR
    245 Shallow Convective Moistening Rate kg/kg/s SHAMR
    246 Vertical Diffusion Heating Rate K/s VDFHR
    247 Vertical Diffusion Zonal Acceleration m/s2 VDFUA
    248 Vertical Diffusion Meridional Acceleration m/s2 VDFVA
    249 Vertical Diffusion Moistening Rate kg/kg/s VDFMR
    250

    Short Wave Radiative Heating Rate

    		 K/s SWHR
    251 Long Wave Radiative Heating Rate K/s LWHR
    252 Drag Coefficient - CD
    253 Friction Velocity m/s FRICV
    254 Richardson Number   RI
    255 Missing    

    Notes:

    1. By convention, downward net fluxes of radiation or other quantities are assigned negative values; upward net fluxes of radiation or other quantities are assigned positive values.
    2. Unidirectional flux values, where the direction of flow is indicated in the name of the parameter
      (e.g., 204, 205, 211, and 212), shall all have positive values irrespective of the direction of flow.
      Net (vertical) fluxes shall be calculated by subtracting the downward flux values from the upward flux values.
    3. The u and v components of vector quantities are defined with reference to GDS Octet 17 and Table 7. However, if the GDS is not included in a message, then any wind components are assumed to be resolved relative to the grid specified in the PDS with u and v defined as positive in the direction of increasing x and y (or i and j) coordinates respectively.
    4. Provision is made for three types of spectra:
      1) Direction and Frequency
      2) Direction and radial number
      3) Radial number and radial number
    5. Parameters 81 and 91 show the units as "fraction", thus allowing for a range of coverage. It is up to the user to employ the scaling (power of ten) to assure that the necessary precision is retained in the numeric values.
    6. Precipitation index (parameter 218) is defined as the fraction of satellite observed pixels with temperatures < 235K over a 1x1 box, centered at the gridpoint.

     

    grads-2.0.1/doc/gradcomdsetxaxis.html0000644000175000017500000000156510243410766020762 0ustar amckinstryamckinstry GrADS Command: set xaxis

    set xaxis

    set xaxis start end <increment>

    Specifies where the labeled tick marks will be placed on the X-axis. Labeled tick marks begin at the specified start value and end at the specified end value with the specified increment. Labeled tick marks may have no relation to data or dimensions.

    Usage Notes

    1. Reset by clear, but not display.
    2. See also set yaxis.

    Examples

    grads-2.0.1/doc/gradcomdqdbf.html0000644000175000017500000000377311353136313020025 0ustar amckinstryamckinstry GrADS command: query dbf

    q dbf

    q dbf shapefile

    Lists the contents of a shapefile attribute database. shapefile is the name of the shapefile. It is not necessary to include the file extension (.dbf) on the end of shapefile, just the filename root is adequate.

    Usage Notes

    This command is available with GrADS version 2.0.a8 or later.

    If you put the three shapefile components (*.shp, *.shx, and *.dbf) in the GrADS data directory (pointed to by the GADDIR environment variable), then it is not necessary to include the full path in shapefile.

    The first line of output contains a comma-delimited list of the names of all the attributes for each record in the database. Subsequent lines contain the comma-delimited list of all the attribute values for each record.

    A companion command, q shp, lists the contents of the shapefile. There is a 1:1 correspondence between elements in the shapefile and records in the database.

    Please see the documentation page on shapefiles for more details.

    Examples 

    ga-> q dbf /home/GIS/climatedivs/divisions 
    
RECORD#,AREA,PERIMETER,CLIMDIVS_,ST,DIV,NAME,DIVISION_I
    
0,4.463,11.489,2,MN,2,NORTH CENTRAL,2102
    
1,0.988,9.344,3,WA,3,PUGET SOUND LOWLANDS,4503
    
2,3.066,16.450,4,WA,4,E OLYMPIC CASCADE FOOTHILLS,4504
    
3,3.099,12.733,5,WA,6,EAST SLOPE CASCADES,4506
    
4,2.030,8.359,6,WA,7,OKANOGAN BIG BEND,4507
    
5,1.347,5.964,7,ID,1,PANHANDLE,1001
.
    .
    .
    385,0.958,5.437,59,OR,4,NORTHERN CASCADES,3504
    386,2.712,9.973,49,OR,6,NORTH CENTRAL,3506
    grads-2.0.1/doc/gradfuncexp.html0000644000175000017500000000056210243410766017713 0ustar amckinstryamckinstry

    exp

    exp(expr)

    Performs the e**x operation, where expr is x. Works on both gridded and station data.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradfunctan.html0000644000175000017500000000060710243410766017701 0ustar amckinstryamckinstry

    tan

    tan(expr)

    Applies the trigonometric tangent function to the expr which is assumed to be in radians. Operates on both gridded and station data.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetstrsiz.html0000644000175000017500000000254611632442207021162 0ustar amckinstryamckinstry

    set strsiz

    set strsiz hsiz <vsiz>

    This command sets the string character size, where hsiz is the width of the characters, vsiz is the height of the characters, in virtual page inches. If vsiz is not specified, it will be set the the same value as hsiz.

    Usage Notes

    Beginning with GrADS version 2.1.a0, additional fonts are available with the Cairo graphics library. Please see the documentation on Font Control for more information. This command controls the font size for both Hershey and Cairo fonts. Because the Hershey fonts are vector-based, you can give different scaling factors for the width and height of the letters and the font will stretch accordingly. For Cairo fonts, only one scaling factor (the vertical size) is appropriate -- the fonts do not deform in the X or Y dimension, they simply get bigger or smaller. If vsiz is not given, hsiz will be used instead.

    Examples

    grads-2.0.1/doc/gradcomdsetlats.html0000644000175000017500000000302610243410766020563 0ustar amckinstryamckinstry GrADS Command: set lats

    set lats

    set lats arguments

    Valid arguments are: 

    parmtab    filename 
convention [ grads_grib | grib_only | coards ]
calendar   [ standard | noleap | clim | climleap ]
frequency  [ yearly | monthly | monthly_table_comp | weekly | daily | hourly | forecast_hourlyfixed] 
delatat    n  
fhour      n
model      model_name
center     center_name
create     filename
comment    string
gridtype   [ linear | gaussian | generic ]
vertdim    DIMNAME val1 val2 ... valN 
var        VARNAME [ average | accum | instant ] LEVEL_ID
timeoption [ grid | dim_env ]
write      VAR_ID level 
close

    Usage Notes

    Examples 

    set lats parmtab lats.ncep.MRFtable
set lats convention coards
set lats calendar standard
set lats frequency hourly
set lats deltat 6
set lats fhour 120
set lats model MRF
set lats center NCEP
set lats create MRF.EXP1
set lats comment "Latest MRF forecast with convection update"
set lats gridtype gaussian
set lats vertdim plev 1000 850 500 200
set lats var u instant 1
set lats v timeoption dim_env (use the GrADS dimension environment)
set lats write 1 500 (return from t lats var)
set lats close
    grads-2.0.1/doc/bufr.sample.headers0000644000175000017500000002675710243410766020310 0ustar amckinstryamckinstry>>> start of message 0 63 000 (numeric) BYTCNT 3 51 001 (sequence) 3 01 011 (sequence) 0 04 001 (numeric) YEAR YEAR 0 04 002 (numeric) MNTH MONTH 0 04 003 (numeric) DAYS DAY 3 01 012 (sequence) 0 04 004 (numeric) HOUR HOUR 0 04 005 (numeric) MINU MINUTES 0 01 198 (text) RPID REPORT IDENTIFIER 0 01 001 (numeric) WMOB WMO BLOCK NUMBER 0 01 002 (numeric) WMOS WMO STATION NUMBER 3 01 024 (sequence) 0 05 002 (numeric) CLAT LATITUDE (COARSE ACCURACY) 0 06 002 (numeric) CLON LONGITUDE (COARSE ACCURACY) 0 07 001 (numeric) SELV HEIGHT OF STATION 0 33 215 (numeric) CORN CORRECTED REPORT INDICATOR 0 35 200 (numeric) RSRD RESTRICTIONS ON REDISTRIBUTION 0 35 201 (numeric) EXPRSRD EXPIRATION OF RESTRICTIONS ON REDISTRIBUTION 3 63 001 (sequence) 0 35 195 (text) SEQNUM CHANNEL SEQUENCE NUMBER 0 35 021 (text) BUHD BULLETIN BEING MONITORED (TTAAii) 0 35 023 (text) BORG BULLETIN BEING MONITORED (CCCC) 0 35 022 (text) BULTIM BULLETIN BEING MONITORED (YYGGgg) 0 35 194 (text) BBB BULLETIN BEING MONITORED (BBB) 3 63 003 (sequence) 0 08 202 (numeric) RCTS RECEIPT TIME SIGNIFICANCE 0 04 200 (numeric) RCYR YEAR - TIME OF RECEIPT 0 04 201 (numeric) RCMO MONTH - TIME OF RECEIPT 0 04 202 (numeric) RCDY DAY - TIME OF RECEIPT 0 04 203 (numeric) RCHR HOUR - TIME OF RECEIPT 0 04 204 (numeric) RCMI MINUTE - TIME OF RECEIPT 3 61 036 (sequence) 0 02 193 (numeric) ITSO IND TYPE OF STN OPERATION PAST/P 0 02 001 (numeric) TOST TYPE OF STATION 0 13 194 (numeric) INPC INDIC INCLUSION/OMISSION OF PREC 0 20 001 (numeric) HOVI HORIZONTAL VISIBILITY 3 61 042 (sequence) 0 02 002 (numeric) TIWM TYPE OF INSTRUMENTATION FOR WIND MEASUREMENT 0 33 195 (numeric) QMWN SDMEDIT QUALITY MARK FOR WIND 0 11 001 (numeric) WDIR WIND DIRECTION 0 11 002 (numeric) WSPD WIND SPEED 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 043 (sequence) 0 04 032 (numeric) .DTM.... DUR OF TIME IN MINS RELATED TO FOLLOWING VALUE 0 11 041 (numeric) MXGS MAX WIND SPEED (GUSTS) 3 61 037 (sequence) 0 33 193 (numeric) QMAT SDMEDIT QUALITY MARK FOR TEMPERATURE 0 12 101 (numeric) TMDB TEMPERATURE/DRY BULB TEMPERATURE 0 33 194 (numeric) QMDD SDMEDIT QUALITY MARK FOR MOISTURE 0 12 103 (numeric) TMDP DEW POINT TEMPERATURE 0 02 038 (numeric) MSST METHOD OF SEA SURFACE TEMPERATURE MEASUREMENT 0 33 218 (numeric) QMST SDMEDIT QUALITY MARK FOR SEA SURFACE TEMPERATURE 0 22 043 (numeric) SST1 SEA TEMPERATURE 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 038 (sequence) 0 02 039 (numeric) MWBT METHOD OF WET BULB TEMPERATURE MEASUREMENT 0 12 102 (numeric) TMWB WET BULB TEMPERATURE 0 13 003 (numeric) REHU RELATIVE HUMIDITY 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 039 (sequence) 0 04 031 (numeric) .DTH.... DUR OF TIME IN HOURS RELATED TO FOLLOWING VALUE 0 12 111 (numeric) MXTM MAXIMUM TEMPERATURE 0 04 031 (numeric) .DTH.... DUR OF TIME IN HOURS RELATED TO FOLLOWING VALUE 0 12 112 (numeric) MITM MINIMUM TEMPERATURE 3 61 045 (sequence) 0 33 207 (numeric) QMPR SDMEDIT QUALITY MARK FOR PRESSURE 0 10 004 (numeric) PRES PRESSURE 0 10 051 (numeric) PMSL PRESSURE REDUCED TO MSL 0 10 063 (numeric) CHPT CHARACTERISTIC OF PRESSURE TENDE 0 10 061 (numeric) 3HPC 3 HOUR PRESSURE CHANGE 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 046 (sequence) 0 07 004 (numeric) PRLC PRESSURE 0 10 008 (numeric) GP10 GEOPOTENTIAL 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 047 (sequence) 0 10 062 (numeric) 24PC 24 HOUR PRESSURE CHANGE 3 61 048 (sequence) 0 13 021 (numeric) TP06 TOTAL PRECIPITATION PAST 6 HOURS 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 049 (sequence) 0 13 019 (numeric) TP01 TOTAL PRECIPITATION PAST 1 HOUR 0 13 020 (numeric) TP03 TOTAL PRECIPITATION PAST 3 HOURS 0 13 022 (numeric) TP12 TOTAL PRECIPITATION PAST 12 HOURS 0 13 023 (numeric) TP24 TOTAL PRECIPITATION PAST 24 HOURS 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 050 (sequence) 0 04 031 (numeric) .DTH.... DUR OF TIME IN HOURS RELATED TO FOLLOWING VALUE 0 13 011 (numeric) TOPC TOTAL PRECIPITATION/TOTAL WATER EQUIVALENT 0 20 010 (numeric) TOCC CLOUD COVER (TOTAL) 0 20 201 (numeric) HBLCS HEIGHT ABOVE SURFACE OF BASE OF LOWEST CLOUD SEEN 3 60 002 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 001 (replication count) 3 61 041 (sequence) 0 08 002 (numeric) VSSO VERT. SIGNIFICANCE (SFC OBSERVATION) 0 20 011 (numeric) CLAM CLOUD AMOUNT 0 20 012 (numeric) CLTP CLOUD TYPE 0 20 013 (numeric) HOCB HEIGHT OF BASE OF CLOUD 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 092 (sequence) 0 20 014 (numeric) HOCT HEIGHT OF TOP OF CLOUD 0 20 017 (numeric) CTDS CLOUD TOP DESCRIPTION 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 054 (sequence) 0 20 003 (numeric) PRWE PRESENT WEATHER 0 20 004 (numeric) PSW1 PAST WEATHER (1) 0 20 005 (numeric) PSW2 PAST WEATHER (2) 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 051 (sequence) 0 22 011 (numeric) POWV PERIOD OF WAVES 0 22 021 (numeric) HOWV HEIGHT OF WAVES 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 052 (sequence) 0 22 012 (numeric) POWW PERIOD OF WIND WAVES 0 22 022 (numeric) HOWW HEIGHT OF WIND WAVES 3 60 002 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 001 (replication count) 3 61 053 (sequence) 0 22 003 (numeric) DOSW DIRECTION OF SWELL WAVES 0 22 013 (numeric) POSW PERIOD OF SWELL WAVES 0 22 023 (numeric) HOSW HEIGHT OF SWELL WAVES 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 055 (sequence) 0 04 031 (numeric) .DTH.... DUR OF TIME IN HOURS RELATED TO FOLLOWING VALUE 0 13 012 (numeric) DOFS DEPTH OF FRESH SNOW 0 13 013 (numeric) TOSD TOTAL SNOW DEPTH 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 057 (sequence) 0 20 033 (numeric) COIA CAUSE OF ICE ACCRETION 0 20 031 (numeric) IDTH ICE DEPOSIT (THICKNESS) 0 20 032 (numeric) ROIA RATE OF ICE ACCRETION 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 056 (sequence) 0 20 062 (numeric) SOGR STATE OF THE GROUND 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 040 (sequence) 0 12 193 (numeric) CTTP CITY TEMPERATURE 0 12 194 (numeric) CTMX CITY MAXIMUM TEMPERATURE 0 12 195 (numeric) CTMN CITY MINIMUM TEMPERATURE 3 60 004 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 000 (replication count) 3 61 089 (sequence) 0 20 002 (numeric) VTVI VERTICAL VISIBILITY 3 60 002 (sequence) 1 01 000 (replicate next 1, not including replication count) 0 31 001 (replication count) 3 63 002 (sequence) 0 58 008 (text) RRSTG RAW REPORT STRING 1 02 000 (replicate next 2, not including replication count) 0 31 001 (replication count) 2 06 001 (operator) 0 63 255 (numeric) BITPAD <<< end of message grads-2.0.1/doc/gradfunccoll2gr.html0000644000175000017500000000413610243410766020464 0ustar amckinstryamckinstry GrADS Function: coll2gr

    coll2gr()

    This function creates a grid from a collection of station data. The syntax is:

    coll2gr(cnum <,num>)

      cnum     collection number
      num      number of vertical levels in the output grid (default is 10)

    If num is given as "-u", then the vertical levels will be a union of all the levels in the collection of station data.

    Usage Notes

    1. Before using coll2gr, you must create the collection of stations using the GrADS command collect.

    2. coll2gr does not yet support time slices; currently, it will only work when the collection of stations is a collection of vertical profiles.

    3. coll2gr produces an output grid that varies in X and Z; the dimension environment used when coll2gr is invoked must also be X and Z varying. The X axis of the output grid will contain the equally spaced station profiles and will span the range of the current X dimension environment. The Z axis of the output grid will span the range of the current Z dimension environment and will have either the specified number of levels or a union of the levels. Data points outside of the range of levels will be used for interpolating to within the range if appropriate.

    4. The "-u" option will only work for data in pressure vertical coordinates. If your vertical coordinate is height, num should be the actual number of vertical levels in the collection of profiles.

    5. See the section of the User's Guide on Arbitrary Cross Sections for more information.

    Examples

    grads-2.0.1/doc/gradfuncatan2.html0000644000175000017500000000120110243410766020113 0ustar amckinstryamckinstry GrADS function: atan2

    atan2()

    atan2 (expr1, expr2)

    Applies the tan-1 function to the result of (expr1/expr2).

    If expr1 and expr2 are both zero, the result is arbitrarily set to zero. The result of the atan2 function is in radians.

    Usage Notes

    Examples

    grads-2.0.1/doc/wrfgrid.ctl0000644000175000017500000000043310243410766016664 0ustar amckinstryamckinstrydset ^wrf_sample.nc dtype netcdf undef -888 TITLE WRF Output Grid Coordinates: south_north, west_east xdef 249 linear 1 1 ydef 249 linear 1 1 zdef 1 linear 1 1 tdef 2 linear 11jun2002 3hr vars 2 XLONG=>glon 0 t,y,x grid longitude XLAT=>glat 0 t,y,x grid latitude endvars grads-2.0.1/doc/gradcomdsetpoli.html0000644000175000017500000000072410243410766020565 0ustar amckinstryamckinstry

    set poli

    set poli on|off

    Selects whether you want political boundries drawn for the mres or hires map data sets. The default is on.

    Settings stay the same until changed by new set commands.

    Usage Notes

    Examples

    grads-2.0.1/doc/wrf.ncdump0000644000175000017500000000464410243410766016532 0ustar amckinstryamckinstrynetcdf wrf_sample.nc { dimensions: Time = UNLIMITED ; // (2 currently) south_north = 249 ; west_east = 249 ; bottom_top = 25 ; variables: float T(Time, bottom_top, south_north, west_east) ; T:FieldType = 104 ; T:MemoryOrder = "XYZ" ; T:description = "perturbation potential temperature (theta-t0)" ; T:units = "K" ; T:stagger = "" ; float P(Time, bottom_top, south_north, west_east) ; P:FieldType = 104 ; P:MemoryOrder = "XYZ" ; P:description = "pressure" ; P:units = "pascals" ; P:stagger = "" ; float T2(Time, south_north, west_east) ; T2:FieldType = 104 ; T2:MemoryOrder = "XY " ; T2:description = "TEMP at 2 M" ; T2:units = "K" ; T2:stagger = "" ; float HGT(Time, south_north, west_east) ; HGT:FieldType = 104 ; HGT:MemoryOrder = "XY " ; HGT:description = "Terrain Height" ; HGT:units = "m" ; HGT:stagger = "" ; float XLAT(Time, south_north, west_east) ; XLAT:FieldType = 104 ; XLAT:MemoryOrder = "XY " ; XLAT:description = "LATITUDE, SOUTH IS NEGATIVE" ; XLAT:units = "degree" ; XLAT:stagger = "" ; float XLONG(Time, south_north, west_east) ; XLONG:FieldType = 104 ; XLONG:MemoryOrder = "XY " ; XLONG:description = "LONGITUDE, WEST IS NEGATIVE" ; XLONG:units = "degree" ; XLONG:stagger = "" ; // global attributes: :TITLE = " OUTPUT FROM WRF V1.3 MODEL" ; :START_DATE = "2002-06-11_00:00:00" ; :WEST-EAST_GRID_DIMENSION = 250 ; :SOUTH-NORTH_GRID_DIMENSION = 250 ; :BOTTOM-TOP_GRID_DIMENSION = 25 ; :DYN_OPT = 2 ; :DIFF_OPT = 0 ; :KM_OPT = 1 ; :DAMP_OPT = 0 ; :KHDIF = 0.f ; :KVDIF = 0.f ; :MP_PHYSICS = 3 ; :RA_LW_PHYSICS = 1 ; :RA_SW_PHYSICS = 1 ; :BL_SFCLAY_PHYSICS = 1 ; :BL_SURFACE_PHYSICS = 1 ; :BL_PBL_PHYSICS = 1 ; :CU_PHYSICS = 1 ; :WEST-EAST_PATCH_START_UNSTAG = 1 ; :WEST-EAST_PATCH_END_UNSTAG = 249 ; :WEST-EAST_PATCH_START_STAG = 1 ; :WEST-EAST_PATCH_END_STAG = 250 ; :SOUTH-NORTH_PATCH_START_UNSTAG = 1 ; :SOUTH-NORTH_PATCH_END_UNSTAG = 249 ; :SOUTH-NORTH_PATCH_START_STAG = 1 ; :SOUTH-NORTH_PATCH_END_STAG = 250 ; :BOTTOM-TOP_PATCH_START_UNSTAG = 1 ; :BOTTOM-TOP_PATCH_END_UNSTAG = 25 ; :BOTTOM-TOP_PATCH_START_STAG = 1 ; :BOTTOM-TOP_PATCH_END_STAG = 26 ; :DX = 8000.f ; :DY = 8000.f ; :DT = 48.f ; :CEN_LAT = 36.299995f ; :CEN_LON = -116.f ; :TRUELAT1 = 36.299999f ; :TRUELAT2 = 36.299999f ; :GMT = 0.f ; :JULYR = 2002 ; :JULDAY = 162 ; :ISWATER = 16 ; :MAP_PROJ = 1 ; :MMINLU = "USGS" ; } grads-2.0.1/doc/gradcomdsetmproj.html0000644000175000017500000000253110243410766020747 0ustar amckinstryamckinstry GrADS Command: set mproj

    set mproj

    set mproj proj

    Sets current map projection. Options for proj are:

      latlon      Lat/lon projection with aspect ratio maintained (default)
      scaled      Lat/lon aspect ratio is not maintained; plot fills entire plotting area
      nps         North polar stereographic
      sps         South polar stereographic
      lambert     Lambert conformal conic projection
      mollweide   Mollweide projection
      orthogr     Orthographic projection
      robinson    Robinson projection, requires set lon -180 180, set lat -90 90
      off         No map is drawn; axis labels are not interpreted as lat/lon

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetundef.html0000644000175000017500000000427611353136313020725 0ustar amckinstryamckinstry

    set undef

    This command allows the user to set the undefined data value for all forms of GrADS output. This command controls the undefined values printed to screen with the 'gxout stat' and the 'gxout print' output, as well as the undefined values in fwrite, sdfwrite, and geotiff files.

    The output undef value will not necessarily be the same as the native undef value of the data set -- the default value is -9.99e8. The user can easily change the output undef value to match the undef value of the default file or a specific open file.

    Syntax

    set undef value    (sets output undef value to value)
    set undef file n   (copies undef value from file n)
    set undef dfile    (copies undef value from default file)

    Usage Notes

    This is a new feature with GraDS version 2.0.a6, that changes the default behavior of GrADS!
    By default, the output undef value will be -9.99e8 instead of the undef value given in the data descriptor file. You may easily revert to the old behavior by using the 'set undef file n' option.

    You can find out what the current output undef value is with the 'query undef' command.

    The reinit command will return the output undef value to the default (-9.99e8); the reset command leaves it unchanged.

    If you issue the 'set undef dfile' command, the output undef value will be copied from the default file's undef value. If you subsequently change the default file number, the output undef value will not change. You must issue 'set undef dfile' again if you wish the output undef value to be the same as the new default file.

     

    grads-2.0.1/doc/gradcomddrawtitle.html0000644000175000017500000000054310243410766021104 0ustar amckinstryamckinstry

    draw title

    draw title string

    Draw title at top of graph. Backslash within string denotes new line.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetstring.html0000644000175000017500000000236111416646527021140 0ustar amckinstryamckinstry

    set string

    set string color <justification <thickness <rotation>>>

    Sets string drawing attributes. Color is as described above. Justification is the string justification, or how the string is plotted with respect to the x, y position given in the draw string command. Refer to the following picture for the appropriate codes: 


               tl            tc              tr          tl - top left

            +-------------+--------------+           tc - center top

            |                            |           tr - right top

          l +             + c            + r              etc.

            |                            |

            +-------------+--------------+

           bl             bc             br
    The rotation option specifies the desired string rotation in degrees. When rotated, the center of rotation is the justification point. Rotation is counter-clockwise.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradfunctmave.html0000644000175000017500000000621110243410766020230 0ustar amckinstryamckinstry GrADS Function: tmave

    tmave()

    This function does time averaging while applying a mask. The syntax is:

      tmave(maskexpr,expr,timexpr1,timexpr2)

    where:

      maskexpr     - the mask expression; when evaluated at a fixed time, it must give a single value
      expr         - the expression to be averaged
      timexpr1,2   - the limits of the time averaging domain

    Usage Notes

    1. This function works similarly to the ave function, except for the masking. Using tmave is much more efficient than using maskout with ave).

    2. The function loops through the specified time steps, and evaluates maskexpr at each fixed time. maskexpr must yeild a single value. If this value is the undefined/missing data value, then expr for that time is not included in the average.

    3. If maskexpr is not the undefined data value, it is used as the weight for expr in the average. So if you define maskexpr accordingly, you can use the tmave function to do weighted time averaging.

    4. The tricky aspect of using tmave is setting up maskexpr. If expr is a grid with X and/or Y and/or Z varying, then maskexpr *MUST* refer to either a defined variable or a file with only time varying. In general, you have to set up maskexpr in advance.

    Examples

    1. Say you want to average slp over some time range but only when sst over some region is above some value. You can do this by: 

        set x 1
set y 1
set t 1 last
define sstmask = aave(sst,lon=-180,lon=-90,lat=-20,lat=20)
define sstmask = const(maskout(sstmask,sstmask-25.0),1)

      Now sstmask is a time series where the value is 1 when the sst areal average is above 25 and undefined when the value is below 25. maskout set the values below 25 to missing; const set the non-missing values to 1. We can now do our tmave: 

        set lon -180 -90
set lat -20 20
set t 1
d tmave(sstmask,slp,t=1,t=last)

    2. The mask could also be written to a file with all dimensions nonvarying except for time. Here is what some of the records in the data descriptor file might look like: 

        dset maskfilename
xdef 1 linear 1 1
ydef 1 linear 1 1
zdef 1 linear 1 1
tdef 100 linear 
....
    grads-2.0.1/doc/gradcomdsetwxopt.html0000644000175000017500000000157011632442207021001 0ustar amckinstryamckinstry GrADS Command: set wxopt

    set wxopt

    set wxopt wxsym|mark|char

    Controls output when using graphics output option set gxout wxsym. The options are as follows:

      wxsym (default)
        Plots a weather symbol, based on the numerical value at the station location.

      mark

        Plots a marker, based on the numerical station value.

      char

        Plots a character, based on the ascii numerical value at the station.

    Usage Notes

    1. This command only used with station data.

    Examples

    grads-2.0.1/doc/gradfuncsqrt.html0000644000175000017500000000071110243410766020104 0ustar amckinstryamckinstry

    sqrt

    sqrt(expr)

    Takes the square root of the result of the expr. This function works on both gridded and station data. Values in expr that are less than zero are set to missing in the result.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetgrads.html0000644000175000017500000000127210243410766020721 0ustar amckinstryamckinstry GrADS Command: set grads

    set grads

    set grads on|off

    This command turns on/off the display of the GrADS logo and the time label for sreen and printed output.

    Usage Notes

    1. The default is on and is reset by clear.

    2. To turn off only the time label, use set timelab.
    grads-2.0.1/doc/gradcomdsetfgvals.html0000644000175000017500000000074310243410766021105 0ustar amckinstryamckinstry

    set fgvals

    set fgvals value color <value color> <value color>...

    The fgrid output type treats the grid values as rounded integers, and will shade a specified integer valued grid with the specified color.Unspecified values are not shaded. "Sticks".

    Usage Notes

    Examples

    grads-2.0.1/doc/sample_sfc.ctl0000644000175000017500000000246210243410766017340 0ustar amckinstryamckinstryDSET ^sample.nc DTYPE netcdf TITLE Ocean Surface Variables UNDEF -1.e+34 XDEF 240 linear 0.75 1.5 YDEF 134 levels -74.25 -72.75 -71.25 -69.75 -68.25 -66.75 -65.25 -63.75 -62.25 -60.75 -59.25 -57.75 -56.25 -54.75 -53.25 -51.75 -50.25 -48.75 -47.25 -45.75 -44.25 -42.75 -41.25 -39.75 -38.25 -36.75 -35.25 -33.75 -32.25 -30.75 -29.25 -27.75616 -26.28063 -24.83512 -23.43062 -22.07706 -20.78317 -19.55618 -18.40167 -17.32345 -16.32345 -15.40167 -14.55617 -13.78317 -13.07706 -12.43062 -11.83512 -11.28063 -10.75616 -10.25 -9.75 -9.25 -8.75 -8.25 -7.75 -7.25 -6.75 -6.25 -5.75 -5.25 -4.75 -4.25 -3.75 -3.25 -2.75 -2.25 -1.75 -1.25 -0.75 -0.25 0.25 0.75 1.25 1.75 2.25 2.75 3.25 3.75 4.25 4.75 5.25 5.75 6.25 6.75 7.25 7.75 8.25 8.75 9.25 9.75 10.25 10.75616 11.28063 11.83512 12.43062 13.07706 13.78317 14.55617 15.40167 16.32345 17.32345 18.40167 19.55618 20.78317 22.07706 23.43062 24.83512 26.28063 27.75616 29.25 30.75 32.25 33.75 35.25 36.75 38.25 39.75 41.25 42.75 44.25 45.75 47.25 48.75 50.25 51.75 53.25 54.75 56.25 57.75 59.25 60.75 62.25 63.75 65.25 ZDEF 1 levels 0 TDEF 1 linear 01dec2054 1mo VARS 3 hflx 1 t,z,y,x Surface Heat Flux (cal/cm**2/s) sflx 1 t,z,y,x Surface Salt Flux (g/cm**2/s) eta 0 t,y,x Surface height (cm) ENDVARS grads-2.0.1/doc/gradcomdsetbutton.html0000644000175000017500000000303010243410766021126 0ustar amckinstryamckinstry GrADS Command: set button

    set button

    Sets up the color characteristics of a button widget. The syntax is:

    set button <button_ON_colors> <button_OFF_colors> thickness

    where <button_ON_colors> and <button_OFF_colors> each contain four color numbers:

      text   color of the button text
      face   color of the button face
      bcol   bright color of the shadow outline for 3-D look
      dcol   dark color of the shadow outline for 3-D look

    and thickness is the thickness of the shadow outline

    Usage Notes

    1. set button generally precedes the draw button command.

    2. See the section of the User's Guide on widgets for more information on using buttons.

    Example

    'set rgb 90 100 100 100'
'set rgb 91  50  50  50'
'set rgb 92 200 200 200'
'set button 1 90 91 92 2 90 92 91 6'
'draw button 1 1.5 8.0 2 0.5 Button #1'
'draw button 2 4.0 8.0 2 0.5 Button #2'
'draw button 3 6.5 8.0 2 0.5 Button #3'
    grads-2.0.1/doc/gradcomdprint.html0000644000175000017500000000321611416646527020252 0ustar amckinstryamckinstry

    print

    print <fname>

    If a GrADS metafile has already been opened with the enable print command, then the print command copies the contents of the current display into the metafile.

    If a GrADS metafile is not open, then the print command will create an encapsulated postscript (EPS) file based on the contents of the current display. The optional argument fname is the output filename (grads.eps by default).

    Usage Notes

    For additional guidance on how to use the print command to create a GrADS metafile, see the notes in the documentation page for enable print.

    Using the print command without opening a metafile first is essentially a quick shortcut for creating an EPS file from within GrADS. It allows the user to skip the steps of creating the GrADS metafile and invoking the external utility gxeps. However, using this shortcut means there can only be one image per file, and none of the options available when invoking gxeps directly can be used -- you get the default behavior of gxeps and are only allowed to specify the output filename.

     

    grads-2.0.1/doc/gradcomdsetdigsize.html0000644000175000017500000000064510243410766021262 0ustar amckinstryamckinstry

    set digsiz

    set digsiz size

    Size (in inches, or plotter units) of the numbers. 0.1 to 0.15 is usually a good range to use. Both of these options stay the same until changed.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetccols.html0000644000175000017500000000230311632442207020716 0ustar amckinstryamckinstry GrADS Command: set ccols

    set ccols

    set ccols col1 col2 col3 ... colN

    Sets specific color numbers for contour levels specified by set clevs.

    Usage Notes

    1. Contour colors are reset with every execution of clear or display.
    2. User-specified ccols won't take effect unless clevs are also set.
    3. If any of the color numbers is < 0, it is set to 0 (the background color).
    4. (Version 2.0.0+) When using 'gxout shade2' or 'gxout shade2b', if any of the color numbers is < 0, the contour is not drawn (i.e., it is effectively transparent).
    5. See section of User's Guide on controlling colors in Grads for more details.

    Examples

    grads-2.0.1/doc/gradcomdsetclab.html0000644000175000017500000001154711416646527020541 0ustar amckinstryamckinstry GrADS Command: set clab

    set clab

    set clab option

    Controls contour labeling. The option argument may be one of the following:

      on       'fast' contour labels are plotted where the contour lines are horizontal
      off      no contour labels
      forced   an attempt is made to label all contour lines
      format   gives a C-language template for conversion of the contour value to a string
      masked   (version 2.0.a6+) contour lines have gaps for the labels, so rectangles for label background are not drawn; contour labels never overlap.

    Usage Notes

    1. Changes to the contour labels are reset by clear, but not display.
    2. When 'set clab masked' is used, the contour lines are masked out wherever the labels are drawn. The mask creates small gaps in the contour lines, so the labels can be read clearly without the small rectangles that are usually drawn behind the contour label. The mask also ensures that labels do not overlap. If additional contour plots are overlaid, the new labels do not interfere with labels already drawn. The end result is a less cluttered graphic that is much more legible.
    3. When 'set clab masked' is used, you can defer drawing the map until after all the labeled contours have been drawn, and then the label mask will also create gaps in the map outine for ultimate contour label legibility.
    4. The 'clear mask' command resets the contour label mask.

    Examples

    1. This command would cause all contour labels to have 2 digits after the decimal point:
         set clab %.2f
    2. For contouring temperatures, this command would add a degree symbol and the letter "C":
         set clab %.0f`3.`1C

    3. Here are two graphics that illustrate the effect of using 'set clab masked' in a display containing shaded contours and an overlay of labeled line contours. The default behavior is shown on the left; masked contour labels are shown on the right. The script fragments used to draw the plots are also provided below the images. Observe that contour lines and coastal boundaries are not drawn underneath the masked labels, so the white rectangles are not needed as a background. In addition, the masked labels do not overlap, making all of them legible.
    default masked

    cl='480 490 500 510 520 530 540 550 560 570 580 590 600 610'
    cc='   9  14   4  11   5  13   3  10   7  12   8   2   6'
    'set rgb 16 70 70 70'
    'set annot 16'
    'set map 0'
    * draw shaded contours
    'set gxout shaded'
    'set clevs 'cl
    'set ccols 'cc
    'set xlint 40'
    'd z(lev=500)/10'
    * draw labeled contours
    'set gxout contour'
    'set ccolor 16'
    'set clevs 'cl
    'set clopts 1'
    'd z(lev=500)/10'

    cl='480 490 500 510 520 530 540 550 560 570 580 590 600 610'
    cc='   9  14   4  11   5  13   3  10   7  12   8   2   6'
    'set rgb 16 70 70 70'
    'set annot 16'
    'set map 0'
    * turn off map
    'set mpdraw off'
    * draw shaded contours
    'set gxout shaded'
    'set clevs 'cl
    'set ccols 'cc
    'set xlint 40'
    'd z(lev=500)/10'
    * draw labeled contours
    'set gxout contour'
    'set ccolor 16'
    'set clevs 'cl
    'set clopts 1'
    'set clab masked'
    'd z(lev=500)/10'
    * draw the map
    'set mpdraw on'
    'draw map'
    grads-2.0.1/doc/gradfuncconst.html0000644000175000017500000000620710243410766020247 0ustar amckinstryamckinstry GrADS Function: const

    const()

    const (expr, value, <-u|-a>)

    This is a powerful function that allows the user to change the missing values of a variable, set all the non-missing values of a variable to a constant, or set all possible values of a variable (both valid and missing) to a constant.

      expr   a valid GrADS expression
      value  a constant, either an integer or floating point value
      -u     all missing data are set to value; non-missing data are unchanged
      -a     all data are set to value, both missing and non-missing

    Default behaviour is to set all non-missing data equal to value; missing data are unchanged

    Usage Notes

    1. The const function operates on both gridded and station data.
    2. If value is given as an integer, it will still be treated as as floating point.

    Examples

    1. The const function assigns a new value to missing data, so that missing data may participate in operations:

        const(z, 0, -u)

    2. The const function is used with the set gxout linefill graphics output option to define a straight horizontal line:

        set lon -90
        set lat -90 90
        set gxout linefill
        set lev 500
        d const(t, -20);t-273

    3. In this example, const is used to calculate a daily timeseries of the fraction of the globe convered by precipitation greater than 10mm/day:

        set lon 0 360
        set lat -90 90
        set t 1 last
        define ones = const(const(maskout(p,p-10),1),0,-u)
        set x 1
        set y 1
        display tloop(aave(ones,lon=0,lon=360,lat=0,lat=360))

      Notes: The defined variable "ones" contains 1 wherever the precip value is greater than 10, and 0 whever the precip value is less than 10. This is done via nested functions; first maskout sets all values less than 10 to missing, then const sets all non-missing values to 1, then const is used with the -u flag to set all the missing data values to 0. The aave function calculates an area weighted average. Since we are averaging zeros and ones, the result is the fraction of the area where there are ones. See the tloop function for a description of how to perform time series of areal averages.

    grads-2.0.1/doc/gradcomdsetmpdset.html0000644000175000017500000000077310243410766021122 0ustar amckinstryamckinstry

    set mpdset

    set mpdset <lowres|mres|hires|nmap>

    lowres is the default. mres and hires have state and country outlines. nmap covers only North America.

    Settings stay the same until changed by new set commands.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradfuncgr2stn.html0000644000175000017500000000700711416646527020350 0ustar amckinstryamckinstry GrADS Function: gr2stn

    gr2stn()

    This function is a grid-to-station interpolator. It creates "station" data result by sampling a gridded data set and interpolating to a given location. That location may be provided by specifying a longitude and a latitude, or by providing a station expression.

    Syntax

      gr2stn(grid_expr, stn_expr, <-n>)
         or
      gr2stn(grid_expr, lon, lat, <-n>)

    where:

      grid_expr is a GrADS expression that gives a grid result. The interpolation will be done on this data. The grid_exprmay be a 2-D grid that varies in X and Y, or a 1-D grid that varies in Z or T.

      stn_expr is a GrADS expression that gives a station data result. The interpolation will be done to the station locations, the station data values are not used.

      lon,lat may be used instead of stn_expr to specify the location to which the gridded data will be interpolated (see Usage Note #3.)

      (Version 2.0.a6 or later) The -n option was added to return the nearest neighbor to the station location instead of the bi-linear interpolation of the four surrounding grid points.

       

    Usage Notes

    1. The result of the function is station data.
    2. If grid_expr is a 2-D grid that varies in X and Y, then stn_expr should also be a 2-D expression that has multiple stations in the lat/lon domain. The result will be a station data set, with values interpolated from grid_expr to the station locations.
    3. If grid_expr is a 1-D grid, then only Z or T can be the varying dimension. In this case, stn_expr should be an expression that has a single location, such as "temp(stid=kdca)". Alternatively, you may provide exact longitude and latitude values.
    4. By default, the interpolation is done bi-linearly within the grid space. No weighting is done to account for real-world coordinate systems. If any of the four grid points around the station location are missing, the result will also be missing.
    5. As of version 2.0.a6, the -n option may be used to return the nearest grid point value instead of the bi-linearly interpolated value.
    6. See the section of the User's Guide on Arbitrary Cross Sections for more information on applications of gr2stn.

    Examples

    1. To examine the difference between an analysis (ie, gridded data) and the original observations, one could:

      d t.3-gr2stn(t.1,t.3)

      where file 1 is gridded data, and file 3 is station data. The result would display as differences at the station locations.

    2. If one wanted to display the difference calculated in Example 1 as a contour field, one can use the oacres function to do a quick analysis of the station values:

      d oacres(t.1,t.3-gr2stn(t.1,t.3))
    grads-2.0.1/doc/gradcomddisablefwrite.html0000644000175000017500000000033510243410766021730 0ustar amckinstryamckinstry

    disable fwrite

    close output grid file

    Usage Notes

    Examples

    grads-2.0.1/doc/grib.html0000644000175000017500000005304411353136313016327 0ustar amckinstryamckinstry

    Handling GRIB in GrADS

    What is GRIB?
    How to read GRIB data with GrADS
    An Example
    Comments on GRIB2
    Summary


    Introduction

    One of the most powerful features of GrADS is its ability to work directly with GRIB data, versions 1 and 2. Grads version 2.0 is required to handle GRIB2. The interfaces for GRIB and GRIB2 are similar, but not identical -- they are treated as separate data types. This documentation page will attempt to provide the required understanding to use GRIB data in GrADS.

    What is GRIB?

    GRIB (General Regularly-distributed Information in Binary form) is an international, public, binary format for the efficient storage of meteorological/oceanographic variables and the metadata that describe them. GRIB2 is similar to GRIB, but has a more complex set of header fields for the metadata, and also offers data compression that can significantly reduce file size. A GRIB data file typically consists of a collection of records. Each GRIB record contains a 2-D (lon,lat) grid of data at a particular time and vertical level. A 4-D GRIB data set is a collection of 2-D records that span a range of times and vertical levels. GRIB2 records may also contain ensemble information, creating a 5-D data set. A GRIB record is a self-describing data object -- each record contains not only the data, but also the metadata to describe the spatial grid, the valid time, the vertical level, and any ensemble metadata (for GRIB2 only). GRIB records may be concatenated together to form a single data set, but because each record is self-describing, the order in which they may be merged is arbitrary.

    How to read GRIB data with GrADS

    In order to display GRIB data in GrADS, the collection of records must be sorted and placed into the internal 4- or 5-D gridded data model. This is accomplished by the use of a GrADS data descriptor file and a separate index file, which maps the position of the GRIB records in the data file into their proper place in the 4- or 5-D grid environment. The general idea is to scan through the metadata in all the records, collecting information about the lat/lon grid, the list of vertical levels at which the records are defined, the list of times at which the records are valid, and (if GRIB2) any ensemble information. The next step is to create a descriptor file which describes the complete grid and the list of variables. The final step is to create the index file by running gribmap, which takes the name of your descriptor file as an argument. The name of the index file that gribmap creates is included in the descriptor file in the INDEX entry. Once you have created a descriptor file and run gribmap, you are ready to open the descriptor file with GrADS and begin displaying the data.

    The scanning of the metadata in each record is done by the several external utilities: gribscan and grib2scan (which are supported by COLA, as part of GrADS) and wgrib and wgrib2 (which are supported by Wesley Ebisuzaki at NOAA). The scanning utilities will give you the information you need to describe the 4- or 5-D grid in your descriptor file, so you can manually create the XDEF, YDEF, ZDEF, TDEF, and EDEF (if ensembles are present) entries, plus the list of variable declarations, with the appropriate codes in the levels and units fields to describe each variable uniquely. If you don't feel up to doing all that work manually, there are two user-friendly routines that do all the scanning and create a descriptor file for you: grib2ctl and g2ctl (also supported by Wesley Ebisuzaki at NOAA).

    An Example (for GRIB1)

    # wgrib sample.grib
    1:0:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=1000:TR=10:P1=0:P2=0:TimeU=1:1000 mb:anl:NAve=0
    2:81534:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=1000:TR=10:P1=0:P2=0:TimeU=1:1000 mb:anl:NAve=0
    3:154922:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=850:TR=10:P1=0:P2=0:TimeU=1:850 mb:anl:NAve=0
    4:236456:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=850:TR=10:P1=0:P2=0:TimeU=1:850 mb:anl:NAve=0
    5:317990:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=500:TR=10:P1=0:P2=0:TimeU=1:500 mb:anl:NAve=0
    6:399524:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=500:TR=10:P1=0:P2=0:TimeU=1:500 mb:anl:NAve=0
    7:489202:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=200:TR=10:P1=0:P2=0:TimeU=1:200 mb:anl:NAve=0
    8:578880:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=200:TR=10:P1=0:P2=0:TimeU=1:200 mb:anl:NAve=0
    9:660414:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=1000:TR=10:P1=0:P2=6:TimeU=1:1000 mb:6hr fcst:NAve=0
    10:741948:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=1000:TR=10:P1=0:P2=6:TimeU=1:1000 mb:6hr fcst:NAve=0
    11:815336:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=850:TR=10:P1=0:P2=6:TimeU=1:850 mb:6hr fcst:NAve=0
    12:896870:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=850:TR=10:P1=0:P2=6:TimeU=1:850 mb:6hr fcst:NAve=0
    13:978404:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=500:TR=10:P1=0:P2=6:TimeU=1:500 mb:6hr fcst:NAve=0
    14:1059938:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=500:TR=10:P1=0:P2=6:TimeU=1:500 mb:6hr fcst:NAve=0
    15:1141472:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=200:TR=10:P1=0:P2=6:TimeU=1:200 mb:6hr fcst:NAve=0
    16:1231150:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=200:TR=10:P1=0:P2=6:TimeU=1:200 mb:6hr fcst:NAve=0
    17:1312684:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=1000:TR=10:P1=0:P2=12:TimeU=1:1000 mb:12hr fcst:NAve=0
    18:1394218:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=1000:TR=10:P1=0:P2=12:TimeU=1:1000 mb:12hr fcst:NAve=0
    19:1467606:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=850:TR=10:P1=0:P2=12:TimeU=1:850 mb:12hr fcst:NAve=0
    20:1549140:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=850:TR=10:P1=0:P2=12:TimeU=1:850 mb:12hr fcst:NAve=0
    21:1630674:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=500:TR=10:P1=0:P2=12:TimeU=1:500 mb:12hr fcst:NAve=0
    22:1712208:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=500:TR=10:P1=0:P2=12:TimeU=1:500 mb:12hr fcst:NAve=0
    23:1793742:d=04040200:UGRD:kpds5=33:kpds6=100:kpds7=200:TR=10:P1=0:P2=12:TimeU=1:200 mb:12hr fcst:NAve=0
    24:1883420:d=04040200:VGRD:kpds5=34:kpds6=100:kpds7=200:TR=10:P1=0:P2=12:TimeU=1:200 mb:12hr fcst:NAve=0

    The wgrib output reveals that the sample.grib file contains 24 records. There are two variables: UGRD and VGRD; there are four pressure levels: 1000, 850, 500, and 200; there are three times: 00hr analysis, 6hr forecast, and 12hr forecast, with the initial reference time of 00z 2 April 2004 ("04040200"). We still need to know about the lon/lat grid, so we use wgrib again, this time with the verbose option (-V) and just for the first record (-d 1). We are assuming that all the records in the file share the same lon/lat grid, but this may not necessarily be the case.

    # wgrib -V -d 1 sample.grib
    rec 1:0:date 2004040200 UGRD kpds5=33 kpds6=100 kpds7=1000 levels=(3,232) grid=3 1000 mb anl:
    UGRD=u wind [m/s]
    timerange 10 P1 0 P2 0 TimeU 1 nx 360 ny 181 GDS grid 0 num_in_ave 0 missing 0
    center 7 subcenter 0 process 81 Table 2
    latlon: lat 90.000000 to -90.000000 by 1.000000 nxny 65160
    long 0.000000 to -1.000000 by 1.000000, (360 x 181) scan 0 mode 128 bdsgrid 1
    min/max data -24.8 29.3 num bits 10 BDS_Ref -248 DecScale 1 BinScale 0

    Now we can use this information to put together the descriptor file (sample.ctl):

    dset ^sample.grib
    index ^sample.idx
    title sample grib file
    dtype grib
    options yrev
    undef 9.999E+20
    XDEF 360 linear 0.0 1.0
    YDEF 181 linear -90.0 1
    ZDEF 4 levels 1000 850 500 200
    TDEF 3 linear 00Z02apr2004 6hr
    VARS 2
    u  4  33,100  u wind [m/s]
    v  4  34,100  v wind [m/s]
    ENDVARS

    Notes:
    The name of the index file name can be anything at all, here we choose a filename similar to the data file, but with a .idx extension. The options yrev is needed because the grid is written from north to south (90 to -90), but the GrADS default is the opposite, so we need to tell GrADS to turn the grid upside down. For GRIB, the undef value is arbitrary, but required by GrADS. The XDEF and YDEF entries are based on the info from the verbose wgrib output. The ZDEF and TDEF entries are based on the level and time info from wgrib: 4 pressure levels, and 3 time steps with a 6-hour increment. In the variable declarations, the numbers in the units field (33,100 and 34,100) are the grib codes that appear in the kpds5 and kpds6 fields of the wgrib output. These are the codes that identify the variable and the level type; the kpds7 field give the level values, which in this case are the pressure levels. The name of the variable is arbitrary -- it is a good practice to keep is short but meaningful.

    The final step is to run gribmap to create the index file. Gribmap looks at the metadata in each and every record in the GRIB file and compares it to the information in the descriptor file. If the record contains a variable at a vertical level at a time that fits into the grid described by the descriptor file, then it is declared a "MATCH" and a the file position of that record is recorded:

    # gribmap -v -i sample.ctl
    grib1map: opening GRIB file: sample.grib
    !!!!! MATCH:  1   81534 0 3 1 0 33 100 1000      79 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  2  154922 0 3 1 0 34 100 1000   81613 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  3  236456 0 3 1 0 33 100 850   155001 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  4  317990 0 3 1 0 34 100 850   236535 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  5  399524 0 3 1 0 33 100 500   318069 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  6  489202 0 3 1 0 34 100 500   399603 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  7  578880 0 3 1 0 33 100 200   489281 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  8  660414 0 3 1 0 34 100 200   578959 0 btim: 2004040200:00 tau:  0 dtim: 2004040200:00
    !!!!! MATCH:  9  741948 0 3 1 0 33 100 1000  660493 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 10  815336 0 3 1 0 34 100 1000  742027 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 11  896870 0 3 1 0 33 100 850   815415 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 12  978404 0 3 1 0 34 100 850   896949 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 13 1059938 0 3 1 0 33 100 500   978483 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 14 1141472 0 3 1 0 34 100 500  1060017 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 15 1231150 0 3 1 0 33 100 200  1141551 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 16 1312684 0 3 1 0 34 100 200  1231229 0 btim: 2004040200:00 tau:  6 dtim: 2004040206:00
    !!!!! MATCH: 17 1394218 0 3 1 0 33 100 1000 1312763 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 18 1467606 0 3 1 0 34 100 1000 1394297 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 19 1549140 0 3 1 0 33 100 850  1467685 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 20 1630674 0 3 1 0 34 100 850  1549219 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 21 1712208 0 3 1 0 33 100 500  1630753 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 22 1793742 0 3 1 0 34 100 500  1712287 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 23 1883420 0 3 1 0 33 100 200  1793821 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    !!!!! MATCH: 24 1973098 0 3 1 0 34 100 200  1883499 0 btim: 2004040200:00 tau: 12 dtim: 2004040212:00
    grib1map: reached end of files
    grib1map: writing the map...

    Success! Each record in the GRIB file has been mapped to a variable, level, and time in the descriptor file. Note that failure to match will not lead to an error in GrADS; if a grib record at a particular time or level is missing, GrADS will return a grid with "undefined" values on display.

    Comments on GRIB2

    The procedure for handling GRIB2 in GrADS is essentially the same as it is for GRIB1. However, GRIB2 is treated as a separate data type, so you need to change the DTYPE entry in your descriptor file. There are some keywords for the OPTIONS entry that are only valid for GRIB2 (e.g. "pascals"), and the "yrev" option is not necessary with GRIB2, since the north-south orientation of the grid is contained in the header metadata, so GrADS can figure that one out on its own. In addition, the GRIB2 codes required in the variable declarations are much more numerous -- please see the reference page on descriptor file elements for details on variable declarations for GRIB2. The grib2scan utility may also be helpful in determining what the grib codes should be, as well as the output from gribmap (with the verbose option enabled "-v"). For GRIB2 ensemble data sets, the required ensemble codes are included in the grib2scan and gribmap output.

    Summary

    1. Scan the GRIB files (with wgrib / wgrib2 / gribscan / grib2scan) to see what's in them.
    2. Construct a descriptor file manually (or use grib2ctl / g2ctl).
    3. Run gribmap in verbose mode (-v) to map the GRIB records to the 4- or 5-D grid structure in the descriptor file and create the index file.
    The work required for step #2 is not necessarily easy. But the advantage of reading GRIB data directly without converting it to another format is worth the effort. The output from grib2ctl / g2ctl may be a good first guess for your descriptor file that will need some tweaking (by examinging the wgrib output) to make sure you match every record. 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    set datawarn

    set datawarn on | off

    If set to "on" (the default), when the user tries to display a variable that consists entirely of undefined values GrADS will print the message "Entire Grid Undefined" in the display window.

    Usage Notes

    Examples

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    minloc()

    minloc(expr, dim1, dim2 <,tinc>)

    Returns the grid coordinate for the minimum of expr over the specified dimension range. If the specified dimension is time, an optional time increment tincr may be specified.

      expr    - any valid GrADS expression
      dim1    - the starting dimension expression
      dim2    - the ending dimension expression
      tinc    - optional time increment

    dim1 and dim2 are standard GrADS dimension expressions whose dimensions must match.

    Usage Notes

    1. Related functions are: min, max, and maxloc.
      These functions will only work with GrADS version 1.8 or later.

    Examples

     

    grads-2.0.1/doc/gradfuncasum.html0000644000175000017500000000444610243410766020071 0ustar amckinstryamckinstry GrADS Function: asum

    asum()

    This function takes a sum over an X-Y region. The syntax is:

    asum(expr, xdim1, xdim2, ydim1, ydim2)

    where:

      expr    - any valid GrADS expression
      xdim1   - starting X dimension expression
      xdim2   - ending X dimension expression
      ydim1   - starting Y dimension expression
      ydim2   - ending Y dimension expression

    For global summing, a shorthand may be used:

      asum(expr, global) or
      asum(expr, g)
    is the same as
      asum(expr, lon=0, lon=360, lat=-90, lat=90)

    Usage Notes

    1. The asum function always does its average to the exact boundaries specified, in world coordinates. If the boundaries specified via the dimension expressions do not fall on grid boundaries, then the boundary values are weighted appropriately in the sum.

    2. When grid coordinates are used in the dimensions expressions, then they are converted to world coordinates for the boundary to be determined. This conversion is done using the scaling of the default file. Note that the conversion is done using the outside grid boundary, rather than the grid center. For example:

      asum(expr,x=1,x=72,y=1,y=46)

      Here the boundary would be determined by using the grid values 0.5, 72.5, 0.5, and 46.5 which would be converted to world coordinates. If we assume that x=1 is 0 degrees longitude and x=72 is 355 degrees longitude, then the averaging boundary would be -2.5 to 357.5 degrees, which would cover the earth. In the Y dimension, when the boundary is beyond the pole, the asum function recognizes this and weights appropriately. To calculate a sum without any weighting, use the asumg function.

    Examples

    grads-2.0.1/doc/gradcomdsetstat.html0000644000175000017500000000371710243410766020602 0ustar amckinstryamckinstry GrADS Command: set stat

    set stat

    set stat on | off

    If on, GrADS will print statistical output to the terminal every time the display command is executed. The statistical information is the same as that which is output with set gxout stat.

    Usage Notes

    1. If you "set stat on", GrADS will continue to display the output statistics with every display until you "set stat off".

    2. Use this command if you are overlaying plots and want to guarantee that the 2nd plot will be drawn with the same range of values. See example #2.

    Examples

    1. Here is an example of the statistical output from a horizontal temperature plot: 

      Data Type = grid
Dimensions = 0 1
I Dimension = 1 to 73 Linear 0 5
J Dimension = 1 to 46 Linear -90 4
Sizes = 73 46 3358
Undef value = -2.56e+33
Undef count = 1763  Valid count = 1595
Min, Max = 243.008 302.818
Cmin, cmax, cint = 245 300 5
Stats[sum,sumsqr,root(sumsqr),n]:     452778 1.29046e+08 11359.8 1595
Stats[(sum,sumsqr,root(sumsqr))/n]:     283.874 80906.7 284.441
Stats[(sum,sumsqr,root(sumsqr))/(n-1)]: 284.052 80957.4 284.53
Stats[(sigma,var)(n)]:     17.9565 322.437
Stats[(sigma,var)(n-1)]:   17.9622 322.64
Contouring: 245 to 300 interval 5

    2. Here is an example showing how to overlay plots with the same axis range: 

      * display a time series
'set stat on'
'd t(lon=180)'

* get the yaxis range
range = sublin(result,9)
cmin = subwrd(range,5)
cmax = subwrd(range,6)
cint = subwrd(range,7)

* draw an overlay
'set vrange 'cmin' 'cmax
'd t(lon=0)'
'set stat off'
    grads-2.0.1/doc/gradcomdqdialog.html0000644000175000017500000000516610243410766020533 0ustar amckinstryamckinstry GrADS Command: q dialog

    q dialog

    q dialog <x y w h> dialog_text

    Launches a dialog box widget that prompts for text or numeric data entry and also provides editing of an input text or value. Returns the text entered by the user.

      x    X-coordinate of diaglog box center
      y    Y-coordinate of diaglog box center
      w    width of diaglog box
      h    width of diaglog box

    There are two options for the formatting of dialog_text:

      prompt
        The prompt string provides an instruction to the user (e.g., "Enter value for PI:"). If dialog_text contains only a prompt, then the dialog box appears with the prompt and an empty entry point.
      prompt | initial_string
      prompt / initial_string
        It is possible to give the user a head start or a suggestion as to what to type in the dialog box. For this option, dialog_text contains a prompt and an initial string separated by a vertical bar or a backslash (e.g., "Enter value for PI: | 3.14159" or "Enter value for PI: / 3.14159"). The dialog box appears with the prompt and the editable initial string at the entry point.

    Usage Notes

    1. The string input by the user is returned when the Enter/Return key is pressed. Null text entries are accepted.

    2. The x,y,w, and h arguments are optional. GrADS will use the default settings if they are omitted entirely or set to -1. If w and h are set to 0, a minimum sized window is drawn to contain just the dialog_text.

    3. The cursor must be inside the dialog box to allow text entry or editing to occur.

    4. All text is centered in the dialog box. If the new text exceeds the window size, the text will be right justified in the window; the left and right arrow keys can be used to scroll the text back and forth.

    5. See the set dialog refrence page for details on controlling the color properties of the dialog box widget.

    Examples 

    set dialog 1 0 5 1 6
q dialog Hello World
say result
    grads-2.0.1/doc/library.html0000644000175000017500000002561711416646527017072 0ustar amckinstryamckinstry GrADS Script Library

    GrADS Script Library

    basemap.gs Overlays a land or ocean mask that exactly fits the coastal outlines. Requires the following supplemental data files:
    lpoly_lowres.asc and lpoly_mres.asc and lpoly_hires.asc
    opoly_lowres.asc and opoly_mres.asc and opoly_hires.asc
    See instructions in script header for using lpoly_US.asc to mask out non-US areas.
    box_and_whisker.gs Demonstrates how to use gxout bar and errbar to draw a box and whisker plot

    cbar.gs and
    cbarn.gs
    cbarm.gs

    		 Scripts to draw a long rectangular color legend next to shaded plots.
    cbar.gs is the original version -- just the filled rectangles with labels
    cbarn has some added features and arguments -- it draws outlines and triangular endpoints
    cbarm will look better if using 30+ colors -- labels are drawn at appropriate intervals
    cbarc.gs Draws a small fan-shaped color legend in the corner of shaded plots.
    cbar_l.gs
    cbar_line.gs
    cbar_line2.gs
    		Scripts to draw a legend for line graphs.
    cmap.gs
    		 Creates a color table. See additional documentation.
    connect_the_dots.gs
    		 Draws a line connecting user's mouse clicks.
    define_colors.gs
    		 Defines a variety of colors using the set rgb command.
    defval_demo.gs
    		 Illustrates the use of q defval and set defval commands.
    draw_pdsi.gs Demonstrates a way to use the shapefile interface in GrADS by drawing the Palmer Drought Severity Index (PDSI) values for U.S. climate divisions.
    font.gs
    		 Displays all the characters in a font set.
    isen.gs
    		 Displays a field interpolated to a specified isentropic level.
    lats4d.gs
    		 Writes NetCDF, HDF-SDS or GRIB files from GrADS. See additional documentation.
    makebg.gs Creates a background map image that shows topographic texture. It requires a DODS-enabled version of GrADS and also uses the external ImageMagick utility "combine".
    map.gs
    		 Automates settings for a variety of useful map projections.
    mconv.gs
    		 Calculates moisture convergence.
    meteogram_eta.gs
    meteogram_gfs.gs
    meteogram_gfsb.gs    		 These scrips draw meteograms based on NCEP forecast data, which is accessed through the GrADS-DODS Server. You must use a DODS-enabled version of GrADS for these scripts to work.
    narropen.gs This script uses command line arguments to build a data descriptor file to open pre-projected (lambert conformal) NARR netCDF data in GrADS (version 1.9b4 or later).
    panels.gsf and
    panels_demo.gs     		Scripts to create global variables that contain the 'set vpage' commands for a multi-panel plot. These also illustrate the dynamic loading of script functions.
    script_math_demo.gs
    		 Illustrates the use of the scripting language math funcitons.
    pinterp.gs
    		 Displays a field interpolated to a specified pressure level.
    plotskew.gs
    		 Draws a SkewT/LogP Diagram.
    rgb255.gs (Version 2.0.a6) Defines a set of rainbow colors and draws a demo plot; uses cbarm.gs to draw a color bar
    sdfopent.gs This script simulates the old 3-arg sdfopen for templating
    stack.gs
    		 Delays display while command sequence is entered by user, then executes all at once.
    string.gs
    		 Draws a string located at position of user's mouse click.
    sweat_index.gs
    		 Calculates the SWEAT Index given relative humidity, temperature, and wind components.
    traj.gs
    		 Draws forward and backward trajectories in the horizontal plane.
    use.gs
    		 Similar to open except it checks the list of current files to see if the specified file has already been opened. If it has been opened, it changes the default file number to the previously opened file instead of opening the same data file again.
    wxsym.gs
    		 Displays available weather symbols.
    xanim.gs
    		 Controls an animated display.
    zinterp.gs
    		 Displays a field interpolated to a specified height level.
    zoom.gs
    		 A simple way to zoom into a plot.
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    grads-2.0.1/doc/gradcomdsetylint.html0000644000175000017500000000331610243410766020761 0ustar amckinstryamckinstry GrADS Command: set ylint

    set ylint

    set ylint interval

    Specifies the interval between labeled tick marks on the Y-axis.

    Usage Notes

    1. If interval is a positive value, the labeled tick marks will 'start' at 0, regardless of the current dimension environment. For example, if you set the interval to 3, the labeled tick marks will be at 0, 3, 6, 9 ...

    2. If interval is a negative value, the labeled tick marks will 'start' at the axis start value, which is usually the lower limit of the Y dimension environment. If this were 30 (with an interval of 10), then the labeled tick marks would be at 30, 40, 50, 60...

    3. This command is overridden by the set ylevs command.

    4. This command will override the Y-axis tick mark interval specified with the set yaxis command.

    5. Reset by clear, but not display.

    6. This command does not apply to a date/time axis.

    7. set ylint and set xlint may not work as described when used to control grid lines for polar stereographic projections.

    Examples

    grads-2.0.1/doc/gradcomdsetcsmooth.html0000644000175000017500000000106710243410766021277 0ustar amckinstryamckinstry

    set csmooth

    set csmooth on|off

    If on, the grid is interpolated to a finer grid using cubic interpolation before contouring. "Sticks".

    Usage Notes

    1. This option will result in contour values below and above the min and max of the un-interpolated grid. This may result in physically invalid values such as in the case of negative rainfall.

    Examples

    grads-2.0.1/doc/gradutilstnmap.html0000644000175000017500000000577310243410766020454 0ustar amckinstryamckinstry GrADS Utilities: stnmap

    stnmap

    stnmap [-i fname] [-0]

    stnmap is an external GrADS utility that writes out a hash table and/or link list information for station data that allows GrADS to access the data more efficiently. After a station data set has been written and the accompanying data descriptor file has been created, you must run the stnmap utility before you can look at the data in GrADS.

    The stnmap options are as follows:

      fname
        The name of the station data descriptor file. If not specified, stnmap will prompt the user.

      -0

        Allows processing of certain templated station data sets without actually reading the data.

    The output from stnmap goes into a file that is named in the STNMAP record of the data descriptor file. (See Usage Note #2).

    Usage Notes

    1. If you change the data file (perhaps by appending another time group), you will also have to change the descriptor file to reflect the changes and then rerun the stnmap utility.

    2. Note the difference between required records in a station descriptor file and a grid descriptor file:

      DTYPE

        specifies a data type of: station
      STNMAP
        gives the file name of the station mapping file
      XDEF, YDEF, ZDEF
        these records are not specified in a station data control file
      TDEF
        describes the time grouping interval and the number of the time groups in the file
      VARS
        surface variables are listed first, and show a "0" for the number-of-levels field. Level-dependent variables are listed after the surface variables, and show a "1" in the number-of-levels field.

    Examples

    Here's a sample descriptor file stat.ctl for station data set ua.reps:

      DSET   ^ua.reps
      DTYPE  station
      STNMAP ^ua.map
      UNDEF  -999.0
      TITLE  Real Time Upper air obs
      TDEF   10 linear 12z18jan1992 12hr
      VARS   8
        slp 0 99 SLP
        ts  0 99 Temps
        us  0 99 U Winds
        vs  0 99 V Winds
        z   1 99 Heightsa
        t   1 99 Temps
        u   1 99 U Winds
        v   1 99 V WInds
      ENDVARS

    Run the stnmap utility:

      stnmap -i stat.ctl

    The station map file ua.map is a binary file, which includes the hash table and/or link list information. grads-2.0.1/doc/gradfuncasumg.html0000644000175000017500000000122310243410766020226 0ustar amckinstryamckinstry GrADS Function: asumg

    asumg()

    asumg(expr, xdim1, xdim2, ydim1, ydim2)

    This function is the same as asum in all respects except one: the sums are calculated without any weighting at all.

    Usage Notes

      See the asum reference page for details.

    Examples

    grads-2.0.1/doc/GrADS.css0000644000175000017500000000453310243410766016133 0ustar amckinstryamckinstry.banner18 { font-family: Arial, Helvetica, sans-serif; font-size: 18pt; font-style: normal; font-weight: bold; color: #333399} .banner24 { font-family: Arial, Helvetica, sans-serif; font-size: 24pt; font-style: normal; font-weight: bold; color: #333399 } .fineprint { font-family: Arial, Helvetica, sans-serif; font-size: 8pt; font-style: normal; font-weight: normal; color: #000000} .item14 { font-family: Arial, Helvetica, sans-serif; font-size: 14pt; font-style: normal; font-weight: normal} .item16 { font-family: Arial, Helvetica, sans-serif; font-size: 16pt; font-style: normal; font-weight: normal; color: #000000} .item12 { font-family: Arial, Helvetica, sans-serif; font-size: 12pt; font-style: normal; font-weight: normal; color: #000000} .item10 { font-family: Arial, Helvetica, sans-serif; font-size: 10pt; font-style: normal; font-weight: normal; color: #000000} .plaintext { font-family: Arial, Helvetica, sans-serif; font-size: 10pt; font-style: normal; font-weight: normal} .plaintextbold { font-family: Arial, Helvetica, sans-serif; font-size: 10pt; font-style: normal; font-weight: bold} .item11 { font-family: Arial, Helvetica, sans-serif; font-size: 11pt; font-style: normal; font-weight: normal; color: #000000} .item10bold { font-family: Arial, Helvetica, sans-serif; font-size: 10pt; font-style: normal; font-weight: bold; color: #000000} .banner22 { font-family: Arial, Helvetica, sans-serif; font-size: 22pt; font-style: normal; font-weight: bold; color: #333399 } .banner20 { font-family: Arial, Helvetica, sans-serif; font-size: 20pt; font-style: normal; font-weight: bold; color: #333399 } .code { font-family: "Courier New", Courier, mono; font-size: 10pt; font-style: normal; font-weight: normal} .codeitalic { font-family: "Courier New", Courier, mono; font-size: 10pt; font-style: italic; font-weight: normal } .item12bold { font-family: Arial, Helvetica, sans-serif; font-size: 12pt; font-style: normal; font-weight: bold; color: #000000} .fineprintbold { font-family: Arial, Helvetica, sans-serif; font-size: 8pt; font-style: normal; font-weight: bold; color: #000000 } .headingnew { font-family: "Arial Narrow"; font-size: 22pt; font-style: normal; font-weight: bold; color: #000000 ; text-decoration: underline} .item9 { font-family: Arial, Helvetica, sans-serif; font-size: 9px; font-style: normal; font-weight: normal; color: #000000 } grads-2.0.1/doc/gradcomdsetxlint.html0000644000175000017500000000331610243410766020760 0ustar amckinstryamckinstry GrADS Command: set xlint

    set xlint

    set xlint interval

    Specifies the interval between labeled tick marks on the X-axis.

    Usage Notes

    1. If interval is a positive value, the labeled tick marks will 'start' at 0, regardless of the current dimension environment. For example, if you set the interval to 3, the labeled tick marks will be at 0, 3, 6, 9 ...

    2. If interval is a negative value, the labeled tick marks will 'start' at the axis start value, which is usually the lower limit of the X dimension environment. If this were 30 (with an interval of 10), then the labeled tick marks would be at 30, 40, 50, 60...

    3. This command is overridden by the set xlevs command.

    4. This command will override the X-axis tick mark interval specified with the set xaxis command.

    5. Reset by clear, but not display.

    6. This command does not apply to a date/time axis.

    7. set xlint and set ylint may not work as described when used to control grid lines for polar stereographic projections.

    Examples

    grads-2.0.1/doc/gradcomdsetshpattr.html0000644000175000017500000000434411416646527021322 0ustar amckinstryamckinstryGrADS Command: set dbfield

    set shpattr

    set shpattr name type value

    Sets attribute metadata to be included in the shapefile created with the set gxout shp command.

      name    Name of the data base field (attribute), must be 11 characters or less.
      type    May be one of three data types: "string" ("char"), "int", or "double".
      value   May be a numeric value (for types "int" and "double") or any string as long as the length of the entire entry does not exceed 512 characters.
                              

    Usage Notes

    This command is available in GrADS v2.0.a9 or higher.

    Numerical attribute values (integers and doubles) are written to the shapefile in text format. The set shp command controls the formatting of the numbers, by specifiying the length of the number (total number of columns) and the precision (number of places to the right of the decimal place, which is only meaningful for attributes of type double).

    The reset or reinit commands will release all the user-specified shapefile attributes from memory. To do this without resetting all the other user-specified options, use the clear shp command.

    Use the q shpopts command to see the current settings for drawing and writing shapefiles.

    Please see the documentation page on shapefiles for more information.

    Examples

    set shpattr Author string Put_Your_Name_Here


    grads-2.0.1/doc/gradcomdgrads.html0000644000175000017500000002570111632442207020206 0ustar amckinstryamckinstry

    grads | gradsdap    
    gradsc | gradsnc | gradshdf | gradsdods       

    GrADS is an interactive desktop tool for the analysis and display of earth science data. GrADS is used worldwide and freely available over the internet.

    GrADS implements two data models: a 5-Dimensional gridded data model, and a station data model. In the gridded data model, the dimensions are presumed to be latitude, longitude, level, time, and ensemble. In the station data model, data exist at arbitrary locations in space and time. Four dimensions (longitude, latitude, level, and time) are used as a framework in the station data model to guide which station reports are to be examined. Each data set is placed within a 4- or 5-Dimensional space by the use of a data descriptor file. Both gridded and station data may be described. Gridded data may be non-linearly spaced; gaussian grids and variable resolution ocean model grids are directly supported. The internal data format in a file may be binary, GRIB1, GRIB2, BUFR, NetCDF, HDF4-SDS, or HDF5.

    Operations may be performed on the data directly, and interactively, by entering expressions at the command line. The expression syntax allows complex operations that range over very large amounts of data to be performed with simple expressions. A rich set of built-in functions are provided. In addition, users may add their own functions as external routines written in any programming language.

    The syntax for running GrADS is:

      GrADS_executable < options >

    Beginning with GrADS version 2.0.a8, there is only one choice for GrADS_executable, a single, fully-featured build:
    grads Reads GRIB (version 1 and 2), gridded binary, BUFR, GrADS station data, NetCDF (classic and NetCDF-4), HDF4-SDS, HDF5, and OPeNDAP (grids and station data)
    Writes binary, NetCDF (classic and NetCDF-4), GeoTIFF, KML
    Draws shapefiles
    For GrADS versions 2.0.a0 through 2.0.a7, the choices for GrADS_executable are:
    grads Reads GRIB (version 1 and 2), gridded binary, BUFR, GrADS station data, NetCDF, HDF4-SDS
    Writes binary, NetCDF, (starting with 2.0.a5) GeoTIFF, KML
    gradsdap Reads GRIB (version 1 and 2), gridded binary, BUFR, GrADS station data, NetCDF, HDF4-SDS, OPeNDAP
    Writes binary, NetCDF, (starting with 2.0.a5) GeoTIFF, KML
    For GrADS version 1.9 and earlier, the choices for GrADS_executable are:
    gradsc Reads GRIB1, gridded binary, BUFR, GrADS station data
    Writes binary, GRIB1
    gradsnc Reads GRIB1, gridded binary, BUFR, GrADS station data, NetCDF
    Writes binary, GRIB1, NetCDF
    gradshdf

    Reads GRIB1, gridded binary, BUFR, GrADS station data, NetCDF, HDF4-SDS
    Writes binary, GRIB1, HDF-SDS
    gradsdods Reads GRIB1, gridded binary, BUFR, GrADS station data, NetCDF, OPeNDAP (aka DODS)
    Writes binary, GRIB1, NetCDF
       
    Command line options are:
    -help Prints the command line options.
    -a ratio

    (GrADS 2.0.a9+) Specifies the aspect ratio of the real page inside GrADS. A valid ratio is the X size divided by the Y size and must be greater than 0.2 and less than 5.0. Page size is scaled so the longer side will always be 11 inches. On startup, GrADS will provide the page dimensions with the message that begins with "GX Package Initialization: Size = "
    -b Runs GrADS in batch mode. No graphics output window is opened.
    -c 'command' Executes the supplied command after GrADS has started.
    -C N (GrADS 2.0.a9+) Enables colorization of text displayed in the GrADS command window. N can be 0, 1, or 2. If -C is invoked but N is not provided, color scheme 0 will be used.
    -E Disables command line editing
    -g geometry

    Specifies the size of the graphics output window, which is a representation on your computer screen of the real page and may be any size at all. The size of the real page in GrADS is controlled by the -l or -p or -a options. The geometry argument has the syntax WxH+X+Y , where W is the width of window in pixels, H is the height of window in pixels, X is the starting pixel point in x, and Y is the starting pixel point in y. Note that X and Y may be negative.

    -H filename Enables command line logging to filename. If filename is not provided, command history written to file $HOME/.grads.log
    -l Runs GrADS in landscape mode, sets the "real" page size to 11 x 8.5.
    -m NNN Sets metafile buffer size to NNN, which must be an integer. Default value is 1000000.
    -p Runs GrADS in portrait mode, sets the "real" page size to 8.5 x 11.
    If neither the -l or -p options are used, GrADS will prompt the user for a preferred mode.
    -u Unbuffers output, needed for IPC mode
    -x Generally used with the -c option, causes GrADS to automatically quit after the supplied command has been executed.

    Options that do not require arguments may be concatenated. Some examples follow:

    grads -pb
    grads -lbxc "myscript.gs"
    grads -Ca 1.7778
    grads -C 2 -a 1.7778
    grads -pHm 5000000 -g 1100x850+70+0
    grads -pH mysession.log -m 5000000 -g 1100x850+70+0

     

    Environment Variables

    Some environment variables must be set before starting the GrADS.
    GADDIR   Points to the directory containing the supplemental font and map files in the GrADS release package. If GADDIR is not set, GrADS will look in the default location, /usr/local/lib/grads/.
    GASCRP  Points to a list of directories containing GrADS utility scripts and user scripts. If more than one directory is specified, acceptable delimiters are a space, a semi-colon, colon, or a comma.
    GASHP (GrADS version 2.0.0+) Points to a list of directories containing shapefiles. Put your shapefiles in those directories, and then it won't be necessary to use the full path when drawing or querying the shapefiles. If more than one directory is specified, acceptable delimiters are a space, a semi-colon, colon, or a comma.
    GAUDFT  Points to the user defined function table. If this variable is not set, the function table will not be read.

    For example:

    C-shell

    example% setenv GADDIR /ford1/local/lib/grads
    example% setenv GASHP $HOME/grads/shapefiles
    example% setenv GASCRP "$HOME/grads/scripts /opt/local/share/grads/library"
    example% setenv GAUDFT $HOME/grads/udf/table

    Bourne shell

    example% GADDIR=/ford1/local/lib/grads; export GADDIR
    example% GASCRP=$HOME/grads/scripts; export GASCRP
    example% GAUDFT=$HOME/grads/udf/table; export GAUDFT

      grads-2.0.1/doc/gradcomdsetyaxis.html0000644000175000017500000000156510243410766020763 0ustar amckinstryamckinstry GrADS Command: set yaxis

    set yaxis

    set yaxis start end <increment>

    Specifies where the labeled tick marks will be placed on the Y-axis. Labeled tick marks begin at the specified start value and end at the specified end value with the specified increment. Labeled tick marks may have no relation to data or dimensions.

    Usage Notes

    1. Reset by clear, but not display.
    2. See also set xaxis.

    Examples

    grads-2.0.1/doc/graphelem.html0000644000175000017500000000302510243410766017346 0ustar amckinstryamckinstry Drawing Basic Graphics Elements with GrADS

    Drawing Basic Graphics Elements with GrADS

    Various commands are provided to display and customize various basic graphics elements: strings, labels, lines, marks, rectangles, polygons, etc. These graphics commands enable you to enhance your data plot by adding customized "artwork". They may also be used to create a map-based diagram with no data plot involved.

    Drawing Commands

    Controlling drawing commands

    grads-2.0.1/doc/gradcomdsetcint.html0000644000175000017500000000053510243410766020557 0ustar amckinstryamckinstry

    set cint

    set cint value

    Sets the contour interval to the specified value. Reset by clear or display.

    Usage Notes

    Examples

    grads-2.0.1/doc/reinitialization.html0000644000175000017500000000352510243410766020765 0ustar amckinstryamckinstry GrADS Reinitialization

    Reinitialization of GrADS

    Two commands are available for resetting or reinitializing the state of GrADS:

    Reinit

    The reinit command returns GrADS to its initial state. reinit closes all open files, releases all defined variables, and resets all graphics settings to their defaults.

    Reset

    The reset command returns GrADS to its initial state with the following exceptions:

    1. No files are closed
    2. No defined variables are released
    3. The set display settings are not modified

    If files are open, the default file is set to 1, and the dimension environment is set to X,Y varying and Z and T set to 1 (as though file 1 were just opened).

    The reset command may be qualified so that only certain aspects of GrADS are returned to their initial state. The qualifiers are as follows:

      reset events     resets the events buffer (e.g., mouse clicks)
      reset graphics   resets the graphics, but not the widgets
      reset hbuff      resets the display buffer when in double buffer mode
      reset norset     resets the X events only
    grads-2.0.1/doc/gradcomdsetshpopts.html0000644000175000017500000000363711416646527021341 0ustar amckinstryamckinstry GrADS Command: set shpopts

    set shpopts

    set shpopts fillpoly <marktype> <marksize>

    Sets current attributes for drawing shapefiles.

    fillpoly   color number to use when drawing filled polygon elements of a shapefile. Default is -1, which draws polygons unfilled.
    marktype   Mark type to use when drawing point elements of a shapefile. Please see the draw mark command for the list of options.
    marksize   Mark size of use when drawing point elements of a shapefile.

    Usage Notes

    This command is available with GrADS version 2.0.a8 or later.

    When drawing shapefiles that contain points, the default mark type is a closed circle (type 3) and the default size is 0.05.

    When drawing shapefiles that contain polygons, the default behavior is to draw only the perimeter of each polygon element. Use the fillpoly option with set shpopts to draw filled polygons and set the fill color. The polygon perimeters will also be drawn when the fillpoly option is used. The color, style, and thickness of the polygon perimeters are controlled by the set line command.

    Use the q shpopts command to see the current settings for drawing and writing shapefiles.

    Please see the documentation page on shapefiles for more details.

    Examples

    set shpopts 15

    grads-2.0.1/doc/gradcomdsetimprun.html0000644000175000017500000000177510243410766021143 0ustar amckinstryamckinstry

    set imprun

    set imprun script-name

    This command sets up automatic execution of a Grads script before every display command.

    Examples

    This script is typically used to set an option that by default gets reset after each display command, for example:

    set grads off

    Usage Notes

    You can issue any GrADS command from this script, but the interactions are not always clear. For example, if you issue a display command from this script, you could enter an infinite recursion loop.

    The argument to the script is the expression from the display command.

    grads-2.0.1/doc/gradcomdquery.html0000644000175000017500000002000511632442207020243 0ustar amckinstryamckinstry GrADS Command: query

    query

    The query command allows the user to get information about a variety of aspects of the current GrADS session. Configuration, plot characteristics, graphics specifics, and file structure are some examples. The use of query pos combined with the coordinate transformations is the basis of many interactive applications with buttons and drop menus. The query command may be shortened to simply q. The syntax is:

      query <option>
      or
      q <option>

    When given without an option, the query command returns a list of the possible options. These are:

    attr n Returns all attributes for file n (or default file if n is omitted)
    cache n Returns netcdf4/hdf5 cache size for file n (or default file if n is omitted) (2.0.a8+)
    cachesf Returns netcdf4/hdf5 cache scale factor (2.0.a8+)
    calendar Returns calendar mode: unset, 365-day, or standard
    config Returns GrADS configuration information
    contours Returns colors and levels of a line contours (2.0.a8+)
    ctlinfo Returns contents of data descriptor file
    dbf Lists the contents of a shapefile attribute database (2.0.a8+)
    define Lists currently defined variables
    defval v1 i j Returns the value of defined variable v1 at point i,j
    dialog args Launches a dialog box that prompts for text or numeric data entry
    dims Returns current dimension environment
    ens Returns ensemble metadata
    file n Returns info on file number n
    files Lists open files
    fwrite Returns status and characteristics of fwrite ouput file
    gxinfo Returns graphics environment info
    gxout Returns current gxout settings
    lats Returns the status of the GrADS-LATS interface
    pos Waits for mouse click, then returns position plus additional widget information
    sdfwrite Returns the status of the sdfwrite options
    shades Lists colors and levels of shaded contours
    shp Lists the contents of a shapefile (2.0.a8+)
    shpopts Returns settings for drawing and writing shapefiles (2.0.a9+)
    string str Returns the width of string str in virtual page inches
    time Returns info about time settings
    udft Returns the user defined function table
    undef Returns the output undefined value
    xinfo Returns characteristics of the graphics display window
    xy2w  v1 v2 Converts XY coords to world coords
    xy2gr v1 v2 Converts XY coords to grid coords
    w2xy  v1 v2 Converts world coords to XY coords
    w2gr  v1 v2 Converts world coords to grid coords
    gr2w  v1 v2 Converts grid coords to world coords
    gr2xy v1 v2 Converts grid coords to XY coords
    pp2xy v1 v2 Converts virtual page XY coords to real page XY coords

     

    Usage Notes

    For more information on the use of the query command, see the section of the User's Guide on commands that complement the scripting language.

    Examples

    grads-2.0.1/doc/dimenv.html0000644000175000017500000000663111416646527016703 0ustar amckinstryamckinstry

    Dimension Environment

    The data set is always viewed by GrADS as a generalized 5-D (6-D if you include variables) array located in physical space (lon, lat, lev, time, ensemble), even if it is in reality a subset of a 5-D space.

    The current dimension environment describes what part of the data set you want to work with. Expressions are evaluated with respect to the dimension environment (which allows for simplicity in the expression syntax), and the final display will be determined by the dimension environment. Thus, the dimension environment is a GrADS concept that is important to understand.

    The dimension environment is manipulated by the user by entering one of the following set commands:

    set lat|lon|lev|time|ens val1 <val2>

    This set command sets one dimension of the dimension environment using world coordinates.

    Alternatively:

    set x|y|z|t|e val1 <val2>

    This sets one dimension of the dimension environment using grid coordinates. You may use whatever coordinates are convenient to you. Issuing set lon is equivalent to issuing set x, both set the x dimension. The difference is only the units you wish to enter the command in.

    When you enter just one value, that dimension is said to be "fixed". When you enter two values, that dimension is said to be "varying". The combination of fixed and varying dimensions defines the dimension environment.

    Examples:

      set lon -180 0     sets longitude to vary from 180W to 0
      set lat 0 90         sets latitude to vary from the equator to 90N
      set lev 500           sets the level to 500mb - a fixed dimension
      set t 1                   sets time to the first time in the data set--using grid coordinates in this case. Time is now a fixed dimension

    When all dimensions are fixed, you are referring to a single data point.

    When one dimension is varying, you are referring to a 1-D "slice" through the data set.

    When two dimensions are varying, you are referring to a 2-D "slice" through the data set.

    When three or more dimension vary, GrADS interprets this as a sequence of 2-D slices.

    An important note: When you specificy the dimension environment in terms of grid coordinates, they are always converted to world coordinates. This conversion requires some knowledge of what scaling is in use for grid to world conversions. The scaling that is used in all cases (except one) is the scaling of the default file. The exception is when you supply a dimension expression within a variable specification, which will be covered later. grads-2.0.1/doc/functionsatt.html0000644000175000017500000002206711416646527020143 0ustar amckinstryamckinstry GrADS Functions

    GrADS Functions Sorted by Attribute

    Mathematical Operations
    abs()        Returns the absolute value
    cdiff()      Performs a centered difference operation
    exp()        Calculates the exponential
    gint()       General integral
    log()        Calculates the natural logarithm
    log10()      Calculates the logarithm base 10
    pow()        Raises the values of arg1 to the power of arg2
    sqrt()       Calculates the square root
    vint()       Calculates a mass-weighted vertical integral in mb pressure coordinates

    Trigonometric Functions
    cos()        Calculates the cosine
    acos()       Calculates the inverse cosine
    sin()        Calculates the sine
    asin()       Calculates the inverse sine
    tan()        Calculates the tangent
    atan2()      Calculates the inverse tangent

    Averaging and Summing
    aave()       Calculates an areal average over an X-Y region (latitude-weighted)
    amean()      Calculates an areal average over an X-Y region (not latitude-weighted)
    asum()       Calculates the sum over an X-Y region (grid weighted)
    asumg()      Calculates the sum over an X-Y region (not grid weighted)
    ave()        Calculates an average over any dimension
    gint()       General integral
    mean()       Calculates an average over any dimension (not latitude weighted)
    sum()        Calculates the sum over any dimension (grid weighted)
    sumg()       Calculates the sum over any dimension (not grid weighted)
    tmave()      Calculates a time averag while applying a mask
    vint()       Calculates a mass-weighted vertical integral in mb pressure coordinates

    Correlation and Regression
    scorr()      Calculates the spatial correlation over an X-Y domain
    tcorr()      Produces a spatial map of temporal correlation coefficients
    sregr()      Calculates the linear least-squares regression over an X-Y domain
    tregr()      Calculates the least-squares regression over the time domain

    Meteorological Calculations
    tvrh2q()     Calculates specific humidity given virtual temperature and relative humidity
    tvrh2t()     Calculates temperature given virtual temperature and relative humidity
    vint()       Calculates a mass-weighted vertical integral in mb pressure coordinates

    Vector Operations
    hcurl()      Calculates the vertical component of the curl
    hdivg()      Calculates the horizontal divergence using finite differencing
    mag()        Calculates the wind speed given u,v components
    skip()       Sets alternating data values to missing

    Grid Operations
    cdiff()      Performs a centered difference operation
    fndlvl()     Finds the vertical level at which a given value occurs in a variable
    lterp()      Performs bi-linear interpolation between two grids
    max()        Returns the maximum value over a given grid dimension
    maxloc()     Returns the grid location of the maximum value
    min()        Returns the minimum value over a given grid dimension
    minloc()     Returns grid location of the minimum value
    skip()       Sets alternating data values to missing
    smth9()      Performs a 9 point smoothing operation on gridded data

    Station Data
    coll2gr()    Creates a grid from a collection of station data
    gr2stn()     Grid-to-station interpolator
    oabin()      Bins station observations into grid cells
    oacres()     Returns a gridded result that represents station data
    s2g1d()      Converts a station timeseries to a 1D grid
    stnave()     Calculates a time average of station data
    stnmin()     Returns the minimum value over a time series of station data
    stnmax()     Returns the maximum value over a time series of station data

    Special Purpose
    const()      Changes missing or non-missing values
    gsfallow()   Enables the dynamic loading of script functions
    gsfpath()    Specifies the private path directory list where script functions are located
    maskout()    Sets certain data values to missing
    tloop()      Reconstructs a time series after doing calculations at fixed times
    eloop()      Reconstructs an E-varying result after doing calculations with the ensemble dimension fixed grads-2.0.1/doc/gradcomdsetgridln.html0000644000175000017500000000211110243410766021071 0ustar amckinstryamckinstry GrADS Command:set gridln

    set gridln

    set gridln auto|off|col#

    Used with set gxout grid to control the presence and appearance of the grid lines. The options are as follows:

      auto (default)
        The grid lines are drawn and are the same color as the text.

      off

        The grid lines are not drawn.

      col#

        The grid lines are drawn in the specified color. col# may be one of the 16 GrADS default colors or the number of a user-defined color created with set rgb.

    Usage Notes

    1. set grdln is reset by entering clear.

    Examples

    grads-2.0.1/doc/gradfuncs2g1d.html0000644000175000017500000000250111632442207020030 0ustar amckinstryamckinstry GrADS Function: s2g1d

    s2g1d

    s2g1d(expr)

    This function converts a station data time series into a 1-dimensional grid. This allows more graphics and analytical operations.

    expr            A valid GrADS 1D station data expression in which time is the only varying dimension.

    Usage Notes

    The s2g1d function only works with 'display' and will not work with 'define'. You have to use 'set gxout fwrite' and write the data to a file if you want to save and reuse the 1D gridded time series.

    Examples

    'set gxout bar'
    'set barbase 0'
    'set bargap 10'
    '    display s2g1d(precip(stid=kdca))'

    'set gxout contour'
    '    display smth9(s2g1d(t(stid=kord)))'

    'set gxout vector'
    'display const(s2g1d(u(stid=ksux)),0);s2g1d(u(stid=ksux));s2g1d(v(stid=ksux))'    grads-2.0.1/doc/gradcomdsetylabs.html0000644000175000017500000000050010243410766020724 0ustar amckinstryamckinstry

    set ylabs

    set ylabs lab1 | lab2 | ...

    label the y axis with lab1, lab2, lab3,...

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdqshades.html0000644000175000017500000000132211416646527020542 0ustar amckinstryamckinstry GrADS command: query shades

    q shades

    q shades

    Lists the colors and levels of shaded plots.This command takes no arguments.

     

    Examples

    ga-> set gxout shaded
ga-> d t2m
    Contouring: 220 to 300 interval 10 
    ga-> q shades
    Number of levels = 10
    9 <= 220
    14 220 230
    4 230 240
    5 240 250
    13 250 260
    10 260 270
    7 270 280
    8 280 290
    2 290 300
    6 300 >
    grads-2.0.1/doc/gradfuncmaxloc.html0000644000175000017500000000250510243410766020401 0ustar amckinstryamckinstry GrADS Function: maxloc

    maxloc()

    maxloc(expr, dim1, dim2 <,tinc>)

    Returns the grid coordinate for the maximum of expr over the specified dimension range. If the specified dimension is time, an optional time increment tincr may be specified.

      expr    - any valid GrADS expression
      dim1    - the starting dimension expression
      dim2    - the ending dimension expression
      tinc    - optional time increment

    dim1 and dim2 are standard GrADS dimension expressions whose dimensions must match.

    Usage Notes

    1. Related functions are: max, min, and minloc.
      These functions will only work with GrADS version 1.8 or later.

    Examples

    grads-2.0.1/doc/Tutorial_Espanol.doc0000644000175000017500000051600011416646526020501 0ustar amckinstryamckinstryÐÏࡱá>þÿ IKþÿÿÿFGHÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿì¥Á5@ ø¿MbjbjÏ2Ï2 .¤­X­XEÿÿÿÿÿÿˆ       &&&&$J4e3öŠò|'|'|'|'|'|'|'ä2æ2æ2æ2æ2æ2æ2$[4R­6^ 3 |'|'|'|'|' 3  |'|'3222|'Æ |' |'ä22|'ä2222  2|'~ Íù$Ì¥Æ&B/ö2ä2530e32 781š 72    2 7 02´|'|'2|'|'|'|'|' 3 3„ ¢„ Ò1.¢Tutorial ¿Qué es? Este documento presenta un breve tutorial por Brian Doty's  HYPERLINK "http://grads.iges.org/grads" Grid Analysis and Display System (GrADS). Las siguientes sesiones ejemplo le darán un sentimiento de como usar las capacidades básicas de GrADS. Esta sesión toma alrededor de 30 minutos para ser ejecutada totalmente. Antes de empezar: Descargue el dato de muestra Usted necesitara los siguientes archivos de datos muestra para el desarrollo de este tutorial:  HYPERLINK "ftp://grads.iges.org/grads/sprite/tutorial/model.ctl" model.ctl   GrADS archivo descrictor (0.7 kb)  HYPERLINK "ftp://grads.iges.org/grads/sprite/tutorial/model.grb" model.grb   GrADS (GRIB) archivo de datos (579 kb)  HYPERLINK "ftp://grads.iges.org/grads/sprite/tutorial/model.gmp" model.gmp   GrADS archivo de indices gribmap (4 kb) Este archivo de datos es descrito por el archivo descriptor de datos  HYPERLINK "ftp://grads.iges.org/grads/sprite/tutorial/model.ctl" model.ctl. Usted debe dar un vistazo a este archivo antes de continuar. El archivo descriptor de datos describe el actual archive de datos, el cual en el caso contiene 5 días de grillas globales que son 72 x 46 elementos en tamaño. Por favor descargue estos 3 archivos al directorio local antes de iniciar los procedimientos. Sesión Muestra Para iniciar GrADS, digite:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdgrads.html" gradsc Si el ejecutable gradsc no esta en su directorio actual, o si no esta en su PATH, usted necesitara digitar la ruta completa, ie: /usr/homes/smith/grads/gradsc GrADS presentara un prompt con una pregunta landscape vs. portrait; sólo presione enter. En este punto una ventana grafica debía aparecer en su consola. Usted puede desear mover o redimensionar esta ventana. Tenga en mente que usted digitará comandos de GrADS de la ventana donde usted primero empezó con GrADS -- esta ventana necesitara ser hecha la ventana ‘activa’ y usted no querrá enteramente cubrir esta ventana con la ventana de salida de gráficos. En la ventana de texto (de donde usted inicio grads), usted debe ahora ver un prompt: ga-> Usted digitara comandos de GrADS en este prompt y verá los resultados mostrados en la ventana de salida de gráficos. El primer comando que usted digitara es:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdopen.html" open model.ctl Usted puede ver que existe en este archivo digitando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdquery.html" query file Una de las variables existentes es la llamada ps, para la presión en superficie. Podemos mostrar esta variable digitando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d ps d es la forma corta para  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" display. Usted notara que por defecto, GrADS mostrara un grafico en X, Y para el primer tiempo en el nivel inferior para el grupo de datos.  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig1.gif" \* MERGEFORMATINET  Ahora usted digitara los comandos para alterar las  HYPERLINK "http://grads.iges.org/grads/gadoc/dimenv.html" dimension environment (dimensiones de entorno). El comando  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" display (and implicitly, the access, operation, and output of the data) hará cambios con respecto a las dimensiones de entorno actuales. Usted control alas dimensiones de entorno con el comando set:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear           limpia la pantalla  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -90     define longitud a 90 grados Oeste  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 40      define latitud a 40 grados Norte  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lev 500     define niveles a 500 mb  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set t 1         define tiempo al primer tiempo paso  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z             grafica la variable 'z' En la secuencia de comandos arriba, hemos definido las cuatro dimensiones de GrADS para un valor simple. Cuando definimos una dimensión para un valor simple, decimos que la dimensión es “fija”. Puesto que todas las dimensiones son fijas, cuando graficamos una variable obtenemos un valor simple, en este caso el valor en la localización 90W, 40N, 500mb, y el primer tiempo en el grupo de datos. Si ahora se digita:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -180 0     X es ahora la variación dimensional  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Se ha definido la dimensión X, o longitud, para variar. Se ha hecho esto digitando dos valores en el comando set. Ahora tenemos una variación dimensional (las otras dimensiones son aun fijas), y cuando mostramos una variable obtenemos una grafica lineal, en este caso un grafico de altura geopotencial a 500mb en 40N.  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig2.gif" \* MERGEFORMATINET  Ahora digite:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 0 90  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Ahora se tiene dos dimensiones variando, por lo tanto por defecto se obtiene una grafica de contorno. Si se tiene 3 dimensiones variando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" c  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set t 1 5  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Se obtiene una secuencia de animación, en este caso a través del tiempo. Ahora digite:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -90  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat -90 90  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lev 1000 100  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set t 1  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d t  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u En este caso se ha definido las dimensiones Y (latitud) y Z (nivel) para variar, por lo que se obtiene una sección vertical cruzada. También se ha mostrado dos variables, las cuales simplemente se han superpuesto unas a otras. Usted puede mostrar tantos ítems como usted decida superponiendo antes que digite el comando  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear .  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig3.gif" \* MERGEFORMATINET  Otro ejemplo, en este caso con X y T variando (grafico Hovmoller):  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" c  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -180 0  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 40  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lev 500  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set t 1 5  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig4.gif" \* MERGEFORMATINET  Ahora que usted sabe como seleccionar la porción de los datos para visualizar, nos moveremos a los tópicos de operaciones con los datos. Primero, defina las dimensiones de entorno a un Z, Y variando uno:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -180 0  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 0 90  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lev 500  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set t 1 Ahora supongamos que queremos ver la temperatura en Fahrenheit en lugar de Kelvin. Podemos hacer la conversión digitando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" display (t-273.16)*9/5+32 Alguna expresión puede ser digitada para que invoque las operadores estándar de +,-,*, y /, las cuales invocan operaciones las cuales pueden ser constante, variables, o funciones. Un ejemplo de invocación de funciones:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncsqrt.html" sqrt(u*u+v*v) Para calcular la magnitud de viento. Una función es proporcionada para hacer este cálculo directamente:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncmag.html" mag(u,v)  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig5.gif" \* MERGEFORMATINET  Otra construcción en funciones es la función promedio:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncave.html" ave(z,t=1,t=5) En este caso calculamos el promedio de 5 días. Podemos también remover el promedio del campo actual:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z -  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncave.html" ave(z,t=1,t=5) Podemos también tomar promedios sobre longitud para remover la media zonal:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear d z- HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncave.html" ave(z,x=1,x=72)  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Podemos también evaluar diferencia en el tiempo:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z(t=2)-z(t=1) Esto calcula el cambio entre dos campos sobre un día. Podemos hacer este mismo cálculo usando un offset del tiempo actual:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z(t+1) - z La especificación de un nombre de variable es: name.file(dim +|-|= value, ...) Si tenemos dos archivos abiertos, tal vez uno con salidas de modelo, el otro con análisis, podemos tomar la diferencia entre los dos campos digitando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" display z.2 - z.1 Otra construcción en funciones calcula la vorticidad horizontal relativa vía diferencias finitas:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfunchcurl.html" hcurl(u,v) Y otra función toma una integración vertical de masa pesada (mass weighted):  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncvint.html" vint(ps,q,275) Aquí hemos calculado el agua precipitable en mm. Ahora nos moveremos hacia el tópico de control de salidas graficas. Particularmente, hemos permitido a GrADS elegir un contorno de intervalo por defecto. Podemos ignorar esto por:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetcint.html" set cint 30  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Podemos también controlar el contorno de colores por:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetccolor.html" set ccolor 3  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Podemos seleccionar formas alternas de presentar los datos:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout shaded  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfunchcurl.html" hcurl(u,v) Esto no es muy suave; podemos aplicar un suavizador cúbico digitando:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetcsmooth.html" set csmooth on  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfunchcurl.html" hcurl(u,v)  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig6.gif" \* MERGEFORMATINET  Podemos superponer diferentes tipos de gráficos:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout contour  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetccolor.html" set ccolor 0  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetcint.html" set cint 30  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z Y anotar:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddrawtitle.html" draw title 500mb Heights and Vorticity Podemos visualizar vectores de viento:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout vector  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u;v  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig7.gif" \* MERGEFORMATINET  Aquí estamos mostrando dos expresiones, la primera para la componente U del vector; la segunda componente V del vector. Podemos también colorear los vectores por especificación de un tercer campo:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u;v;q o tal vez:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u;v; HYPERLINK "http://grads.iges.org/grads/gadoc/gradfunchcurl.html" hcurl(u,v) Usted puede graficar seudo vectores, graficando cualquier campo que usted quiera:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d  HYPERLINK "http://grads.iges.org/grads/gadoc/gradfuncmag.html" mag(u,v) ; q*10000 Aquí la componente U es la velocidad de viento y V es la humedad . Podemos también ver líneas de corriente (y colorearlos):  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout stream  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u;v; HYPERLINK "http://grads.iges.org/grads/gadoc/gradfunchcurl.html" hcurl(u,v) O podemos mostrar los valores puntuales de grilla:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout grid  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig8.gif" \* MERGEFORMATINET  Podemos alterar el mapa de fondo:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdclear.html" clear  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -110 -70  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 30 45  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetmpdset.html" set mpdset nam  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetdigsize.html" set digsize 0.2  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetdignum.html" set dignum 2  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d u Para alterar la proyección:  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lon -140 -40  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetlatlonlevtime.html" set lat 15 80  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetmpvals.html" set mpvals -120 -75 25 65  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetmproj.html" set mproj nps  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetgxout.html" set gxout contour  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomdsetcint.html" set cint 30  HYPERLINK "http://grads.iges.org/grads/gadoc/gradcomddisplay.html" d z En este caso, le hemos dicho a GrADS que acceda y opere sobre los datos de longitud 140W a 40W, y latitud 15N a 80N. Pero le dijimos que muestre un grafico polar estereográfico que contenga la región limitada por 120W a 75W y 25N a 65N. El área extra del grafico es superpuesta por el mapa de la rutina de proyección.  INCLUDEPICTURE "http://grads.iges.org/grads/gadoc/tutorial_fig9.gif" \* MERGEFORMATINET  Esto concluye la sección ejemplo. 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    set ylpos

    set ylpos offset side

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      side          r or l (right or left)

    Usage Notes

    Examples

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    set cmin

    set cmin value

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    Usage Notes

    Examples

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    set kml

    set kml <-type> fnameroot

    Sets the filename root and output options for Keyhole Markup Language (KML) output.

    Where type may be one of the following:

      img | image      (default) For writing out an image file and complementary KML file
      ln  | line       For writing out contour lines in a KML file
      poly             For writing out polygons from the shaded contouring algorithm in KML format.

    When using the -img or -image option (the default), two output files will be created:

      fnameroot.tif    A TIFF image file with a pixel for each gridbox in the domain (default is grads.tif)
      fnameroot.kml    A text file in the Keyhole Markup Language (KML) that contains
                       the georeferencing information for the TIFF image (default is grads.kml)

    Otherwise, only one file is written:

      fnameroot.kml    A text file in the KML format that contains the color, thickness, and
                       georeferencing information for the contour lines or polygons (default is grads.kml)

     

    Usage Notes

    This command is available in version 2.0.a5 or later. The -ln option for writing out contours in KML format is available in version 2.0.a9 or later. The -poly option for writing out polygons in KML format is available in version 2.0.0 or later. In order to use the -img option, GrADS must be linked with the TIFF and GeoTIFF libraries. Check the output from 'q config' for the message "GeoTIFF and KML/TIFF output ENABLED". The -ln and -poly options do not depend on the TIFF library, and are always enabled.

    This command is used in conjunction with the set gxout kml command which sets the graphics output type; the display command will then create the output file(s) instead of drawing a plot. The display expression must be a 2-dimensional grid that varies in X and Y (longitude and latitude), and the projection must be latlon.

    The files fnameroot.tif and fnameroot.kml will be replaced if they exist. If fnameroot provided by the user ends in ".kml", GrADS will not append an additional ".kml", and will change the extension to ".tif" for the image file (if necessary).

    The output in KML format is intended for use with GIS tools such as Google Earth. Please note that Google Earth prefers longitudes to range from -180 to 180 instead of 0 to 360.

    Examples 

    clear
set gxout kml
set kml myimg
d var

clear
set gxout kml
set kml -ln mycntr
d var

     

     

    grads-2.0.1/doc/gradutilgxeps.html0000644000175000017500000000705011416646527020277 0ustar amckinstryamckinstry GrADS Utilities: gxeps

    gxeps

    gxeps [ -acdklrsv -i <infile> -o <outfile> ] [<infile>]

    Converts the GrADS metacode format file to a PostScript file. Where:

      -i fname     identifies input GrADS metacode file
      -o fname     identifies output postscript file
      -b           prints black and white plot
      -c           prints color plot (default)
      -r           prints on a black background
      -d           appends CTRL-D to the file, useful if printing on a HP1200C/PS color printer
      -1           use PostScript Level 1 (default)
      -2           use PostScript Level 2
      -a           Page size A4
      -l           Page size US-Letter
      -L           Ask for a label to be printed on the plot
      -n           Ask for a note to include in PostScript file header
      -s           Add a file and time stamp on the plot.
      -v           Verbose mode.

    Usage Notes

    1. The default behaviour of gxepsis to create a grayscale plot on a white background. The GrADS default rainbow colors (color numbers 2 to 14) are converted into appropriate grey shades. User-defined colors (numbers above 15) are translated to greyscale intensity based on their green content only.
    2. For more information, see the section in the User's Guide on Producing Image Output from GrADS.

    Examples

    1. gxeps -a
      Prompts user for the input and output file names and convert to greyscale on white background with page size A4.
    2. gxeps -rc -i mytest.mf -o mytest.ps
      Converts GrADS metacode format file mytest.mf to a color plot on black background and outputs the result to PostScript file mytest.ps.
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    set cthick

    set cthick thckns

    Sets the line thickness for the contours given an integer in the range of 1 to 20 representing relative line thicknesses. Thickness of 6 or more will be thicker on the screen. Primarily used for controlling hardcopy output.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdsetdisplay.html0000644000175000017500000000200310243410766021257 0ustar amckinstryamckinstry

    set display

    set display grey|greyscale|color <black|white>

    Sets the mode of the display.

    By default, the mode is color, where shading and contouring is done with a rainbow of colors. When using a monochrome display, these colors may not map to greyscale in a pleasing way. When the mode is set to greyscale, contours are displayed using a single grey level, and shaded contours are done using a sequence of greyscales.

    You may optionally set the hardware background color to black or white. The default is black.

    Issuing: set display grey white gives a result on the display that is very similar to the output produced by gxps.

    Usage Note

    1. This command DOES NOT affect hardcopy output.

    Examples

    grads-2.0.1/doc/gradcomdsetgxout.html0000644000175000017500000001562611632442207020775 0ustar amckinstryamckinstry GrADS Command: set gxout

    set gxout

    set gxout graphics_type

    Where graphics_type can be one of the following:

      bar        Bar chart (The library contains an example script demonstrating how to use gxout bar and errbar)
      barb       Wind barbs
      contour    Contour plot
      errbar     Error bars (The library contains an example script demonstrating how to use gxout bar and errbar)
      geotiff    (2.0.a5+) Generates a GeoTIFF format data file; options specified by set geotiff
      grfill     Shaded grid boxes
      fgrid      Shaded grid boxes with values specified by set fgvals
      fwrite     Writes data to file instead of drawing a plot; options specified by set fwrite
      grid       Grid boxes with printed values
      imap       (2.0.a8+) Quickly drawn shaded grid boxes. No metafile, so no hard copy; image output only with outxwd.
      kml        (2.0.a5+) Generates a TIFF image file and a KML text file; options specified by set kml
      line       Line Graph
      linefill   Color fill between two lines
      print      Generates ascii output for anything displayed; controlled by set prnopts
      scatter    Scatter plot
      shaded     Shaded contour plot, alias for original algorithm (shade1)
      shade1     (2.0.0+) Shaded contour plot, original algorithm
      shade2     (2.0.0+) Shaded contour plot, new algorithm, polygons merged to be larger and fewer in number (faster to render)
      shade2b    (2.0.0+) Shaded contour plot, new algorithm, polygons all on sub-grid scale (slower to render)
      shp        (2.0.a9+) Generates a shapefile; options specified by set shp
      stream     Wind streamlines
      stat       Prints statistical output to terminal instead of drawing a plot
      vector     Wind vector arrows

    For station data, these additional graphics output types are also available:

      findstn    Finds nearest station
      model      Plots station model
      stnmark    Plots a mark at station location that is colorized by data value
      tserbarb   Time series of wind barbs at a point (1-D)
      tserwx     Time series of weather symbols at a point (1-D)
      value      Plots station values
      wxsym      Plots weather symbols at station, controlled by set wxopt

    Usage Notes

    1. For the graphics output types vector, stream, and barb, the plotting routines need two result grids, where the first result grid is treated as the U component, and the second result grid is treated as the V component. These two result grids are provided with the display command by entering two expressions separated by a semicolon:
        display u ; v
        display ave(u,t=1,t=10) ; ave(v,t=1,t=10)

    2. For the graphics output types vector and stream, you can specify a third result grid that will be used to colorize the vectors or streamlines:
        display u ; v ; mag(u,v)
        display u ; v ; hcurl(u,v)

    3. To draw a 1-D time series with graphics output types vector or barb, set the dimension environment so that only time is varying, then :
        display const(u,0); u ; v

    4. For the graphics output type wxsym, each value at a station location is assumed to be a wx symbol code number. To see a chart of all available wx symbols and their corresponding code numbers, run the sample script wxsym.gs.

    5. The graphics output type findstn requires three arguments to be provided with the display command. The first argument is a station data expression. The 2nd and 3rd arguments are the X and Y screen coordinates of the of the desired search location. GrADS will find the station closest to the specified X and Y position, and print its stid, lon, and lat. This graphics output type should only be used when X and Y are the varying dimensions and AFTER a regular display command (that results in graphics output) is entered.

    6. For the graphics output type stnmark, the size and style of the mark are controled by set digsiz and set cmark. To turn off rainbow colorizing and use a single color instead, use set ccolor color#.

    Examples

    The library contains an example script demonstrating how to use gxout bar and errbar

     

    grads-2.0.1/doc/gradcomdqsdfwrite.html0000644000175000017500000000301111353136313021102 0ustar amckinstryamckinstry GrADS Command: q sdfwrite

    q sdfwrite

    q sdfwrite

    This command returns information on the status of the sdfwrite options:

    1. The name of the sdfwrite output file
    2. The format of the output file
    3. The output file's chunk dimensions, if the format is compressed.
    4. The output undef value
    5. Any attributes that have been set by the user

    Usage Notes

  4. This command is available in GrADS v2.0.a3 or higher.
  5. The command to create the self-describing file is sdfwrite.
  6. The command to set or change the self-describing output filename is set sdfwrite.
  7. The command to set attributes for the self-describing file is set sdfattr.
  8. The reset command will reset the sdfwrite filename to the default and release all the attributes. To do this without resetting all the other user-specified options, use the clear sdfwrite command.
  9. Please see the documentation on compression for more details.

    10.  

    grads-2.0.1/doc/gradcomdsetxflip.html0000644000175000017500000000075410243410766020747 0ustar amckinstryamckinstry

    set xflip

    set xflip on|off

    Flips the order of the horizontal axis (whatever axis is horizontal after xyrev is applied). Reset by a clear or set vpage command.

    Usage Notes

    Examples

    grads-2.0.1/doc/gradcomdwi.html0000644000175000017500000000651711416646527017544 0ustar amckinstryamckinstry GrADS Command: wi

    wi

    N.B.: This command was deprecated long ago and is not included in GrADS version 1.9 or later.

    The wi (write image) command dumps an exact copy of the contents of the GrADS graphics screen directly to an image file. This feature is implemented by means of an interface to the ImageMagick library. The syntax is:

      wi filename.fmt

    where filename can be any meaningful file name, and fmt is one of the ImageMagick supported formats: gif, bmp, cgm, eps, fax, ico, jpeg, pcx, hdf, and many more.

    Usage Notes

    1. Because it requires a connection to an X-server, wi does not work when running GrADS in batch mode (-b option). A similar command that does work in batch mode is printim.
    2. Some ImageMagick formats (tiff, png, mpeg, et al.) are not yet supported by GrADS. If a specified format is not recognized or supported, the image will be saved in MIFF, ImageMagick's native format. If a file name extension is not specified, GIF is the default.
    3. Make sure no other window is on top of your GrADS graphics windows when issuing a wi command, because wi takes a snapshot of the current state of this window. If another window is partially covering your graphics window, your image file will contain the combination of these 2 windows.

    Examples

    To try out wi, display something on the graphics screen, and then at the ga-> prompt enter:

      wi test.gif for writing a GIF file
      wi test.jpeg for writing a JPEG file
      wi test.bmp for writing a Windows BMP file

    Bugs for Win32 GrADS Users

    1. On Windows 95 systems, GradsHDF, the version built with the NCSA MFHDF library, has a subtle bug when reading certain 16-bit (short) packed NetCDF files (e.g. NCEP re-analysis files converted to NetCDF at CIRES/CDC). Although GrADS is able to produce a plot, it mistankenly produces very large values for a few grid points. Work around: use GradsNC in such cases. This problem has not been reported on Windows NT systems.
    2. X Windows widgets built with gs scripts may miss/delay some X events (keyboard/mouse clicks). This problem appears to occur only on Windows 95; it has not been reported on Windows NT.
    3. Athena widgets built with gui scripts: menu items become invisible when selected (MI/X Server only); some mouse delays on Windows 95.
    4. wi has been reported to produce black and white GIF output on VGA systems with more than 256 colors. The workaround is to write a JPEG image, or to change your Windows display to 256 colors.
    grads-2.0.1/doc/gradfunctvrh2q.html0000644000175000017500000000275310243410766020351 0ustar amckinstryamckinstry

    tvrh2q

    tvrh2q(tvexpr,rhexpr)

    Given virtual temperature and relative humidty, tvrh2q returns specific humidity, q, in g/g. Specifically:

    tvexpr     A GrADS expression that represents virtual temperature, in Kelvin.
    rhexpr     A GrADS expression that represents relative humidty, in percent (values from 0 to 100).

    This function works only on gridded data.

    Usage Notes

    1. The conversion formula requires a pressure in mb. tvrh2q assumes that the Z coordinate system is pressure in mb. If Z is a varying dimension, the pressure valid at each grid point is used. When Z is a fixed dimension, the Z value from the current dimension environment is used.

      Note that it is possible to provide values from an incorrect pressure level by overriding the current dimension environment:

      set lev 500
      d tvrh2q(tv(lev=850),rh(lev=850))

      In this case, the tvrh2q function assumes a pressure of 500mb, which is the current setting for the Z dimension environment. However, tvexpr and rhexpr are providing data from the 850mb level, so the function will produce incorrect results.

    Examples

    grads-2.0.1/doc/gradcomdsetprnopts.html0000644000175000017500000000324310243410766021326 0ustar amckinstryamckinstry GrADS Command: set prnopts

    set prnopts

    set prnopts format numl numb <u>

    Controls the way values are printed when set gxout print is used.

      format   a C language template for formatting ascii output. Default is %g.
      numl     number of values to print per record. Default is 8.
      numb     number of blanks to insert between values. Default is 1.
      u        print 'Undef' instead of the numerical value for missing data.

    Usage Notes

      The first line of the ascii output will tell the user how many data values are being printed as well as the missing data value.

    Examples

    1. This example will print all the values in exponential notation: 

        set gxout print
set prnopts %10.3e 5 1
d t

      The output might look like this: 

        Printing Grid -- 30 Values -- Undef = -2.56e+33
-2.560e+33 -2.560e+33  3.014e+02  3.011e+02  3.001e+02 
-2.560e+33 -2.560e+33  3.010e+02 -2.560e+33 -2.560e+33 
-2.560e+33 -2.560e+33 -2.560e+33 -2.560e+33 -2.560e+33 
-2.560e+33 -2.560e+33 -2.560e+33  2.993e+02  2.995e+02 
-2.560e+33 -2.560e+33  3.004e+02  3.008e+02  3.010e+02 
-2.560e+33 -2.560e+33  2.999e+02  3.010e+02  3.012e+02
      grads-2.0.1/doc/aboutstationdata.html0000644000175000017500000002762010243410766020757 0ustar amckinstryamckinstry About GrADS Station Data

      About GrADS Station Data

      This section describes the structure of station data files, how to create them, and how to instruct GrADS to interpret them properly. Please refer to the companion section on Using Station Data for information about the GrADS commands and functions that are available for analyzing and displaying station data. Here are some quick links for skipping through this section:

      Structure of a Station Data File

      Station data are written to a binary file one report at a time. Groups of station reports are ordered within the file according to the time interval. The time interval for a set of upper air soundings might be 12 hours, and the time interval for a set of surface observations might be 1 hour.

      Variables within each report are split into two categories: surface and level-dependent. Surface variables are reported at most once per report, and level-dependent variable are reported at multiple pressure levels within each report.

      Each station report in a binary station data file has the following structure:

      • A header which provides information about the location of the station
      • Surface variables, if any
      • Level dependent variables, if any

      The header is described by the following C language data structure: 

        struct reportheader {
  char  id[8];    /* Station ID */
  float lat;      /* Latitude of Station */
  float lon;      /* Longitude of Station */ 
  float t;        /* Time in grid-relative units */ 
  int   nlev;	  /* Number of data groups following the header */ 
  int   flag;     /* Level independent var set flag */ 
};

      A detailed description of each header entry follows:

        id
          The station ID uniquely identifies the station. It can be 1 to 7 characters long and may be assigned arbitrarily; ie. the stations could be numbered in some arbitrary order.

        lat, lon

          The location of the station, given in world coordinates (latitude and longitude).

        t

          The time of this report, in grid-relative units. This refers to the way the stations are grouped in time. For example, if you are working with surface airways reports, you would probably have a time grouping interval of one hour. If you wanted to treat the report times of each report as being exactly on the hour, you would set t to 0.0. If the report was for 12:15pm, and you were writing the time group for 12pm, you would set t to be 0.25. Thus, t would typically have the range of - 0.5 to 0.5.

        nlev

          Number of data groups following the header. This is the count of the one surface group, if present, plus the number of level dependent groups. Is set to zero to mark the end of a time group in the file.

        flag

          If set to 0, there are no surface variables following the header. If set to 1, then there are surface variables following the header.

      The surface variable data (if present) are written to file following the header. Surface variables are written out as floating point numbers in the order they are listed in the data descriptor file. Each of the surface variables must be written -- missing variables should contain the missing data value specified in the data descriptor file. The group of surface variable data must be the same size for each report in the file.

      The level-dependent variables are written to file following the surface variables as follows:

        level     -- a floating point value giving the Z dimension in world coordinates for this level.
        variables -- The level-dependent variables for this level.

      Each level dependent group must have all the level dependent variables present, even if they are filled with the missing data value. The group of level dependent variable data must be the same size for all levels and all reports in the file.

      After all the reports for one time grouping have been written, a special header (with no data groups -- nlev set to zero) is written to indicate the end of the time group. The next time group may then start immediately after. A time group with no reports would still contain the time group terminator header record (ie, two terminators in a row).

      Creating a Station Data File

      GrADS station data files must be written out in the structure outlined in the previous section. Examples of C and FORTRAN programs to create station data sets are provided below.

      Let's say you have a data set with monthly rainfall: 

      Year   Month  Stid    Lat    Lon    Rainfall
1980     1     QQQ    34.3  -85.5    123.3 
1980     1     RRR    44.2  -84.5     87.1 
1980     1     SSS    22.4  -83.5    412.8
1980     1     TTT    33.4  -82.5     23.3 
1980     2     QQQ    34.3  -85.5    145.1
1980     2     RRR    44.2  -84.5    871.4
1980     2     SSS    22.4  -83.5    223.1
1980     2     TTT    33.4  -82.5     45.5

      A sample DEC FORTRAN program to write this data set in GrADS format is given below. Note that the OPEN statement is set to write a stream data set. This option may not not available with every compiler. If your program writes out data in sequential format, you must add an "OPTIONS sequential" entry to your GrADS data descriptor file. 

             CHARACTER*8 STID 
       OPEN (8,NAME='rain.ch') 
       OPEN (10,NAME='rain.dat',FORM='UNFORMATTED',RECORDTYPE='STREAM')
       IFLAG = 0 
C  Read and Write 
10     READ (8,9000,END=90) IYEAR,IMONTH,STID,RLAT,RLON,RVAL 
9000   FORMAT (I4,3X,I2,2X,A8,3F8.1) 
       IF (IFLAG.EQ.0) THEN
          IFLAG = 1 
          IYROLD = IYEAR
          IMNOLD = IMONTH 
       ENDIF 
C  If new time group, write time group terminator. 
C  Assuming no empty time groups. 
       IF (IYROLD.NE.IYEAR.OR.IMNOLD.NE.IMONTH) THEN 
          NLEV = 0 
          WRITE (10) STID,RLAT,RLON,TIM,NLEV,NFLAG 
          ENDIF 
          IYROLD = IYEAR 
          IMNOLD = IMONTH 
C  Write this report 
       TIM = 0.0 
       NLEV = 1 
       NFLAG = 1
       WRITE (10) STID,RLAT,RLON,TIM,NLEV,NFLAG 
       WRITE (10) RVAL 
       GO TO 10
C  On end of file write last time group terminator. 
90     CONTINUE 
       NLEV = 0 
       WRITE (10) STID,RLAT,RLON,TIM,NLEV,NFLAG 
       STOP
       END

      An equivalent C program might be: 

       
#include <stdio.h>
/* Structure that describes a report header in a stn file */ 
struct rpthdr {
  char  id[8];    /* Station ID */
  float lat;      /* Latitude of Station */
  float lon;      /* Longitude of Station */ 
  float t;        /* Time in grid-relative units */ 
  int   nlev;	  /* Number of levels following */ 
  int   flag;     /* Level independent var set flag */ 
} hdr;

main () 
{
  FILE  *ifile, *ofile; 
  char  rec[80]; 
  int   flag,year,month,yrsav,mnsav,i; 
  float val;

/* Open files */ 
  ifile = fopen ("rain.ch","r"); 
  ofile = fopen ("rain.dat","wb"); 
  if (ifile==NULL || ofile==NULL) { 
    printf("Error opening files\n"); 
    return; 
  }

/* Read, write loop */
  flag = 1; 
  while (fgets(rec,79,ifile)!=NULL) { 
    /* Format conversion */ 
    sscanf (rec,"%i %i",&year,&month); 
    sscanf (rec+20," %g %g %g",&hdr.lat,&hdr.lon,&val); 
    for (i=0; i<8; i++) hdr.id[i] = rec[i+11]; 
    /* Time group terminator if needed */ 
    if (flag) { 
      yrsav = year; 
      mnsav = month;
      flag = 0; 
    } 
    if (yrsav!=year || mnsav!=month) { 
      hdr.nlev = 0; 
      fwrite(&hdr,sizeof(struct rpthdr), 1, ofile); 
    } 
    yrsav = year; 
    mnsav = month;
    /* Write this report */ 
    hdr.nlev = 1;
    hdr.flag = 1; 
    hdr.t = 0.0;
    fwrite (&hdr,sizeof(struct rpthdr), 1, ofile);
    fwrite (&val,sizeof(float), 1, ofile); 
  } 
  hdr.nlev = 0; 
  fwrite (&hdr,sizeof(struct rpthdr), 1, ofile); 
}

      Station Data Descriptor File

      After creating a binary file containing your station data, you must write a station data descriptor file so GrADS knows how to interpret the binary data file. The format for the data descriptor file for station data is similar to the format for a gridded data set, but there are a few differences as well as additional entries that are unique to station data descriptor files. These differences are outlined below. For further information on all the entries of a descriptor file, consult the secion of the User's Guide on Elements of a GrADS Data Descriptor File.

      Here is an example of a station data descriptor file. Remember that the variables must be listed in the same order as they were written to the binary file. 

        DSET   ^station_data_sample.dat
DTYPE  station 
STNMAP station_data_sample.map
UNDEF  -999.0
TITLE  Station Data Sample
TDEF   10 linear 12z18jan1992 12hr
VARS 11
ps    0  99  Surface Pressure
ts    0  99  Surface Temperature
ds    0  99  Surface Dewpoint Temperature
us    0  99  Surface U-Wind 
vs    0  99  Surface V-Wind 
elev  0  99  Elevation of Station
z     1  99  Height
t     1  99  Temperature
d     1  99  Dewpoint Temperature
u     1  99  U-Wind
v     1  99  V-Wind 
ENDVARS

      Note the following differences between this descriptor file and a gridded data descriptor file:

        DTYPE station

          This entry identifies the data file as station data.

        STNMAP filename

          This entry identifies the file name of the station map file created by the stnmap utility.

        XDEF, YDEF, and ZDEF

          These entries are not included in a station data control file.

        TDEF

          This entry gives the number of the time groups in the file, the time stamp for the first group, and the interval between time groups.

        VARS

          The surface variables are listed first, and contain a "0" in the levs field. Level-dependent variables are listed after the surface variables, and contain a "1" in the levs field.

      STNMAP Utility

      Once the station data set has been created and the descriptor file has been written, the final step is to create the station map file by running the stnmap utility. This utility is executed externally from the command line, not from within GrADs. stnmap writes out information that allows GrADS to access the station report data more efficiently. The output from stnmap is called the station map file and its name is identified in the STNMAP entry of the data descriptor file. stnmap will prompt the user for the name of the data descriptor file, or it can be specified as an input argument on the command line. Station map files must be created on the machine where they are to be used. Consult the reference page for more information.

      If you change the station data file, perhaps by appending another time group, then you will also have to change the descriptor file to reflect the changes and then rerun the stnmap utility. grads-2.0.1/doc/gradcomdsetgrid.html0000644000175000017500000000437510243410766020555 0ustar amckinstryamckinstry GrADS Command: set grid

      set grid

      set grid status <linestyle> <color#>

      Specifies the characteristics of the displayed grid lines. Default is to draw horizontal and vertical grid lines with color number 15 (grey) and linestyle 5 (dotted).

      Options for status are:

        on          - both latitude and longitude lines are drawn
        off         - no grid lines lines are drawn
        horizontal  - only latitude grid lines are drawn
        vertical    - only longigude grid lines are drawn

      Options for linestyle are:

        1 - solid
        2 - long dash
        3 - short dash
        4 - long dash, short dash
        5 - dotted
        6 - dot dash
        7 - dot dot dash

      color# may be one of the 16 GrADS default colors or a new color defined with set rgb.

      Usage Notes

      1. Changes to the grid display characteristics 'stick' until reset by a new execution of set grid.

      2. You cannot specify a color# without also specifying a linestyle.

      3. Grid lines are aligned with the labeled tick marks on the X and Y axes. GrADS chooses appropriate defaults for spacing of the labeled tick marks, but these defaults may be overridden by the commands set xaxis, set yaxis, set xlint, set ylint, set xlevs, and set ylevs. Please consult these reference pages for more information.

      Examples

      grads-2.0.1/doc/display.html0000644000175000017500000000764010243410766017056 0ustar amckinstryamckinstry Displaying Data in GrADS Drawing Data Plots
      Clearing the Display
      Graphics Output Types
      Advanced Display Options

      Drawing Data Plots

       The display command is how you actually display data (output expressions) plots via the graphics output window. The command is:

      display expression

      or

      d expression

      The simplest expression is a variable abbreviation.

      If you display when all dimensions are fixed, you get a single value which is typed out.

      If you display when one dimension varies, you get a 1-D line graph by default.

      If you display when two dimensions are varying, you get a 2-D contour plot by default.

      A variety of plot types are available in addition to the above defaults.

      Clearing the Display

      GrADS will overlay the output from each display command. To clear the display, enter:

      clear (or just c)

      Issued without parameters, the clear command does pretty heavy duty clearing of many of the GrADS internal settings. Parameters can be added to limit what is cleared when using more advanced features, for example:

        c events         flushes the events buffer (e.g., mouse clicks)
        c graphics     clears the graphics, but not the widgets
        c hbuff           clears the display buffer when in double buffer mode

      WARNING: If you make any error in the syntax of clear then GrADS does the full clear...

      Graphics Output Types

      Before you can display a graph of your data, you will need to set the type of plot you want and, probably, some other graphics parameters as well.

      By default, when one dimension varies, you get a line graph, and when two dimensions vary, you get a contour plot. These defaults can be changed by the command:

      Some examples of graphics_type are contour, shaded, grid, bar, vector, or streamline. For a complete list, see the reference page.

      There are many options that can be set to control how the data will be displayed for each graphics_type.

      For the graphics output types vector, stream, and barb, the plotting routines need two result grids, where the first result grid is treated as the U component, and the second result grid is treated as the V component. These two result grids are provided to the display command by entering two expressions separated by a semicolon:

        display u ; v
        display ave(u,t=1,t=10) ; ave(v,t=1,t=10)

      For the graphics output types vector and stream, you can specify a third result grid that will be used to colorize the vectors or streamlines:

        display u ; v ; mag(u,v)
        display u ; v ; hcurl(u,v)

      For a graphics output type wxsym, each value at a station location is assumed to be a wx symbol code number. To see a chart of all available wx symbols and their corresponding code numbers, run the sample script wxsym.gs. grads-2.0.1/doc/stnmap.html0000644000175000017500000000620510243410766016707 0ustar amckinstryamckinstry

      stnmap

      stnmap [ -i fname ]

      Usage Notes

      stnmap is a GrADS utility that writes out a hash table and/or link list information for station data that allows GrADS to access the report data more efficiently.

      If you change the data file - perhaps by appending another time group - you will also have to change the descriptor file to reflect the changes - the new number of times for example - and then rerun the stnmap utility.

      Note the difference between station descriptor file and a grid descriptor file:

        DTYPE     specify a data type of: station

        STNMAP     gives the file name of the station mapping file.

        XDEF, YDEF, ZDEF     not specified.

        TDEF     describes the time grouping interval and the number of the time groups in the file.

        VAR     surface variables must come first, and are given a zero for the number-of-levels field. Level dependent variables are listed after the surface variables, and are given a one in the number-of-levels field.

      Examples

      When a data set, for example ua.reps is written, and the descriptor file stat.ctl, including the information records for the station data file ua.reps is created, you should then create the station map file ua.map (named in the STNMAP record of the descriptor file; see below) by running the stnmap utility.

      Example descriptor file: stat.ctl

        DSET ^ua.reps
        DTYPE station
        STNMAP ^ua.map
        UNDEF -999.0
        TITLE Real Time Upper air obs
        TDEF 10 linear 12z18jan1992 12hr
        VARS 12
          slp 0 99 SLP
          ts 0 99 Temps
          us 0 99 U Winds
          vs 0 99 V Winds
          z 1 99 Heightsa
          t 1 99 Temps
          u 1 99 U Winds
          v 1 99 V WInds
        ENDVARS

      Running the stnmap utility:

      stnmap -i stat.ctl

      The station map file ua.map is a binary file, which includes the hash table and/or link list information. grads-2.0.1/doc/gradcomdsetframe.html0000644000175000017500000000126010243410766020710 0ustar amckinstryamckinstry

      set frame

      set frame on|off|circle

        on           plots a rectangular frame around the clipped region
        off         plots no frame
        circle   plots a rectangular frame for lat-lon projections, plots a circular frame for a polar plot at the outermost latitude. Used for whole-hemisphere plots only.

      Usage Note

      Examples

      grads-2.0.1/doc/gradcomdexec.html0000644000175000017500000000101710243410766020026 0ustar amckinstryamckinstry

      exec

      exec file-name <arg0 arg1...arg9>

      file-name      the name of a file containing GrADS commands

      Usage Notes

      The variables &0 to &9 may be used within the exec file to be replaced by blank delimited arguments to the exec.

      Examples

      grads-2.0.1/doc/gradcomddrawmap.html0000644000175000017500000000047610243410766020545 0ustar amckinstryamckinstry

      draw map

      draw map

      Draw a map outlined as controlled by current settings and the dimension environment.

      Usage Notes

      Examples

      grads-2.0.1/doc/gadocindex.html0000644000175000017500000000136410243410766017513 0ustar amckinstryamckinstry GrADS Documentation Index <body bgcolor="#e0f0ff" text="#000000"> <p> Your browser does not support frames. Your options are: <p> 1. Curse the universe for having to work with obsolete gear, then upgrade. <p> 2. View the <a href="indexlist.html" target="_top">index list</a> without frames. </body> grads-2.0.1/doc/gradcomddrawbutton.html0000644000175000017500000000366310243410766021304 0ustar amckinstryamckinstry GrADS Command: draw button

      draw button

      draw button number xpos ypos width height string

      Draws a button centered on xpos,ypos with the following attributes:

        number   button number, 1 - 512
        xpos     x center of the button in page coordinates (inches)
        ypos     y center of the button in page coordinates (inches)
        width    width (x) of the button (inches)
        height   height (y) of the button (inches)
        string   text to display centered in the button

      Usage Notes

      1. Button colors are specified with the set button command.

      2. A button's initial state is ON. If a user clicks on a button following a q pos command, then the button state will switch from ON (1) to OFF (0). A second q pos followed by a mouse click on the button will return it to the ON state.

      3. The button "state" (i.e. ON/OFF) may also be set with the redraw button command.

      4. See the section of the User's Guide on widgets for more information on using buttons.

      Example

      set rgb 90 100 100 100
set rgb 91  50  50  50
set rgb 92 200 200 200
set button 2 90 91 92 3 90 91 92 10
draw button  1 2.5 8.0 2.5 0.5  Click Here
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      set vrange

      set vrange y1 y2

      Specifies the range of the variable values for y-axis scaling (from y1 - y2). Reset by clear only.

      Usage Note

      Examples

      grads-2.0.1/doc/udf.html0000644000175000017500000003443710243410766016173 0ustar amckinstryamckinstry GrADS User Defined Functions

      User Defined Functions (UDFs)

      Overview of User Defined Functions
      The user defined function table
      Format of the function data transfer file
      Format of the function result file
      Example: Linear Regression Function


      Users may write their own GrADS functions in the computer language of their choice, and have them available from the GrADS expression facility (via the display command). Some possible user defined functions might be:

      • filtering functions
      • grid interpolation functions
      • thermodynamic functions

      You may write a function that can be invoked via the GrADs expression facility. This function may be written in any computer language, and may perform any desired I/O, calculations, etc. Please read the following documentation carefully to understand the restrictions to this capability.

      Overview of User Defined Functions

      The steps that GrADS uses to invoke a user defined function are:

      1. When GrADS is first started, it reads a file that describes the user defined functions. This file is called the 'user defined function table'.

      2. When a user function is invoked via the display command expression, GrADS parses the arguments to the functions, obtains the results of any expressions, and writes the resultant data to a 'function data transfer file'.

        Please note that in a user-defined function adding the double quote ("") around a char argument passes the string directly without the usual conversion to lower case and removal of blanks, e.g.,

        d grhilo(slp,F8.2,"This is the Label",0.25)

        Here F8.2 is passed as f8.2, but the second character string would not be converted to thisisthelabel.

      3. A user written program is then invoked. This program may read the function data transfer file, do any desired processing, then write the result into a function result file.

      4. GrADS will read the function result file and generate the internal objects necessary for this result to participate in the remainder of the expression evaluation.

      The user defined function table

      The user defined function table (UDFT) is a simple text file that contains information about each user defined function. There are five records for each defined function, and the file may contains descriptions for any number of functions. The 5 records are:

        Record 1: This record contains several blank delimited fields:

          Field 1: The name of the function, 1-8 characters, beginning with a letter. The name should be in lower case. Note that function names are not case dependent, and that GrADS converts all expression to lower case before evaluation.

          Field 2: An integer value, specifying the minimum number of arguments that the function may have.

          Field 3: An integer value, specifying the maximum number of arguments that the function may have. This may not be more than 8.

          Field 4 to N: A keyword describing the data type of each argument:

          expr: The argument is an expression.
          value: The argument is a data value.
          char: The argument is a character string.

        Record 2: This record contains blank delimited option keywords. Current keywords are:

          sequential - GrADS will write data to the function data transfer file in FORTRAN sequential unformatted records. This is typically appropriate if the function is written in FORTRAN.

          direct - GrADS will write data to the function data transfer file without any record descriptor words. This is typically appropriate if the function is written in C.

        Record 3: This record contains the file name of the function executable routine. This routine will be invoked as its own separate process via the system call. Do a man system if you would like more information on the rules governing this system feature.

        Record 4: This record contains the file name of the function data transfer file. This is the file that GrADS will write data to before invoking the user function executable, and is typically the file the function will read to obtain the data to be operated upon.

        Record 5: This record contains the file name of the function result file. The function writes the result of its operations into this file in a specified format, and GrADS reads this file to obtain the result of the function calculation.

      The user function definition table itself is pointed to by the environment variable GAUDFT. If this variable is not set, the function table will not be read. An example of setting this variable is:

      setenv GAUDFT /usr/local/grads/udft

      User defined functions have precedence over GrADS intrinsic functions, thus a user defined function can be set up to replace a GrADS function. Be sure you do not do this inadvertently by choosing a function name already in use by GrADS.

      Format of the function data transfer file

      The function data transfer file contains a header record plus one or more records representing each argument to the function. The user function routine will know what data types to expect (since they will be specified in the UDFT), and can read the file in a predictable way.

      Header record: The header record always contains 20 floating point numbers. The record will always be the same size. Values defined in this record are:

        1st value: Number of arguments used when invoking the function.

        2nd value: Set to zero, to indicate this particular transfer file format. The function should test this value, and return an error if non-zero, in order to be compatible with future enhancements to this file format.

        Values 3 to 20: Reserved for future use.

      Argument records: The argument records are written out in the order that the arguments are presented. The contents of the argument records depends on the data type of the argument: value, character string, or expression. Each of these data types will result in a different argument record being written out:

      • value: If the argument data type is a value, then the argument record will contain a single floating point value.

      • char: If the argument data type is a character string, then the argument record will an 80-byte character array that contains the argument string. If the argument string is longer than 80 bytes, the trailing bytes will be lost. If the argument is shorter, it will be padded with blanks. Note that the argument will already be processed by the GrADS expression parser, which will convert all characters to lower case and remove any blanks.

      • expr: If the argument data type is a gridded expression, then GrADS will evaluate the expression and write a series of records to the transfer file. Listed below are the records that will be written to the transfer file for each argument that is a gridded expression:

          1st record: This record contains 20 values, all floating point, that make up the header for the gridded expression. Note that some of the values are essentially integer, but for convenience they are written as a floating point array. Appropriate care should be taken in the function program when converting these values back to integer.

            1 -- Undefined value for the grid

            2 -- An index to identify the i dimension (idim). Options for the index are:

              -1    None
              0    X dimension (lon)
              1    Y dimension (lat)
              2    Z dimension (lev)
              3    T dimension (time)

            3 -- An index to identify the j dimension (jdim). Options are the same as for idim. If both idim and jdim are -1, the grid is a single value.

            4 -- number of elements in the i direction (isiz).

            5 -- number of elements in the j direction (jsiz).

            6 -- i dimension linear flag. If 0, the dimension has non-linear scaling.

            7 -- j dimension linear flag. If 0, the dimension has non-linear scaling.

            8 -- istrt. This is the world coordinate value of the first idim element, ONLY if idim has linear scaling and idim is not time.

            9 -- iincr. This is the increment of the world coordinate values for idim, ONLY if idim has linear scaling.

            10 -- jstrt. This is the world coordinate value of the first jdim element, ONLY if jdim has linear scaling and jdim is not time.

            11 -- jincr. This is the increment of the world coordinate values for jdim, ONLY if jdim has linear scaling.

            12 -- If one of the dimensions is time, values 12 to 16 define the start time:

              12: start year
              13: start month
              14: start day
              15: start hour
              16: start minute

            17 -- If one of the dimensions is time, values 17 and 18 define the time increment:

              17: time increment in minutes
              18: time increment in months
            (GrADS handles all increments in terms of minutes and months.)

            19,20 -- reserved for future use

          2nd record: This record contains the actual grid of data. It contains isiz*jsiz floating point elements.

          3rd record: This record contains the world coordinate values for each grid element in the i dimension. Thus, the record will contain isiz floating point elements.

          4th record: This record contains the world coordinate values for each grid element in the j dimension. Thus, the record will contain jsiz floating point elements.

      Format of the function result file

      The function result file returns the result of the user defined function to GrADS. It is the responsibility of the function program to write this file in the proper format. A file written out in an improper format may cause GrADS to crash, or to produce incorrect results.

      The result of a function is always a grid. Thus, the format of the function result file is as follows:

      Header record: The header record should always contain 20 floating point numbers. The record will always be the same size. Values defined in this record are:

        1st value: This value contains the return code. Any non-zero return code causes GrADS to assume the function detected an error, and GrADS does not read any further output.

        2nd value: Set to zero, to indicate this particular transfer file format. The function should test this value, and return an error if non-zero, in order to be compatible with future enhancements to this file format.

        Values 3 to 20: Reserved for future use.

      Grid records: The grid records should be written in the same order and format as the expr argument record in the data transfer file, with one important exception: the 3rd and 4th records containing the world coordinate values for each grid element in the i and j dimensions are written out to the function result file only if the scaling is non-linear. Thus the transfer file and the result file are not symmetric: GrADS writes a transfer file with record #3 and #4 always included, but it does NOT like to see record #3 and #4 in the result file if the dimensions are linear.

      The linear/non-linear scaling of the grid dimensions is determined by examining the grid header contents -- values 6 and 7 contain the idim and jdim linear flags. Note that the time dimension is always linear.

      Example: Linear Regression Function

      This is a simple example of what a user defined function might look like in FORTRAN. This is a simple linear regression function, which only handles a 1-D grid and takes one argument, and expression.

      First, the user defined function table (UDFT): 

        linreg 1 1 expr 
sequential 
/mnt/grads/linreg
/mnt/grads/linreg.out 
/mnt/grads/linreg.in

      The source code for the FORTRAN program linreg is: 

            real vals(20),ovals(20) 
      real x(10000),y(10000) 
c 
      open (8,file='/mnt/grads/linreg.out',form='unformatted') 
      open (10,file='/mnt/grads/linreg.in',form='unformatted') 
c 
      read (8)
      read (8) vals 
      idim = vals(2) 
      jdim = vals(3) 
c 
c  If this is not a 1-D grid, write error message and exit 
      if (idim.eq.-1 .or. jdim.ne.-1) then 
        write (6,*) 'Error: Invalid dimension environment'
        vals(1) = 1 
        write (10) vals 
        stop
      endif 
c 
c  If the grid is too big, write error message and exit 
      isiz = vals(4) 
      if (isiz.gt.10000) then 
        write (6,*) 'Error from linreg: Grid too big' 
        vals(1) = 1 
        write (10) vals 
        stop
      endif 
c 
c  Read the data 
      read (8) (y(i),i=1,isiz) 
c 
c  Read non-linear scaling if necessary 
      ilin = vals(6) 
      if (ilin.eq.0) then 
        read (8) (x(i),i=1,isiz) 
      else 
        do 100 i=1,isiz
          x(i) = i  
100     continue
      endif 
c 
c  Do linear regression 
      call fit (x,y,isiz,a,b) 
c 
c  Fill in data values 
      do 110 i=1,isiz 
        y(i) = a+x(i)*b  
110   continue 
c 
c  Write out return info.  
c  The header and the non-linear scaling 
c  info will be the same as what GrADs gave us. 
      ovals(1) = 0.0 
      write (10) ovals 
      write (10) vals 
      write (10) (y(i),i=1,isiz) 
      if (ilin.eq.0) write(10) (x(i),i=1,isiz) 
c 
      stop
      end 
c
c---------------------------------------------------
      SUBROUTINE FIT(X,Y,NDATA,A,B) 
c 
c A is the intercept 
c B is the slope 
c 
      REAL X(NDATA), Y(NDATA) 
c 
      SX = 0. 
      SY = 0. 
      ST2 = 0.
      B = 0. 
      DO 12 I = 1, NDATA 
        SX = SX + X(I) 
        SY = SY + Y(I)  
12    CONTINUE 
      SS = FLOAT(NDATA) 
      SXOSS = SX/SS
      DO 14 I = 1, NDATA 
        T = X(I) - SXOSS 
        ST2 = ST2 + T * T 
        B = B + T * Y(I)  
14    CONTINUE 
      B = B/ST2 
      A = (SY - SX * B)/SS 
      RETURN 
      END
      grads-2.0.1/doc/xsections.html0000644000175000017500000001040010243410766017414 0ustar amckinstryamckinstry Cross Sections

      Drawing Arbitrary Cross Sections

      Drawing arbitrary vertical cross sections based on a collection of station data profiles involves transforming station data (scattered observations) into gridded data so as to take advantage of the GrADS grid display and analysis features.

      The first step is to form a collection of 1-D data (Z or T varying). The collect command saves station data profiles or time series in memory as a set. The 1-D data may be either real station data or gridded data converted to station data using gr2stn.

      The second stop is to convert the collection of station data into a grid for display or analysis purposes. This is accomplished by the new function coll2gr.

      coll2gr does not yet support time slices; currently, it will only work when the collection of stations is a collection of vertical profiles.

      coll2gr produces an output grid that varies in X and Z; the dimension environment used when coll2gr is invoked must also be X and Z varying. The X axis of the output grid will contain the equally spaced station profiles and will span the range of the current X dimension environment. The Z axis of the output grid will span the range of the current Z dimension environment and will have either the specified number of levels or a union of the levels. Data points outside of the range of levels will be used for interpolating to within the range if appropriate.

      The X axis of the output grid from coll2gr is artificial in terms of the world coordinates -- it doesn't really represent longitudes. A way to completely control the labelling of the display output is provided:

      Each label string may include blanks. The labels will be plotted equally spaced along the indicated axis. Spacing can be modified by adding blank strings:

      Here is a sample script written by M. Fiorino that uses these features:

      *********************************************************************
      * The following lines will display an arbitrary X section
      * from one specified point to another.
      *
      * lon1 is the westernmost longitude point
      * lon2 is the easternmost longitude point
      * lat1 is the latitude that corresponds to lon1
      * lat2 is the latitude that corresponds to lon2
      *
      * The loop is used to interpolate between points in
      * the arbitrary cross section. This code will plot
      * any cross section as long as you specify the points.
      * My code plots cross sections of PV after I calculated
      * PV on 11 pressure surfaces. I have another script
      * that plots cross sections of potential temperature, and
      * the code is very similar to this, except theta is substituted
      * for PV.
      *
      * Many thanks to Brian Doty at COLA for his help with this code.
      *
      ********************************************************************

      'open pv.ctl'
      'set grads off'
      'set zlog on'
      'set x 1'
      'set y 1'
      'set lev 1000 100'
      lon1 = -95.0
      lon2 = -90.0
      lat1 = 55.0
      lat2 = 15.0
      lon = lon1
      'collect 1 free'
      while (lon <= lon2)
        lat = lat1 + (lat2-lat1)*(lon-lon1) / (lon2-lon1)
        'collect 1 gr2stn(pv,'lon','lat')'
        lon = lon + 1
      endwhile

      'set x 14 16'
      'set xaxis 'lon1' 'lon2
      'set clab on'
      'set gxout shaded'
      'set clevs 0 .5 15'
      'set ccols 0 0 7 0'
      'd coll2gr(1,-u)'
      'set gxout contour'
      'set cint .5'
      'd coll2gr(1,-u)'
       grads-2.0.1/doc/gradcomdsetcstyle.html0000644000175000017500000000235610243410766021130 0ustar amckinstryamckinstry GrADS Command: set cstyle

      set cstyle

      set cstyle style

      Sets the contour linestyle. style options are:

        0 - no contours
        1 - solid
        2 - long dash
        3 - short dash
        4 - long dash, short dash
        5 - dotted
        6 - dot dash
        7 - dot dot dash

      Usage Notes

      1. set cstyle is reset by entering clear or display.

      2. set cstyle 0 will generate the following message: "WARNING cstyle = 0 ; no lines will be plotted; I suggest 1 ...". However, it may be used with set cmark for drawing a 'line' plot with marks at all the data points that are not connected by a line.

      Examples

      grads-2.0.1/doc/ensembles.html0000644000175000017500000004324311632442207017363 0ustar amckinstryamckinstry The Ensemble Dimension

      The Ensemble Dimension

      Ensemble Handling in GrADS
      The EDEF entry in a descriptor file
      How to organize the data
      Example #1: Lag Ensembles
      Example #2: Retrospective Daily Hindcasts from CFS
      Example #3: Ensembles with Different Lengths and Start Times in Binary Format

      Ensemble Handling in GrADS

      GrADS version 2.0 supports a fifth dimension for gridded data sets. This extra dimension has been implemented in a general way, but has been optimized for use with ensembles. Thus the name of the dimension is E or "ens". A good way to illustrate how the E dimension has been implemented in GrADS is through a series of plots using real data.

      Let's begin with a 16-day forecast initialized 1 January. This is a 4-Dimensional data set that varies in space (X, Y, and Z) and time (T). To create the following display we fixed the latitude, longitude, and level dimensions and set time to span the entire forecast; the 1-D plot below shows the time series of predicted data values (16-day forecast of 500mb height at 45N, 60W):

      edemo1

      Next, suppose you rerun the same forecast 20 more times, tweaking the initial conditions a little bit for each run -- you've created a 21-member ensemble forecast. All the ensemble members have the same length and start time. A classic technique for illustrating variability among ensemble members is to draw a "spaghetti" plot -- one contour line for each member. The following display shows a spaghetti plot for the same location and vertical level as drawn above, with one line for each ensemble member (16-day forecast of 500mb height at 45N, 60W from 21 ensemble members):

      edemo2

      Using GrADS 2.0 and the ensemble dimension, we do not need to consider the ensemble members as separate data sets -- we can group them together and treat them as a single 5-dimensional data set. Thus we can display the same data in the spaghetti plot as a 2-D grid: Time on the X-axis vs. Ensemble Member on the Y-axis. Each contour line in the plot above becomes a row in the grid below, with grid boxes colored according to data values.

      edemo3

      Because GrADS handles the ensemble members as a single grid, we can perform some calculations over the ensemble dimension. The GrADS analysis functions operate on E the same way they do on X, Y, Z, and T. Below is yet another version of the same data in the spaghetti plot; this time the display shows the ensemble mean (the red line), the ensemble mean +/- one standard deviation (green bars), and the minimum and maximum values over all members (blue whiskers):

      edemo4

      The EDEF entry in a descriptor file

      The first step in creating a descriptor file for a 5-D gridded data set is to add an entry to describe the ensemble axis (E) using the keyword EDEF. The E-axis is always linear, and there is no "world coordinate" equivalent for ensembles. An ensemble member is called by its grid index (1, 2, etc.) or its name. The ensemble names are aliases for the grid indices, but are also used as the substitution string when file templating is in use. Ensemble names must be 15 characters or less, and contain only lower case alphanumeric characters. (In version 2.0.0 and later, mixed case ensemble names are allowed). The grid for each ensemble member must be identical in X, Y, and Z, and all members must have the same list of variables. The time axis is a bit more flexible -- ensemble members may have different start times and different lengths, but they must all share the same time increment. The axis described in the TDEF entry is an envelope that spans the time ranges of all ensemble members.

      There are two different syntaxes for the EDEF entry: compact and expanded. The compact syntax is simpler and contains the number of ensembles, the "names" keyword, and a space-delimted list of the names for each ensemble member. The expanded syntax is a collection of records framed by EDEF and ENDEDEF; each record contains a name, individual time axis information, and GRIB2 codes (if they are required). If all of the ensemble members have an identical time axis (i.e. length, initial time, and increment are the same for each one), and the data format is not GRIB2, then the members are distinguished only by their names, and the compact EDEF syntax may be used. For example:

      EDEF 6 names e1 e2 e3 e4 e5 e6
      EDEF 21 names cntrl p0 p1 p2 p3 p4 p5 p6 p7 p8 p9 n0 n1 n2 n3 n4 n5 n6 n7 n8 n9

      If the ensemble members do not have identical time axes (i.e., their lengths or initial times are not the same), or if you need to include the GRIB2 codes, then you must use the expanded EDEF syntax. Individual ensemble records contain the ensemble name, its length, and initial time. If the data are in GRIB2 format, then some additional comma-delimited codes are added following the initial time. (See the EDEF reference page for more details.) Example #2 at the bottom of this page shows the TDEF and EDEF entries for a set of forecasts where members were initialized at staggered start times.

      The EDEF entry is only required in a descriptor file if the data set varies in the E dimension. A 4-D data set does not require an "EDEF 1 names 1" entry. If EDEF is omitted, GrADS will know the data set is 4-D, and will set up a default E axis for internal use only. This is especially important if the descriptor file will be used to serve the data set via the GrADS Data Server.

      To query the ensemble metadata once the file is opened, use the "q ens" command.

       

      How to organize the data

      As you create the descriptor file for your 5-D ensemble data set, you must also consider how to organize the data. It is possible to have all data in one file, but it is more likely that a data set will be an aggretation of separate files, organized using templates. GrADS supports templating over the T and E dimensions, but there are some limitations on templating that depend on the data format. Note that the substitution strings for templating on T may be separated into several pieces (e.g. %y4, %m2, et al.) and can appear in different locations in the filename string in the DSET entry. For ensembles, the sole substitution string (%e) is the ensemble name (provided in the EDEF entry), which is limited to 15 characters. If you are templating over the ensemble dimension, there can be only one ensemble member per file. Some additional considerations for constructing and managing ensemble data sets based on data format are given below.

      Binary Format: The structure of a multi-dimensional binary data set is determined by the order in which the horizonal grids are written to file. The building blocks are stacked in a sequence according to dimension. The sequence goes in the following order starting from the fastest varying dimension to the slowest varying dimension: longitude (X), latitude (Y), vertical level (Z), variable (VAR), time (T), and ensemble (E). 5-D ensemble data sets are created by concatenating 4-D data sets together -- the ensemble dimension varies outside of all the others. If the data format is binary and file templating is used for the time dimension, then file templating for the ensemble dimension must also be used. If the data format is binary and files are templated together only over the ensemble dimension, then the entire time series for each member must be contained in the individual data files; if the members have different lengths and start times, they must be padded with missing values so that the individual data files for each member are the same size. You can avoid padding your data files with missing data by using file templating over both the time and ensemble dimensions. Please see Example #3 below.

      GRIB Format: The structure of a multi-dimensional GRIB data set is determined by the axis and variable declarations in the descriptor file; this information is contained in the index file created by the gribmap utility. The order in which the horizontal grids (records) are written to file is not as critical as it is for binary data. The GRIB2 format has an expanded set of header fields for ensemble metadata, so two records that are from different ensembles but otherwise identical may be distinguished. This is not the case for GRIB1. File templating on T and E in any combination is supported for GRIB2. If you are using the ensemble dimension with GRIB1, then templating for the ensemble dimension must be used and the data for each ensemble member must be in a separate file.

      Self-Describing File Format: The structure of a multi-dimensional data set in NetCDF or HDF-SDS format is determined by the way the coordinate dimensions in the self-describing file are matched to the 5 grid dimensions in GrADS. This matching may be accomplished in three ways:

      1. Use the sdfopen command -- GrADS uses only the metadata in the self-describing file to determine how to match the coordinate dimensions in the file with longitude, latitude, level, time, and ensemble. You can use the sdfopen command for 5-D ensemble data sets served by the GrADS Data Server (GDS) -- the ensemble metadata are tailored specifically for GrADS so that sdfopen will work properly.
      2. Use the xdfopen command -- GrADS needs some external metadata to supplement or replace what is in the self-describing file in order to match the coordinate dimensions. This external metadata is provided in a special descriptor file with a syntax especially for the xdfopen command. In an xdfopen-style descriptor, there is support for three variations on the compact syntax of the EDEF entry:
        edef <SDF_dimension_name>
        edef <SDF_dimension_name> <size>
        edef <SDF_dimension_name> <size> names <list of names>
        Note these variations are different from the compact syntax for EDEF in a complete descriptor file because they include the name of the coordinate variable as defined in the data file.
      3. Use the open command -- GrADS uses a complete descriptor file that contains all the metadata it needs to map the coordinate dimensions. Metadata in the data file is ignored, and the mapping of variable dimensions to grid dimensions is accomplished through the units field of the variable declaration.

      Note that file templating on T and E in any combination is supported for the NetCDF and HDF-SDS formats (as of version 2.0.a5).

       

      Example #1: Creating a Lag Ensemble Data Set

      A lag ensemble is a collection of forecasts with different initialization times. It differs from the ensemble forecast described above because each member spans a different (shifted) time range. If you consider the 24-hour geopotential height forecast in each member of a lag ensemble data set, the fields will not be valid at the same time. Similarly if you consider the height fields from all members at a fixed valid time, each member will have a different lead time (offset from the initial time). Below is an illustration of a lag ensemble data set. The graphic is related to the example above because it shows similar 16-day forecasts of 500mb height at 45N, 60W, but in this case the 15 ensemble members were initialized at successive 12-hour intervals:

      edemo5

      If you want to create an ensemble data set using GRIB forecasts with varying initial times, and the data files are GRIB1 or GRIB2 without any ensemble metadata (i.e., Product Definition Template 0 or 8), then you must use file templating over E and your ensemble names must appear somewhere in your data file names. It is not adequate to use only %iy %im %id %ih and %f3 in the DSET entry and the expanded form of EDEF to indicate the different start times of each ensemble member. This would uniquely match a file name for each time and member, but only for the special case of each member having a different initial time. If you had some ensemble members with the same start time, then the time metadata in the grib headers would be identical and there would be no way to distinguish the members. Omitting the %e in the DSET entry implicitly assumes that all members have identical time axes, and that all members are packed into one file for a given time.

      A convenient way to set up a lag ensemble data set is to create symbolic links for the ensemble names that point to each directory containing a single forecast. Suppose you have a directory structure based on the YYYYMMDDHH of the forecast initialization time:

      ./2009010100/gfs.*.grb2
      ./2009010112/gfs.*.grb2
      ./2009010200/gfs.*.grb2

      Create a set of symbolic links that associate an ensemble name with each directory:

      ./e1 -> ./2009010100
      ./e2 -> ./2009010112
      ./e3 -> ./2009010200

      And the descriptor file would contain the following entries:

      DSET ^./%e/gfs.%iy4%im2%id2%ih2.f%f3.grb2
      ...
      TDEF 69 linear 00z1jan2009 6hr
      EDEF 3
      e1 65 00z1jan2009
      e2 65 12z1jan2009
      e3 65 00z2jan2009
      ENDEDEF

       

      Example #2: Retrospective daily hindcasts from NCEP Climate Forecast System (CFS)

      The CFS daily hindcasts are an example of an ensemble data set with members that have different start times and different lengths. The hindcast members are nominally 9 months long, with unevenly staggered start times and identical end times. The following graphic shows CFS forecasts of 500mb height at 45N, 60W, illustrating the temporal coverage of the 15 ensemble members. A complete descriptor file for this data set is also provided.

      edemo6

      dset ^z500.%e.feb.2000.cfs.data
      title 5D NCEP CFS Ensemble Hindcast Initialized February 2000 2.5 degree/12-hourly grid
      dtype grib
      index ^z500.feb.2000.cfs.map
      undef 9.999e+20
      options yrev template
      xdef 144 linear 0 2.5
      ydef 73 linear -90 2.5
      zdef 1 levels 1
      tdef 593 linear 12z09jan2000 12hr
      edef 15
      m01 593 12z09jan2000
      m02 591 12z10jan2000
      m03 589 12z11jan2000
      m04 587 12z12jan2000
      m05 585 12z13jan2000
      m06 573 12z19jan2000
      m07 571 12z20jan2000
      m08 569 12z21jan2000
      m09 567 12z22jan2000
      m10 565 12z23jan2000
      m11 551 12z30jan2000
      m12 549 12z31jan2000
      m13 547 12z01feb2000
      m14 545 12z02feb2000
      m15 543 12z03feb2000
      endedef
      vars 1
      z500 0 7,100,500 500mb Geopotential height [gpm]
      endvars
      @ z500 String units gpm

       

      Example #3: Ensembles with different lengths and start times in binary format

      This example shows how you set up a data set with ensembles of different lengths and start times in binary format. There are 6 members, spanning a period of 20 years. The figure below illustrates the coverage in time of each member. Below the figure is the data descriptor file. Note that if this data set was only templated over E and not templated over T, then the binary file for each member would have to be padded with missing values so that the data file for each member was the same size, spanning the entire time axis.

      edemo7

      DSET /data/examples/monthly.%y4%m2.%e.dat
      TITLE Example of Ensembles in Binary Format
      undef -9.99e8
      options template
      XDEF 360 LINEAR -179.5 1.0
      YDEF 180 LINEAR -89.5 1.0
      ZDEF 1 linear 1 1
      TDEF 240 LINEAR 1jan1988 1mo
      EDEF 6
      e1  48 1jan1988
      e2  83 1jan1991
      e3 101 1jan1992
      e4 152 1may1995
      e5 128 1may1997
      e6  96 1jan2000
      ENDEDEF
      VARS 8
      lhf 0 99 latent heat flux (W/m**2)
      tx  0 99 zonal wind stress (N/m**2)
      ty  0 99 meridional wind stress (N/m**2)
      shf 0 99 sensible heat flux (W/m**2)
      hum 0 99 surface air (~10-m) specific humidity (g/kg)
      pw  0 99 lowest 500-m precipitable water (g/cm**2)
      wpd 0 99 10-m wind speed (m/s)
      hd  0 99 sea-air humidity difference (g/kg)
      ENDVARS

      grads-2.0.1/doc/gradcomdrun.html0000644000175000017500000000150110243410766017704 0ustar amckinstryamckinstry GrADS Command: run

      run

      run filename <arguments>

      This command runs the script contained in the named file, which generally has a ".gs" tag at the end. Optional arguments are passed to the script as a string variable.

      Usage Notes

      The run command and the ".gs" extension may be implied. A Grads command such as:

        run cbar.gs

      may be simplified to:

        cbar

      See the discussion on storing Grads scripts for further information.

      Examples

      grads-2.0.1/doc/gradcomdsetdefval.html0000644000175000017500000000524311416646527021075 0ustar amckinstryamckinstry GrADS Command: set defval

      set defval

      This command is used to interactively modify grid point values for 2-dimensional defined variables. It is generally used in conjunction with query defval. The syntax is:

        set defval var ival jval value

      where:

        var    - the 2-D defined variable
        ival   - X coordinate of the grid point
        jval   - Y coordinate of the grid point
        value  - the new value for the variable, or "missing" to set variable as undefined

      Usage Notes

      1. A typical application of set defval might be to correct the value of an isolated bad data value discoverd through a maskout operation.

      Examples

      'set defval var 8 22 missing'

      Here is a sample script defval_demo.gs that illustrates the use of query defval and set defval commands. 

      'open model.ctl'

* restrict the dimension environment to see things more clearly
xmin =  0.5
xmax = 15.5
ymin =  0.5
ymax = 10.5
'set x 'xmin' 'xmax
'set y 'ymin' 'ymax

* the "defval" commands will only work with 2-D defined variables 
'define var = ps'

* Display the variable with colored grid cells and their values
'c'
'set grid off'
'set mproj off'
'set xaxis 'xmin' 'xmax
'set yaxis 'ymin' 'ymax
'set gxout grfill'
'd var'
'set gxout grid'
'set digsiz .14'
'd var'

* Use the mouse to click on a grid point to change
say 'Click on any grid point'
'q pos'
xscreen = subwrd(result,3)
yscreen = subwrd(result,4)

* Convert screen positions to grid coordinates
'q xy2gr 'xscreen' 'yscreen
xgrid = subwrd(result,3)
ygrid = subwrd(result,6)

* Round the grid values to the nearest integer
gx = math_nint(xgrid)
gy = math_nint(ygrid)

* Get the value of the defined variable 
'q defval var 'gx' 'gy
val = subwrd(result,3)
say 'The value at grid point ('gx','gy') is --> 'val

* Ask for a new replacement value and assign it
prompt 'Enter a new value --> ' 
pull newval
'set defval var 'gx' 'gy' 'newval

* Display the newly updated variable
'c'
'set xaxis 'xmin' 'xmax
'set yaxis 'ymin' 'ymax
'set gxout grfill'
'd var'
'set gxout grid'
'd var'
      grads-2.0.1/doc/gradcomdclear.html0000644000175000017500000000420011632442207020163 0ustar amckinstryamckinstryGrADS Command: clear

      clear

      clear (or just c)

      Issued without parameters, the clear command does pretty heavy duty clearing of many of the GrADS internal settings. Parameters can be added to limit what is cleared when using more advanced features.

      Usage Notes

      WARNING: If you make any error in the syntax of clear then GrADS does the full clear

      Examples

      clear norset        clears without resetting user options
      clear events        flushes the events buffer (e.g., mouse clicks)
      clear graphics      clears the graphics, but not the widgets
      clear hbuff         clears the buffered display and turns off double buffer mode
      clear button num    clears button num
      clear rband num     clears rband num
      clear dropmenu num  clears dropmenu num
      clear sdfwrite      clears sdfwrite file name and attributes without resetting other user options (2.0.a3+)
      clear mask          clears contour label mask, which is enabled with the command 'set clab masked'(2.0.a7+)
      clear shp           clears shapefile output file name and attributes without resetting other user options (2.0.a9+)
      grads-2.0.1/doc/tutorial_fig2.gif0000644000175000017500000001062511353136313017755 0ustar amckinstryamckinstryGIF89a Añÿÿÿªª‚Ü!ù!þ! Imported from SUN image: tmp.rs, A@þ„©Ëí£œ´Ú‹³Þ¼û†âH–扦êʶî ÇòL×öçúÎ÷>ü†Ä¢Q<†’ʦó‰cB¤P5&n÷ä-…Gc2ø[ÚN7Òµû ÷´áÖ:V¨ÅÇ÷üâà?À¦×¡&v†v¨¸HRâ(bHX8Hy‰Y‰2—™0i–؈8*ª±©à´ê©ÕêKZZk{:‘ú ËJw”%lè%Pl`Œ¬ ÌŒ|ìÌ Ý<]½fM}Ýý|ý­=^<.Í ~.ž¾­î펾®}ðŽ_Î^ONnézàûˆ®M‰¥Ë/6 /uòQ  qTÔñÐ_Fþˆ?\œññÁ!slôDC K:XÙ $L ¸¤ kæ…07+è¬r »ìjçª;PpÓR¢-·z~h°@Õá–òŠTØë\¹åšÛ,³|p.•ûngó;§¿@=.ų)1ñÑðNé²›°t8Ñû~\±”áÀ/ÄXœ‡«Ç Éœ1*ÔÜܵ/¸s$ouh830t/=·£Œjv¬Ž#i&^kšü˜ÊÀ„Ü‹Ê/ÆQôÍ*d\s×rm¤À[Ù¤ŸÍp•¦Š&oMvL‡kö‘XMÂݬÕ÷E€ƒÅuzk²ˆ ¶$d#=”•sÓÆÔEx'þâíÏ/Ñ¢Ùmë®Üà˜]ŒAe‰K»¸IDi®çŒŽçR'ÓQº±€mÝÇ"oÎ,7É4»Ã4ëÂ&$| ªÿp<€ +e9¼±g‹vÁÈf{î½£|= kÝB˜-“uLMˆ-6<â'†V´v¡?Wû…¥ÿ^ä¯_þü†½ßþÚù³¯Wcõwó¼¯ 'DÅ[ž’¤…L†'X³^ö<ö@JOnÜ#Q.šG;j0y[[5h@v/ivxE›vÂ×àn“› ç|#B^,†+hœ¸ˆ¢)Aép‡(Ju0:—ž†¥/õAñd:œÖô)ÝdN·Ere´ší¨Co—I¨lœM*!Š0ˆU˜S¥jQhQÁÑt§2( ~ °r•4-ݪÇ:½õÄæ=)Sc‰Ã¡îÂ>*5jTГ…9í¡¹éTÑÅšHÈ,¤Êcæ-¬Ò¼À4Kõ«\/wÁÅÞd6=±¤mndŠà4†f‰ 8áy ]%&DöŒn´¤…êLj(sæsöc'>‹Ñ—z2Fžÿã'=w»˜·¹ož\®:eþ føÖ³ugm‡ËŒÒó±|›Þ]C‡ÙèÍn„Í‚6«jΕrUIÛ§¬¼Œ !ïcÄšÖv‡p+˜|)ßB¡­”áîg…üÊÍ{u0£î‹ô^E½F’.±¼º7í3dm°àþßô.SaÕÑ+‚³ ¿0¼"öZ‹¸·™˜¨È4Mˆ©K…‘fÈ‹.30ê*áœõ—)À넬oJfo=æ,[ƒc›ª­È$Î(ï`œÝòÖ2Ø=/GSyamzxÃ…²•­ë”/Ku 2NàòUÞ’ó/jF®úÜÌN6CwsF®œu«Ow ¹‡œÝÙþ\µÐYeÎé½cHþâÕyZÝq#]‚à±5š$ŠþcŠ”eR*u¢å2‹¯ºØm^(…Ô";ôÔìYÅGõ%GA/ï¦Ô1øi¤ÑJºôTšÁ¸ÖÈ¡ ½èܺ׹N c®¢ ›Øõz«„ f¾†z”£¶êuëiÈfÕ± Hò”-³k°úÚH­¶2ÍZ‡µA~c¶'m^¶¹ûÝÆ檩rÙyûɅ¥ŠÆm)‹Ý]NƒºW6EàÏvuþ逇gß·¾…$àþúâ˜N lí=è6Û6Ð{!9<›ççwä!W¹Èël.{¶ÏkÙx­mÎqþFsâãuøÃÇÜjWÝG™æ¹¶þó _Sà—ÃÁ]ñœóÌ9—’—@Ò¬Ï8 Zçº×¿‘¢t‰ ã"ÔÑ°ÔÔ³ÃÒìdßRÒÞxC-†SŽpÆ’Ð@«K}ï|ï»ßÿøÀ ~ð„/¼áøÄ+~ñŒo¼ãùÈK~ò”¯¼å/ùÌk~óœï¼ÆÖ.vÈTqô¤/½éOúÔ«~õ¬o=Λ}:)EÝó$}=ÔK,ô¡K\éöy”'NoÚâÂ7QÑ™ÞtiïžÜåFþÑoäâ‡ÝöÝÃýÒu¯üæc_ûÌgñ¥O­z£ÚH7§?êüço?÷}­˜˜†1sàþÒÐñOùüûy”Ó6ÿ'g®Ìá ssF}v&‘d€à×q0d}½W~¿Ç{è—~ægp߇€Lµs(¾ç€ÝÇ~È€Ð^X`9–3{+5‚F3+¨'HR ë×ÙÇ}ƒ &‚õtú•‚J_ËvTâ!ƒveƒ7¸|Gh„|åm ^ãQR²'‚#h.˜!S~ìa…¨b&ƒ×§„XÕ€'FedF=¨Ív_ølˆ„4HmØm ‚ï……œç/[¸mcH†²¦arè…Øî5|h˜†((~φ/†ø5>u‡N°•f.7?w&»erÄõg/·þrHh,€(Š›XrÖ \uQ~an·ˆŒ˜7áf4Çç†K‡3XƒIˆ‹:Ö‡{‚®Xa+óˆWè‹ vs²(ˆbˆ»˜ŒXU••2g8Œ lnµ†Çhmaxµ†6Ø„Ìh†Áa&ÎÖF6Žý6Ž÷lŽS„È8‹îˆçfM«öŒàxŽ$xV è‡kÓ…ÊøŽÙ‡ TÑwó•üƇÞhòø ‰}2½¸w°¸`e¸3lE‘ŽhŒñøm ù‘wõ43’"©³ƒT­Øk»Ó@x€¿ð~„’Šä`‰ö‡‰5Ió >}±gߊA9gw¶\ùþP”™ˆ”ÇðgçS>™ø\ýçÐÁŠ¨‡Ÿ5XèS∌f–RWaÉA݈0yRa׎I‚O¶bÉ7JùæR¥Yi‡A–KV™CaÓ•¼’‡j‰h=g¡ˆÃ„8}Aö_©µ‘ ’Zt‘9V‘Âö˜)l’Y ˜˜ù†º—A5 É#¢˜Ä!F÷Ö—Ï4™ù‹õ•-«éIövO˜t:ÂX%9êu,/Ö7 iBö葆3þ24fù ²ùÀIX‰ R¤¹dɲ]bÐ^tYˆ”ù’)6ØÊ©Pud'6ây™2P•u¸µSÄØ]x¹^þÚU.*¶ŒÁIHqÄSö繜ó‰Wtø— F pL‘–ž”’±((ÄŸÑv`¯ ›¼Ö®õERhŸZåYeª™óZfd›Hª6Û!5]€ åŸ!›N€œ8˜až¥]ÓäD×¾Ù¡vl9 ÿ1+š *ÀŸ/j·•Ï¹Ÿ5*i÷É51z¤èž&œYi—xE¤¢ã¡›Y§I©éÙ™cz›£ª¡ÙªÄä©‘)H†#•Rz’0j«·Ú†nÊbÀѦ¿Še¥ú¤€d¬«ZŸeHPA¤Nè¨ `ã2k:YçG‹qt®“Xû˜j#N昗ˆä:ã«œ:˜„éŸïI¬îŠªéúªÂ„Aj<8­B’W:÷¬çúh®júøK˜Êœðj¯Ý[¤¹¡¬ôû:›ëê­(b°ï*© ×®e(¯ñj­øŠˆ+PÄc|‰È2Fƒ›&®‹¬ðȦë–¶8b°ƒ%h¦“úç\ÿ·¨|*¨…º³z‰éþsŠŠº?>ë‰ ND%8'±pk¾F±2 ³ «[©ê×-M‘±^ ²µ'²91º†{¹²[Û±[¯N§k¨¶¨U¬Ó´„× D÷]EÚ­‹¶ÇÚ²‚¹jKob·r[­_µˆ÷6Îo}»·T›°.Û¸Œë·árjŽc ãÙ¶oD|Ûy¹WÒ‘£± ²š¶‹[’¢Û™U{¶‘+‘i¥"kxs‹º“Ê~¹Y¶³+®§é %⣛‹Ê:µfª»œË»½»¡¿ ¼:~,¹±TJ¼Å UG“÷ã[Ÿx¨=›\7› ÖK¨kö³ÔŠ¤èæô”ÙÛµAX³È“É‹•Ëë¶þ¬ ¬/ñoÜê¸ìŠ·;º¼Ý¦h «¾ÿâ°¡*¬ y®k¿ÃK¦,KºV{µ¡+¿R«¸3{?À•'À<–A¢ó{À§›ÁŒÁ µû‹<ƒË¿jd¡ l‘êè¼ãz°ÌÀÚ·zÛÁvú¯&lKQÛÀ1ÜÂ.¼ÁXûÂÁ:À©KÃ!ÂÌÄ5|¿E¼ný‹ÄB:Ä(I»9Ê¥¦ËÁ8¬Ã? <‘¸4Mü¨`d³ºâ+¼Â)‡ƪƵ2+fL+b¼(d|Æk\Æ®¢ÆsL*ÇiÜ+oLÇp<*nÌÆš’Ç”2Ç|Ç‹²Š[´Äw$vz×Ezu@Ñ$ ×v§¦Rv¬ÈÈ䫈z¥3 eF™ <°tÉAXŽç›&aRd—Â]T¡¨¶ÅÁÉö&ʦ\RcÒÉX§Å‰Ì˽ìË¿ ÌÁ,ÌÃLÌÅlÌÇŒÌÁ\;grads-2.0.1/doc/gradcomdsetclopts.html0000644000175000017500000000167311632442207021130 0ustar amckinstryamckinstry

      set clopts

      set clopts color <thickness <size>>

        color            is the label color. -1 is the default, and indicates to use the contour line color as the label color
        thickness    is the label thickness. -1 is the default.
        size              is the label size. 0.09 is the default

      This setting stays set until changed by issuing another set clopts command.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradfuncstnmin.html0000644000175000017500000000072310243410766020426 0ustar amckinstryamckinstry

      stnmin

      stnmin(expr,dexpr1,dexpr2<,-m cnt)

      Examines a time series of station data and returns the minimum value encountered for each station. Operands and usage are the same as the stnave function.

      Usage Notes

      Examples

      grads-2.0.1/doc/xdfsample1.txt0000644000175000017500000000311210243410766017316 0ustar amckinstryamckinstrynetcdf moisture { dimensions: dimension1 = 144 ; dimension2 = 73 ; dimension3 = UNLIMITED ; // Currently 365 variables: float Moisture(dimension3, dimension2, dimension1) ; data: dimension1 = 0, 2.5, 5, 7.5, 10, 12.5, 15, 17.5, 20, 22.5, 25, 27.5, 30, 32.5, 35, 37.5, 40, 42.5, 45, 47.5, 50, 52.5, 55, 57.5, 60, 62.5, 65, 67.5, 70, 72.5, 75, 77.5, 80, 82.5, 85, 87.5, 90, 92.5, 95, 97.5, 100, 102.5, 105, 107.5, 110, 112.5, 115, 117.5, 120, 122.5, 125, 127.5, 130, 132.5, 135, 137.5, 140, 142.5, 145, 147.5, 150, 152.5, 155, 157.5, 160, 162.5, 165, 167.5, 170, 172.5, 175, 177.5, 180, 182.5, 185, 187.5, 190, 192.5, 195, 197.5, 200, 202.5, 205, 207.5, 210, 212.5, 215, 217.5, 220, 222.5, 225, 227.5, 230, 232.5, 235, 237.5, 240, 242.5, 245, 247.5, 250, 252.5, 255, 257.5, 260, 262.5, 265, 267.5, 270, 272.5, 275, 277.5, 280, 282.5, 285, 287.5, 290, 292.5, 295, 297.5, 300, 302.5, 305, 307.5, 310, 312.5, 315, 317.5, 320, 322.5, 325, 327.5, 330, 332.5, 335, 337.5, 340, 342.5, 345, 347.5, 350, 352.5, 355, 357.5 ; dimension2 = 90, 87.5, 85, 82.5, 80, 77.5, 75, 72.5, 70, 67.5, 65, 62.5, 60, 57.5, 55, 52.5, 50, 47.5, 45, 42.5, 40, 37.5, 35, 32.5, 30, 27.5, 25, 22.5, 20, 17.5, 15, 12.5, 10, 7.5, 5, 2.5, 0, -2.5, -5, -7.5, -10, -12.5, -15, -17.5, -20, -22.5, -25, -27.5, -30, -32.5, -35, -37.5, -40, -42.5, -45, -47.5, -50, -52.5, -55, -57.5, -60, -62.5, -65, -67.5, -70, -72.5, -75, -77.5, -80, -82.5, -85, -87.5, -90 ; dimension3 = 1, 2, 3, ... , 364, 365 ; // some number omitted for brevity } grads-2.0.1/doc/gradcomdddrawline.html0000644000175000017500000000060610243410766021056 0ustar amckinstryamckinstry

      draw line

      draw line x1 y1 x2 y2

      Draws a line from x1, y1 to x2, y2 using current line drawing attributes. See the set line command.

      Usage Notes

      Examples

      grads-2.0.1/doc/gradcomdsetarrlab.html0000644000175000017500000000262510243410766021067 0ustar amckinstryamckinstry GrADS Command: set arrlab

      set arrlab

      set arrlab on|off

      Toggles drawing the vector arrow label for plots drawn with set gxout vector. The default is on and "sticks" until reset by another set arrlab command.

      Usage Notes

      The position of the arrow label is fixed to be in the bottom right corner of the page, just under the plot. If you want it to appear somewhere else, see the example below which demonstrates how to draw an arrow key using GrADS graphical elements.

      Examples

      This example is a script sample that demonstrates how to turn off the default vector arrow scale and draw another one at any specified location: 

      'set gxout vector'
len = 0.3
scale = 2
xrit = 8.0
ybot = 0.5
'set arrscl 'len' 'scale
'set arrlab off'
'd u;v'
rc = arrow(xrit-0.25,ybot+0.2,len,scale)

function arrow(x,y,len,scale)
'set line 1 1 4'
'draw line 'x-len/2.' 'y' 'x+len/2.' 'y
'draw line 'x+len/2.-0.05' 'y+0.025' 'x+len/2.' 'y
'draw line 'x+len/2.-0.05' 'y-0.025' 'x+len/2.' 'y
'set string 1 c'
'set strsiz 0.1'
'draw string 'x' 'y-0.1' 'scale
return




grads-2.0.1/doc/gradfunclog.html0000644000175000017500000000061310243410766017675 0ustar  amckinstryamckinstry


      log
      

log(expr)
       

Takes the natural logarithm of the expression. May be used with gridded or
station data. Values less than or equal to zero are set to missing in the
result. 


      Usage Notes
      

      Examples
      
grads-2.0.1/doc/templates.html0000644000175000017500000003023711416646527017416 0ustar  amckinstryamckinstry



Templates





      Using Templates
      

       GrADS allows you use a single data descriptor file to aggregate multiple data 
  files and handle them as if they were one individual file. The individual data 
  files must be identical in the X, Y, and Z dimensions and have the same list of variables. The time range of each individual file must be indicated it its filename. 
Beginning with version 2.0, data files may also be aggregated in the ensemble dimension. 

       First, the DSET entry has a substitution template instead of 
  a filename. See below for a description of all the possible components of the 
  template. Second, the OPTIONS entry contains the template 
  keyword. Third, the TDEF entry describes the time range for the 
  entire set of data files. 

       Templating works on any GrADS data type for which you can write a descriptor 
  file. If you specify any additional OPTIONS keywords in the data 
  descriptor file, make sure the options apply equally to each file included in 
  the template. 

      Templating over TIME
      

      
Valid components of the substitution template for the TIME axis are as follows:



        
  
        %x1   1 digit decade 
        
    %x3   3 digit decade 
        
    %y2   2 digit year 
        
    %y4   4 digit year 
        
    %m1   1 or 2 digit month 
        
    %m2   2 digit month (leading zero if needed) 
        
    %mc   3 character month abbreviation 
        
    %d1   1 or 2 digit day 
        
    %d2   2 digit day (leading zero if needed) 
        
    %h1   1 or 2 digit hour 
        
    %h2   2 digit hour 
        
    %h3   3 digit hour (e.g., 120 or 012) 
        
    %n2   2 digit minute; leading zero if needed
        
    %f2   2 digit forecast hour;  leading zero if needed; more digits added for hours >99; hour values increase indefinitely
        
  %f3   3 digit forecast hour; leading zeros if needed; more digits added for hours >999; hour values increase indefinitely
        
    %fn2  2 digit forecast minute; leading zero if needed; more digits added for minutes > 99; minute values increase indefinitely  (2.0.a9+)
        
    %fhn  forecast time expressed in  hours and minutes (hhnn) where minute value (nn) is always <=59
        
          and hour value (hh) increases indefinitely. If hh or nn are <=9, they are padded with a 0 
        
          so they are always at least 2 digits; more digits added for hours >99. (2.0.a9+)
        
            %fdhn forecast time expressed in days, hours, and minutes (ddhhnn) where minute value (nn) is always <=59, 
        
          hour value (hh) is always <=23 and day value (dd) increases indefinitely. If dd, hh, or nn are <=9, 
        
          they are padded with a 0 so they are always at least 2 digits; more digits added for days >99.  (2.0.a9+)
        
    %j3   3 digit julian day (day of year) (2.0.a7+)
        
    %t1   1 or 2 digit time index (file names contain number sequences that begin with 1 or 01) (2.0.a7+)
        
    %t2   2 digit time index (file names contain number sequences that  begin with 01)  (2.0.a7+)
        
    %t3   3 digit time index  (file names contain number sequences that  begin with 001) (2.0.a7+)
        
    %t4   4 digit time index  (file names contain number sequences that  begin with 0001)  (2.0.a8+)
        
    %t5   5 digit time index  (file names contain number sequences that  begin with 00001)  (2.0.a8+)
        
    %t6   6 digit time index  (file names contain number sequences that  begin with 000001)  (2.0.a8+)
        
    %tm1  1 or 2 digit time index (file names contain number sequences that  begin with 0 or 00)  (2.0.a7+)
        
    %tm2  2 digit time index (file names contain number sequences that  begin with 00)  (2.0.a7+)
        
    %tm3  3 digit time index  (file names contain number sequences that  begin with 000)  (2.0.a7+)
        
    %tm4  4 digit time index  (file names contain number sequences that  begin with 0000) (2.0.a8+)
        
    %tm5  5 digit time index  (file names contain number sequences that  begin with 00000) (2.0.a8+)
        
    %tm6  6 digit time index  (file names contain number sequences that  begin with 000000) (2.0.a8+)
        
  
        

      

      
When specifying the initial time (e.g., NWP model output), use these substitutions: 

        
  %ix1   initial 1 digit decade 
        
    %ix3   initial 3 digit decade 
        
    %iy2   initial 2 digit year 
        
    %iy4   initial 4 digit year 
        
    %im1   initial 1 or 2 digit month 
        
    %im2   initial 2 digit month (leading zero if 
    needed) 
        
    %imc   initial 3 character month abbreviation 
    
        
    %id1   initial 1 or 2 digit day (leading zero 
    if needed) 
        
    %id2   initial 2 digit day 
        
    %ih1   initial 1 or 2 digit hour 
        
    %ih2   initial 2 digit hour 
        
    %ih3   initial 3 digit hour 
        
    %in2   initial 2 digit minute (leading zero if needed)
        

      

Starting with version 1.9b4, a new template option has been added that allows 
for any user-specified string substitution, instead of only date string substitution. 
This is useful when none of the above template options match the time ranges in 
the files you wish to aggregate, or if the files are located on different disk pathnames. 
The syntax is as follows: 

        
  %ch   substitute string 

      
If you put the %ch template in your DSET entry, then you also need 
to put additional CHSUB entries 
in the descriptor file that contain two integers (t1 and t2) followed by a string 
which will be substituted for %ch in the data file names for the 
time steps beginning with
      
t1 and ending with t2. The CHSUB descriptor file entries have the following syntax: 

        
  
        chsub  t1  t2  string
        
  
           
        

      

      Templating over ENSEMBLE
      

      In version 2.0, with the introduction of the extra grid dimension for ensembles, support was also added for file templating over E. The sole substitution template is %e and the substitution string is the ensemble name, which is provided in the EDEF entry in the descriptor file. Note that the ensemble names are limited to 15 characters -- keep this limit in mind when designing your data directory structure and file naming conventions (or use symbolic links to create short aliases for longer filenames). If you are templating over the ensemble dimension,  there can be only one ensemble member per file.
If your data set has an ensemble dimension, and you are using templating over T but not E (i.e., there is no %e in the DSET entry), then  all ensemble members are presumed to have identical time axes, and  all members must be contained in the data file for a given time. Templating over T but not E is not supported for  data sets in flat binary or GRIB1 formats. 

      


      Examples
      

        
  
      1. Here's a set of binary files spanning a single month, where each day's worth 
    of hourly data is contained in individual files: 
        
        1may92.dat
        
       2may92.dat
        
       ...
        
       31may92.dat          
        
    Three records must be modified in the data descriptor file. Note that the 
    TDEF entry reflects the entire month's worth of data: 
        
        DSET ^%d1may92.dat
        
       OPTIONS template
        
       TDEF 744 linear 0z1may1992 1hr           
    
        
    
        
  
        2. 
  
      2. If your data set expanded, and there were more files containing hourly data 
    for other months and years: 
        
        1jun92.dat
        
       2jun92.dat
        
       ...
        
       1jan93.dat          
        
    Then you would add a template for month and year in your DSET entry and extend 
    the length of your TDEF: 
        
        DSET ^%d1%mc%y2.dat
        
       OPTIONS template
        
       TDEF 6624 linear 0z1may1992 1hr
        
    

        3. 
  
      3. Suppose you have a set of seven netcdf files, each containing monthly data 
    spanning a decade:
        
       pr.1880_1889.nc
        
       pr.1890_1899.nc
        
       pr.1900_1909.nc
        
       pr.1910_1919.nc
        
       pr.1920_1929.nc
        
       pr.1930_1939.nc
        
       pr.1940_1949.nc
        
	Then your descriptor file would include the following entries:
        
       DSET ^pr.%x30_%x39.nc 
        
       OPTIONS template 
        
       DTYPE netcdf 
        
       TDEF 840 linear jan1880 1mo
    

        
  
        4. 
  
      4.  Here are two netcdf files, one containing 50 years of monthly data (600 
    time steps), the other 100 years (1200 time steps): 
        
       pr.1851-1900.nc
        
       pr.1901-2000.nc 
        
    Your descriptor file should include the following entries:
        
       DSET ^pr.%ch.nc
        
       CHSUB   1  600 1851-1900
        
       CHSUB 601 1800 1901-2000
        
       OPTIONS template
        
       DTYPE netcdf
        
       TDEF 1800 linear jan1851 1mo
        
    If these two data files were located on different disks, you could write out the relevant descriptor file entries this way instead:
        
       DSET %ch
        
       CHSUB   1  600 /disk1/pr.1851-1900.nc
        
       CHSUB 601 1800 /disk2/pr.1901-2000.nc
        
    
        
  
        5. 
  
      5. Your forecast model output looks like this:
        
      MMOUT_DOMAIN1_00
        
      MMOUT_DOMAIN1_01
        
      MMOUT_DOMAIN1_02
        
           
  so your DSET enry will look like this: 
        
     DSET ^MMOUT_DOMAIN1_%tm2
        
  
        6. 

      



grads-2.0.1/doc/gradfuncfndlvl.html0000644000175000017500000000352210243410766020403 0ustar  amckinstryamckinstry



GrADS Function: fndlvl




      fndlvl()
      

      
fndlvl (expr, expr_to_find, lev1, lev2)

      
Given two gridded variables, expr and
expr_to_find, this function finds the first
vertical level at which the expr_to_find value
occurs in expr. lev1 and 
lev2 specify the range of
levels over which to search. The result is a grid of pressure values.


      

      Usage Notes
      

        

      1. The dimensions of expr and
expr_to_find   must match. 

      


      

      Examples 
      

      

        

      1. This example finds the pressure levels of the 240 degree isotherm:

        

          d fndlvl (t, const(t,240), lev=1000, lev=100)
        

        

      2. The expr_to_find doesn't have to be a constant;
it can change with location. This example returns the pressure
level of the tropopause, given the variable 'ttrop' that 
contains the temperature at the tropopause: 

        

          d fndlvl (t, ttrop, lev=1000, lev=100)
        

        

      3. This example illustrates the limitations of
fndlvl. It returns the level of the surface pressure
variable psfc in the coordinate system of
lev, a GrADS pre-defined variable.

        
    
          
      d fndlvl (lev, psfc, lev=1000, lev=100) 
    
        

        
The display should be exactly the same as psfc except in 
locations where psfc is greater than 1000 mb, the maximum value of 
lev.

      



grads-2.0.1/doc/descriptorfile.html0000644000175000017500000024377511632442206020437 0ustar  amckinstryamckinstry



GrADS Data Descriptor File







      Components of a GrADS Data Descriptor 
  File
      

       
  DSET
      
  CHSUB
      
  DTYPE
      
  INDEX
      
  STNMAP
      
  TITLE
      
  UNDEF
      
  UNPACK 
      
  FILEHEADER
      
  XYHEADER
      
  THEADER
      
  HEADERBYTES
      
  TRAILERBYTES
      
  XVAR
      
  YVAR
      
  ZVAR
      
  STID
      
  TVAR 
      
  TOFFVAR
      
  CACHESIZE
      
  OPTIONS
      
  PDEF 
      
  XDEF
      
  YDEF
      
  ZDEF
      
  TDEF
      
  EDEF
      
  VECTORPAIRS
      
  VARS
      
  ENDVARS
      
  ATTRIBUTE METADATA 
      
  COMMENTS 
      
        


      

      
  
       
     DSET data_filename    
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      This entry specifies the filename of the data file being 
        described. If the data and the descriptor file are not in the same directory, 
        then data_filename must include a full path. If a ^ character is 
        placed in front of data_filename, then data_filename is 
        assumed to be relative to the path of the descriptor file. If you are 
        using the ^ character in the DSET entry, then the descriptor file and 
        the data file may be moved to a new directory without changing any entries 
        in the data descriptor file, provided their relative paths remain the 
        same. For example:
      
      
      If the data descriptor file is: 
      
              /data/wx/grads/sa.ctl
      
        and the binary data file is:
      
              /data/wx/grads/sa.dat
      
        then the data file name in the data descriptor file can be:
      
              DSET ^sa.dat
      
        instead of:
      
              DSET /data/wx/grads/sa.dat 
      
      If data_filename does not include a full path or a ^, then GrADS 
        will only look for data files in the directory where you are running GrADS. 
      
      GrADS allows you use a single DSET entry to aggregate multiple data files 
        and handle them as if they were one individual file. The individual data 
        files must be identical in all dimensions except time, and the time range 
        of each individual file must be indicated it its filename. To accomplish 
        this, the DSET entry has a substitution template instead of a filename. 
        See the section on Using Templates 
        for a description of all the possible components of the template. Second, 
        the OPTIONS entry must contain the template keyword.
      
    
      		
  
      
  
       
     CHSUB  t1  t2  string    
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      (GrADS version 1.9b4) This 
        entry is used with a new option for templating data files that allows 
        for any user-specified string substitution, instead of only date string 
        substitution. This is useful when none of the standard template options 
        match the time ranges in the files you wish to aggregate, or if the files 
        are located on different disks. When you put the %ch template 
        in your DSET entry, then you also need to put additional 
        CHSUB entries in 
        the descriptor file. The string will be substituted for %ch 
        in the data file name for the time steps beginning with t1 and 
        ending with t2.See the section on Using 
        Templates for examples. 
      
        
      
      
                		
  
      
  
       
      DTYPE keyword
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    The DTYPE entry specifies the type of data being described. 
      There are four options: grib, hdfsds, netcdf, or station. If the data type 
      is none of these, then the DTYPE entry is omitted completely from the descriptor 
      file and GrADS will assume the data type is gridded binary. 
       
      
        
       
          bufr
          (GrADS 
            version 1.9) Data file is a BUFR station data file. This data 
            type must be accompanied by the following special entries: XVAR, 
            YVAR, TVAR, STID. 
            Optional special entries are: ZVAR, TOFFVAR.          
        
      
        
       
          grib
          Data file is an indexed GRIB (version 1) file. 
            This data type requires a secondary entry in the descriptor file: 
            INDEX. The INDEX entry provides 
            the filename (including the full path or a ^) for the GRIB index file. 
            The index file is created by the gribmap 
            utility. You must run gribmap and 
            create the index file before you can display the GRIB data in GrADS.          
        
      
        
      
          grib2
          (GrADS version 2.0) Data file is an indexed GRIB2 file. This data type requires a secondary entry in the descriptor file: : 
          INDEX. The INDEX entry provides the filename (including the full path or a ^) for the GRIB2 index file. The index file is created by the gribmap utility. You must run grib2map and create the index file before you can display the GRIB2 data in GrADS. 
        
      
        
      
          hdfsds
          (GrADS 
            version 1.9) Data file is an HDF Scientific Data Set (SDS). 
            Although HDF-SDS files are self-describing and may be read automatically 
            using the sdfopen/xdfopen commands, this DTYPE gives you the option of overriding the file's 
            own metadata and creating a descriptor file for some or all of the 
            variables in the file. This DTYPE may also be used if the metadata 
            in the HDF-SDS file is insufficient or is not coards-compliant. This 
            data type requires a special entry in the units field of 
            the variable declaration. The undef and unpack entries contain special options for 
            this dtype. 
        
      
        
      
          hdf5_grid
          (GrADS version 2.0.a7+) Data file is HDF5 gridded format. The HDF5 format is extremely general and is designed to store a variety of data types. The GrADS interface is only for grids, and requires a complete descriptor file -- there is no sdfopen/xdfopen interface for HDF5.
        
      
        
      
          netcdf
          (GrADS version 1.9) 
            Data file is NetCDF. Although NetCDF files are self-describing and 
            may be read automatically using the sdfopen/xdfopen commands, this DTYPE gives you the option of overriding the file's 
            own metadata and creating a descriptor file for some or all of the 
            variables in the file. This DTYPE may also be used if the metadata 
            in the NetCDF file is insufficient or is not coards-compliant. This 
            data type requires a special entry in the units field of 
            the variable declaration. The undef and unpack entries contain special options for 
            this dtype. 
        
      
        
      
          station
          Data file is in GrADS station data format. This 
            data type requires a secondary entry in the descriptor file: STNMAP. 
            The STNMAP entry provides the filename (including the full path or 
            a ^) for the station data map file. The map file is created by the stnmap utility. You must run stnmap and create the map file before you can display the station data in 
            GrADS. 
        
      
        
      
                		
  
      
  
       
     
       INDEX 
        filename 
      		
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    This entry specifies the name of the grib map file. It is 
      required when using the DTYPE grib or grib2 entry to read GRIB formatted data. The file is generated by running the external utility gribmap. or grib2map.      Filenaming conventions are the same as those described for the DSET 
      entry.
  
      
  
       
    STNMAP filename
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    This entry specifies the name of the station map file. It 
      is required when using the DTYPE station entry to read 
      GrADS-formatted station data. The file is generated by running the external 
      utility stnmap. Filenaming conventions are 
      the same as those described for the DSET entry.
  
      
  
       
     
        TITLE string 
    
      		
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      This entry gives brief description of the contents of the 
        data set. String will be included in the output from a query command and it will appear in the directory listing 
        if you are serving this data file with the GrADS-DODS 
        Server (GDS), so it is helpful to put meaningful information in the 
        title field. For GDS use, do not use double quotation marks (") in 
        the title.
      		
  
      
  
       
     UNDEF value <undef_attribute_name>
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      This entry specifies the undefined or 
        missing data value. UNDEF is a required entry even if there are 
        no undefined data. GrADS operations and graphics routines will ignore 
        data with this value from this data set. 
      
        (GrADS version 1.9b4) An optional second 
        argument has been added for data sets of DTYPE netcdf 
        or hdfsds -- it is the name of the attribute that contains the undefined 
        value. This should be used when individual variables in the data file 
        have different undefined values. After data I/O, the missing values in 
        the grid are converted from the variable undef to the file-wide undef 
        (the numerical value in the first argument of the UNDEF record). Then 
        it appears to GrADS that all variables have the same undef value, even 
        if they don't in the original data file. If the data require a transformation 
        using the attributes named in the UNPACK entry, 
        GrADS assumes the variable undef value corresponds to the data values 
        as they appear in the file, i.e., before they are transformed 
        using a scale factor and offset. Missing packed data values are thus assigned 
        the file-wide undef value and are never unpacked. Attribute names are 
        case sensitive, and it is assumed that the name is identical for all variables 
        in the netcdf or hdfsds data file. If the name given does not match any 
        attributes, or if no name is given, the file-wide undef value will be 
        used. 
      
        Example: UNDEF 1e+33 _FillValue
                		
  
      
  
       
    UNPACK scale_factor_attribute_name 
      <add_offset_attribute_name>
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      (GrADS version 1.9) 
        This entry is used with DTYPE netcdf, hdfsds, or hdf5_grid (GrADS version 2.0.a7+) for 
        data variables that are 'packed' -- i.e. non-float data that need to be 
        converted to float by applying the following formula: 
      
             y = x * scale_factor + add_offset
      
        If your self-describing file does not have an offset attribute, the 2nd argument may 
        be omitted, and the offset will be assigned the default value of 0.0. 
        If your self-describing file has an offset attribute, but not a scale factor, use "NULL" for the scale_factor_attribute_name. (This "NULL" option is in GrADS version 2.0.0+). Attribute names are case sensitive, and it is assumed that the names are 
        identical for all variables in the netcdf or hdfsds data file. If the 
        names given do not match any attributes, the scale factor will be assigned 
        a value of 1.0 and the offset will be assigned a value of 0.0. The transformation 
        of packed data is done after the undef test has been applied. 
      
        Examples: 
      
        UNPACK scale_factor add_offset
      
        UNPACK NULL add_offset
      
        UNPACK Slope Intercept
      
      
      		
  
      
  
       
     
        FILEHEADER length 
    
      		
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    This optional entry tells GrADS that your data file has a 
      header record of length bytes that precedes the data. GrADS will 
      skip past this header, then treat the remaineder of the file as though it 
      were a normal GrADS binary file after that point. This optional descriptor 
      file entry is only valid for GrADS gridded data sets. 
  
      
  
       
     
       
	 THEADER length
         
	HEADERBYTES length<
    
      		
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    These two equivalent  optional entries tell GrADS that the data file has a header 
      record of length bytes preceding each time block of binary data. Use one or the other but not both.
      These entries are only valid for GrADS gridded data 
      sets. See the section on structure 
      of a gridded binary data file for more information.
  
      
  
      
      TRAILERBYTES length 
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    This optional entry tell GrADS that the data file has a trailer record of length bytes following
	 each time block of binary data. This entry is only valid for GrADS gridded data sets. See the section on structure of a gridded binary data file for more information.
  
      
  
       
      XYHEADER length    
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    This optional entry tells GrADS that the data file has a header 
      record of length bytes preceding each horizontal grid (XY block) of binary 
      data. This entry is only valid for GrADS gridded 
      data sets. See the section on structure of a gridded binary data file 
      for more information.
  
      
  
       
    XVAR x,y
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    (GrADS version 1.9) 
      This entry provides the x,y pair for the station's longitude. This entry 
      is required for DTYPE bufr.
  
      
  
       
    YVAR x,y
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    (GrADS version 1.9) This entry 
      provides the x,y pair for the station's latitude. This entry is required 
      for DTYPE bufr.
  
      
  
       
    ZVAR x,y
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    (GrADS version 1.9) This entry 
      provides the x,y pair for the station data's vertical coordinate (e.g., 
      pressure). This is an optional entry for DTYPE bufr.    
  
      
  
       
    STID x,y
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    (GrADS version 1.9) This entry 
      provides the x,y pair for the station ID. This entry is required for DTYPE 
      bufr.
  
      
  
       
    TVAR yr x,y 
      mo x,y dy x,y hr x,y mn x,y sc x,y
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    (GrADS version 1.9) 
      This entry provides the x,y pairs for all the base time 
      coordinate variables. Each time unit (year=yr, month=mo, day=dy, hour=hr, 
      minute=mn, second=sc) is presented as a 2-letter abbreviation followed by 
      the x,y pair that goes with that time unit. The time for any individual 
      station report is the base time plus the offset time (see TOFFVAR). 
      All six base time units are not required to appear in the TVAR record, only 
      those that are in the data file. This entry is required for DTYPE 
      bufr.
  
      
  
       
    TOFFVAR yr x,y 
      mo x,y dy x,y hr x,y mn x,y sc x,y
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    (GrADS version 1.9) 
      This entry provides the x,y pairs for all the offset time 
      coordinate variables. The syntax is the same as TVAR. 
      The time for any individual station report is the base time plus the offset 
      time. All six offset time units are not required to appear in the TOFFVAR 
      record, only those that are in the data file. This is an optional entry 
      for DTYPE bufr. 
  
      
  
      
    
       CACHESIZE bytes
      		
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    (GrADS version 2.0.a8+) 
    This entry overrides the default size of the cache for reading HDF5 or NetCDF4 files. It is not relevant for other data types. It should not be necessary to set the cache size explicitly unless the data file has especially large chunks. Please see the documentation on compression. 
     
  
      
  
       
    
       OPTIONS keyword
      		
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      This entry controls various aspects of the way GrADS interprets 
        the raw data file. It replaces the old FORMAT record. The keyword 
        argument may be one or more of the following:
      
      
      
        
      
          pascals
          (GrADS version 2.0) (For DTYPE grib2 only) Indicates that pressure values that appear in the descriptor file (in the ZDEF entry and in the GRIB2 codes in the variable declarations)  are given in units of Pascals. The gribmap utility requires pressure to be given in Pascals. If this keyword is present, the pressure level values will be converted to millibars after the gribmap index is generated and the descriptor file is opened with GrADS. If this keyword is omitted, pressure levels will remain in Pascals, and many of the internal functions (which assume a vertical dimension in units of millibars) will not work properly. 
        
      
        
       
          yrev
          Indicates that the Y dimension (latitude) in the data file has been 
            written in the reverse order from what GrADS assumes. An important 
            thing to remember is that GrADS still presents the view that the data 
            goes from south to north. The YDEF statement does not change; it still 
            describes the transformation from a grid space going from south to 
            north. The reversal of the Y axis is done as the data is read from 
            the data file.
        
      
        
       
          zrev
          Indicates that the Z dimension (pressure) in the 
            data file has been written from top to bottom, rather than from bottom 
            to top as GrADS assumes. The same considerations as noted above for 
            yrev also apply. 
        
      
        
       
          template
          Indicates that a template for multiple data files is in use. For 
            more information, see the section on Using 
            Templates. 
        
      
        
       
          sequential
          Indicates that the file was written in sequential 
            unformatted I/O. This keyword may be used with either station or gridded 
            data. If your gridded data is written in sequential format, then each 
            record must be an X-Y varying grid. If you have only one X and one 
            Y dimension in your file, then each record in the file will be one 
            element long (it may not be a good idea to write the file this way).
        
      
        
       
          365_day_calendar 
          Indicates the data file was created with perpetual 365-day years, 
            with no leap years. This is used for some types of model ouput.
        
      
        
       
          byteswapped
          Indicates the binary data file is in reverse byte 
            order from the normal byte order of your machine. Putting this keyword 
            in the OPTIONS record of the descriptor file tells GrADS to swap the 
            byte order as the data is being read. May be used with gridded or 
            station data.
        
      
        
       
          The best way to ensure hardware independence 
            for gridded data is to specify the data's source platform. This facilitates 
            moving data files and their descriptor files between machines; the 
            data may be used on any type of hardware without having to worry about 
            byte ordering. The following three OPTIONS keywords are used to describe 
            the byte ordering of a gridded or station data file:
        
      
        
       
          big_endian
          Indicates the data file contains 32-bit IEEE floats 
            created on a big endian platform (e.g., sun, sgi)
        
      
        
       
          little_endian
          Indicates the data file contains 32-bit IEEE floats 
            created on a little endian platform (e.g., iX86, and dec)
        
      
        
       
          cray_32bit_ieee
          Indicates the data file contains 32-bit IEEE floats 
            created on a cray.
        
      
      
      		
  
      
  
       
    PDEF
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    PDEF is so powerful it has its own documentation 
      page. 
  
      
  
       
     
       XDEF xnum mapping 
        <additional arguments> 
      		
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       This entry defines the grid point values for the X dimension, 
        or longitude. The first argument, xnum, specifies the number of 
        grid points in the X direction. xnum must be an integer >= 1. mapping 
        defines the method by which longitudes are assigned to X grid points. 
        There are two options for mapping: 
      
        
        LINEAR    Linear mapping 
        
        LEVELS    Longitudes specified individually 
      
      
      
       The LINEAR mapping method requires two additional arguments: start 
        and increment. start is a floating point value that indicates 
        the longitude at grid point X=1. Negative values indicate western longitudes. 
        increment is the spacing between grid point values, given as a 
        positive floating point value. 
      
       The LEVELS mapping method requires one additional argument, value-list, 
        which explicitly specifies the longitude value for each grid point. value-list 
        should contain xnum floating point values. It may continue into 
        the next record in the descriptor file, but note that records may not 
        have more than 255 characters. There must be at least 2 levels in value-list; 
        otherwise use the LINEAR method. 
      
       Here are some examples: 
      
        
        
        
          
         
            XDEF
            144
            LINEAR
            0.0 2.5
          
        
          
         
            XDEF
            72
            LINEAR
            0.0 5.0 
          
        
          
         
            XDEF
            12
             LEVELS
            0 30 60 90 120 150 180 210 240 270 300 330 
          
        
          
         
            XDEF
            12
             LEVELS
            15 45 75 105 135 165 195 225 255 285 315 345
          
        
        
        
      
      		
  
      
  
       
      YDEF ynum mapping <additional 
      arguments>
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    This entry defines the grid point values for the Y dimension, 
      or latitude. The first argument, ynum, specifies the number of grid 
      points in the Y direction. ynum must be an integer >= 1. mapping 
      defines the method by which latitudes are assigned to Y grid points. There 
      are several options for mapping: 
      
       
      
        
        LINEAR    Linear mapping 
        
        LEVELS    Latitudes specified individually 
        
        GAUST62   Gaussian T62 latitudes
        
        GAUSR15   Gaussian R15 latitudes
        
        GAUSR20   Gaussian R20 latitudes
        
        GAUSR30   Gaussian R30 latitudes
        
        GAUSR40   Gaussian R40 latitudes
        
      
      
      
       The LINEAR mapping method requires two additional arguments: start 
        and increment. start is a floating point value that indicates 
        the latitude at grid point Y=1. Negative values indicate southern latitides. 
        increment is the spacing between grid point values in the Y direction. 
        It is assumed that the Y dimension values go from south to north, so increment 
        is always positive. 
      
       The LEVELS mapping method requires one additional argument, value-list, 
        which explicitly specifies the latitude for each grid point, from south 
        to north. value-list should contain ynum floating point 
        values. It may continue into the next record in the descriptor file, but 
        note that records may not have more than 255 characters. There must be 
        at least 2 levels in value-list; otherwise use the LINEAR method. 
      
       The Gaussian mapping methods require one additional argument: start. 
        This argument indicates the first gaussian grid number. If the data span 
        all latitudes, start would be 1, indicating the southernmost gaussian 
        grid latitude. 
      
       Here are some examples: 
      
        
        
        
          
         
            YDEF
            73
            LINEAR
            -90 2.5
          
        
          
         
            YDEF
            180
            LINEAR
            -90 1.0
          
        
          
         
            YDEF
            18
            LEVELS
            -85 -75 -65 -55 -45 -35 -25 -15 -5 5 15 25 35 45 55 65 75 85 
          
        
          
         
            YDEF
            94
            GAUST62
            1
          
        
          
         
            YDEF
            20
            GAUSR40
            15
          
        
        
        
      
      
      
       The NCEP/NCAR Reanalysis surface variables are on the GAUST62 grid. 
      
       The final example shows that there are 20 Y dimension values which start 
        at Gaussian Latitude 15 (64.10 south) on the Gaussian R40 grid
      		
  
      
  
       
      ZDEF znum mapping <additional 
      arguments> 
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       This entry defines the grid point values for the Z dimension. 
        The first argument, znum, specifies the number of pressure levels. 
        znum must be an integer >= 1. mapping defines the method 
        by which level values are assigned to Z grid points. There are two options 
        for mapping: 
      
        
        
        LINEAR    Linear mapping 
        
          LEVELS    Pressure levels specified individually 
      
      
      
       The LINEAR mapping method requires two additional arguments: start 
        and increment. start is a floating point value that indicates 
        the level value at grid point Z=1. increment is the spacing between 
        grid point values in the Z direction, or from lower to higher. increment 
        must be non-zero and non0negative.
      
      
      The LEVELS mapping method requires one additional argument, value-list, 
        which explicitly specifies the pressure level for each grid point in ascending 
        order. value-list should contain znum floating point values. 
        It may continue into the next record in the descriptor file, but note 
        that records may not have more than 255 characters. 
      
      
       Here are some examples: 
      
        
        
        
          
         
            ZDEF
            7
            LEVELS
            1000 850 700 500 300 200 100 
          
        
          
         
            ZDEF
            17
            LEVELS
            1000 925 850 700 600 500 400 300 250 200 150 100 70 50 
          
        
        
        
      
      
        
      (GrADS version 2.0) (For DTYPE grib2 only) If your Z axis is pressure, the gribmap utility requires the level values to be given in units of Pascals instead of millibars. Use the "options pascals" keyword to convert the unit of the level values to millibars after the gribmap index is generated and when the descriptor file is opened with GrADS. Pressure level values may remain in Pascals, but then many of the internal functions (which assume a vertical dimension in units of millibars) will not work properly. 
      
              		
  
      
  
      
      TDEF tnum LINEAR start increment 
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       This entry defines the grid point values for the T dimension. The first argument, tnum, specifies the number of time steps. tnum must be an integer >= 1. The method by which times are assigned to T grid points is always LINEAR. 
          
       start indicates the initial time value at grid point T=1. start must be specified in the GrADS absolute date/time format: 
          
        
            hh:mmZddmmmyyyy
          
      
          
       where: 
          
        
            
        
              
        
                hh
                =
                hour (two digit integer)
              
        
              
        
                mm
                =
                minute (two digit integer) 
              
        
              
        
                dd
                =
                day (one or two digit integer)
              
        
              
        
                mmm
                =
                3-character month 
              
        
              
        
                yyyy
                =
                year (may be a two or four digit integer; 2 digits implies a year between 1950 and 2049)
              
        
            
        
          
      
          
      If not specified, hh defaults to 00, mm defaults to 00, and dd defaults to 1. The month and year must be specified. No intervening blanks are allowed in the GrADS absolute date/time format. 
          
       increment is the spacing between grid point values in the T direction. increment must be specified in the GrADS absolute time increment format: 
          
        
            vvkk
          
      
          
       where: 
          
        
            
        
              
        
                vv
                =
                an integer number, 1 or 2 digits 
              
        
              
        
                kk
                =
                mn (minute) 
        
            hr (hour) 
        
            dy (day) 
        
            mo (month) 
        
            yr (year)         		
              
        
            
        
          
      
          
       Here are some examples: 
      
          
        
            
        
              
        
                TDEF
                60
                LINEAR
                00Z31dec1999 1mn 
              
        
              
        
                TDEF
                73
                LINEAR
                 3jan1989 5dy
              
        
              
        
                TDEF
                730
                LINEAR
                00z1jan1990 12hr 
              
        
              
        
                TDEF
                12
                LINEAR
                1jan2000 1mo 
              
        
              
        
                TDEF
                365
                LINEAR
                12Z1jan1959 1dy
              
        
              
        
                TDEF
                40
                LINEAR
                 1jan1950 1yr
              
        
            
        
        
      		
  
      
  
      
      EDEF enum NAMES <list of names> 
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      EDEF enum
      
    ensemble_record_1
      
    ensemble_record_2
      
    ...
      
    ensemble_record_enum
      
    ENDEDEF      		
    back to top
  
      

  
      
    
      (GrADS version 2.0) This entry defines the ensemble dimension. All ensemble members must have identical X, Y, and Z dimensions, the same list of variables, and the same time axis increment. There are two different syntaxes for the EDEF entry: the first  is simpler and requires only the names for each ensemble member, the second expanded form contains a name, individual time axis information, and optional GRIB2 codes.
      
      
      Both EDEF syntaxes begin with the enum argument, an integer >=1 which specifies the number of ensemble members.
      
      
      If all of the ensemble members have an identical time axis (i.e. length, initial time, and increment are the same for each one), then it is only necessary to distinguish the ensembles by their names, and the simplified EDEF syntax with the NAMES keyword may be used. A simple space-delimited list of names is all that is required. Ensemble names must have between 1 and 15 alphanumeric characters, lower case only. (In version 2.0.0 and later, mixed case ensemble names are allowed). Some examples are: 
      
      
        
      
        
        
        
          EDEF
          10
          NAMES
          1 2 3 4 5 6 7 8 9 10 
        
        
        
        
          EDEF
          12
          NAMES
          m01 m02 m03 m04 m05 m06 m07 m08 m09 m10 m11 ensm 
        
        
        
        
          EDEF
          7
          NAMES
          e1 e2 e3 e4 e5 e6 e7 
        
        
      
        
    
          
    
      When the OPTIONS TEMPLATE entry is used with EDEF, the ensemble names are used in the %e substitution template to generate the file name. See Using Templates for more details. 
      
    
      If the ensemble members do not have identical time axes (i.e., their lengths or initial times are not the same), 
	  or if you need to include the GRIB2 codes, then you must use the expanded EDEF syntax: a collection of records framed by EDEF and ENDEDEF. 
	  The format of the ensemble records is as follows: 
      
    
        
        
        ensname length start <grib2 codes> 
        
      
      
    
      The ensname is the  1-15 character "name" for the ensemble member. The length is the size of the time axis of the ensemble, which must be less than or equal to the tnum argument in the TDEF entry. (The time axis described by TDEF must span all the ensemble members.) The start  argument is the initial time  of the ensemble member and must be given in GrADS absolute date/time format. (See TDEF for details). 
      
    
      The grib2 codes are required if (1) the DTYPE is grib2 and (2) there is more than one ensemble member (enum > 1). The expanded form of the EDEF entry must be used when grib2 codes are required, even if the length and start times are the same for all members. For GRIB2 ensembles, support currently exists for four different Product Definition Template (PDT) numbers: 1, 2, 11, and 12. These are grouped into two types: individual ensemble forecasts (PDT 1 and 11) or derived forecasts based on all ensemble members (PDT 2 and 12). For individual ensemble forecasts (PDT 1 and 11), two comma-delimited grib2 codes  are required: the ensemble type and perturbation number. For derived forecasts based on all ensemble members (PDT 2 and 12), only one grib2 code is required: the derived forecast. Clarification of all the GRIB2 nomenclature may be found in the documentation at WMO and NCEP. Two examples are given below. 
      
    
      The first example illustrates ensemble members with different lengths and start times: 
      
    
        
  
        
    
        
      TDEF 591 linear 12z09dec1980 12hr 
    
        
    
        
      EDEF 16 
      
        
    
        
      ensm
      591
      12z09dec1980
    
        
    
        
      m01
      591
      12z09dec1980 
    
        
    
        
      m02
      589
      12z10dec1980 
    
        
    
        
      m03
      587
      12z11dec1980
    
        
    
        
      m04
      585
      12z12dec1980
    
        
    
        
      m05
      583
      12z13dec1980
    
        
    
        
      m06
      571
      12z19dec1980
    
        
    
        
      m07
      569
      12z20dec1980
    
        
    
        
      m08
      567
      12z21dec1980
    
        
    
        
      m09
      565
      12z22dec1980
    
        
    
        
      m10
      563
      12z23dec1980
    
        
    
        
      m11
      549
      12z30dec1980
    
        
    
        
      m12
      547
      12z31dec1980
    
        
    
        
      m13
      545
      12z01jan1981
    
        
    
        
      m14
      543
      12z02jan1981
    
        
    
        
      m15
      541
      12z03jan1981
    
        
    
        
      ENDEDEF
      
        
  
        

      

      The second example illustrates the use of GRIB2 codes:
      

        
  
        
    
        
      TDEF 31 linear 00z24apr2007 12hr 
    
        
    
        
      EDEF 23 
    
        
    
        
      p01
      31
      00z24apr2007
      3,1
    
        
    
        
      p02
      31
      00z24apr2007
      3,2
    
        
    
        
      p03
      31
      00z24apr2007
      3,3
    
        
    
        
      p04
      31
      00z24apr2007
      3,4
    
        
    
        
      p05
      31
      00z24apr2007
      3,5
    
        
    
        
      p06
      31
      00z24apr2007
      3,6
    
        
    
        
      p07
      31
      00z24apr2007
      3,7
    
        
    
        
      p08
      31
      00z24apr2007
      3,8
    
        
    
        
      p09
      31
      00z24apr2007
      3,9
    
        
    
        
      p10
      31
      00z24apr2007
      3,10
    
        
    
        
      p11
      31
      00z24apr2007
      3,11
    
        
    
        
      p12
      31
      00z24apr2007
      3,12
    
        
    
        
      p13
      31
      00z24apr2007
      3,13
    
        
    
        
      p14
      31
      00z24apr2007
      3,14
    
        
    
        
      p15
      31
      00z24apr2007
      3,15
    
        
    
        
      p16
      31
      00z24apr2007
      3,16
    
        
    
        
      p17
      31
      00z24apr2007
      3,17
    
        
    
        
      p18
      31
      00z24apr2007
      3,18
    
        
    
        
      p19
      31
      00z24apr2007
      3,19
    
        
    
        
      p20
      31
      00z24apr2007
      3,20
    
        
    
        
      c00
      31
      00z24apr2007
      1,0
    
        
    
        
      avg
      31
      00z24apr2007
      0
    
        
    
        
      spr
      31
      00z24apr2007
      2
    
        
    
        
      ENDEDEF
    
        
  
        

      		
  
      
  
       
    VECTORPAIRS U-component,V-component 
       
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      to top
  
      
  
       
     
      (GrADS version 1.9b4) This 
        entry is for explicity identifying vector component pairs. This is only 
        necessary if the data are on a native projection other than lat/lon (i.e. 
        you are using PDEF) and if the winds have to be rotated 
        from a grid-relative sense to an Earth-relative sense. (GrADS has to retrieve 
        both the u and v component in order to do the rotation calculation.)
      
      
      Using this entry replaces the old technique of putting 33 (for U) or 
        34 (for V) in the first element of the units field in the variable declaration. 
        The U-component and V-component arguments should be variable 
        names that appear in the VARS list. They are separated 
        by a comma, with no spaces. More than one pair of components may be listed; 
        in this case, the pairs should be separated by a space. For example: 
      
      
        
        VECTORPAIRS  u,v  u10,v10  uflx,vflx
         
      		
  
      
  
       
      VARS varnum
      
             variable_record_1
      
      variable_record_2
      
      ...
      
      variable_record_varnum
       ENDVARS      		
    back 
      to top
  
      
  
       
    
       This ensemble of entries describes all the variables contained 
        in the data set. varnum indicates the number of variables in 
        the data set and is therefore also equal to the number of variable records 
        that are listed between the VARS and ENDVARS entries. ENDVARS must be 
        the final line of the Grads data descriptor file. Any blank lines after 
        the ENDVARS statement may cause open to fail! 
      
       The format of the variable records is as follows: 
      
        
        
        varname levs units description
        
      
      
      
      The syntax of varname and units is different depending 
        on what kind of data format (DTYPE) you are describing. Details provided 
        below:
      
      
      
        
       
          varname
          This is a 1-15 character "name" or abbreviation for the data variable. 
            varname may contain alphabetic and numeric characters but it 
            must start with an alphabetic character (a-z). 
        
      
        
       
          varname
      
                  (DTYPE netcdf,  hdfsds, or hdf5_grid)      		
          (GrADS version 
            1.9+) For DTYPE netcdf or hdfsds, varname 
            may have a different syntax. This syntax is required when the name of the data variable in the SDF does not conform to the GrADS naming conventions (see below for list of criteria), but it may also be used to shorten or change the variable name to make it easier to work with inside GrADS. The syntax is:
            
        
              SDF_varname=>grads_varname 
            
      
            
      SDF_varname is the name the data variable was given when the SDF 
              file was originally created. For NetCDF files, this name appears 
              in the output from ncdump. It is important that SDF_varname exactly 
              matches the variable name in the data file. SDF_varname may contain 
              uppercase letters and non-alpha-numeric characters. 
      
            
      The classic varname syntax (i.e., when "SDF_varname 
              =>" is omitted) may be used if SDF_varname meets the criteria 
              for GrADS variable names: it must be less than 16 characters, start 
              with an alphabetic character, and cannot contain any upper case 
              letters or non-alpha-numeric characters. 
      
            
      (GrADS version 
            2.0.a3+) If the SDF_varname contains spaces, substitute "~" for each space -- the spaces in the variable name string will be swapped back in later after the descriptor file has been parsed.
      
          
      (GrADS version 2.0.a7+) For dtype hdf5_grid, the SDF_varname may be particularly long since it must contain the names of all the nested groups (separated by "/") to which the data set belongs. 
      
            For example:
      
            /HDFEOS/GRIDS/EarthSurfaceReflectanceClimatology/Data~Fields/MonthlySurfaceReflectance=>msr
                      		
        
      
        
       
          levs
          
      This is an integer that specifies the number 
              of vertical levels the variable contains. levs may not exceed 
              znum as specified in the ZDEF statement. If levs is 
              0, the variable does not correspond to any vertical level. Surface 
              variables (e.g. sea level pressure) have a levs value of 
              0. 
      
            
      For DTYPE station or bufr, surface variables 
              have a levs value of 0 and upper air variables have a levs 
              value of 1. (Exception to this rule for bufr data: replicated surface 
              variables are given a levs value of 2). 
      		
        
      
        
      
          
      levs
      
          (DTYPE grib2) 
      		
          
      (GrADS version 2.0) This is a comma-delimited list of integers that provide information about the vertical dimension of a variable. The first number in the list is the number of vertical levels the variable contains or zero if the variable doesn't vary in Z. The remaining numbers are the GRIB2 parameters that specify the veritcal level or layer. The levs field may contain up to four comma-delimited numbers: 
      
            
        
              NLEVS,LTYPE,LVAL,LVAL2,LTYPE2
            
      
            where            
        
              
        
                
        
                  NLEVS
                  =
                   The number of vertical levels, or 0 if not Z-varying (Required) 
                
        
                
        
                  LTYPE
                  =
                  The level type indicator (Required)
                
        
                
        
                  LVAL
                   =                  
                  The value of the 1st level (Not Required for all level types) 
                
        
                
        
                  LVAL2
                  =
                  The  value of the 2nd level (Only Required for layers between 2 fixed levels) 
                
        
                
        
                  LTYPE2
                  = 
                  The level type indicator for the 2nd level (Only required  if different from LTYPE)
                
        
              
        
            
                  
            
      If NLEVS > 0 and is followed only by the LTYPE, the values for LVAL will be determined by the ZDEF entry. If a variable has an NLEVS entry that is > 0 but less than the number of levels declared in the  ZDEF entry, then the values for LVAL will correspond to the first NLEVS values of the Z axis. If LTYPE is 100 (the GRIB2 code for an isobaric surface), the units of LVAL must be Pascals. If the values of LVAL are taken from the ZDEF entry, use OPTIONS  pascals to convert the vertical coordinate  to millibars once the descriptor file is opened with GrADS. Some level types such as "mean sea level" or "tropopause" do not require an LVAL. In this case, LVAL may be omitted (see the "slp" example below). If two LTYPE entries are required but LVAL and LVAL2 are not, then the LVAL entries may be omitted, with adjacent commas used to indicate missing values (see the "cloud" example below). 
      
            
      Examples:
      
            
        
              
        
                
        
                  hgt
                  26,100
                  0,3,5
                  Geopotential Height [gpm] 
                
        
                
        
                  hgt500
                  0,100,50000
                  0,3,5
                   Geopotential Height at 500mb [gpm] 
                
        
                
        
                  slp
                  0,101
                  0,3,1
                  Sea Level Pressure [Pa]
                
        
                
        
                  t2m
                  0,103,2
                  0,0,0
                  2-meter Temperature [K]
                
        
                
        
                  soilt1
                  0,106,0,0.1
                  0,0,0
                  Soil Temp, 0-0.10m below surface [K]
                
        
                
        
                  cloud
                  0,1,,,8
                  0,6,1
                  Total Cloud Cover, from surface to  TOA [%]
                
        
              
        
          
                  
      The external utilities grib2scan and wgrib2 are quite useful in determining what the values for the levs field should be for a GRIB2 data file.
      		
        
      
        
       
          description
          This is text description or long name for the variable, 
            max 40 characters. 
        
      
        
       
          The units component of the variable 
            record is used for data with DTYPE bufr, grib, 
            netcdf, or hdfsds. It is also used for non-standard binary data files 
            that require special "unpacking" instructions, and special 
            cases of pre-projected wind components. If the data you are describing 
            does not fall into any of these categories, put a value of 99 in the 
            units field. 
        
      
        
       
          units
          For flat binary files containing 4-byte floating-point data that 
            are not pre-projected, this field is ignored but must be included. 
            Put in a value of 99. 
        
      
        
       
          units
      
                  (DTYPE bufr)      		
          (GrADS version 
            1.9) For DTYPE bufr files, this field 
            contains the x,y pair for the named variable. 
        
      
        
       
          units
      
                  (DTYPE grib)      		
           
      For DTYPE grib, the units 
              field specifies the GRIB parameters of the variable. This information 
              is used by the gribmap utility for 
              mapping the variables listed in the descriptor file to the data 
              records in the GRIB files. This parameter may contain up to four 
              comma-delimited numbers: 
            
        
              VV,LTYPE,LVAL,TRI 
                
        
                 or
        
            VV,LTYPE,LVAL,LVAL2

      
            where, 
            
        
              
        
                
         
                  VV
                   = 
                  The GRIB parameter number (Required)
                
        
                
         
                  LTYPE
                  =
                  The level type indicator (Required)
                
        
                
         
                  LVAL
                  =
                  The value of the 1st level  (Required if NLEVS=0)
                
        
                
        
                  LVAL2
                  =
                  The value of the 2nd level (Optional)
                
        
                
         
                  TRI
                  =
                  The "time range indicator"                    (Optional) 
                
        
              
        
            
      
            
      The external utilities gribscan and 
              wgrib 
              are quite useful in determining what the values for the units 
              field should be for a GRIB data file. Examples:
      
            
        
              
        
                
         
                  u
                  39
                  33,100
                  U Winds [m/s]
                
        
                
         
                  t
                  39
                  11,100
                   Temperature [K]
                
        
                
         
                  ts
                  0
                  11,1
                  Surface Temperature [K]
                
        
                
         
                  tb
                  0
                  11,116,60,30
                  Temperature, 30-60mb above surface [K]
                
        
                
         
                  dpt
                  0
                  17,100,1000
                   Dew Point Temperature at 1000 mb [K]
                
        
              
        
            
      		
        
      
        
      
          units
      
                (DTYPE grib2)      		
          
      (GrADS version 2.0) This is a comma-delimited list of  values that identify  a GRIB2 parameter (variable): 
      
            
        
              DISC,CAT,NUM,SP,SP2
            
      
            
      where, 
      
            
        
              
        
                
        
                  DISC
                  =
                  The  parameter Discipline (Required)
                
        
                
        
                  CAT
                  =
                  The  parameter Category  (Required)
                
        
                
        
                  NUM
                  =
                  The  parameter Number   (Required)
                
        
                
        
                  SP
                  =
                  The Statistical Process used to derive the parameter 
        
                  (May be required if parameter is not an instantaneous value)        		
                
        
                
        
                  SP2
                  =
                  The Spatial Process used to interpolate the parameter
        
                  (Required only for Product Definition Template 4.15)        		
                
        
              
        
            
      
            
      Some examples are: 
      
           
              
      
                
      
                  u
                  26,100
                  0,2,2
                  U-Component of Wind [m/s]
                
      
                
      
                  v
                  26,100
                  0,2,3
                  V-Component of Wind [m/s]
                
      
                
      
                  t2max
                  0,103,2
                  0,0,5
                   2-meter Temperature Maximum [K] (NCEP)
                
      
                
      
                  t2max
                  0,103,2
                  0,0,0,2
                   2-meter Temperature Maximum [K] (TIGGE)
                
      
                
      
                  soilm1
                  0,106,0,0.1
                  2,0,192
                  Soil Moisture, 0-0.10m below surface [K]
                
      
                
      
                  catave
                  10,100
                  0,19,22,0,3
                   Spatial Avg. of Clear Air Turbulence [%]
                
      
                
      
                  catmax
                  10,100
                  0,19,22,2,3
                   Spatial Max of Clear Air Turbulence [%]
                
      
              
      
          
       
      		
        
      
        
       
          units
      
                  (DTYPE netcdf, 
      
            hdfsds, or hdf5_grid)      		
           
      (GrADS 
              version 1.9) For DTYPE netcdf or hdfsds or hdf5_grid (GrADS 
              version 2.0.a7+) , 
              the units field is a comma-delimited list of the varying 
              dimensions of the variable. Dimensions expressed as x, y, z, or 
              t correspond to the four axes defined by XDEF, YDEF, ZDEF and TDEF. 
              For example, a surface variable such as sea level pressure might 
              look like this: 
            
        
              presSFC=>psfc   0   y,x   Surface 
              Pressure 
            
      
            
      A time-varying atmospheric variable such as geopotential height 
              might look like this:
      
            
        
              Height=>hght   17   t,z,y,x   Geopotential 
              Height (m) 
            
      
            
      The order of the dimensions listed in the units 
              field does matter. They must describe the shape of the variable 
              as it was written to the SDF data file. For NetCDf files, this information 
              appears in the output from ncdump next to the variable name. 
            
      If your data file contains a variable that also 
              varies in a non-world-coordinate dimension (e.g. histogram interval, 
              spectral band, ensemble number) then you can put a non-negative 
              integer in the list of varying dimensions that will become the array 
              index of the extra dimension. For example: 
            
        
              
         VAR=>hist0   0   0,y,x   
                First historgram interval for VAR
        
                VAR=>hist1   0   1,y,x   Second 
                historgram interval for VAR
        
                VAR=>hist2   0   2,y,x   Third 
                histogram interval for VAR 
        
            
      
            
      Another option in this example would be to fill 
              the unused Z axis with the histogram intervals: 
      
            
        
              
         zdef 3 linear 1 1
        
                ... 
        
                VAR=>hist   3   z,y,x   VAR Histogram
        
            
      
            
      In this case, it would appear to GrADS that variable 
              'hist' varies in Z, but the user would have to remember that the 
              Z levels correspond to histogram intervals. The latter technique 
              makes it easier to slice through the data, but is not the most accurate 
              representation. And if you don't have an unsued world-coordinate 
              axis available, then you still have a way to access your data.
      		
        
      
        
       
          units 
      
            (non-standard binary)      		
           
      For non-standard binary files, the units field is used 
              to instruct GrADS how to read binary files that do not conform to 
              the default structure 
              or do not contain 4-byte float data. GrADS assumes the data were 
              written in the following order (starting from the fastest varying 
              dimension to the slowest): longitude (X), latitude (Y), vertical 
              level (Z), variable (VAR), time (T). If your binary data set was 
              created or "packed" according to a different dimension sequence, 
              then you can use the units field to tell GrADS exactly how 
              to unpack the data. 
      
            
      For these non-standard binary files, the units field is 
              a series of one or more comma-delimited numbers, the first of which 
              is always -1. The syntax is as follows: 
            
        
              -1, structure <,arg> 
            
      
            
      There are four options for structure, outlined below. Some 
              of these options have additional attributes which are specified 
              with arg. 
      
            
      
              
       
                 -1,10,arg 
                 
      (GrADS 1.9 or earlier) This option indicates that "VAR" and "Z" have 
                    been transposed in the dimension sequence. The order is: longitude 
                    (X), latitude (Y), variable (VAR), vertical level (Z), time(T). 
                    Thus, all variables are written out one level at a time. This feature was designed to be used with NASA GCM data in 
                    the "phoenix" format. The upper air prognostic variables 
                    were transposed, but the diagnostic variables were 
                    not. Thus an arg of 1 means the variable has been var-z 
                    transposed, and an arg of 2 means the variable has 
                    not. 
      		
              
      
              
       
                -1,20
                
      This option indicates that "VAR" and "T" have been transposed 
                    in the dimension sequence. The order is: longitude (X), latitude 
                    (Y), vertical level (Z), time(T), variable (VAR). Thus, all 
                    times for one variable are written out in order followed by 
                    all times for the next variable, etc. Data files for which 
					"VAR" and "T" have been transposed may not be templated together.
      		
              
      
              
       
                -1,30 
                (GrADS 1.9 or earlier) This option handles the cruel and unusual case where X and 
                  Y dimensions are transposed and the horizontal grids are (lat,lon) 
                  as opposed to (lon,lat) data. This option causes GrADS to work 
                  very inefficiently. However, it is useful for initial inspection 
                  and debugging. 
              
      
              
       
                -1,40,arg 
                
      This option handles non-float data. If there are multiple variables in the same file, they must all be the same type. The dimension sequence is assumed to be the default. The secondary 
                    arg tells GrADS what type of data values are in the 
                    binary file: 
                  
        
                    units = -1,40,1     = 1-byte unsigned 
                    chars (0-255) 
        
                    units = -1,40,2     = 2-byte unsigned 
                    integers
        
                    units = -1,40,2,-1 = 2-byte signed 
                    integers
        
                    units = -1,40,4     = 4-byte integers
        
                  
      		
              
      
            
      		
        
      
        
       
          units 
      
            (pre-projected wind components)      		
          For pre-projected vector component data that require the use of 
            PDEF and rotation, 
            GrADS has to retrieve both the u and v component in order to do the 
            rotation calculation. The new (and recommended) method for matching 
            vector components is to use the VECTORPAIRS descriptor 
            file entry. The old technique (for versions older than 1.9b4) is to 
            use the units field of the variable record. The u-component 
            variable must have a units value of 33, and the v-component 
            variable must have a units value of 34. (This is the GRIB 
            convention). If there are more than one u/v pairs, secondary units 
            values are used.
        
      
      
      
      

      
    
      		
  
      
  
       
      @  varname  attribute_type 
       attribute_name  attribute_value 
    back 
      to top
  
      
  
       
     
      (GrADS version 1.9b4) To 
        supplement the metadata in your descriptor file, use attribute comments. 
        The first two characters of the attribute comment must be "@" 
        followed by a space -- this distinguishes it from an ordinary comment 
        (see below). Attribute comments may appear anywhere in the descriptor 
        file, and they will be ignored if used with older versions of GrADS. 
      
      
      All file attributes may be retrieved with the 'query 
        attr' command. 
      
      
      varname may be set to "global" to describe general 
        attributes that are valid for the entire data set. Set varname 
        to "lon", "lat", "lev", or "time" 
        to describe attributes of the four coordinate axes; otherwise, use one 
        of the variable names listed in the variable declarations. If a variable 
        name is aliased, use the grads_varname instead of the native SDF_varname.
      
      
      attribute_type should be one of the following case-sensitive 
        types: String, Byte, Int16, UInt16, Int32, UInt32, Float32, Float64.
      
      
      attribute_name may be any single word or string with no spaces 
        (e.g.: "units", "minimum_value")
      
      
      attribute_value can be any string as long as the length of the 
        entire entry does not exceed 512 characters. 
      
      
      For example:
      
        @ precip String units mm/day
      
        @ global String documentation http://put.your.documentation.url.here
      
        
      
      
      		
  
      
  
       
      * comment
    back 
      to top
  
      
  
       
    You may put comments in your descriptor file by beginning 
      the entry with * . Use @ for formatted attribute comments (see above). 
  
      
  
       
     
  
      

      

       
      



grads-2.0.1/doc/gradcomdopen.html0000644000175000017500000000220610243410766020044 0ustar  amckinstryamckinstry



GrADS Command: open




      open
      

      
open filename

      
Opens filename, which should be the name of a
GrADS data descriptor file, also called a control file.

      

      Usage Notes
      

      

        

      1. The standard file extension for Grads data descriptor files is
.ctl. Provided you adhere to this standard, there is no
need to type the extension .ctl when issuing the
open command.

        

      2. You will need to open at least one data-descriptor file before
you can enter other GrADS commands.

        

      3. You can open more than one data-descriptor file.   Each file is
numbered according to the order in which it was opened.

      


      

      Examples 
      


      

open jandata.1966
      
open jandata.1966.ctl
      

      


      
Both of these commands will have the same effect -- opening the GrADS
data descriptor file "jandata.1966.ctl".




grads-2.0.1/doc/gradcomdsetxyrev.html0000644000175000017500000000122610243410766020775 0ustar  amckinstryamckinstry


      set xyrev
      
set xyrev on|off
      
Reverses the axes on a plot. 
      

      Usage Notes
      

      Examples
      
By default for a Z, T plot, the time dimension is plotted horizontally,
and the Z dimension is plotted vertically. By setting xyrev,
the time dimension would be plotted vertically and the Z dimension would
be plotted horizontally. Reset by a clear or set
vpage command.
      

      


grads-2.0.1/doc/gradcomdundefine.html0000644000175000017500000000041310243410766020676 0ustar  amckinstryamckinstry


      undefine
      
undefine var
      
free the resources used by the defined variable
      

      Usage
      

      Notes
      
grads-2.0.1/doc/gradcomdclose.html0000644000175000017500000000041610243410766020211 0ustar  amckinstryamckinstry


      close
      
close file#
      
close the last descriptor file number for current file
      

      Usage
      

      Notes
      
grads-2.0.1/doc/indexlist.html0000644000175000017500000012273011632442207017410 0ustar  amckinstryamckinstry



Documentation Index






      

      
A
      

      
      


      
aave()
      
abs()
      
acos()
      
aggregate data files
      
amean()
      
animation
      
set annot
      
set arrlab
      
set arrowhead
      
set arrscl
      
asin()
      
asum()
      
asumg()
      
atan2()
      
athena widgets
      
q attr
       
ave()
      

      


      

      
B
      

      
      


      
set background
      
set barbase
      
set bargap
      
set baropts
      
basic operation
      
binary data sets
      
set black
      
  BUFR format
      
bufrscan  
      
build  from source
      
draw button
      
redraw button
      
set button
      

      


      

      
C
      

      
      


      
q cache
       
q cachesf
       
set cachesf
      
cascading dropmenus
      
set ccolor
      
set ccols
      
cdiff()
      
set chunksize
       
set cint
       
set clab
      
clear
      
set clevs
      
set clip
      
set clopts
      
close
      
set clskip
      
set cmark
      
set cmax
      
set cmin
      
collect
      
coll2gr()
      
default colors
      
controlling colors
      
command line editing
      
commands: attribute
      
compression
      
q config
       
const()
      
q contours
       
control file
      
correlation, spatial
      
correlation, temporal
      
cos()
      
set coslat
      
cross sections
      
set csmooth
      
set cstyle
      
set cterp
      
q ctlinfo
       
set cthick
       



      


      

      
D
      

      
      


      
data descriptor files:
      
  elements
      
  for BUFR data
      
  for gridded data
      
    for NetCDF/HDF files
      
  for station data
      
data sets (gridded)
      
data sets (station)
      
set datawarn
      
q dbf
      
set dbuff
      
define
      
q define
      
q defval
      
set defval
      
degree symbol
      
set dfile
      
q dialog
       
set dialog
       
set dignum
       
set digsiz
       
dimension environment
      
q dims
      
disable fwrite
      
disable print
      
display
      
set display
       
displaying data
      
displaying metafiles
      
draw button
      
draw dropmenu
      
draw line
      
draw map
      
draw mark
      
draw polyf
      
draw rec
      
draw recf
      
draw shp
      
draw string
       
draw title
      
draw wxsym
      
draw xlab
      
draw ylab
      
draw dropmenu
      
set dropmenu
      

      


      

      
E
      

      
      


      
set e
      
eloop
      
enable print
      
q ens
       
set ens
      
ensemble dimension
      
environment variables
      
exec
      
exp()
      
expressions
      
external utilites
      

      


      

      
F
      

      
      


      
set fgvals
       
q file(s)
      
flush
       
fndlvl()
      
font control
      
font file
      
set font
       
set frame
       
disable fwrite
      
q fwrite
       
set fwrite
      
functions: alpha
      
functions: attribute
      
math functions
      

      


      

      
G
      

      
      


      
set geotiff
      
gint()
      
gr2stn()
      
q gr2w
      
q gr2xy
      
set grads
       
grads
      
gradsc
      
gradsdap
      
gradsdods
      
gradshdf
      
gradsnc
      
  GRIB format
      
gribmap
      
gribscan
      
grib2scan
      
set grid
      
set gridln
      
gsfallow()
      
gsfpath()
      
gxeps
      
q gxinfo
      
q gxout
      
set gxout
        
gxps
      
gxtran
      



      


      

      
H
      

      
      


      
hardcopy output
      
hcurl()
      
  HDF-SDS format
      
hdivg()
      
help
      
set hempref
      


      


      

      
I
      

      
      

      
image output
      
set imprun
      


      


      

      
J
      

      
      

      


       


      

      
K
      

      
      

      
set kml
      



      


      

      
  
      
  L
      

      



      
set lat
      
set lev
      
set lfcols
       
script library
      
draw line
      
set line
      
log()
      
log10()
      
set log1d
      
set lon
      
set loopdim
      
set looping
       
lterp()
       



      


      

      
M
      

      
      


      
mag()
      
map projections
      
draw map
      
set map
      
draw mark
      
maskout()
       
math functions
      
max()
      
maxloc()
      
set mdlopts
      
mean()
      
metafiles
      
min()
      
minloc()
      
set missconn
      
modify
      
set mpdraw
      
set mpdset
      
set mproj
      
set mpt
      
set mpvals
      
multi-panel plots
      



      


      

      
N
      

      
      


      
NetCDF format
      



      


      

      
O
      

      
      


      
oabin()
      
oacres()
      
offt
      
open
      
outxwd
      



      


      

      
P
      

      
      


      
page control
      
set parea
      
  PC 
  GrADS
      
PDEF
      
plot area
      
set poli
      
draw polyf
      
q pos
       
pow()
      
print
      
disable print
      
enable print
        
printim
      
set prnopts
      



      


      

      
Q
      

      
      


      
q (query)
      
q attr
       
q dbf
      
q dialog
      
q ens
       
q fwrite
       
q pos
       
q sdfwrite
      
q shades
      
q shp
      
q shpopts
      
quick: commands
      
quick: scripts
      
quit
        



      


      

      
R
      

      
      


      
set rband
      
set rbcols
      
set rbrange
      
real page
      
draw rec
      
draw recf
      
redraw button
      
reset
         
reinit
         
reinitialization
      
set rgb
      
run
       



      


      

      
S
      

      
      


      
s2g1d()
      
scorr()
      
screen
      
script functions
      
script library
      
scripting language
      
sdfopen
      
sdfwrite
      
q sdfwrite
      
set sdfattr
      
set  sdfwrite
      
set annot
      
set arrlab
      
set arrowhead
      
set arrscl
      
set background
      
set barbase
      
set bargap
      
set baropts
      
set black
      
set button
      
set cachesf
      
set ccolor
      
set ccols
      
set cint
      
set chunksize
        
set clab
      
set clevs
      
set clip
      
set clopts
      
set clskip
      
set cmark
      
set cmax
      
set cmin
      
set cmin
      
set coslat
      
set cstyle
      
set cterp
      
set cthick
      
set datawarn
      
set dbuff
      
set defval
      
set dfile
      
set dialog
       
set dignum
       
set digsiz
       
set display
       
set dropmenu
      
set ens
      
set fgvals
       
set font
       
set frame
       
set fwrite
      
set grads
       
set geotiff
       
set grid
      
set gridln
      
set gxout
        
set hempref
      
set imprun
      
set kml
      
set lat
      
set lev
      
set lfcols
       
set line
      
set log1d
      
set lon
      
set loopdim
      
set looping
       
set map
      
set mdlopts
      
set missconn
      
set mpdraw
      
set mpdset
      
set mproj
      
set mpt
      
set mpvals
      
set parea
      
set poli
      
set prnopts
      
set rband
      
set rbcols
      
set rbrange
      
set rgb
      
set sdfattr
      
set sdfwrite
      
set shp
      
set shpattr
      
set shpopts
      
set stat
      
set stid
      
set stnprint
      
set string
      
set strmden
      
set strsiz
      
set t
      
set time
      
set timelab
      
set tlsupp
      
set undef
      
set vpage
      
set vrange
      
set vrange2
      
set warn
      
set wxcols
      
set wxopt
      
set x
      
set xaxis
      
set xflip
      
set xlab
      
set xlabs
      
set xlevs
      
set xlint
      
set xlopts
      
set xlpos
      
set xsize
      
set xyrev
      
set y
      
set yaxis
      
set yflip
      
set ylab
      
set ylabs
      
set ylevs
      
set ylint
      
set ylopts
      
set ylpos
      
set z
      
set zlog
      
query shades
      
shapefiles
      
!shell
      
draw shp
      
q shp
      
set shp
      
q shpopts
      
set shpopts
      
sin()
      
skip()
      
smth9()
      
sqrt()
      
sregr()
      
starting GrADS
      
set stat
      
about station data
      
using station data
      
set stid
      
stnave()
      
stnmin()
      
stnmap
      
stnmax()
      
set stnprint
      
string formatting
      
draw string
       
q string
      
set string
      
set strmden
      
set strsiz
      
sum()
      
sumg()
      
supplibs
      
swap
      


      


      

      
T
      

      
      


      
set t
      
tan()
           
tcorr()
      
templates
      
q time
      
set time
      
set timelab
      
draw title
      
tloop()
      
set tlsupp
      
tmave()
      
tregr()
      
Tutorial
      
tvrh2q()
      
tvrh2t()
      



      


      

      
U
      

      
      


      
q undef
      
set undef
      
undefine
      
user defined functions
      
user's guide
      
external utilites
      



      


      

      
V
      

      
      


      
variables
      
vint()
          
virtual page
      
set vpage
      
set vrange
      
set vrange2
      



      


      

      
W
      

      
      


      
q w2gr
      
q w2xy
      
set warn
      
wi
      
widgets
      
set wxcols
      
set wxopt
      
draw wxsym
      



      


      

      
X
      

      
      


      
set x
      
set xaxis
      
xdfopen
      
set xflip
      
draw xlab
      
set xlab
      
set xlabs
      
set xlevs
      
set xlint
      
set xlopts
      
set xlpos
      
set xsize
      
set xyrev
      
q xy2gr
      
q xy2w
      



      


      

      
Y
      

      
      


      
set y
      
set yaxis
      
set yflip
      
draw ylab
      
set ylab
      
set ylabs
      
set ylevs
      
set ylint
      
set ylopts
      
set ylpos
      



      


      

      
Z
      

      
      


      
set z
      
set zlog
      




grads-2.0.1/doc/gradcomdsetarrscl.html0000644000175000017500000000160310243410766021105 0ustar  amckinstryamckinstry


      set arrscl
      
set arrscl size <magnitude>
      
Specifies arrow length scaling. 
      

        
size              is
the length of the
arrow in plotting
units (inches on the virtual page). A typical value would be
0.5 to 1.0.
        
magnitude    is the vector
magnitude that will
produce an arrow of the specified size. 
      
Other arrow lengths will be scaled appropriately. If 
 magnitude is not given, all the arrows will be the
same length. Reset by clear or
display. 
      

      Usage Note
      

      Examples
      
grads-2.0.1/doc/variableformats.html0000644000175000017500000001276411416646527020606 0ustar  amckinstryamckinstry



GrADS Variable Formats





      Variable Formats and Binary Data File Structure
      

      
This section describes how to refine the variable declarations in the
data descriptor file to accurately reflect the structure and format of
each variable in a binary file. Before continuing, it is recommended 
that you review the material in these other sections:

      


      
In a GrADS data descriptor file each variable declaration record
has the following syntax:

      

        varname levs units description
      


      
The VARS section of Elements of a GrADS Data Descriptor
File explains the general syntax of the variable declaration
record. This section goes into further detail on the use of the
units keyword to invoke some special features that
allow GrADS to read binary files that do not conform to the default
structure.


      
The structure of a 3-D or 4-D data set is determined by the order in
which the horizonal grids are written to file. The default sequence
goes in the following order starting from the fastest varying
dimension to the slowest varying dimension: longitude (X), latitude
(Y), vertical level (Z), variable (VAR), time (T). 


      
If your binary data set was created or "packed" according to a
different dimension sequence, then you can use the
units keyword to tell GrADS exactly how to unpack
the data. The units keyword is actually a series
of one or more comma-delimited numbers. If units
is set to 99 then all the features for unpacking special
data formats are ignored. If units is set to
-1, then the features are invoked via additional
parameters that follow the -1 and are separated by
commas:

      

        units = -1, structure <,arg>
      


      
There are four options for structure, outlined
below.  Some of these options have additional attributes which are
specified with arg.


      

        

      1. units = -1,10,1

        
This option was removed in GrADS version 2.0. This option indicates that "VAR" and "Z" have been transposed in the
dimension sequence. The order is: longitude (X), latitude (Y),
variable (VAR), vertical level (Z), time(T). Thus, all variables are
written out one level at a time. 

        
This feature was designed to be used with NASA GCM data in the
"phoenix" format. The upper air prognostic variables were
transposed, but the diagnostic variables were not. Thus an
arg of 1 means the variable has been
var-z transposed, and an arg of 2
means the variable has not.

        

      2. units = -1,20

        
This option indicates that "VAR" and "T" have been transposed in the
dimension sequence. The order is: longitude (X), latitude (Y),
vertical level (Z), time(T), variable (VAR). Thus, all times for one
variable are written out in order followed by all times for the next
variable, etc.

        
Suppose your data set is actually a collection of separate files that
are aggregated by using a template. Then
you must use an additional argument to tell GrADS how many time steps
are contained in each individual file. Use arg to
tell GrADS the size of the time dimension in each individual file. For
example, here are the relevant records from a descriptor file for 10
years of monthly wind component and temperature data packaged with
"VAR" and "T" dimensions transposed:

        

          

          DSET ^monthlydata_%y4.dat
OPTIONS template
...
TDEF 120 linear jan79 1mo 
VARS 3 
          
  u 18 -1,20,12 u component
  v 18 -1,20,12 v component 
  t 18 -1,20,12 temperature 
ENDVARS

          

        


        

      3. units = -1,30

        
This option was removed in GrADS version 2.0. This option handles the cruel and unusual case where X and Y
dimensions are transposed and the horizontal grids are (lat,lon) as
opposed to (lon,lat) data. This option causes GrADS to work very
inefficiently because it wasn't worth it to make a big change to GrADS
internal I/O to handle this type of pathological data.  However, it is
useful for initial inspection and debugging and that's basically what
it is designed for.

        

      4. units = -1,40

        
This option handles non-float data. Data are converted to floats
internally after they are read from the binary file. The dimension
sequence is assumed to be the default. The secondary arg
tells GrADS what type of data values are in the binary file:

        

          
units = -1,40,1    
= 1-byte unsigned chars (0-255) 
          
units = -1,40,2    
= 2-byte unsigned integers
          
units = -1,40,-2   
= 2-byte signed integers
          
units = -1,40,4    
= 4-byte integers
          

        

      



grads-2.0.1/doc/SDFdescriptorfile.html0000644000175000017500000004400111416646526020764 0ustar  amckinstryamckinstry




How to Generate NetCDF Descriptor Files







      Reading NetCDF and HDF Files with GrADS
      

      Data files in the NetCDF and HDF file formats are called 
  self-describing files (SDF) because the data and metadata are packaged together 
  in the same file. GrADS can read data NetCDF and HDF formatted files, as long as the data are on a regular grid. The HDF format is very general; the GrADS interface is limited to gridded data sets that fit into the internal 5-D  lon/lat/lev/time/ensemble grid space. GrADS handles HDF4  Scientific Data Sets and (as of version 2.0.a7)  some HDF5 files. In order to read the data in SDFs, GrADS needs a certain amount of  metadata in order to place the data 
  in the internal grid space. There are three ways 
  to do this: 
      

        
  
      1. Use the sdfopen 
    command to open the file. This requires the least amount of effort for the 
    user -- simply provide the file name (or an OPeNDAP URL) and GrADS does the 
    rest. If you use the sdfopen command to open your SDF, then all the metadata 
    in the file that GrADS requires must conform to the 
	COARDS 
    conventions. The 'sdfopen' interface does not support the HDF5 format. If sdfopen doesn't work, then ...
        
    
        
  
        2. 
  
      2. Use the xdfopen 
    command to open the file. This requires a bit more effort for the user -- 
    you must write a data descriptor file to supplement or replace the existing 
    metadata so that GrADS can understand it. The syntax of the descriptor file 
    used with xdfopen is not exactly the same as that used in a descriptor file 
    for gridded binary data -- see the documentation 
    page for further details. The xdfopen command provides access to a greater 
    number of SDFs, including many that do not conform to any known standard. 
    The 'xdfopen' interface does not support the HDF5 format. If xdfopen doesn't work, then ... 
        
    
        
  
        3. 
  
      3. Use the open 
    command to open the file. This requires the user to write a complete GrADS 
    descriptor file to override all the metadata in the file. Guidance for composing 
    a complete descriptor file for NetCDF, HDF-SDS, or HDF5 gridded data files is given below. 
    Please also see the reference page Elements 
    of a Data Descriptor File. The 'open' interface is recommended if you 
    are templating large numbers of data files together, the data are pre-projected 
    onto a non-lat/lon grid, the variables in the file have different undefined 
    values, or the variables in the file have been packed in a non-standard way. The 'open' interface is the only way to read HDF5 files. 
        4. 
 
      
 
NetCDF and HDF-SDS Descriptor File Components 

      The data descriptor file is free format, which means the 
  components of each record (line of text) are blank delimited and can appear 
  in any order. Leading blanks at the beginning of each record are removed before 
  parsing. Individual records may not be more than 255 characters long. Each record 
  begins with a specific entry name, followed by a number of arguments or keywords, 
  depending on the entry.
      

      Descriptor file entries used for NetCDF, HDF-SDS, and HDF5 files 
  are: 
      

      
  
       
    DSET
    This entry points to the data file. See 
      the reference page for more details.
  
      
  
       
    DTYPE 
    This entry should have either the 'netcdf' or 'hdfsds' keywords. 
      
      (GrADS version 2.0.a7+) For HDF5, use the 'hdf5_grid' keyword.      		
   
      
  
       
    TITLE
    It is good general practice to include a descriptive 
      title in every GrADS descriptor file. 
  
      
  
       
    UNDEF
    
      This entry specifies the undefined or missing data 
        value. An optional second argument is the name of the attribute in the 
        SDF that contains the undefined value. This should be used when individual 
        variables in the data file have different undefined values. After data 
        I/O, the missing values in the grid are converted from the variable undef 
        to the file-wide undef (the numerical value in the first argument of the 
        UNDEF record). Then it appears to GrADS that all variables have the same 
        undef value, even if they don't in the SDF. Attribute names are case sensitive, 
        and it is assumed that the name is identical for all variables in the 
        SDF. If the name given does not match any attributes, or if no name is 
        given, the file-wide undef value will be used. 
      
        Example: UNDEF -9.99e8 _FillValue
      		
  
      
  
       
     UNPACK
    This 
      entry is used for data variables that are 'packed' -- i.e. non-float data 
      that need to be converted to float by applying the following formula: 
       
	       y = x * scale_factor 
      + add_offset
      
      Only the attribute name for the scale factor is required. If your SDF does 
      not have an offset attribute, the 2nd argument may be omitted, and the offset 
      will be assigned the default value of 0.0. Attribute names are case sensitive, 
      and it is assumed that the names are identical for all variables in the 
      netcdf or hdfsds data file. If the names given do not match any attributes, 
      the scale factor will be assigned a value of 1.0 and the offset will be 
      assigned a value of 0.0. The transformation of packed data is done after 
      the undef test has been applied. 
      
      Examples: 
      
      UNPACK scale_factor add_offset
      
      UNPACK Slope Intercept      		
  
      
  
       
     OPTIONS
    Valid keywords are 'yrev', 'zrev', 'template', and '365_day_calendar'.
  
      
  
      
    CACHESIZE
    (GrADS version 2.0.a8+) 
    This entry overrides the default size of the cache for reading HDF5 or NetCDF4 files. It is not relevant for other data types. It should not be necessary to set the cache size explicitly unless the data file has especially large chunks. Please see the documentation on compression. 
  
      
  
       
    PDEF
     (GrADS version 1.9b4+) 
      This is used when the SDF contains data on a native projection other than 
      lat/lon, such as a lambert conformal or polar stereographic grid. See the 
      PDEF documentation for more information.
  
      
  
       
     XDEF
      
      YDEF
      
      ZDEF
      
      TDEF
      
      EDEF      		
    These entries are used to describe the coordinate dimensions 
      in the SDF. The syntax is the same as for binary files. See the reference 
      page for more details. You can use the output from ncdump with the -c 
      option to get information about the coordinate dimensions in the SDF. 
  
      
  
       
     VECTORPAIRS
     
      This entry is for explicity identifying vector component 
        pairs. The VECTORPAIRS entry is only necessary if the data are on a native 
        projection other than lat/lon (i.e. you are using PDEF) 
        and if the winds have to be rotated from 
        a grid-relative sense to an Earth-relative sense. (GrADS has to retrieve 
        both the u and v component in order to do the rotation calculation.)
      
      
       The arguments are the U-component and V-component 
         variable names, separated by a comma, with no spaces. More than one 
        pair of components may be listed; in this case, the pairs should be separated 
        by a space. 
      
        Example:
      
        VECTORPAIRS  u,v  u10,v10  uflx,vflx
      		
  
      
  
       
     VARS
      
      through 
      
      ENDVARS      		
    
      The variable declarations in a SDF descriptor file 
        have a few special features, described below. It is not necessary to include 
        a variable declaration for all the variables in the SDF, only those you 
        wish to read with GrADS.
      
      
      The varname field has the following syntax: 
        
      
            SDF_name=>grads_name 
      
        SDF_name must exactly match the data variable name in the SDF 
        -- it may contain uppercase letters and non-alpha-numeric characters. 
        The grads_name is an alias for SDF_name and must be 
        less than 16 characters, start with an alphabetic character, and cannot 
        contain any upper case letters or non-alpha-numeric characters. The aliasing 
        of variable names may be omitted (i.e., "SDF_name=>" 
        does not precede grads_name) if the SDF_name already 
        meets the criteria for GrADS variable names listed above. For dtype hdf5_grid, the SDF_name must contain the names of all the nested groups (separated by "/") to which the data set belongs (see example below).
      
      
      The levs field is an integer that specifies 
        the number of vertical levels the variable contains. Variables that do 
        not have a Z dimension should have a levs value of 0. Variables 
        that do have a Z dimension should have a levs value equal to 
        the znum value specified in the ZDEF statement.
      
      
      The units field is a comma-delimited list 
        of the varying dimensions of the variable. The dimensions are expressed 
        as x, y, z, t, and e and correspond to the five axes defined by XDEF, YDEF, 
        ZDEF, TDEF, and EDEF. The order of the dimensions listed in the units 
        field is important -- it must describe the shape of the variable as it 
        was written to the SDF data file. For NetCDf files, this information appears 
        in the output from ncdump next to the variable name. For HDF5 files, this information appears in the output from h5dump as the variable's dataspace.
      
      
      Examples:
      
        Height=>hgt   17   t,z,y,x   Geopotential 
        Height (m) 
      
        /HDFEOS/GRIDS/ColumnAmountNO2/Data~Fields/CloudFraction=>cf  15  z,y,x  Cloud Fraction 
      
    
      		
  
      

      

    

      Usage Notes 
      

        
  
      1. The NetCDF data types that GrADS currently handles are 
    short, long, and float. The HDF-SDS data types that are handled are 8-bit 
    ints (int8 and uint8), shorts (int16 and uint16), ints (int32 and uint32) 
    and float. These are all converted to type float after the I/O is done.
        
    
        
  
        2. 
  
      2.  The sdfopen/xdfopen 
    interface will automatically handle the unpacking of NetCDF data if the following 
    conditions are met:
        
       a. The packed data type is "short" 
        
       b. The constants used for the transformation are data type 
    "float" 
        
       c. The attribute names are "scale_factor" or "slope" 
    and "add_offset" or "intercept"
        
    If the packed data in your SDF does not fit this description, then you must 
    use the open command with a complete descriptor 
    file, providing the attribute names in the UNPACK entry. 
    In this case, the attribute data type may be short, long, float, or double.
        
    
        
  
        3. 
  
      3. If the data in the SDF are not floating-point numbers 
    and require a transformation using the attributes named in the UNPACK 
    entry, GrADS assumes the variable undef value corresponds to the data values 
    as they appear in the file, i.e., before they are transformed using 
    a scale factor and offset. Missing packed data values are assigned the file-wide 
    undef value and are never unpacked. 
        
    
        
  
        4. 
 
  
      4. If your data file contains a variable that varies in a non-world-coordinate 
  dimension (e.g. histogram interval, spectral band, ensemble number) then you 
  can put a non-negative integer in the list of varying dimensions that will become 
  the array index of the extra dimension. For example: 

         VAR=>hist0   0   0,y,x   
  First historgram interval for VAR
        
  VAR=>hist1   0   1,y,x   Second historgram 
  interval for VAR
        
  VAR=>hist2   0   2,y,x   Third histogram interval 
  for VAR 
        

        Another option in this example would be to fill the unused 
  Z axis with the histogram intervals: 
        

         ZDEF 3 linear 1 1
        
  ... 
        
  VAR=>hist   3   z,y,x   VAR Histogram
        

        In this case, it would appear to GrADS that variable 'hist' 
  varies in Z, but the user would have to remember that the Z levels correspond 
  to histogram intervals and not pressure levels. The latter technique makes it 
  easier to slice through the data, but is not the most accurate representation. 
  And if you don't have an unsued world-coordinate axis available, then you still 
  have a way to access all the dimensions of your data variable. 
        

        5. 
 
      5. Some SDFs have many more than four coordinate dimensions 
    -- staggered longitude and latitude axes are one example. In this case, it 
    is likely that there will be variables defined on different grids contained 
    in the same SDF. GrADS can only handle one 4D grid per data file -- all the 
    SDF variables listed in a descriptor file must share the same coordinate axes. 
    Multiple descriptor files must be written to describe the varibles defined 
    on different grids.
        
    
        
  
      


      Examples
      

        
  
      1.  Here is a sample output from 
    ncdump for a file containing ocean model output. This file contains eight 
    coordinate dimensions and nine data variables, which are defined on different 
    combinations of coordinate axes. Five separate descriptor files are required 
    to describe all the variables: one for the velocity components u 
    and v, another for velocity component w, a 
    third for potential temperature, a fourth for 
    wind stress components taux and tauy, and a fifth 
    for surface variables hflx, sflx, and eta.
        
    
        
  
        2. 
  
      2.  The Weather Research 
    and Forecasting (WRF) Model can generate NetCDF output on non-lat/lon 
    grids. GrADS can read these files in their native format using a complete 
    descriptor file with a PDEF entry. To extract the 
    arguments for the PDEF entry, you can use the global attribute values, which 
    describe the native grid parameters, as well as the data variables which provide 
    the grid point lat/lon values. The WRF model uses staggered grids, just as 
    the ocean model does in the example above. For the sake of clarity, this WRF 
    ncdump output has been edited to show only the four coordinate axes that 
    are relevant for the data variables used in the example descriptor files. 
    There are many, many more data variables and coordinate dimensions in the 
    actual output files. First, here is a sample descriptor file to get the native 
    grid point longitude and latitude values -- note 
    that no PDEF statement is included and the XDEF and YDEF statements do not 
    map to longitude and latitude, they are simply used as abstract grid increments. 
    Any one of these grid points may be used as the reference point in the PDEF 
    entry, this example uses grid point (1,1) with values (-125.898, 26.9628). 
    Finally, here is the descriptor file for four data variables. 
    The WRF model is highly configurable, and also under active development, so 
    this example should be used only as a guideline. 
        3. 

      


grads-2.0.1/doc/gradcomdsdfwrite.html0000644000175000017500000001316211436764233020743 0ustar  amckinstryamckinstry



GrADS Commands: sdfwrite




      sdfwrite
      

      sdfwrite varname 

      This command will write out a defined variable varname into a NetCDF formatted
  data file.  


        
  
         
        

      

      Usage Notes
      


      
The sdfwrite command works with GrADS version 2.0.a3 (or higher). Changes to the command in version 2.0.a5 included the option to force the output to have 4 or 5 dimensions. Changes to include compression and floating-point output were added with version 2.0.a8. 

       The name of the output file will be grads.sdfwrite.nc unless specified otherwise with the set sdfwrite command. If the 
  file exists, it will be replaced. The q sdfwrite command
  returns the status of the sdfwrite options. 

      The dimensions of the variable written to file correspond to the dimension environment that is set when the variable is  defined. The dimension environment that is set when the 'sdfwrite' command is invoked is ignored. Note this behavior is different from the fwrite command.


      By default, the output file will have a coordinate variable only for  varying dimensions in the defined variable; non-varying dimensions will not appear as a coordinate variable with a size of 1. However, as of version 2.0.a5,  options have been added to the  set sdfwrite command to  force the variable in the output file to have at least 4 or all 5 dimensions. When either of these options to   set sdfwrite  are used,   the output file will retain information about the values of the  dimensions that were fixed when the variable was defined; non-varying dimensions will appear as a coordinate variable of size 1.


      The coordinate variables will be  type 'double' and have two default attributes ("units" and "long_name") with values that are based on the GrADS 5-dimensional gridded data model. The data variable will also be  type 'double' by default; beginning with version 2.0.a8, you can also write out data of type 'float' if you use the -flt option with    set sdfwrite command. Data variables will have a 'missing value' attribute. 

      For example, if varname is called "testvar" and varies in X, Y, Z, T, and E, then the output file might have a NetCDF header that looks like this: 

      netcdf foo {
      
  dimensions:
      
  longitude = 9 ;
      
  latitude = 9 ;
      
  level = 9 ;
      
  time = 9 ;
      
  ensemble = 9 ;
      
variables:
      
  double longitude(longitude) ;
      
     longitude:units = "degrees_east" ;
      
     longitude:long_name = "Longitude" ;
      
  double latitude(latitude) ;
      
     latitude:units = "degrees_north" ;
      
     latitude:long_name = "Latitude" ;
      
  double level(level) ;
      
     level:units = "millibar" ;
      
     level:long_name = "Level" ;
      
  double time(time) ;
      
     time:units = "minutes since 01-01-0001 00:00" ;
      
     time:long_name = "Time" ;
      
  double ensemble(ensemble) ;
      
     ensemble:grads_dim = "e" ;
      
     ensemble:long_name = "Ensemble member" ;
      
  double testvar(ensemble, time, level, latitude, longitude) ;
      
     testvar:missing_value = -888. ;
      
}
      

      The time axis units will always be "minutes since ..." and the date of the time axis origin will correspond to the initial time of the defined variable. 

      If the variable has an ensemble dimension, the attribute "grads_dim" with the value "e" will always be present so that the resulting output file can be opened with GrADS using the 'sdfopen' command. 

      To supplement or override the default attributes of the output file, use the set sdfattr command. 

      Beginning with version 2.0.a8, the output file may also be a compressed netCDF file. Use the -zip option with the set sdfwrite command to enable compression. Please see the documentation on compression for  more details.

      Examples 
      


      
The following commands produce a regional subset of a global precip forecast :

        
  
        open global_forecast.ctl
        
  set lon -111.3 -103.8 
        
  set lat 40.9 45.0 
        
  set lev 1000 10
        
  set t 1 last
        
    set e 1 last
        
  define precip = ptot
        
    set sdfwrite wyoming_precip.nc
        
    sdfwrite precip
        
    
        
  
        

      


      Suppose you want to write out a long time series in one file, but memory limits do not allow you to define the entire time series in a single variable. You can write out the variable in time chunks, and then concatenate them together sequentially using the NetCDF Operators. 

      

      

      open long_run.ctl

      




grads-2.0.1/doc/supplibs.html0000644000175000017500000007674111632442207017260 0ustar  amckinstryamckinstry



GrADS Supplibs






      
  
      Supplemental Libraries for GrADS version 2
      

      

      There are many supplemental libraries that are required to enable various features in the GrADS executable. Building all these libraries from source is not necessarily easy; this page provides some guidance and suggestions that have led to success on COLA's unix systems (64-bit linux running CentOS, and Mac OSX). COLA's objective in building GrADS is to make  our binary releases portable, so we strive to build all the libraries from scratch, disabling features GrADS doesn't need, and then link statically when building GrADS. If you are building GrADS from source but not planning to distribute your build, then you may find that many of these libraries are already installed on your system and you can link with them dynamically. In this case, use the --enable-dyn-supplibs option with the GrADS configure script. Please post questions about building from source to the GrADS Users Forum. If you have the proper privileges, you may install these anywhere on your system instead of $HOME, just be sure to change the commands listed in the table below to accomodate your own installation. 
      

      To begin, make a directory top level directory for the supplibs under your $HOME:
      
  mkdir $HOME/supplibs
      

      Make a subdirectory where you will store the tar files containing the library source code:
      
  mkdir -p $HOME/supplibs/src/tarfiles
      

      Get the src from COLA's FTP server: 
      
  cd $HOME/supplibs/src/tarfiles
      
  ftp iges.org
      
<login as anonymous>
      
  cd grads/Supplibs/2.1/src
      
  mget *
       
quit 
      

      These are the directories where you will install the compiled libaries, pkgconfig files, the necessary include files, and any executable utilities from the libraries that GrADS will need:
      
  mkdir $HOME/supplibs/lib
      
  mkdir $HOME/supplibs/lib/pkgconfig
      
mkdir $HOME/supplibs/include
      
mkdir $HOME/supplibs/bin
      

      Move through the list of libraries in the table below, building them in order listed. Instructions for configuring and installing in the $HOME/supplibs directory are given for each library. If you are building on Mac OSX 10.6, set the environment variable CFLAGS to "-arch i386". 
      

      When you are done, unpack the GrADS source code tarball under $HOME. Change into the new GrADS directory you just created, and type ./configure. When the configuration is done, it will show a summary of which features have been enabled. Then type 'make install' and look for your executables in the ./bin directory. 
      

      Good Luck!! 
      

      
  
      
    Library
    Version
    Why GrADS needs it 
    How to configure and install it for GrADS
  
      
  
      
    readline
    5.0
    
      Enables command line editing.
      
        Links: 
      
        home page
       
        local copy of source code
                		
    
      cd $HOME/supplibs/src/
      
      tar xvfz ./tarfiles/readline-5.0.tar.gz 
      
      mkdir readline
      
      cd readline-5.0
      
      ./configure --disable-shared 
      --prefix=$HOME/supplibs/src/readline
      
      make ; 
      make install
      
      cp $HOME/supplibs/src/readline/lib/libreadline.a $HOME/supplibs/lib
      
      mkdir -p $HOME/supplibs/include/readline
      
    cp $HOME/supplibs/src/readline/include/readline/*.h $HOME/supplibs/include/readline
      		
  
      
  
      
    ncurses
    5.7
    
      Required by readline.
      
      Links:
      
      home page
      
      local copy of source code
      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz ./tarfiles/ncurses-5.7.tar.gz
      
      mkdir ncurses
      
      cd ncurses-5.7
      
      ./configure --disable-shared 
      --prefix=$HOME/supplibs/src/ncurses
      
      make ;
      make install
      
      cp $HOME/supplibs/src/ncurses/lib/libncurses.a $HOME/supplibs/lib
      		
  
      
  
      
    zlib
    1.2.5
    
      General compression library.
      
      Required by NetCDF et al.
      
        Links:
          
        home page
          
        local copy of source code
      
      
      
          		
    
      cd $HOME/supplibs/src/
      
      tar xvfz ./tarfiles/zlib-1.2.5.tar.gz
      
      mkdir zlib
      
      cd zlib-1.2.5
      
      ./configure --prefix=$HOME/supplibs/src/zlib
      
      make ;
      make install
      
      cp $HOME/supplibs/src/zlib/lib/libz.a $HOME/supplibs/lib
      
      mkdir $HOME/supplibs/include/zlib
      
    cp $HOME/supplibs/src/zlib/include/zlib.h $HOME/supplibs/include/zlib
      
          		
  
      
  
      
    libpng
    1.2.18
    PNG reference library. 
      
      Links:
            
      home page
            local copy of source code
      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/libpng-1.2.18.tar.gz
      
      mkdir libpng
      
      cd libpng-1.2.18
      
      ./configure --disable-shared 
      --prefix=$HOME/supplibs/src/libpng
      
      make ; 
      make install
      
      cp $HOME/supplibs/src/libpng/lib/libpng12.a $HOME/supplibs/lib
      
      mkdir $HOME/supplibs/include/libpng12
      
    cp $HOME/supplibs/src/libpng/include/libpng12/*.h $HOME/supplibs/include/libpng12
      
    cp $HOME/supplibs/src/libpng/lib/pkgconfig/libpng12.pc $HOME/supplibs/lib/pkgconfig
      
    
      Note: The pkgconfig file is required for building cairo
      		
  
      
  
      
    jpeg
    6b
    Image compression library. 
      
      Links:
            
      home page
      
      local copy of source code      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/jpegsrc.v6b.tar.gz 
      
      mkdir -p jpeg/bin/cjpeg
      
      mkdir -p jpeg/man/man1
      
      mkdir jpeg/include
      
      mkdir jpeg/lib
      
      cd jpeg-6b
      
        ./configure  
        --prefix=$HOME/supplibs/src/jpeg
      
        make ;       make install
      
        cp *.h $HOME/supplibs/src/jpeg/include/
      
        cp libjpeg.a $HOME/supplibs/src/jpeg/lib
      
    cp libjpeg.a $HOME/supplibs/lib
      
          		
  
      
  
      
    gd
    2.0.34
    GD Graphics Library. 
      
      Requires: zlib, libpng, jpeg
      
      Links: 
      
      home page
      
      local copy of source code      		
    cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/gd-2.0.34.tar.gz
      
      mkdir gd
      
      cd gd-2.0.34
      
      ./configure --disable-shared \
      
      --with-png=$HOME/supplibs/src/libpng \
      
      --with-jpeg=$HOME/supplibs/src/jpeg \
      
      --prefix=$HOME/supplibs/src/gd
      
      make ; 
      make install
      
      cp $HOME/supplibs/src/gd/lib/libgd.a $HOME/supplibs/lib
      
      mkdir $HOME/supplibs/include/gd
      
    cp $HOME/supplibs/src/gd/include/* $HOME/supplibs/include/gd      		
  
      
  
      
    jasper
    1.900.1
    For image coding and manipulation 
      
    Links:
          
    home page
      
    local copy of source code      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/jasper-1.900.1.tar.gz
      
      mkdir jasper
      
      cd jasper-1.900.1
      
      ./configure --disable-shared 
      \
      
      --prefix=$HOME/supplibs/src/jasper \
      
      --with-jpeg=$HOME/supplibs/src/jpeg
      
        make ; 
        make install
      
    cp $HOME/supplibs/src/jasper/lib/libjasper.a $HOME/supplibs/lib
      
          		
  
      
  
      
    g2clib
    1.2.2
    
      Decodes data in GRIB2 format. 
      
      Requires: zlib, png, jasper
      
      Links:
          
    home page
      
    local copy of source code
                		
    
      cd $HOME/supplibs/src/
      
tar xvfz tarfiles/g2clib-1.2.2.tar.gz
      

cd g2clib-1.2.2
      
      
      Note: There is no configure script in this library, so you must edit the makefile to change two lines identified below (INC, CC). Write out $HOME explicitly in the makefile.
      
        INC=-I/usr/include -I$HOME/supplibs/src/jasper/include \
      
 -I$HOME/supplibs/src/libpng -I$HOME/supplibs/src/zlib/include
      
        CC=gcc
      
      
      make
      
        cp libgrib2c.a $HOME/supplibs/lib/
      
        mkdir $HOME/supplibs/include/grib2c
      
    cp grib2.h $HOME/supplibs/include/grib2c
      		
  
      
  
      
    szip
    2.1
    
      General purpose lossless compression library.
      
      Required by HDF5
      
        Links:
            
        home page
      
        local copy of source code
      
            		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/szip-2.1.tar.gz
      
      mkdir szip
      
      cd szip-2.1
      
      ./configure --disable-shared --prefix=$HOME/supplibs/src/szip
      
      make ; 
      make install
      
    cp $HOME/supplibs/src/szip/lib/libsz.a $HOME/supplibs/lib
      		
  
      
  
      
    udunits
    1.11.7
    
      Supports units of physical quantities. 
      
    Links:
       
    home page
      
    local copy of source code
                		
    
      cd $HOME/supplibs/src/
      
      tar xvfz ./tarfiles/udunits-1.11.7.tar.gz
      
      ln -sf udunits-1.11.7 udunits
      
      cd udunits/src/
      
        ./configure --disable-shared --prefix=$HOME/supplibs/src/udunits
      
        make ;
        make install
      
        cd ../
      
        cp ./lib/libudunits.a $HOME/supplibs/lib/
      
        mkdir $HOME/supplibs/include/udunits
      
    cp ./include/udunits.h $HOME/supplibs/include/udunits
                		
  
      
  
      
    hdf
    4.2r3
     Hierarchical Data Format library, version 4. Requires: zlib, udunits, jpeg, szip
      
      Links:
            home page
      
      local copy of source code      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/HDF4.2r3.tar.gz
      
      mkdir hdf
      
      cd HDF4.2r3
      
        ./configure --disable-netcdf --disable-shared --disable-fortran \
      
        --with-zlib=$HOME/supplibs/src/zlib \
      
        --with-jpeg=$HOME/supplibs/src/jpeg \
      
        --with-szip=$HOME/supplibs/src/szip \
      
        --prefix=$HOME/supplibs/src/hdf
      
        make ;
        make install
      
        cp $HOME/supplibs/src/hdf/lib/libdf.a $HOME/supplibs/lib
      
        cp $HOME/supplibs/src/hdf/lib/libmfhdf.a $HOME/supplibs/lib
      
        mkdir $HOME/supplibs/include/hdf
      
    cp $HOME/supplibs/src/hdf/include/*.h $HOME/supplibs/include/hdf
                		
  
      
  
      
    hdf5
    1.8.7
    (GrADS 2.0.a7+) 
      
      Hierarchical Data Format library, version 5. Requires: zlib, szip
      
Links:
      home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/hdf5-1.8.7.tar.gz
      
      mkdir hdf5
      
      cd hdf5-1.8.7
      
      ./configure --disable-shared --disable-fortran \
      
      --with-zlib=$HOME/supplibs/src/zlib \
      
      --with-szlib=$HOME/supplibs/src/szip \
      
      --prefix=$HOME/supplibs/src/hdf5
      
        make ;
        make install
      
        cp $HOME/supplibs/src/hdf5/lib/libhdf5.a $HOME/supplibs/lib
      
        cp $HOME/supplibs/src/hdf5/lib/libhdf5_hl.a $HOME/supplibs/lib
      
        mkdir $HOME/supplibs/include/hdf5
      
    cp $HOME/supplibs/src/hdf5/include/*.h $HOME/supplibs/include/hdf5/
                		
  
      
  
      
    curl
    7.19.6
          For enabling OPeNDAP access. 
      
      Links:
            
      home page
            local copy of source code      		
    cd $HOME/supplibs/src
      
      tar xvfz tarfiles/curl-7.19.6.tar.gz
      
      mkdir curl
      
      cd curl-7.19.6
      
      
      ./configure --without-ssl --without-libidn 
      --enable-static \
      
      --disable-shared --disable-ldap --prefix=$HOME/supplibs/src/curl
      
      make ; 
      make install
      
    cp $HOME/supplibs/src/curl/lib/libcurl.a $HOME/supplibs/lib
      
cp $HOME/supplibs/src/curl/lib/pkgconfig/libcurl.pc $HOME/supplibs/lib/pkgconfig      		
  
      
  
      
    netcdf
    4.1.3
    (GrADS 2.0.a8+) 
      
      Network Common Data Form library. 
      
      Requires hdf5, zlib, szip, curl. 
      
      Links:
            home page
      
      local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/netcdf-4.1.3.tar.gz
      
      mkdir 
      netcdf
      
        cd netcdf-4.1.3
      
      
      Note: before running configure, set the following environment variables:
      
        setenv LIBS "-lsz -lm -lrt -lz"
      
      setenv LDFLAGS -L$HOME/supplibs/lib
      
      setenv CPPFLAGS -I$HOME/supplibs/include/hdf5
      
        
      
        ./configure --disable-f77 --enable-netcdf-4 --enable-dap --disable-shared \
      
        --with-hdf5=$HOME/supplibs/src/hdf5 \
      
        --with-zlib=$HOME/supplibs/src/zlib \
      
        --with-szlib=$HOME/supplibs/src/szip \
      
        --with-curl=$HOME/supplibs/src/curl \
      
        --prefix=$HOME/supplibs/src/netcdf 
      
        make ;
        make install
      
        cp $HOME/supplibs/src/netcdf/lib/libnetcdf.a $HOME/supplibs/lib
      
        mkdir $HOME/supplibs/include/netcdf
      
        cp $HOME/supplibs/src/netcdf/include/netcdf.h $HOME/supplibs/include/netcdf
      
    cp $HOME/supplibs/src/netcdf/bin/nc-config $HOME/supplibs/bin
      
      
      Note: After the library is built, you can unset the environment variables:
      
        unsetenv LIBS 
      
unsetenv LDFLAGS
      
      unsetenv CPPFLAGS
      		
  
      
  
      
    tiff
    3.8.2
    (GrADS 2.0.a5+) 
      
      Library for storing image data in the Tag Image File Format.
      
      Links:
      
      home page
      
      local copy of source code      		
    cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/tiff-3.8.2.tar.gz
      
      mkdir tiff
      
      cd tiff-3.8.2
      
      ./configure --disable-shared 
      --prefix=$HOME/supplibs/src/tiff
      
      make ; 
      make install
      
      cp lib/libtiff.a $HOME/supplibs/lib/
      
      mkdir $HOME/supplibs/include/tiff
      
      cp ./include/*.h $HOME/supplibs/include/tiff      		
  
      
  
      
    geotiff
    1.2.5
    (GrADS 2.0.a5+) 
      
      Library for reading, and writing georeferenced raster imagery. 
      
      Requires: tiff.
      
      Links:
      
      home page
      
      local copy of source code      		
    cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/libgeotiff-1.2.5.tar.gz 
      
      mkdir geotiff
      
      cd libgeotiff-1.2.5
      
      ./configure --enable-incode-epsg 
      --enable-static --disable-shared \
      
      --with-libtiff=$HOME/supplibs/src/tiff \
      
      --prefix=$HOME/supplibs/src/geotiff 
      
      make ; 
      make install
      
      cp $HOME/supplibs/src/geotiff/lib/libgeotiff.a $HOME/supplibs/lib
      
      mkdir $HOME/supplibs/include/geotiff
      
      cp $HOME/supplibs/src/geotiff/include/* $HOME/supplibs/include/geotiff      		
  
      
  
      
    shapelib
    1.2.10
    (GrADS 2.0.a8+) 
      
      Enables handling of shapefiles
      
      Links:
      
      home page
      
      local copy of source code      		
    
      cd $HOME/supplibs/src/
      
      tar xvfz tarfiles/shapelib-1.2.10.tar.gz
      
      cd shapelib-1.2.10
      
      make lib
      
      cp ./.libs/libshp.a $HOME/supplibs/lib/
      
      mkdir $HOME/supplibs/include/shapelib
      
      cp shapefil.h  $HOME/supplibs/include/shapelib
      		
  
      
  
  
      
    pkgconfig
    0.23
    (GrADS 2.1.a0+)
      
      A helper tool used when compiling applications and libraries. 
      Required for Cairo.
      
      Links:
      
      home page
      
      local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/pkgconfig-0.23.tar.gz
      
      mkdir pkg-config
      
      cd pkg-config-0.23
      
      ./configure --disable-shared --prefix=$HOME/supplibs/src/pkg-config
      
      make  ; 
      make install
      
      cp $HOME/supplibs/src/pkg-config/bin/pkg-config $HOME/supplibs/bin/
      
      
      
      N.B. These environment variables are set AFTER pkg-config is built:
      
      setenv PKG_CONFIG $HOME/supplibs/bin/pkg-config
      
      setenv PKG_CONFIG_PATH $HOME/supplibs/lib/pkgconfig
      		
  
      
  
      
    xml2
    2.6.16
    
      An XML parser and toolkit. 
      
      Enables OPeNDAP station data access,
      also used by Cairo library.
      
        Links:
          
        home page
      
        local copy of source code
                		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/libxml2-2.6.16.tar.gz
      
      mkdir libxml2
      
      cd libxml2-2.6.16
      
      ./configure --disable-shared  --prefix=$HOME/supplibs/src/libxml2 \
      
      --with-zlib=$HOME/supplibs/src/zlib \
      
      --without-threads --without-iconv --without-iso8859x 
      
      make ; 
      make install
      
    cp $HOME/supplibs/src/libxml2/lib/libxml2.a $HOME/supplibs/lib 
      
    cp $HOME/supplibs/src/libxml2/lib/pkgconfig/libxml-2.0.pc $HOME/supplibs/lib/pkgconfig
                		
  
      
  
      
    dap
    3.7.8
    Open-source Project for a Network Data Access Protocol (OPeNDAP). 
      
      Requires: xml2, curl.
      
Links:
      
home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/libdap-3.7.8.tar.gz
      
      mkdir libdap
      
    cd libdap-3.7.8
      
      
      N.B. You may need edit configure.ac so it won't use pkg-config to find curl or xml2 (libdap_pkgconfig_libcurl=no and libdap_pkgconfig_libxml2=no) then run 
      autoreconf. This is only necessary if curl is installed someplace else on your system without the special configure options outlined above for building curl. Alternatively, you can set the following environment vars:
      
      setenv PKG_CONFIG $HOME/supplibs/bin/pkg-config
      
setenv PKG_CONFIG_PATH $HOME/supplibs/lib/pkgconfig
      
      
      ./configure --disable-shared \
      
        --with-xml2=$HOME/supplibs/src/libxml2 \
      
        --with-zlib=$HOME/supplibs/src/zlib \
      
        --with-curl=$HOME/supplibs/src/curl \
      
        --prefix=$HOME/supplibs/src/libdap
      
        make ; 
        make install
      
        cp $HOME/supplibs/src/libdap/lib/libdap.a $HOME/supplibs/lib
      
    cp $HOME/supplibs/src/libdap/lib/libdapclient.a $HOME/supplibs/lib
      		
  
      
  
      
    gadap
    2.0
    Enables OPeNDAP access of 
      
      in situ data. 
      
      Requires dap, curl, and xml2. 
      
      Links:
            local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/gadap-2.0.tar.gz
      
      mkdir gadap
      
      cd gadap-2.0
      
      setenv PATH {$PATH}:{$HOME}/supplibs/src/libdap/bin
      
      ./configure --prefix=$HOME/supplibs/src/gadap
      
      make ; 
      make install
      
      cp $HOME/supplibs/src/gadap/lib/libgadap.a $HOME/supplibs/lib/
      
      mkdir $HOME/supplibs/include/gadap
      
    cp $HOME/supplibs/src/gadap/include/*.h $HOME/supplibs/include/gadap
      		
  
      
  
      
    Xrender
    0.9.6
    (GrADS 2.1.a0+)
      
A helper tool used when compiling applications and libraries. 
Required for Cairo.
      
Links:
      
home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/libXrender-0.9.6.tar.gz 
      
      mkdir libXrender
      
      cd libXrender-0.9.6
      
      
      N.B. It may be necessary to unset the environment vars PGK_CONFIG and PKG_CONFIG_PATH before configuring libXrender. If so, be sure to reset them before continuing to build the remainder of the libraries.
      
      
      ./configure --disable-shared --prefix=$HOME/supplibs/src/libXrender
      
        make ;
        make install
      
        cp $HOME/supplibs/src/libXrender/lib/libXrender.a $HOME/supplibs/lib
      
    cp $HOME/supplibs/src/libXrender/lib/pkgconfig/xrender.pc $HOME/supplibs/lib/pkgconfig
      		
  
      
  
      
    pixman
    0.21.2
    
      (GrADS 2.1.a0+)
      
    A pixel manipulation library for 
      
    X and Cairo.
      
    Links:
      
    home page
      
    local copy of source code
                		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/pixman-0.21.2.tar.gz 
      
      mkdir pixman
      
      cd pixman-0.21.2
      
      ./configure --disable-shared --prefix=$HOME/supplibs/src/pixman
       
      make ; 
        make install
      
        cp $HOME/supplibs/src/pixman/lib/libpixman-1.a $HOME/supplibs/lib
      
    cp $HOME/supplibs/src/pixman/lib/pkgconfig/pixman-1.pc $HOME/supplibs/lib/pkgconfig
                		
  
      
  
      
    freetype
    2.4.4
    (GrADS 2.1.a0+)
      
A software font engine.
Required by Cairo. 
      
Links:
      
home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/freetype-2.4.3.tar.gz
      
      mkdir freetype
      
      cd freetype-2.4.3
      
        ./configure 
        --disable-shared 
        \
      
        --without-fsspec 
        --without-fsref 
        --without-ats \
      
        --without-quickdraw-toolbox 
        --without-quickdraw-carbon \
      
        --with-zlib=$HOME/supplibs/src/zlib \
      
        --prefix=$HOME/supplibs/src/freetype
      
        make ; 
        make install
      
        cp $HOME/supplibs/src/freetype/lib/libfreetype.a $HOME/supplibs/lib
      
    cp $HOME/supplibs/src/freetype/lib/pkgconfig/freetype2.pc $HOME/supplibs/lib/pkgconfig
                		
  
      
  
      
    fontconfig
    2.8.0
    (GrADS 2.1.a0+)
      
      A library for configuring and customizing font access. 
Required by Cairo. 
      
Links:
      
home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvfz tarfiles/fontconfig-2.8.0.tar.gz
      
      mkdir fontconfig
      
      cd fontconfig-2.8.0
      
      ./configure --disable-shared --enable-libxml2 \
      
      --prefix=$HOME/supplibs/src/fontconfig \
      
    --with-freetype-config=$HOME/supplibs/src/freetype/bin/freetype-config \
      
    --with-add-fonts=/Library/Fonts,/System/Library/Fonts (for mac)   
      
      
    --with-add-fonts=/usr/share/X11/fonts,/usr/share/fonts (for unix)
    
    
      N.B. After configuration,  edit config.h to set USE_ICONV = 0
      
      I don't know of another way to tell it not to use libiconv.       
      
      make ; make install
       
        cp $HOME/supplibs/src/fontconfig/lib/libfontconfig.a $HOME/supplibs/lib/
      
    cp $HOME/supplibs/src/fontconfig/lib/pkgconfig/fontconfig.pc $HOME/supplibs/lib/pkgconfig
      		
  
      
  
      
    cairo
    1.10.2
    (GrADS 2.1.a0+)
      
A 2D graphics library with support for multiple output devices. Requires pkgconfig, zlib, xml2, libpng, pixman, fontconfig, freetype, and Xrender.
      
Links:
      
home page
      
local copy of source code      		
    
      cd $HOME/supplibs/src
      
      tar xvf tarfiles/cairo-1.10.2.tar.gz
      
      mkdir cairo
      
      cd cairo-1.10.2
      
      ./configure --prefix=$HOME/supplibs/src/cairo \
      
      --enable-xlib=yes \
      
      --enable-xml=yes \
      
      --enable-fc=yes \
      
      --enable-ft=yes \
      
      --enable-xlib-xrender=yes \
      
      --enable-pthread=yes \
      
      --enable-xcb=no \
      
      --enable-qt=no \
      
      --enable-quartz=no \
      
      --enable-win32=no \
      
      --enable-skia=no \
      
      --enable-os2=no \
      
      --enable-beos=no \
      
      --enable-drm=no \
      
    --enable-gl=no
      
    make ; 
      make install
      
      cp $HOME/supplibs/src/cairo/lib/libcairo.a $HOME/supplibs/lib/
      
      cp $HOME/supplibs/src/cairo/lib/pkgconfig/* $HOME/supplibs/lib/pkgconfig/
      
      mkdir $HOME/supplibs/include/cairo/
      
    cp $HOME/supplibs/src/cairo/include/* $HOME/supplibs/include/cairo/
                		
  
      

      


      

      


grads-2.0.1/doc/fontcontrol.html0000644000175000017500000000273411416646527017770 0ustar  amckinstryamckinstryFont Control


       Font Control
      

      The  font style is generally controlled with the set font command. To temporarily override the  font  in a string of text, use the back quote character (`). A back quote followed by a digit selects that font number for the remainder of the string. It is also possible to use the back quote to change the position of the text, to draw a string above or below the base line for subscripts or superscripts. A back quote followed by the letter a (`a) will draw the subsequent text in the string as a superscript (above normal). A back quote followed by the letter b (`b) will draw the subsequent text in the string as a subscript (below normal). A back quote followed by the letter n (`n) will draw the subsequent text in the string in a normal position, to undo the effects of `a or `b. The use of the back quote to override the font works with the draw string command, contour labels, titles, axis labels, etc. 

      


      Examples
      

      draw string 1.5 1.25 `1use font 2 to `2emphasize `1a particular word
draw string 1.5 2.25 `0use font 3 for `3greek `0letters
draw string 1.5 3.25 `3p`0r`a2`n = area of a circle
draw string 1.5 4.25 label temperatures in `3.`0C or `3.`0F

      grads-2.0.1/doc/gradcomdqfile.html0000644000175000017500000000747510243410766020220 0ustar  amckinstryamckinstry



GrADS Command: q pos




      q pos
      

      
After this command is issued, GrADS waits for user's mouse click, then
returns the coordinates of the mouse click plus additional
information. It is the returned information that makes 'q
pos' such a powerful command especialy when used in conjunction
with the different 'classes' of widgets: buttons, rubber bands, and
dropmenus.  Here is a template of the information that 'q
pos' returns after a mouse click (note the difference in output
between the different widget classes):


       Position = xpos ypos mbtn class                                    
  (somewhere in the graphics window) 
      
Position = xpos ypos mbtn class widget# btnstate                   (for buttons) 
      
Position = xpos ypos mbtn class widget# xpos2 ypos2                (for rbands) 
      
Position = xpos ypos mbtn class widget# menuitem <casc# cascitem>  (for dropmenus) 
      


      
where:

        
xpos, ypos    
- coordinates of the mouse click in virtual page units 
        

mbtn          
- either 1, 2, or 3 for the left, center, or right mouse button 
        

class         
- either 1, 2, 3, or 0 for button, rband, dropmenu, or 'not a widget' 
        

widget#       
- the number assigned to the widget when it was originally set up 
        

btnstate      
- either 0 (meaning "off") or 1 (meaning "on") 
        

xpos2, ypos2  
- coordinates of the mouse release point in virtual page units 
        

menuitem      
- the item number selected from the menu list 
        

casc#         
- the cascade menu number selected from the dropmenu list 
        

cascitem      
- the item number selected from the cascade menu 
        


      


      

      Usage Notes
      

        

      1. If the user did not click on a widget, then
class will be 0 and there will be no further
output.

        

      2. If the user clicks on a dropmenu but no menu item is selected,
then widget# and menuitem
will both be -1.

        

      3. There can be up to three levels of nested cascading dropmenus launched
from the main dropmenu. In other words, casc# and cascitem will
repeat up to three times in the output from 'q pos'. 

        

      4. 
The following reference pages contain information on configuring and drawing the widgets:
        
set button 
         
draw button 
         
redraw button 
        
set rband 
        
set dropmenu 
        
draw dropmenu

      

      

      Examples 
      

      
See the section of the User's Guide on widgets
for plenty of script examples showing how to use 'q pos'. 





grads-2.0.1/doc/gradcomdsetshp.html0000644000175000017500000001051211632442207020406 0ustar  amckinstryamckinstry



GrADS Command: set shp




      set shp
      

      
set shp <-type> <-fmt n m > fnameroot

      
Sets the filename root  for shapefile output and has additional arguments to control the type of shapefile created and the formatting of numerical values in the dBase file. This command is used in conjunction with set gxout shp and display to create four complementary files:
      

        
  
        fnameroot.shp    The main binary file in which each record describes a shape with a list of vertices (default is grads.shp)
        
    fnameroot.shx    The index file  contains the offsets for each record in the main file  (default is grads.shx)
        
    fnameroot.dbf    A dBase table that contains feature attributes for each record in the main file (default is grads.dbf)
        
  fnameroot.prj    A text file that describes the default projection: the WGS84 lon-lat spheroid   (default is grads.prj)
        

      
  
      Where type may be one of the following:
      
  
        
    
        ln | line        (default) Shapefile output will contain shapes of the type PolyLineM (measured contour lines)
        
      pt | point       Shapefile output will contain shapes of the type PointM (measured points)
        
      poly             Shapefile output will contain polygons of the type PolygonM (measured polygons)
        
    
        -fmt n m         Optional controls for the formatting of the numerical values in the dBase file. 
        
                       n is the maximum number of digits to be used when formatting integers and doubles in the data base entry (default is 12)
        
                       m is the number of precsion decimal places to be used when formatting doubles in the data base entry (default is 6)
        
                       Both m and n must be provided when using the -fmt option
      
        
        
        
    
           
        

      

      Usage Notes
      

      
This command is  available in GrADS v2.0.a9 or later. The -poly option is available in version 2.0.0 or later. 

      The  files fnameroot.* will be replaced if they exist. 

      When creating a shapefile with contour lines, the cterp setting is ignored -- contours are written out as if  cterp is set to off (i.e. no spline fitting).

      Use the q shpopts command to get information on the status of the shapefile options; use  the clear shp command to reset shapefile options to their default values.
      The output in shapefile format is intended for use with GIS  tools, and can also be drawn with GrADS. Please see the documentation page on shapefiles for more information.

      Examples 
      

      set gxout shp
      
  set shp -ln  -fmt 8 3 my_shapefile_name
      
 d my_var
      

      
set shp -poly mypolyfile
      
set shpattr author string your_name
      
d my_var
      

      

      Note: The GrADS expression my_var must be a 2-dimensional grid that varies in X and Y (longitude and latitude). In this example, GrADS will use the format string %8.3f to write out double precision numbers to the dBase file. 
      

      

       
      



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 ”„šCHu"DNŠ‘r1Fˆá£ä„‘RBLIéI*¥”¸—Óe7777grads-2.0.1/doc/gradcomdsetccolor.html0000644000175000017500000000373310243410766021106 0ustar  amckinstryamckinstry



GrADS Command: set ccolor




      set ccolor
      


        
set ccolor rainbow
        
set ccolor color#

      


      
This command sets the color of the plotted contours. If
ccolor is set to rainbow, then GrADS will
use the default rainbow sequence to assign
colors to individual contours, resulting in a pleasing color palette
that spans the range of the plotted values. To draw all contours with
the same color, use the second option, where
color# may be one of the 16 GrADS default colors or the number of a
user-defined color created with set
rgb.


      

      Usage Notes
      


        

      1. set ccolor is reset by entering clear or display.

        

      2. The color sequence for the default rainbow
palette is: 9 14 4 11 5 13 3 10 7 12 8 2 6. This may
be overridden by using the set rbcols
command.

        

      3. If the number of colors in the rainbow palette is smaller 
than the number of contour levels, then some contour colors will be
repeated -- i.e. not every contour color will be unique. Likewise, if
the number of colors in the rainbow palette is larger than the number
of contour levels, then some colors will be omitted.

        

      4. When overlaying contour plots, GrADS will automatically change the
color of the contours for each successive plot in order to distinguish
between different variables. The default order is: rainbow, foreground, 
3 (green), 7 (yellow), 2 (red), 6 (magenta), 9 (purple), .... 


      


      

      Examples 
      








grads-2.0.1/doc/gradcomdsetxlabs.html0000644000175000017500000000057011632442207020730 0ustar  amckinstryamckinstry


      set xlabs
      
set xlabs lab1 | lab2 | ...
      
label the x axis with lab1, lab2,
lab3,...
      

      Usage Notes
      

      Examples
      

       
      

      set xlabs | 0 | 1 | 2 | 3 |
      
grads-2.0.1/doc/gfs.ctl0000644000175000017500000002731411353136313016002 0ustar  amckinstryamckinstry* This is a GrADS descriptor file for NCEP GRIB2 file downloaded from:
*   ftp://tgftp.nws.noaa.gov/SL.us008001/ST.opnl/MT.gfs_CY.hh/RD.yyyymmdd/PT.grid_DF.gr2/
*
* N.B. In this example descriptor file, the NCEP grib2 file name is changed 
* from:
*   fh.0fff_tl.press_gr.0p5deg 
*      (the filename on the NCEP FTP server)
* to:
*   gfs.yyyymmddhh.fff.grib2 
*      (a filename that includes initialization date and forecast hour)
*
* where:
*     yyyy is the initialization year
*       mm is the initialization month
*       dd is the initialization day
*       hh is the initialization hour
*      fff is the forecast hour
*
dset /your_path_name_here/gfs.%iy4%im2%id2%ih2.%f3.grib2
title GFS Forecast in GRIB2; 3-hourly out to 180 hours on a 0.5-degree grid
dtype grib2
index ^gfs.map
options template pascals
undef -9.99e33
xdef 720 linear  0 0.5
ydef 361 linear -90 0.5
zdef 26 levels 100000 97500 95000 92500 90000 85000 80000 
    75000 70000 65000 60000 55000 50000 45000 40000 35000 
    30000 25000 20000 15000 10000 7000 5000 3000 2000 1000 
tdef 61 linear 12z24jan08 3hr
vars 144
z           26,100           0,3,5      Geopotential Height [gpm]
t           26,100           0,0,0      Temperature [K]
u           26,100           0,2,2      U-Component of Wind [m/s]
v           26,100           0,2,3      V-Component of Wind [m/s]
vort        26,100           0,2,10     Absolute Vorticity [/s]
vv          21,100           0,2,8      Vertical Velocity (Pressure) [Pa/s]
rh          21,100           0,1,1      Relative Humidity [%]
clwmr       21,100           0,1,22     Cloud Water Mixing Ratio [kg/kg]
ps          0,1,0            0,3,0      Surface Pressure [Pa]
ts          0,1,0            0,0,0      Surface Temperature [K]
t2m         0,103,2          0,0,0      2m Temperature [K]
t2min       0,103,2          0,0,4      2m Minimum Temperature [K]
t2max       0,103,2          0,0,5      2m Maximum Temperature [K]
q2          0,103,2          0,1,0      2m Specific Humidity [kg/kg]
p           0,1,0            0,1,8,1    Total Accumulated Precipitation [kg/m2]
pc          0,1,0            0,1,10,1   Convective Precipitation [kg/m2]
crain       0,1,0            0,1,192,0  Categorical Rain (yes=1; no=0)
cfrzr       0,1,0            0,1,193,0  Categorical Freezing Rain (yes=1; no=0)
cicep       0,1,0            0,1,194,0  Categorical Ice Pellets (yes=1; no=0)
csnow       0,1,0            0,1,195,0  Categorical Snow (yes=1; no=0)
pwat        0,200,0          0,1,3      Precipitable Water (NCEP level 200) [kg/m^2]
rhum        0,200,0          0,1,1      Relative Humidity (NCEP level 200) [%]
o3mr100     0,100,10000      0,14,192   100mb Ozone Mixing Ratio [kg/kg]
o3mr70      0,100,7000       0,14,192   70mb Ozone Mixing Ratio [kg/kg]
o3mr50      0,100,5000       0,14,192   50mb Ozone Mixing Ratio [kg/kg]
o3mr30      0,100,3000       0,14,192   30mb Ozone Mixing Ratio [kg/kg]
o3mr20      0,100,2000       0,14,192   20mb Ozone Mixing Ratio [kg/kg]
o3mr10      0,100,1000       0,14,192   10mb Ozone Mixing Ratio [kg/kg]
wavh500     0,100,50000      0,3,193    5-Wave Geopotential Height [gpm]
wava500     0,100,50000      0,3,197    5-Wave Geopotential Height Anomaly [gpm]
soilw1      0,106,0,0.1      2,0,192    Volumetric Soil Moisture,0.0-0.1m below surface [fraction]
soilw2      0,106,0.1,0.4    2,0,192    Volumetric Soil Moisture,0.1-0.4m below surface [fraction]
soilw3      0,106,0.4,1      2,0,192    Volumetric Soil Moisture,0.4-1.0m below surface [fraction]
soilw4      0,106,1,2        2,0,192    Volumetric Soil Moisture,1.0-2.0m below surface [fraction]
soilt1      0,106,0,0.1      0,0,0      Soil Temperature,0.0-0.1m below surface [K]   
soilt2      0,106,0.1,0.4    0,0,0      Soil Temperature,0.1-0.4m below surface [K] 
soilt3      0,106,0.4,1      0,0,0      Soil Temperature,0.4-1.0m below surface [K]   
soilt4      0,106,1,2        0,0,0      Soil Temperature,1.0-2.0m below surface [K]     
tb          0,108,3000,0     0,0,0      Bottom 30mb Temperature [K]
rhb         0,108,3000,0     0,1,1      Bottom 30mb Relative Humidity [%]
qb          0,108,3000,0     0,1,0      Bottom 30mb Specific Humidity [kg/kg]
ub          0,108,3000,0     0,2,2      Bottom 30mb U Winds [m/s]
vb          0,108,3000,0     0,2,3      Bottom 30mb V Winds [m/s] 
t6000       0,102,1829       0,0,0      Temperature at 6000ft AMSL [K]
t9000       0,102,2743       0,0,0      Temperature at 9000ft AMSL [K]
t12000      0,102,3658       0,0,0      Temperature at 12000ft AMSL [K]
u6000       0,102,1829       0,2,2      U Winds at 6000ft AMSL [m/s]
u9000       0,102,2743       0,2,3      U Winds at 9000ft AMSL [m/s]
u12000      0,102,3658       0,2,2      U Winds at 12000ft AMSL [m/s]
v6000       0,102,1829       0,2,3      V Winds at 6000ft AMSL [m/s]
v9000       0,102,2743       0,2,2      V Winds at 9000ft AMSL [m/s]
v12000      0,102,3658       0,2,3      V Winds at 12000ft AMSL [m/s]
ztrop       0,7,0            0,3,5      Tropopause Geopotential Height [gpm]
ttrop       0,7,0            0,0,0      Tropopause Temperature [K]
ptrop       0,7,0            0,3,0      Tropopause Pressure [Pa]
utrop       0,7,0            0,2,2      Tropopause U Winds [m/s]
vtrop       0,7,0            0,2,3      Tropopause V Winds [m/s]
strop       0,7,0            0,2,192    Tropopause Vertical Speed Shear [/s]
rhl1        0,104,0.33,1     0,1,1      Relative Humidity, Sigma 0.33 to 1 [%]
rhl2        0,104,0.44,1     0,1,1      Relative Humidity, Sigma 0.44 to 1 [%]
rhl3        0,104,0.72,0.94  0,1,1      Relative Humidity, Sigma 0.72 to 0.94 [%]
rhl4        0,104,0.44,0.72  0,1,1      Relative Humidity, Sigma 0.44 to 0.72 [%]
ptls        0,104,0.995      0,0,2      Sigma 0.995 Potential Temperature [K]
tls         0,104,0.995      0,0,0      Sigma 0.995 Temperature [K]
vvls        0,104,0.995      0,2,8      Sigma 0.995 Vertical Velocity [Pa/s]
rhls        0,104,0.995      0,1,1      Sigma 0.995 Relative Humidity [%]
uls         0,104,0.995      0,2,2      Sigma 0.995 U Winds [m/s]
vls         0,104,0.995      0,2,3      Sigma 0.995 V Winds [m/s]
sli         0,1,0            0,7,192    Surface Lifted Index [K]
capes       0,1,0            0,7,6      Convective Available Potential Energy (Surface) [J/kg]
cins        0,1,0            0,7,7      Convective Inhibition (Surface) [J/kg]
li          0,1,0            0,7,193    Best (4 Layer) Lifted Index [K]
cape        0,108,18000,0    0,7,6      Convective Available Potential Energy (Lowest 180mb) [J/kg]
cin         0,108,18000,0    0,7,7      Convective Inhibition (Lowest 180mb)  [J/kg]
zwmx        0,6,0            0,3,5      Max Wind Level Geopotential Height [gpm]
twmx        0,6,0            0,0,0      Max Wind Level Temperature [K]
pwmx        0,6,0            0,3,0      Max Wind Level Pressure [Pa]
uwmx        0,6,0            0,2,2      Max Wind Level U Winds [m/s]
vwmx        0,6,0            0,2,3      Max Wind Level V Winds [m/s]
zs          0,1,0            0,3,5      Surface Geopotential Height [gpm]
slp         0,101,0          0,3,1      Sea Level Pressure [Pa]
dlwrfs      0,1,0            0,5,192,0  Surface Downward Long Wave Rad. Flux [W/m^2]
ulwrfs      0,1,0            0,5,193,0  Surface Upward Long Wave Rad. Flux [W/m^2]
ulwrft      0,8,0            0,5,193,0  Top of Atmosphere Upward Long Wave Rad. Flux [W/m^2]
uswrft      0,8,0            0,4,193,0  Top of Atmosphere Upward Short Wave Rad. Flux [W/m^2]
uswrfs      0,1,0            0,4,193,0  Surface Upward Short Wave Rad. Flux [W/m^2]
dswrfs      0,1,0            0,4,192,0  Surface Downward Short Wave Rad. Flux [W/m^2]
z0c         0,4,0            0,3,5      Geopotential Height at 0C Isotherm [gpm]
rh0c        0,4,0            0,1,1      Relative Humidity  at 0C Isotherm [%]
shtfls      0,1,0            0,0,11,0   Surface Sensible Heat Net Flux [W/m^2]
lhtfls      0,1,0            0,0,10,0   Surface Latent Heat Net Flux [W/m^2]
weasd       0,1,0            0,1,13     Accumulated Snow Depth (water equivalent) [kg/m^2]
prate       0,1,0            0,1,7,0    Precipitation Rate [kg/m^2 s^1]
cprate      0,1,0            0,1,196,0  Convective Precipitation Rate [kg/m^2 s^1]
gflux       0,1,0            2,0,193,0  Ground Heat Flux [W/m^2]
land        0,1,0            2,0,0      Land Cover (1=land, 0=sea)
icec        0,1,0            10,2,0     Ice Cover [Proportion]
runoff      0,1,0            2,0,5,1    Surface Water Runoff [kg/m^2]
pevpr       0,1,0            0,1,200    Surface Potential Evaporation Rate [W/m^2]     
hpbl        0,1,0            0,3,196    Planetary Boundary Layer Height [m]
albedo      0,1,0            0,19,1,0   Surface Albedo [%]
rh2m        0,103,2          0,1,1      2m Relative Humidity [%]
uflx        0,1,0            0,2,17,0   Surface U-Momentum Flux [N/m^2]
vflx        0,1,0            0,2,18,0   Surface v-Momentum Flux [N/m^2]
u10m        0,103,10         0,2,2      10m U Winds [m/s]
v10m        0,103,10         0,2,3      10m V Winds [m/s]
ugwd        0,1,0            0,3,194,0  Zonal Flux of Gravity Wave Stress [N/m^2]
vgwd        0,1,0            0,3,195,0  Meridional Flux of Gravity Wave Stress [N/m^2]
gpa1000     0,100,100000     0,3,9      1000mb Geopotential Height Anomaly [gpm]
gpa500      0,100,50000      0,3,9      500mb Geopotential Height Anomaly [gpm]
ozone200    0,200,0          0,14,0     NCEP level type 200 Total Ozone [Dobson]
cwat200     0,200,0          0,6,6      NCEP level type 200 Cloud Water [kg/m^2]
cwork200    0,200,0          0,6,193,0  NCEP level type 200 Cloud Work Function [J/kg]
hgt204      0,204,0          0,3,5      NCEP level type 204 Geopotential Height [gpm]
rh204       0,204,0          0,1,1      NCEP level type 204 Relative Humidity [%]
pres212     0,212,0          0,3,0,0    NCEP level type 212 Pressure [Pa]
pres213     0,213,0          0,3,0,0    NCEP level type 213 Pressure [Pa]
pres222     0,222,0          0,3,0,0    NCEP level type 222 Pressure [Pa]
pres223     0,223,0          0,3,0,0    NCEP level type 223 Pressure [Pa]
pres232     0,232,0          0,3,0,0    NCEP level type 232 Pressure [Pa]
pres233     0,233,0          0,3,0,0    NCEP level type 233 Pressure [Pa]
pres242     0,242,0          0,3,0      NCEP level type 242 Pressure [Pa]
pres243     0,243,0          0,3,0      NCEP level type 243 Pressure [Pa]
tcc200      0,200,0          0,6,1,0    NCEP level type 200 Total Cloud Cover [%]
tcc211      0,211,0          0,6,1,0    NCEP level type 211 Total Cloud Cover [%]
tcc214      0,214,0          0,6,1,0    NCEP level type 214 Total Cloud Cover [%]
tcc224      0,224,0          0,6,1,0    NCEP level type 224 Total Cloud Cover [%]
tcc234      0,234,0          0,6,1,0    NCEP level type 234 Total Cloud Cover [%]
tcc244      0,244,0          0,6,1      NCEP level type 244 Total Cloud Cover [%]
t213        0,213,0          0,0,0,0    NCEP level type 213 Temperature [K]
t223        0,223,0          0,0,0,0    NCEP level type 223 Temperature [K]
t233        0,233,0          0,0,0,0    NCEP level type 233 Temperature [K]
hgt2pv      0,109,2e-6       0,3,5      2PotVortSfc Geopotential Height [gpm]
hgtneg2pv   0,109,-2e-6      0,3,5      neg2PotVortSfc Geopotential Height [gpm]
pres2pv     0,109,2e-6       0,3,0      2PotVortSfc Pressure [Pa]
presneg2pv  0,109,-2e-6      0,3,0      neg2PotVortSfc Pressure [Pa]
t2pv        0,109,2e-6       0,0,0      2PotVortSfc Temperature [K]
tneg2pv     0,109,-2e-6      0,0,0      neg2PotVortSfc Temperature [K]
u2pv        0,109,2e-6       0,2,2      2PotVortSfc U-Component of Wind [m/s]
uneg2pv     0,109,-2e-6      0,2,2      neg2PotVortSfc U-Component of Wind [m/s]
v2pv        0,109,2e-6       0,2,3      2PotVortSfc V-Component of Wind [m/s]
vneg2pv     0,109,-2e-6      0,2,3      neg2PotVortSfc V-Component of Wind [m/s]
vss2pv      0,109,2e-6       0,2,192    2PotVortSfc Vertical speed sheer [1/s]
vssneg2pv   0,109,-2e-6      0,2,192    neg2PotVortSfc Vertical speed sheer [1/s]
endvars
grads-2.0.1/doc/sample_temp.ctl0000644000175000017500000000265310243410766017534 0ustar  amckinstryamckinstryDSET ^sample.nc
DTYPE netcdf
TITLE 4-D Ocean Variables: Potential Temperature
UNDEF -1.e+34
XDEF 240 linear 0.75 1.5 
YDEF 134 levels -74.25 -72.75 -71.25 -69.75 -68.25 -66.75 -65.25 -63.75 
    -62.25 -60.75 -59.25 -57.75 -56.25 -54.75 -53.25 -51.75 -50.25 
    -48.75 -47.25 -45.75 -44.25 -42.75 -41.25 -39.75 -38.25 -36.75 
    -35.25 -33.75 -32.25 -30.75 -29.25 -27.75616 -26.28063 -24.83512 
    -23.43062 -22.07706 -20.78317 -19.55618 -18.40167 -17.32345 
    -16.32345 -15.40167 -14.55617 -13.78317 -13.07706 -12.43062 
    -11.83512 -11.28063 -10.75616 -10.25 -9.75 -9.25 -8.75 -8.25 
    -7.75 -7.25 -6.75 -6.25 -5.75 -5.25 -4.75 -4.25 -3.75 -3.25 
    -2.75 -2.25 -1.75 -1.25 -0.75 -0.25 0.25 0.75 1.25 1.75 2.25 
    2.75 3.25 3.75 4.25 4.75 5.25 5.75 6.25 6.75 7.25 7.75 8.25 
    8.75 9.25 9.75 10.25 10.75616 11.28063 11.83512 12.43062 
    13.07706 13.78317 14.55617 15.40167 16.32345 17.32345 18.40167 
    19.55618 20.78317 22.07706 23.43062 24.83512 26.28063 27.75616 
    29.25 30.75 32.25 33.75 35.25 36.75 38.25 39.75 41.25 42.75 
    44.25 45.75 47.25 48.75 50.25 51.75 53.25 54.75 56.25 57.75 
    59.25 60.75 62.25 63.75 65.25
ZDEF 25 levels 7.5 22.5 37.5 52.5 67.5 82.5 97.5 112.5 127.5 142.5 
    158.058 175.1405 194.3055 215.553 238.325 261.655 336.655 463.325 
    624.1221 882.1049 1285.536 1860.536 2607.105 3499.122 4488.325
TDEF 1 linear 01dec2054 1mo
VARS 1
temp   25  t,z,y,x  Potential Temperature (deg C)
ENDVARS

grads-2.0.1/doc/gradcomdsetmpt.html0000644000175000017500000000303510243410766020420 0ustar  amckinstryamckinstry


      set mpt
      
set mpt type off |
<<col><style><thick>>
      
command to control map background behavior. type is
the map type; it can be a number from 0 to 255,
or it can be an asterick(*) to indicate this command applies to all the
type values.  The color can be set to -1, which
indicates to GrADS to use the set
map settings for this map type, rather than the settings
specified by the set mpt command.
      

      Usage Notes
      

      Examples
      

        

      1. Lets say you want to use the hires data set and plot political 
boundaries, but not state boundaries:
        


          

set mpt * off
          
set mpt 0 -1
          
set mpt 1 -1
        


      2. 


Lets say you want to use the hires data set, and have coastlines
be thicker, and a different color, than political boundaries:
        

          

set mpt * off
          
set mpt 0 1 1 6
          
set mpt 1 15 1 1
        


      3. 
The set mpdraw and
draw map commands work as
before; you can do some interesting line types by overlaying:
        

          

set mpt 51 7 1 12
          
draw map
          
set mpt 51 0 1 1
           
draw map
        

        

This would produce two yellow lines parallel and close together for 
map type 51.  
      

grads-2.0.1/doc/gradcomdtserbarb.html0000644000175000017500000000034310243410766020707 0ustar  amckinstryamckinstry

For example:
      

        

set gxout tserbarb
        
d us(stid=79001;vs(stid=79001)

      
grads-2.0.1/doc/gradfuncmax.html0000644000175000017500000000277710243410766017716 0ustar  amckinstryamckinstry



GrADS Function: max




      max()
      

      
max(expr, dim1, dim2 <,tinc>)

      
Returns the maximum of expr over the specified 
dimension range. If the specified dimension is time, an
optional time increment tincr may be specified.


      

        
expr    - any valid GrADS expression 
        
dim1    - the starting dimension expression
        
dim2    - the ending dimension expression
        
tinc    - optional time increment
        

      


      
dim1 and dim2 are standard
GrADS dimension expressions whose dimensions must match.


      

      Usage Notes
      

      

        

      1. 
Related functions are: 
maxloc, 
min, and
minloc. 
        
These functions will only work with GrADS version 1.8 or later.

      


      

      Examples
      

        

      1. To calculate the maximum value of the precip variable over the lon-lat domain, use nested max functions: 

        

d max(max(precip,lon=0,lon=360),lat=-90,lat=90)


        



grads-2.0.1/doc/gradcomdsetmpdraw.html0000644000175000017500000000064610243410766021117 0ustar  amckinstryamckinstry


        set mpdraw
        
set mpdraw on|off
        
If off, does not draw the map background. Requested map
scaling is still in force. 
        
Settings stay the same until changed by new set commands. 
        

        Usage Note
        

        Examples
        
grads-2.0.1/doc/gradcomdsetloopdim.html0000644000175000017500000000055311416646527021276 0ustar  amckinstryamckinstry


        set loopdim
        

        
set loopdim x|y|z|t|e
        
By default, the animation dimension is time. This command allows you to
set which dimension to animate.
        

        Usage Notes
        

        Examples
        
 
grads-2.0.1/doc/16colors.html0000644000175000017500000000601610243410766017055 0ustar  amckinstryamckinstry



GrADS Default Colors




        The GrADS Default colors
        

        

        Col#  Description   Sample    R   G   B 

        
  0   background       0   0   0 (black by default)
        
  1   foreground     255 255 255 (white by default)
        
  2   red            250  60  60 
        
  3   green            0 220   0 
        
  4   dark blue       30  60 255 
        
  5   light blue       0 200 200 
        
  6   magenta        240   0 130 
        
  7   yellow         230 220  50 
        
  8   orange         240 130  40 
        
  9   purple         160   0 200 
        
 10   yellow/green   160 230  50 
        
 11   medium blue      0 160 255 
        
 12   dark yellow    230 175  45 
        
 13   aqua             0 210 140 
        
 14   dark purple    130   0 220 
        
 15   gray           170 170 170 
        

        


        The GrADS Default Rainbow Sequence
        

        

        Col#  Description   Sample    R   G   B 

        
  9   purple          160   0 200 
        
 14   dark purple     110   0 220 
        
  4   dark blue        30  60 255 
        
 11   medium blue       0 160 255 
        
  5   light blue        0 200 200 
        
 13   aqua              0 210 140 
        
  3   green             0 220   0 
        
 10   yellow/green    160 230  50 
        
  7   yellow          230 220  50 
        
 12   dark yellow     230 175  45 
        
  8   orange          240 130  40 
        
  2   red             250  60  60 
        
  6   magenta         240   0 130 
        

        


        
Disclaimer: The color samples may not be displayed properly.







grads-2.0.1/doc/gradcomdsetannot.html0000644000175000017500000000115011632442207020731 0ustar  amckinstryamckinstry


        set annot
        
set annot color <thickness>
        
Sets color and line
thickness.
        

        Usage Note
        

         
Default is white, thickness 6.  This command
also sets the color and
thickness for the axis border, axis labels, and
tickmarks.  Axis tickmarks and labels are plotted at the specified
thickness minus 1.


        Examples
        
grads-2.0.1/doc/gradcomdoutxwd.html0000644000175000017500000000153611416646527020453 0ustar  amckinstryamckinstry



GrADS Command: outxwd




        outxwd
        


        

        
This command dumps the contents of the graphics window to a file. The output file is in XWD (X Windows Dump) format. The syntax is: 


          outwxd filename
        


        
where filename is the name of the XWD file. 


        

        Usage Notes
        


        
The  printim command may also be used for creating image output  in other  formats. 

        

        Examples 
        

         
        


grads-2.0.1/doc/gradcomdsetxlevs.html0000644000175000017500000000230310243410766020756 0ustar  amckinstryamckinstry



GrADS Command: set xlevs




        set xlevs
        


        
set xlevs lev1 lev2 ... levN


        
Allows the user to specify each individual labeled tick mark for the X-axis.


        

        Usage Notes
        

          

        1. Reset by clear, but not display.

          

        2. set xlevs will override the tick mark interval specified with the
set xlint command. 

          

        3. If you use set
xaxis to specify labeled tick marks and also invoke
set xlevs, then the tick marks lev1
... levN specified with set xlevs will appear
if they fall within the start and
end range specified in the set xaxis command.

          

        4. This command does not apply to a date/time axis. 

        


        

        Examples 
        








grads-2.0.1/doc/gradcomdsetxlpos.html0000644000175000017500000000074310243410766020770 0ustar  amckinstryamckinstry


        set xlpos
        
set xlpos offset side
        
Controls position of x axis labels
        

          
offset    offset in
inches
          
side
       b
or t (bottom or
top)
        

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradcomdsetbargap.html0000644000175000017500000000073610243410766021061 0ustar  amckinstryamckinstry


        set bargap
        
set bargap val
        
Sets the gap between bars in percent. val should range
from 0 to 100. The default is 0, or
no gap. A value of 100 gives a single vertical line for each
bar. 
        

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradcomdsetcoslat.html0000644000175000017500000000115710243410766021110 0ustar  amckinstryamckinstry



GrADS Command: set coslat




        set coslat
        

         set coslat on|off

         Sets scaling of the Latitude dimension to be the cosine of latitude, producing 
  a "crunched" effect near the poles. Will only work for 1-D plots in 
  which Latitude (Y) is the varying dimension. Sticks until reset. 

        

        Usage Notes
        

        Examples
        



grads-2.0.1/doc/gradcomdmodify.html0000644000175000017500000000341110243410766020371 0ustar  amckinstryamckinstry






        modify
        
modify varname type 

         This command defines a climatological variable, which is 
  year-independent. varname is a defined grid. 
  There are two options for type: 

          
  seasonal    - For creating 
  monthly or multi-monthly climatologies
          
  diurnal     - For creating 
  climatologies over a time period less than a day
          
            

        

         

        Usage Notes
        

        Example
        

        Say you have a 50-year timeseries of monthly mean sea surface 
  temperatures (a variable named sst with 600 time steps) and you want to create 
  a climatology and then look at the monthly anomalies. First, set the time range 
  for 1 to 12, to span a complete year. Second, define the variable "sstclim" 
  which will contain the January mean in the first time step, the February mean 
  in the second time set, etc. Then use 'modify' to turn 'sstclim' into a climatological 
  variable. This means that the calendar year associated with 'sstclim' (the first 
  year in the original sst data set) becomes a wild card. Then you can define 
  the anomaly by subtracting the climatology from the original time series. The 
  commands are as follows: 
        

         'set t 1 12'
        
  'define sstclim = ave(sst, t+0, t=600, 12)'
        
  'modify sstclim seasonal'
        
  'set t 1 last'
        
  'define anom = sst - sstclim'
        

        
grads-2.0.1/doc/edemo6.png0000644000175000017500000002724611353136313016410 0ustar  amckinstryamckinstry‰PNG


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GrADS Command: q ens




        q ens
        

        q ens

        This command returns information about the ensemble dimension. For each ensemble member, 
the printout includes the index number, ensemble name, length (number of time steps), start time in date format, time axis index of start time, and grib2 codes, if present.

        Usage Notes
        

        This command is  available in GrADS v2.0.
        

        Example
        


        ga-> q ens
        
  Ensemble 1 named avg has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=0
        
  Ensemble 2 named c00 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=1,0
        
  Ensemble 3 named p01 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,1
        
  Ensemble 4 named p02 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,2
        
  Ensemble 5 named p03 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,3
        
  Ensemble 6 named p04 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,4
        
  Ensemble 7 named p05 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,5
        
  Ensemble 8 named p06 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,6
        
  Ensemble 9 named p07 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,7
        
  Ensemble 10 named p08 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,8
        
  Ensemble 11 named p09 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,9
        
  Ensemble 12 named p10 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,10
        
  Ensemble 13 named p11 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,11
        
  Ensemble 14 named p12 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,12
        
  Ensemble 15 named p13 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,13
        
  Ensemble 16 named p14 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,14
        
  Ensemble 17 named p15 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,15
        
  Ensemble 18 named p16 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,16
        
  Ensemble 19 named p17 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,17
        
  Ensemble 20 named p18 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,18
        
  Ensemble 21 named p19 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,19
        
Ensemble 22 named p20 has 31 timesteps and begins at 00Z01MAY2009 (t=1) grbcode=3,20
        

        

         
        





grads-2.0.1/doc/gradfuncsumg.html0000644000175000017500000000122010243410766020062 0ustar  amckinstryamckinstry



GrADS Function: sumg




        sumg()
        

        
sumg (expr, dexpr1, dexpr2, <,tinc> <,-b>)

        
This function is the same as sum in all respects except
one: the sums are calculated without any weighting at all. 

        

        

        Usage Notes
        

          

          
See the sum reference page for details. 

        


        

        Examples 
        





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ü?3Tí">aMIEND®B`‚grads-2.0.1/doc/gradcomdsetmpvals.html0000644000175000017500000000137210243410766021124 0ustar  amckinstryamckinstry


        set mpvals
        
set mpvals lonmin lonmax latmin latmax 
        
Sets reference longitudes and latitudes for polar stereographic plots. By
default, these are set to the current dimension environment limits. This
command overrides that, and allows the data-reference to be decoupled with
the map display. The polar plot will be drawn such that the region bounded
by these longitudes and latitudes will be entirely included in the plot.

         

GrADS will plot lat/lon lines on polar plots with no labels as yet. To
turn this off, set grid off.
        

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradcomdsetwarn.html0000644000175000017500000000106010243410766020563 0ustar  amckinstryamckinstry



GrADS Command: set warn




        set warn
        

        
set warn on|off

        
Turns on/off the messages GrADS sends to the terminal that report 
on the progress of certain mathematical operations. Default is "on"; 
turn "off" to suppress messages. 


        

        Usage Notes
        

          

        


        

        Examples 
        





grads-2.0.1/doc/gradfunctcorr.html0000644000175000017500000000331710243410766020251 0ustar  amckinstryamckinstry



GrADS Function: tcorr




        tcorr()
        

        
tcorr (expr1, expr2, tdim1, tdim2)


        
This function produces a spatial map of temporal correlation
coefficients. 


        

          
expr1   - 
a valid GrADS expression that varies in time
          
expr2   - 
a valid GrADS expression that varies in time and may also vary in X and Y
          
tdim1   - 
starting time dimension expression 
          
tdim2   - 
ending time dimension expression 
          

        


        
The expr1 time series is correlated to the time
series at each grid point in expr2. The result is
a grid of correlation coefficients that matches the X and Y dimensions
of expr2.


        

        Usage Notes
        

          

        1. If both expr1 and expr2
vary only in time, the output is a single value.

          

        2. Use the scorr
function to do correlation over the spatial domain.

        


        

        Example
        

          

        1. 
This example calculates the temporal correlation between sea level pressure
and the defined variable elnino, an areal average of surface temperature 
in the equatorial Pacific.

          

          set x 1
set y 1 
set z 1 
set t 1 100
define elnino = aave(ts,lon=-160,lon=-80,lat=-10,lat=10)
set lon -180 180
set lat -90 90
set z 1
set t 1
d tcorr(elnino, slp, t=1, t=100)

          

        



grads-2.0.1/doc/gradfuncsin.html0000644000175000017500000000064310243410766017710 0ustar  amckinstryamckinstry


        sin
         

sin(expr)
         

Takes the sin of the provided expression. It is assumed the expression is
in radiians. Result values are in the range -1 to 1. This function works
on both gridded and station data.


        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradcomddrawrec.html0000644000175000017500000000077110243410766020537 0ustar  amckinstryamckinstry


        draw rec
        
draw rec xlo ylo xhi yhi
        
Draws an unfilled rectangle from xlo,ylo to
xhi,ylo to xhi,yhi to
xlo,yhi to xlo,ylo. The
rectangle is drawn using current line drawing attributes. 
        

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradutilgxtran.html0000644000175000017500000000321110243410766020436 0ustar  amckinstryamckinstry


GrADS Utilities: gxtran



        gxtran
        

gxtran [ -airg <infile> ]


        
This utility is used to display GrADS meta files containing
single frames or animations (multi frames). 


        
The options are:

          
-i fname    
identifies input GrADS metacode file 
          
-a          
animates the frames without user hitting return in the command window
          
-r          
reverses background/foreground colors
          
-g geom     
sets the geometry of the X window as in any other X
application. 
          
            
geom has the form WWWxHHH+X+Y, giving a display window
          
            
WWW pixels wide and HHH pixels tall starting at point X,Y on the screen.
          

        


        
Usage Notes 

        
Without any options, gxtran prompts the user for the name
of the GrADS meta file. To quit gxtran, hit
return in the command window.


         
Examples

        
gxtran -a -g 800x600+0 -i mytest.mf


        
This command would open a window of size 800x600 starting at the upper
left corner of the screen and animate all frames (plots) in the file
mytest.mf.



grads-2.0.1/doc/gradfunceloop.html0000644000175000017500000000264011353136313020230 0ustar  amckinstryamckinstry

eloop function
        eloop
        

         

eloop(expr)

        

The eloop function is similar to the tloop function. When displaying a GrADS expression (expr) with the E (Ensemble) dimension varying, the
eloop function will evaluate the expr with each designated ensemble member fixed, then reassemble the grids to obtain a final result
that is E-varying. 

The eloop function is provided as a way to obtain E-varying results
from functions or expressions that  are unable to operate
when E is a varying dimension. 

        


        Examples
        

         


          
  
        1. Suppose you have an ensemble forecast with 15 ensemble members, and you want to evaluate the accuracy of each ensemble member by comparing it to reanalysis. You need to calculate the difference between an E-varying data set (the forecast) with a non-E-varying data set (reanalysis). 
          2. 
  
            
    
            open fcst.ctl
            
      open  rean.ctl
            
      set lon -77
            
      set lat 39
            
      set e 1 15
            
      set t 1 last
            
      d eloop(t2m.1-t2m.2(e=1))
            
    
            
  
          

        
grads-2.0.1/doc/gradcomdsetfwrite.html0000644000175000017500000000252411416646527021133 0ustar  amckinstryamckinstry



GrADS Command: set fwrite



        set fwrite
        

        
set fwrite <-be or -le> <-sq or -st> <-ap or -cl> fname

        
Sets the filename for data output as well as byte ordering and data format.


          
  
          fname   output filename (default = grads.fwrite)
          
    -be     output data byte ordering is big endian
          
    -le     output data byte ordering is little endian
          
    -sq     output data format is sequential
          
    -st     output data format is stream (default)
          
  -ap     output data is appended to existing file
          
  -cl     output data replaces existing file
  if it exists (default) 
          
  

          
  
          

        

        


        

        Usage Notes
        

        
The q fwrite command
returns the status of the fwrite options. 


        

        Examples 
        





grads-2.0.1/doc/gradcomdsetsdfwrite.html0000644000175000017500000000777011436764233021467 0ustar  amckinstryamckinstry



GrADS Command: set sdfwrite





        set sdfwrite
        

        
set sdfwrite <-4d or -5d> <-flt or -dbl> <-nc3 or -nc4> <-chunk> <-zip> fname

        
Sets the filename and other characteristics for self-describing  data output. Arguments in < > are optional. 
        

          
  
          fname    output filename (default = grads.sdfwrite.nc)
          
    -4d      forces the output data file to have at least 4 coordinate dimensions (lon, lat, lev, and time)
          
    -5d      forces the output data file to have 5 coordinate dimensions (lon, lat, lev, time, and ens)
          
    -flt     output data written with floating point precision
          
    -dbl     output data written with double precision (default)
          
    -nc3     output data file written in  netCDF classic format (default)
          
    -nc4     output data file written in netCDF-4 format
          
    -chunk   output data will be chunked (only if -nc4); set chunk sizes with the set chunksize command
          
    -zip     output data will be compressed (implies -nc4 and -chunk)
          
    
          

        

        

        Usage Notes
        

        
This command is  available in GrADS v2.0.a3+. 

         The -4d and -5d options were introduced in GrADS v2.0.a5+. 

         The -flt, -dbl, -nc3,-nc4, -chunk, and -zip options were introduced in GrADS 2.0.a8+.

          If the -4d and -5d options are not used, the output will have the same number of dimensions as the defined variable being written out to file (GrADS 2.0.a9+). In earlier versions, the -4d and -5d options "stuck" until the reset, reinit, or clear sdfwrite commands were invoked. 

        The output data will be in NetCDF format.  The  file 
  fname will be replaced if it exists. Use the 
  sdfwrite command to create the output file. 
The query sdfwrite command
  returns the status of the sdfwrite options. The clear sdfwrite command resets the sdfwrite parameters back to their default values. 

        If you use the -zip option, then it is not necessary to also specify -nc4 or -chunk; GrADS will automatically set these options. A compressed file is always in netCDF-4 format and is always chunked. Use the set chunksize command to set the chunk size before writing out the file. 
Please see the documentation on compression for more details. 

        

        Examples 
        

        Suppose you have a high resolution data set (5120x2560) and you wish to save the variable as compressed netcdf with floating point precsion. 
        

        set x 1 5120
        
set y 1 2560
        
set z 1
        
set t 1
        
define var = var
         
set sdfwrite -flt  -zip var.nc
        
set chunksize 512 256
        
sdfwrite var
        

        

         
        



grads-2.0.1/doc/gradcomdquit.html0000644000175000017500000000023710243410766020067 0ustar  amckinstryamckinstry


        quit
        
Leaves GrADS
grads-2.0.1/doc/edemo2.png0000644000175000017500000005151111353136313016374 0ustar  amckinstryamckinstry‰PNG


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GrADS Documentation Index


  
  
    
    
  



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grads-2.0.1/doc/gradfunclog10.html0000644000175000017500000000061710243410766020042 0ustar  amckinstryamckinstry


        log10
         

log10(expr) 
        

Takes the logarithm base 10 of the expression. May be used with gridded or
station data. Values less than or equal to zero are set to missing in the
result. 

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/gradfuncabs.html0000644000175000017500000000060310243410766017660 0ustar  amckinstryamckinstry


        abs
        

abs(expr)
        

Takes the absolute value of the result of expr.
Operates on both gridded and station data. Missing data values do not
participate. 

        Usage Notes
        

        Examples
        
grads-2.0.1/doc/edemo7.png0000644000175000017500000001427011353136313016402 0ustar  amckinstryamckinstry‰PNG


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=wßðß(0àÍIEND®B`‚grads-2.0.1/doc/gradcomddrawwxsym.html0000644000175000017500000000340111632442207021144 0ustar  amckinstryamckinstry


        draw wxsym
        

        
draw wxsym symbol x y size
<color <thickness>>
        
Draws the specified wx symbol at the specified location.
where:
        

          symbol               is
an integer specifying what symbol to
draw
          
x                         x
location, in plotter inches
          
y                         y
location
          
size                   size
of the symbol 
          
color                 color
of symbol. Use -1 (the default) to get
standard colors (red for storm, blue for snow, etc)
          
thickness         line
thickness of the symbol (default is 3)

        

        

        Usage Notes
        

          

        1. To see what symbols are available, run the script wxsym.gs to see how to issue the wxsym
command.

        2. To change the default colors of the weather symbols, use set wxcols
          

        

        Examples
        
grads-2.0.1/doc/tutorial_fig1.gif0000644000175000017500000003035611353136313017757 0ustar  amckinstryamckinstryGIF89a Aóÿÿÿªª‚ð‚ú<<æ¯-ð‚( æ2ÜÒŒ ÿ<ÿ‚Ü È!ù!þ!  Imported from SUN image: tmp.rs, A@þÈI«½8ëÍ»ÿ`(Ždižhª®lë¾p,Ïtmßx®ï|ïÿÀ pH,ȤrÉl:ŸÐ¨tJ­ZCl°íJ²×°xLÞ€gçÌ`ÍYbg¼9gÖ5la¿¿þ€„…„†„Š‘‰„|{yi1žo€¡7‚,š‚šeEn±n¥¬š·­†¼¿´£…‘	ÍÍËÈǼ€¥ž0YÙÞ©©Ãœloêé»ãטó*õ˜mqçãïwßÀ™³µ_.Vø,°ò§ð”ŸrëœêÃðE
}ˆ”@4þ	.„ô cDæ	$ÅfÛ‹3çZ”	¯aMÙ•g¯B>~Vx‘˜¥i¨C‘)NN§9çÕY*	…#br¦ ÷ÜœQ@¯ýägî hK–Lv½žßº†3§Á¥‹m?óÒz77‡¬•xÞˆÏ^Qªf©\?†µ®K—.„=¨Ã^ˆÚ…cGõð%uó›VwãÁöAõ(@v[dQEÁ`Â&ó\E†¶·o¶½=#µ:ècÄÉV è!›j×–
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r°ƒü Cr(Â’°„&


        hcurl
         

hcurl(uexpr,vexpr)
         

Calculates the vertical component of the curl (ie, vorticity) at each grid
point using finite differencing on the grids provided. It is assumed that
uexpr gives the U Wind component, and that
vexpr provides the V Wind component.
         


        Usage Notes
         


          

        1. The alghorithm used for the finite difference calculation is described
as an Example for the cdiff
function.
           


        2. The function assumes an X-Y varying dimension environment, and will
not operate unless that is the case. The define command can
be used in conjunction with the hcurl function to create 3 or
4 dimensional fields of vorticity, from which
vertical cross-sections could be displayed. 
          


        3. The boundaries of the grid are set to missing. 
          


        4. The radius of the earth used in the calculation is in meters; thus the
units of the wind expressions provided would normally be m/s. 
          

        

        Examples 
        


          

        1. To display the vorticity: 
          


          d hcurl(u,v) 
          


        2. If you want to display a vertical cross section of vorticity, you
first need to calculate it over a 3-Dimensional region: 
          


          set lon 0 360 

          set lat -90 90 

          set lev 1000 100 

          define vort = hcurl(u,v) 

          set lon -90 

          display vort 

        

grads-2.0.1/doc/gradfuncaave.html0000644000175000017500000001104710243410766020033 0ustar  amckinstryamckinstry


GrADS Function: aave



        aave()
        

        
This function takes an areal average over an X-Y region. The syntax is:

        
aave(expr, xdim1, xdim2, ydim1, ydim2)


        
where:

        

          
expr    - any valid GrADS expression 
          
xdim1   - starting X dimension expression 
          
xdim2   - ending X dimension expression 
          
ydim1   - starting Y dimension expression 
          
ydim2   - ending Y dimension expression 
          

        

        
For global averaging, a shorthand may be used:


          
aave(expr, global) or 
          
aave(expr, g)

        
is the same as

          
aave(expr, lon=0, lon=360, lat=-90, lat=90)

         


        

        Usage Notes
        

        

          

        1. In the absence of missing data values, aave gives the
same result as nested ave 
functions in the X and Y dimensions. The expression

          

          ave(ave(expr,x=1,x=72),y=1,y=46)

           
will produce the same numerical result as 

          

          aave(expr,x=1,x=72,y=1,y=46)

          
but the aave function is faster more efficient. 


          

        2. When there are missing data values, the aave function
does not return the same result as nested ave functions. To
see this, consider the small grid:
          

                  6       18      3       5

        10      10      10      10

        12      U       U       U

          
where U represents the missing data value. If we apply nested
ave functions, the inner
ave will provide row
averages of 8, 10, and 12. When the outside 
ave is applied,
the result will be an average of 10. When aave is used, all
the values participate equally (in this case, we are assuming no weights
applied to the final average), and the result is 84/9 or about 9.33.


          

        3. The aave function assumes that the world
coordinates are longitude in the X dimension and latitude in the Y
dimension, and does weighting in the latitude dimension by the
difference between the sines of the latitude at the northern and
southern edges of the grid box. For areal averaging without latitude weighting,
use the amean function.

          

        4. Both the aave and amean functions use
appropriate weighting to account for unevenly spaced grids.


          

        5. The aave function always does its average to the exact
boundaries specified, in world coordinates. This is somewhat different
from the ave function, where
the -b flag is used
to get this behavior. If the boundaries specified via the dimension
expressions do not fall on grid boundaries, then the boundary values are
weighted appropriately in the average.


          

        6. When grid coordinates are used in the dimensions expressions,
then they are converted to world coordinates for the boundary to be
determined. This conversion is done using the scaling of the default
file. Note that the conversion is done using the outside grid
boundary, rather than the grid center. For example: 

          

          aave(expr,x=1,x=72,y=1,y=46)

          
Here the boundary would be determined by using the grid values 0.5, 72.5,
0.5, and 46.5 which would be converted to world coordinates. If we assume
that x=1 is 0 degrees longitude and x=72 is 355
degrees longitude, then the averaging boundary would be -2.5 to 357.5
degrees, which would cover the earth. In the Y dimension, when the
boundary is beyond the pole, the aave function recognizes
this and weights appropriately.


        

        


        Examples
         


          

        1. See the tloop function
for an example of creating a time
series of area averages. 

        2. An example of taking an area average of data only over land, given
a
mask grid: 
          


          aave(maskout(p,mask.3(t=1)),x=1,x=72,y=1,y=46) 
          

In this case, it is assumed the mask grid has negative values at ocean
points. 
          



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          set cmax
          
set cmax value
          
Contours not drawn above this value. Reset by clear or
display. 
          

          Usage Notes
          

          Examples
          
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          Graphics Primitives
          

Various commands are provided to allow control and display of
various graphics primitives:  These enable you to enhance your
data plot by adding customised "artwork".  Alternatively, you can
use these commands to create, for example, a map-based diagram
with no data plot involved.
          


          Drawing Commands
          


          

          Controlling drawing commands
          

          


          Plot clipping
          

            
You may specify a clipping area for drawing graphics primitives
such as lines and strings.  When you do a display command, GrADS
sets the clipping region to the parea, draws the graphic, then
sets the clipping region to the entire page.  Even if you have
set the clipping region, a display command will reset it to the
entire page.  To clip the display of the various draw commands:
            


            set clip xlo xhi ylo yhi
            

where xlo,xhi,ylo,yhi are the clipping coordinates in real page
inches.

          


grads-2.0.1/doc/bufrformat.html0000644000175000017500000003014410526115561017552 0ustar  amckinstryamckinstry



How to Generate BUFR Descriptor Files





          Reading BUFR Files with GrADS 
          


           BUFR (Binary Universal Form for the Representation 
  of meteorological data) is a World Meteorological Organization (WMO) standard 
  for storing observational data (aka sequence or in-situ data). BUFR is self-describing 
  data format and can store a large amount of data and metadata in a small amount 
  of disk space by using look-up tables and bit-by-bit packing. 

          There is a GrADS interface for BUFR, which means that BUFR 
  data can be read directly in their native format and are handled as a GrADS 
  station data set with all the associated display an analysis capabilities. GrADS 
  requires a specially-formatted descriptor file to read BUFR data; the output 
  from bufrscan, an external 
  GrADS utility, is used to compose the descriptor file. 

          Individual elements of a BUFR message are uniquely described 
  by three numbers: F, X, and Y. F is a type indicator and may be 0, 1, 2, or 
  3. X is a class or category indicator and varies between 0 and 63. Y indicates 
  an entry within an X class, and varies between 0 and 255. The F,X,Y trio provides 
  the required unique table reference, so that a value may be retrieved for the 
  BUFR element. 

          To read BUFR with GrADS, the user needs to identify which 
  F,X,Y trios are in the BUFR file and then organize that information in a descriptor 
  file to give "shape" to the data by identifying the appropriate time 
  axis, vertical dimension, and number of variables. The GrADS-relevant data in 
  a BUFR message will always have an F value of 0. For this reason, it is only 
  necessary to put the X,Y pairs that are associated with the data or metadata 
  variables in the BUFR descriptor file. 


           BUFR Descriptor File Components

          The GrADS station data interface requires a few pieces of 
  metadata for each report: the location of the station (lat/lon), a station ID 
  (a string no more than 8-characters long), a pressure level (if it is an upper 
  air variable), and a time stamp. The BUFR descriptor file must provide the X,Y 
  pairs for these metadata fields, plus a few other elements. 
          Descriptor file entries used for BUFR files are: 

          
  
           
    DSET
    This entry points to the BUFR data file. It is not currently recommend 
      to use templating with BUFR data. (See Note on Templating 
      below)
  
          
  
           
    TITLE
    It is good general practice to include a descriptive title in every GrADS 
      descriptor file. 
  
          
  
           
    UNDEF
    This is required by GrADS, but not used for undef-testing in the BUFR 
      interface. Place an arbitrary number here that is unlikely to be confused 
      with a good data value.
  
          
  
           
    DTYPE 
    This entry should have the 'bufr' keyword. This data type 
      must be accompanied by the XVAR, YVAR, TVAR, and STID entries. 
    
  
          
  
           
     STID 
    This required entry provides the X,Y pair for the station ID. 
  
          
  
           
     XVAR
    This required entry provides the X,Y pair for the station's longitude.
  
          
  
           
    YVAR
    This required entry provides the X,Y pair for the station's latitude.
  
          
  
           
     ZVAR
    This optional entry provides the X,Y pair for the data's vertical coordinate 
      (usually pressure). This is only required if there are level-dependent variables 
      in the BUFR file. 
  
          
  
           
     TVAR 
          
      and 
          
      TOFFVAR          		
     
      
          The time for any individual BUFR station report is the base time plus 
        the offset time.The TVAR entry is required and provides the X,Y pairs 
        for the base time coordinate variables. The TOFFVAR entry provides the 
        X,Y pairs for the offset time. If the offset time is zero, the TOFFVAR 
        entry is not required. Each time coordinate variable (year=yr, month=mo, 
        day=dy, hour=hr, minute=mn, second=sc) is presented as a 2-letter abbreviation 
        followed by the X,Y pair that goes with that time unit. All six base/offset 
        time units are not required to appear in the TVAR/TOFFVAR record, only 
        those that are in the data file.
          		
  
          
  
           
    TDEF
    For BUFR station data, the time axis defined by the 
      TDEF entry provides an evenly-spaced framework for the (sometimes) unevenly 
      spaced BUFR station reports to fit into. Choose a TDEF that spans the time 
      range of your BUFR data and has a time increment that matches the frequency 
      of the BUFR reports. (See Note on TDEF below)
  
          
  
           
     VARS
          
      through 
          
      ENDVARS          		
    The variable declarations in a BUFR descriptor file also have special 
      features. The varname field may be any 15-character alphanumeric 
      string that must start with an alphabetic character (a-z). It is not necessary 
      for the varname in the descriptor to match the varname in the BUFR file. 
      The levs field is 0 for surface variables, 1 for upper air variables. 
      Exception to this rule: replicated surface variables (i.e. variables for 
      which there may be more than one observation, such as present weather) are 
      given a levs value of 2. The units field contains the 
      X,Y pair for the named variable. 
  
          

          


          
  The first step in generating a BUFR descriptor file 
  is figuring out the X,Y values for the data and metadata variables that GrADS 
  requires. Begin by perusing the header output from bufrscan 
  looking primarily at the numeric elements. Here is a link to some example 
  header output -- a subset of this is given below. 

          These lines give the base time for the report, the station 
  identifier, the location and elevation of the station, plus some of the observed 
  variables:
          
  0 04 001 (numeric) YEAR YEAR 
          
  0 04 002 (numeric) MNTH MONTH 
          
  0 04 003 (numeric) DAYS DAY 
          
  0 04 004 (numeric) HOUR HOUR 
          
  0 04 005 (numeric) MINU MINUTES
          
  0 01 198 (text) RPID REPORT IDENTIFIER 
          
  0 06 002 (numeric) CLON LONGITUDE (COARSE ACCURACY) 
          
  0 05 002 (numeric) CLAT LATITUDE (COARSE ACCURACY) 
          
  0 07 001 (numeric) SELV HEIGHT OF STATION 
          
  0 11 001 (numeric) WDIR WIND DIRECTION 
          
  0 11 002 (numeric) WSPD WIND SPEED 
          
  0 12 101 (numeric) TMDB TEMPERATURE/DRY BULB TEMPERATURE 
          
  0 12 103 (numeric) TMDP DEW POINT TEMPERATURE 
          
  0 10 051 (numeric) PMSL PRESSURE REDUCED TO MSL
          
  0 10 061 (numeric) 3HPC 3 HOUR PRESSURE CHANGE 

          The corresponding descriptor file entries would look like 
  this (N.B. This is not a complete descriptor file): 
          
  TVAR yr 4,1 mo 4,2 dy 4,3 hr 4,4 mn 4,5 
          
  STID 1,198
          
  XVAR 6,2
          
  YVAR 5,2
          
  VARS 9
          
  slon 0 6,2 Station longitude
          
  slat 0 6,2 Station latitude
          
  selv 0 7,1 Station elevation
          
  wdir 0 11,001 Wind direction
          
  wspd 0 11,002 Wind speed
          
  temp 0 12,101 Temperature
          
  dewpt 0 12,103 Dew point temperature
          
  mslp 0 10,51 Mean sea level pressure
          
  dp 0 10,004 3-hour pressure change 
          
  ENDVARS 

           The internal GrADS variables "lat", "lon", 
  and "lev" do not exist for station data, so it's a good idea to put 
  them in the variable list in case you need them for any calculations (BUFR variables 
  can be both coordinate and data variables at the same time). Just be careful 
  not to assign the names "lat", "lon" or "lev", 
  as this will confuse GrADS and you'll get the message that the predefined variable 
  is only for grid type files. 

          The second step is to figure out what to use for a TDEF entry. 
  You may be aware ahead of time that your BUFR file contains hourly data covering 
  a known 6-hour period, in which case you are done (TDEF 6 start_of_period 
  1hr). But if you have no idea what's in your BUFR file, then you need 
  to examine the data output from bufrscan 
  looking for the F-X-Y triplets that appear in your TVAR entry. Here is a link 
  to some example data output -- a subset of this 
  is given below. 

          7 (0) [-001] 0-04-001 2004
          
  7 (0) [-001] 0-04-002 4
          
  7 (0) [-001] 0-04-003 22
          
  7 (0) [-001] 0-04-004 15
          
  7 (0) [-001] 0-04-005 0
          

          These lines indicate an appropriate TDEF might be:
          
  TDEF 1 linear 15z22apr2004 1hr

          If you found more occurrences of 0-04-004 with values other 
  than 15, change your TDEF:
          
  TDEF 24 linear 00z22apr2004 1hr

          If you found occurrences of 0-04-003 with values equal to 
  23 as well as 22, change your TDEF again:
          
  TDEF 48 linear 00z22apr2004 1hr

           

          Note on TDEF:
          
  As mentioned above, the time axis you describe with TDEF provides an evenly-spaced 
  framework for the station reports to fit into. A display request at a specific 
  time will return all station reports whose time stamp is within a range of times 
  equal to the specific time plus or minus one half of the time axis interval. 
  Let's say you set TDEF to be hourly, set the time dimension to 12Z, and then 
  do a display request. GrADS will sift through every report in the BUFR file 
  and display only those which fall between 11:30Z and 12:30Z. If you change TDEF 
  to be six-hourly, set the time dimension to12Z, and then do a display request, 
  GrADS will show you all reports that fall between 09Z and 15Z. GrADS displays 
  the reports that fit between the grid points based on the time axis and time 
  dimension environment you describe. In BUFR, there's no reason to expect the 
  messages to be ordered in terms of time or place, and there's no index file 
  to help navigate the data file, so for each display request GrADS has to sift 
  through the whole file. 

          Note on Templating: 
          
            In GrADS, file templating (aggregation) is only done in the the time 
  dimension. It's handled by matching substrings in the file names with time dimension 
  values. After a display request, GrADS determines which data files need to be 
  opened in order to get the data the user requested, based on the current dimension 
  environment settings. Templating in this manner should be avoided with BUFR. 
  Since there's no index file to help GrADS navigate the data file, a BUFR file 
  containing 10 reports is treated exactly the same way as a BUFR file with 10,000 
  -- the whole file is read into memory when the user submits the first display 
  request. For each display request, GrADS sifts through the entire collection 
  of reports to find the ones that match the current dimension environment. Since 
  the memory usage is so extreme, it's better to keep BUFR files small and only 
  access one at a time. When necessary and/or appropriate, it's possible to aggregate 
  BUFR files by simply concatenating them together. 



grads-2.0.1/doc/gradcomdqfwrite.html0000644000175000017500000000163011416646527020575 0ustar  amckinstryamckinstry



GrADS Command: q fwrite




          q fwrite
          

          
This command returns information on the status of the fwrite options:

            

          1. Whether the fwrite file is open or closed

          2. The name of the fwrite file

          3. The byte ordering set for fwrite 

          4. The byte ordering for the machine

          5. The output undef value

          

          

          Usage Notes
          

          
The commands to set or change the fwrite options are 
set gxout fwrite, 
set fwrite, and 
disable fwrite.


          

          Examples 
          





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          draw line
          
draw line x1 y1 x2 y2
          
Draws a line from x1, y1 to x2, y2 using current
line
drawing attributes. See the set
line command. 
          

          Usage Notes
          

          Examples
          


grads-2.0.1/doc/gradcomddisableprint.html0000644000175000017500000000100011416646527021563 0ustar  amckinstryamckinstry


          disable print
          
This command closes the  GrADS metafile  that  contains the instructions  to create a hardcopy of the graphical display.

          

          Usage Notes
          

          See the notes in the documentation page for enable print
          

           
          

grads-2.0.1/doc/gradfuncmean.html0000644000175000017500000000137510243410766020042 0ustar  amckinstryamckinstry



GrADS Function: mean




          mean()
          

          
mean (expr, dexpr1, dexpr2, <,tinc> <,-b>)

          
This function is the same as ave in all respects except
one: means in the Y dimension are not weighted by latitude.
The means are weighted by grid interval to account for 
non-linear grid spacing.

          

          

          Usage Notes
          

            

            
See the ave reference page for details. 

          


          

          Examples 
          





grads-2.0.1/doc/gradcomdsetylevs.html0000644000175000017500000000230210243410766020756 0ustar  amckinstryamckinstry



GrADS Command: set ylevs




          set ylevs
          


          
set ylevs lev1 lev2 ... levN


          
Allows the user to specify each individual labeled tick mark for the Y-axis.


          

          Usage Notes
          

            

          1. Reset by clear, but not display.

            

          2. set ylevs will override the tick mark interval specified with the
set ylint command. 

            

          3. If you use set
yaxis to specify labeled tick marks and also invoke
set ylevs, then the tick marks lev1
... levN specified with set ylevs will appear
if they fall within the start and
end range specified in the set yaxis command.

            

          4. This command does not apply to a date/time axis. 

          


          

          Examples 
          







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_‰2劾(ŒÆ¨Šº¨ŒöAÞ(¦¨‰ÚTâ”þ(©)‘©‘)’&©’.)“6©“>)”Fé’¦V}zƒŽŒ^)•¾¨–ZW–~)—‚)ˆ†ã‡VÄ©þÝ¥ÖHÅ„8ªiἩo¸)A¶©šF†¨ÄÝ)žòhœòZž†ÔˆîÎUq'¤ø©Hˆ ¢¡ži—FÍS*VË¡Bj£¶á@Fêæ…šú©<½éž"j¥Jj¨Â œŽjâ”jšb)¤hª¡dªR©«ö©™Þ¦6Jž–i«B%žÖ®Ži­â(°«°+±«±+²&«².+³6«³>+´F«´N+µV«µ^+¶f«¶n+·v«·~+¸†«¸Ž+¹–«¹ž+º¦«º®+»¶«»¾+¼Æ«¼Î+½Ö«½Þ+¾æ«¾î+¿ö«¿þ+À¬À,Á¬Á,Â&¬Â.,Ã^«•Òjï¬T©nL,£ÊjÃ^lµ®)¤vƒSrl¡ÖgÇvlP¬€èéªÒªÝe™b,ËN+¢žì€lÌ
*¨ÒioôhɲiÝA¬¶¬ÏBkÅZìÆÎ,Nà¬ÊÊA;grads-2.0.1/doc/gradcomdsetgeotiff.html0000644000175000017500000000424311353136313021241 0ustar  amckinstryamckinstry



GrADS Command: set geotiff



          set geotiff
          

          
set geotiff <-flt | -dbl> fnameroot

          
Sets the filename root and other characteristics for GeoTIFF output. 
          

            
  fnameroot    Output filename root -- GrADS will append ".tif" to the end 
            
                            (The default output file name is gradsgeo.tif)
            
  -flt         Data will be written to file using floating-point precision (default)
            
  -dbl         Data will be written to file using double precision
            

          

          

          Usage Notes
          

          
This command is  available in GrADS v2.0.a5 or later. 

          This command is used in conjunction with   the set gxout geotiff  command which sets the graphics output type; the display command  will then create the output file instead of drawing a plot. The output data file will be in GeoTIFF format, which is a georeferenced raster image. The GeoTIFF output is a grid of data values, similar to the 'grfill' graphics output type, except the pixels (grid elements) in the image can be tied to a geographic location. 


          The  file fnameroot.tif will be replaced if it exists. 

          If the -flt or -dbl options are not given, the output will be written using floating-point precision. No compression algorithm is used when creating the GeoTIFF file. 

          Examples 
          

          set geotiff my_name
          
set gxout geotiff
          
d my_var
          

          

          Note: The GrADS expression my_var must be a 2-dimensional grid that varies in X and Y (longitude and latitude). 
          

           
          



grads-2.0.1/doc/gradcomdsetbackground.html0000644000175000017500000000044710243410766021743 0ustar  amckinstryamckinstry


          set background
          
set background index
          
set background color to color or color index

          Usage
          

          Notes
          
grads-2.0.1/doc/gradcomdsetmissconn.html0000644000175000017500000000103410243410766021446 0ustar  amckinstryamckinstry


          set missconn
          
set missconn on|off
          
By default, when GrADS plots a line graph, missing data is indicated by a
'break' in the line.
          

            set missconn on     connects the
lines
across missing data.
            
set missconn off   resets the default
behavior.
          

          Usage Notes
          

          Examples
          
grads-2.0.1/doc/gradcomdcollect.html0000644000175000017500000000256710243410766020542 0ustar  amckinstryamckinstry



GrADS Command: collect




          collect
          

          
This command provides a way for station data profiles and time series
to be saved in memory as a set. The command format is:


          

            collect cnum expr
          


          
where cnum is the collection number, a value from
0 to 31, and expr is any GrADS expression that
gives a station data result. If "free" is given for
expr, the collection is emptied and all storage is
freed.


          

          Usage Notes
          

          

            

          1. The collect command will only work when one dimension is
varying, either Z or T. Each time collect is issued for a
particular collection number, the station data is added to the
collection of stations.  The order in which stations are added is
important.


            

          2. After a group of station profiles or time series have been saved as a
collection, use the coll2gr
function to convert the collection into a grid. 


            

          3. See the section of the User's Guide on Arbitrary Cross Sections for more
information. 

          





grads-2.0.1/doc/gradutilbufrscan.html0000644000175000017500000000737610526115561020755 0ustar  amckinstryamckinstry



GrADS Utilities: bufrscan





          bufrscan
          


           BUFR (Binary Universal Form for the Representation 
  of meteorological data) is a World Meteorological Organization (WMO) standard 
  for storing observational data (aka sequence or in-situ data). BUFR is self-describing 
  data format and can store a large amount of data and metadata in a small amount 
  of disk space by using look-up tables and bit-by-bit packing. Bufrscan is an 
  external GrADS utility that reads BUFR messages and prints out ascii values. 
  

          Individual elements of a BUFR message are uniquely described 
  by three numbers: F, X, and Y. F is a type indicator and may be 0, 1, 2, or 
  3. X is a class or category indicator and varies between 0 and 63. Y indicates 
  an entry within an X class, and varies between 0 and 255. The F,X,Y trio provides 
  the required decoder table reference, so that the data value may be retrieved 
  from the BUFR element. A group of BUFR elements forms a subset; a group of subsets 
  forms a message; any number of messages may be concatenated together to form 
  a BUFR file.

          The syntax for bufrscan is as follows: 

          bufrscan [-h] [-d] tablepath filename

          Where: 

            
  
            
    
            
    -h
      Prints the BUFR message headers (default) 
      
  
            
  
            
    -d
      Prints the BUFR message contents
  
            
  
            
      tablepath
      Directory containing BUFR decoding tables (e.g. /usr/local/grads/lib/tables)
  
            
  
            
      filename
      BUFR message file to be decoded
  
            

            

          


          When using the -h option to print out the headers, the output 
  from bufrscan will list the F, X, Y values for each element as well as the type 
  of information in the element (given in parentheses). For elements that are 
  type 'numeric' or 'text', a variable name and description are also printed. 
  (Example header output) 

          When using the -d option to print out the data, the output 
  from bufrscan will list message number, subset number (in parentheses), replication 
  factor [in square brackets], the F,X,Y values, and then the decoded data value. 
  (Example data output) 

          Many BUFR files also contain a lookup table that was designed 
  to be used with the data in the file. The tables are packed into the BUFR format 
  the same way the data are. If a BUFR file contains a decoding table, the information 
  in that table will override the lookup values in the standard decoding tables 
  underneath the tablepath directory. 

          There is a GrADS interface for BUFR, which means that BUFR 
  data can be read directly in their native format and are handled as a GrADS 
  station data set with all the associated display an analysis capabilities. GrADS 
  requires a specially-formatted descriptor file to read BUFR data; the output 
  from bufrscan is used to compose the descriptor file. The document on the  
  BUFR Format has more information on how to generate BUFR descriptor files. 

           

           

           



grads-2.0.1/doc/gradfunctloop.html0000644000175000017500000000676210243410766020264 0ustar  amckinstryamckinstry


          tloop
           

tloop(expr)
          

When time is a varying dimension in the dimension environment, the
tloop function evaluates the expr at
fixed times, then reconstructs the time series to obtain a final result
that is time varying. The tloop function is required due to
the implementation of the GrADS expression evaluation rules, and the
implementation of certain other functions. The tloop function
can also improve performance for certain calculations. 
          

The tloop function is provided as a way to obtain time series
from functions that themselves are not implemented to be able to operate
when time is a varying dimension. See the examples below. 
          


          Usage Notes 
          


            

          1. The tloop function loops through time based on the time
increment of the default file; it is thus important to have the default
file set appropriately. 
            


          2. The tloop function and the define command
work very similarly. In many cases, the define command can be
used to obtain the same result as using tloop. In fact, the
define command can be even more useful along
those lines, since it also loops through the Z dimension, in effect
creating a zloop function. See the define command for more
information. 
            

          


          Examples
           


            

          1. A typical application of the tloop function is to obtain
a time series of areal averages using the aave function.
Since the aave function will not work when time is a varying
dimension, the useof tloop is required:
             


            set x 1 

            set y 1 

            set t 1 31 

            d tloop(aave(ts,lon=0,lon=360,lat=-90,lat=90)) 
            

Note that the dimension environment is set up to reflect the kind of plot
desired, namely a line plot where time is the varying
dimension. Thus it is necessary to fix the X and Y dimensions; the values
of those dimensions in this case are not relevent.
             


          2. The tloop function can be used to smooth in time: 
            


            set lon -180 0 

            set lat 40 

            set lev 500 

            set t 3 28 

            d tloop(ave(z,t-2,t+2)) 
            

In this example, we are plotting a time-longitude cross section, where
each time is a 5 time period mean centered at that time. 
            


          3. If we wanted to display a time-longitude cross section (X and T
varying), with the data being averaged over latitude, the 'standard' way
to do this might be: 
            


            set lon -180 0 

            set lat 40 

            set lev 500 

            set t 1 31 

            d ave(z,lat=20,lat=40) 
            

This calculation could be fairly time consuming, since to perform the
average, a longitude-time section is obtained at each latitude. If the
time period is long, then this would be a very inneficient operation, due
to the ordering of data in a typical GrADS data set. The
tloop function might substantially improve the performance of
this calculation: 
            


            d tloop(ave(z,lat=20,lat=40)) 
            
since the average is then done at each fixed time, and is thus just an
average of X varying data over Y. Thus the tloop function
here is simply being used to force a different ordering to the
calculation, although the result is the same.

          
grads-2.0.1/doc/gradcomdsetlooping.html0000644000175000017500000000074610243410766021275 0ustar  amckinstryamckinstry


          set looping
          
set looping on|off
          
Animate when fewer than three dimensions are varying (ie, animate a line
graph).
          

          Usage Notes
          

            

          1. Remember to turn looping off when you are done animating,
or
you will get suprised when you enter your next expression. 
            

          

          Examples
          
grads-2.0.1/doc/imageoutput.html0000644000175000017500000001474111416646527017765 0ustar  amckinstryamckinstry



GrADS Image Output



          Producing Hardcopy and Image Output from GrADS
          


          Generating Image Files from GrADS
          

There are several GrADS commands that will convert the
contents of the graphics window into an image file. The differences
between them are the image formats they support and the way they are
implemented in GrADS. 

          
printim

          
The printim command
was introduced in version 1.8. It produces a PNG, GIF, or JPG formatted image file based on the current
contents of the GrADS metabuffer, which is the stuff displayed in the
graphics window, minus any widgets. printim will work in
batch mode. 

          outxwd

           The outxwd command draws the contents of the graphics display window to a file in XWD (X window dump) format. It does not work in batch mode. 

          wi

           The wi command was deprecated long ago and is not included in version 1.9 or later. 

          

          Generating GrADS metafiles
          


          
1. Set-up the GrADS metafile

          
The first step in creating hardcopy image output is to invoke the enable print command -- this opens the output file and enables
GrADS to direct image information to that file. If the file exists, it will be overwritten.


          
2. Display the image

          
The next step is to display the graphic that you want to print. When
you have finished, issue the printcommand. GrADS copies the vector instructions used to create the current
display into the output file in a GrADS metacode format.

 For multiple images in your metafile, use clear, create the new image, and then print again.


          
3. Close the GrADS metafile

          
There are three way to close the output file:

          
disable print
          
reinit
          
quit
          


          

          Converting GrADS Metafiles to Postscript
          


          
GrADS metacode files may be translated into postscript using the GrADS
external utilities gxps and gxeps. Both utilities will
prompt for input and output filenames, unless they
are provided on the command line. The input filename should be the
file created by the  enable
print command. The output filename can be anything, but a
".ps" extension is conventional. Any existing file with this name will
be overwritten. Once the output file is created, you may print it
using UNIX print commands. Please consult the references pages for 
gxps and 
gxeps to see 
all the command line arguments and options.


          
gxps and gxeps are not
GrADS commands. They must be executed from the UNIX command line, or
preceded by a ! and
executed as a shell command from the GrADS command line.

          


          Generating Postscript from  within GrADS 
          

           There is a shortcut for creating an encapsulated postscript (EPS) file directly from within a GrADS session: use the print command without invoking the enable print command first. This shortcut allows the user to skip the steps of creating the GrADS metafile and invoking the external utility gxeps. However, using this shortcut means there can only be one image per file, and none of the options available when invoking gxeps directly can be used.


          

          Displaying GrADS Metafiles
          


          
GrADS metacode files may be displayed using the GrADS external utility
gxtran. The input
filename should be the file created by the  enable print
command. If the GrADS metafile contains more than one image, gxtran will animate them.
The animation can be automatic or controlled by the user with carriage
returns.  Please consult the gxtran reference page to
see all the command line arguments and options.


          

          Displaying GrADS Metafiles with Windows 95/NT
          


          
The GrADS metafile Viewer (GV) allows you to view and manipulate GrADS
graphics output files using Windows 95/NT. There are two files to download:

          

          
To open the metafile simply double click on a file listed in the File
Manager or Explorer, drag and drop the file onto GV, or use the
standard Open dialog box. GV assumes that default extension of GRADS
metafiles is GMF. If your file includes more than one picture you can
browse through pages using the keyboard keys (PageDown and PageUp) or the
toolbar buttons.

          
Use the View commands and the View/Options
dialog box to customize the image -- display it as black-and-white or
color, change the line thickness, or clip and enlarge any part of the
image.  Use the right mouse button to access the most commonly used
features.

          
There are two ways to save separate pages of a GRADS metafile as
Windows Metafile (WMF): 1) use the File/Save Page As
command, or 2) use the Edit/Copy command to copy the
current page to the Windows Clipboard and then Edit/Paste
it in your favorite Windows application that handles Windows
Metafiles.

          
Use File/Print command to print a current document to
any printer (you do not need a Postscript printer).  Use
File/Print Preview to display the active metafile as it
would appear when printed.

          






grads-2.0.1/doc/indexalpha.html0000644000175000017500000000473410526115561017526 0ustar  amckinstryamckinstry



Documentation Index




          

          GrADS Home

GrADS Documentation Index
    GrADS 
      Documentation

          


          

          
A 
B 
C 
D 
E 
F 
G 
H 
I 
J 
K 
L 
M 
N 
O 
P 
Q 
R 
S 
T 
U 
V 
W 
X 
Y 
Z

          

          


grads-2.0.1/doc/gradutilgribmap.html0000644000175000017500000001172611416646527020577 0ustar  amckinstryamckinstry



GrADS Utilities: gribmap





          gribmap
          


          
The GrADS data descriptor file defines a grid structure into which
the data will fit -- it gives "shape" to the data by identifying its
spatial dimensions, the number of time steps, and the number of variables. 

          
If the data is in binary format, its structure has already been
prescribed. If the data is in GRIB format, no consistent 
relationship exists between the data and the grid structure defined in the data
descriptor file. Hence, the need for the gribmap utility which "maps"
between the GRIB data and the GrADS data description.

          
As gribmap reads each field in the GRIB data file, the
parameters for that field (e.g. variable name, vertical level, time)
are compared to the information in the data descriptor file until 
a match is found. The process continues until all the GRIB elements have been 
"mapped" to their location within the GrADS grid structure.

          
  
          
    
          The syntax for the gribmap command is as follows:
          
      
                   gribmap [options] 
          
      
          Command line options are:
          
      
          		
  
          
  
  
          
    -0
    Ignores the forecast time when setting up a match, so that the base time is the valid time.
  
          
  
          
    -b
    Valid time for averages is set to be the beginning of the period rather than 
        the end. Default valid time is the end of the averaging period.    
  
          
  
          
    -big
    (GrADS version 2.0.a8) Required option if the GRIB1 or GRIB2 files are > 2 Gb. This option creates a bigger index file, which cannot be read by earlier versions of GrADS. 
  
          
  
          
    -e
          
      -E          		
    Ignores extra bytes (that are not part of the GRIB1 msg) at end of file. Some ECMWF GRIB files require this option because 
      of blocking. 
      Using the -E option ignores extra bytes in middle and/or end of GRIB file. 
  
          
  
          
    -fhr
    Matches only those grib records whose forecast time is hr hours. This is used to isolate a sequence of forecasts. For example, if you 
        wanted to sample all the 120-hour forecasts from the MRF ensemble runs, you 
        would use gribmap -f120.      
  
          
  
          
    -hnum
    Skips over num bytes before starting the scan process. 
  
          
  
          
    -help
    Prints out the list of options 
  
          
  
          
    -i fname
    fname is the name of the data descriptor file. If 
      not specified, gribmap will prompt the user. 
  
          
  
          
    -m
    Use base time from descriptor file instead of GRIB header. This option only works with GRIB1.
  
          
  
          
    -min0
    Ignores the minutes code. 
  
          
  
          
    -N
    Does NOT write out the index file. 
  
          
  
          
    -q
     Quiet mode -- suppresses all messages except for errors. Default is off.
  
          
  
          
    -snum
    Skips over no more than num bytes between records. The 
      default is 1000. 
  
          
  
          
    -t0
    Matches only those grib records whose base time is the same as the initial 
      time in the data descriptor file. This is used to pull out a forecast sequence 
      (0, 12, 24, ... , 72 hours) starting a specific time. 
  
          
  
          
    -u
    
          
    Updates existing gribmap if adding data files are being added to templated data set. This option has been (temporarily) disabled in GrADS version 2.0.     
          		
  
          
  
          
    -v
     Verbose mode -- detailed output makes it easier to verify what is being mapped. 
      Default is off. 
  
          

          

          




grads-2.0.1/doc/utilities.html0000644000175000017500000000116511632442207017416 0ustar  amckinstryamckinstry





          External Utilities
          

 



grads-2.0.1/doc/gradcomddrawpolyf.html0000644000175000017500000000100510243410766021106 0ustar  amckinstryamckinstry


          draw polyf
          
draw polyf x1 y1 x2 y2 x3 y3 ... xn yn
          
Draw a filled polygon between a series of x,y points.
The polygon is closed by having xn=x1 and
yn=y1. set
line controls the fill
color.
          

          Usage Notes
          

          Examples
          
grads-2.0.1/doc/xdfsample2.txt0000644000175000017500000001026710243410766017330 0ustar  amckinstryamckinstrynetcdf DAOE054A.hdf {
dimensions:
        TIME4DIMS:DAOgrid = 4 ; // TDEF_dimension_name = TDEF_count
        HGHT1DIMS:DAOgrid = 1 ;
        YDim:DAOgrid = 91 ; // YDEF_dimension_name = YDEF_count
        XDim:DAOgrid = 144 ; // XDEF_dimension_name = XDEF_count
        TIME8DIMS:DAOgrid = 8 ;
        HGHT18DIMS:DAOgrid = 18 ; // ZDEF_dimension_name = ZDEF_count

variables:
// float internal_variable_name(dimlist) ;  VARS_count is 3
        float GEOPOTENTIAL_HEIGHT(TIME4DIMS:DAOgrid, HGHT18DIMS:DAOgrid,
                                  YDim:DAOgrid, XDim:DAOgrid) ;
        float SPECIFICHUMIDITY(TIME4DIMS:DAOgrid, HGHT18DIMS:DAOgrid,
                               YDim:DAOgrid, XDim:DAOgrid) ;
        float TEMPERATURE(TIME4DIMS:DAOgrid, HGHT18DIMS:DAOgrid, YDim:DAOgrid,
                          XDim:DAOgrid) ;

// global attributes:
                :coremetadata.0 = "\n",
    "    /*  This attribute contains a duplicate of the Collection- */\n",
    "    /*  level EastBoundingCoordinate value. */\n",
    "    OBJECT                 = EASTBOUNDINGCOORDINATE\n",
    "      NUM_VAL              = 1\n",
// XDEF_step value = (Final_XDEF_value - First_XDEF_value)/(XDEF_count - 1)
// (assumes equal spacing)  (177.5 - (-180))/143) => 2.5
    "      VALUE                = 177.500000\n",      // Final_XDEF_value
    "    END_OBJECT             = EASTBOUNDINGCOORDINATE\n",
    "    /*  This attribute contains a duplicate of the Collection- */\n",
    "    /*  level WestBoundingCoordinate value. */\n",
    "    OBJECT                 = WESTBOUNDINGCOORDINATE\n",
    "      NUM_VAL              = 1\n",
    "      VALUE                = -180.000000\n",       // First_XDEF_value
    "    END_OBJECT             = WESTBOUNDINGCOORDINATE\n",
    "    /*  This attribute contains a duplicate of the Collection- */\n",
    "    /*  level NorthBoundingCoordinate value. */\n",
    "    OBJECT                 = NORTHBOUNDINGCOORDINATE\n",
    "      NUM_VAL              = 1\n",
// YDEF_step = range/(YDEF_count-1) (equal spacing assumed) (90 - (-90))/90=>2
// (one of the 91 is 0, the equator)
    "      VALUE                = 90.000000\n",          // Final_YDEF_value
    "    END_OBJECT             = NORTHBOUNDINGCOORDINATE\n",
    "    /*  This attribute contains a duplicate of the Collection- */\n",
    "    /*  level SouthBoundingCoordinate value. */\n",
    "    OBJECT                 = SOUTHBOUNDINGCOORDINATE\n",
    "      NUM_VAL              = 1\n",
    "      VALUE                = -90.000000\n",         // First_YDEF_value
    "    END_OBJECT             = SOUTHBOUNDINGCOORDINATE\n",
    "  END_GROUP              = BOUNDINGRECTANGLE\n",
    "  /*  The RangeDateTime attribute values will be set at DME */\n",
    "  /*  runtime by retrieval the granule time from the data set. */\n",
    "  /*  The starting date of the DAO granule */\n",
    "  GROUP                  = RANGEDATETIME\n",
    "    /* Format of RangeBeginningDate is YYYY-MM-DD or YYYY-DDD */\n",
    "    OBJECT                 = RANGEBEGINNINGDATE\n",
    "      NUM_VAL              = 1\n",
// First_TDEF_value(YYYY-DDD)
    "      VALUE                = \"1993-181\"\n",
    "    END_OBJECT             = RANGEBEGINNINGDATE\n",
    "    /* Format of RangeBeginningTime is HH:MM:SS.SSSS... */\n",
    "    OBJECT                 = RANGEBEGINNINGTIME\n",
    "      NUM_VAL              = 1\n",
// First_TDEF_value (HMS)
    "      VALUE                = \"00:00:00.000000\"\n",
    "    END_OBJECT             = RANGEBEGINNINGTIME\n",
    "    /* Format of RangeEndingDate is YYYY-MM-DD or YYYY-DDD */\n",
    "    OBJECT                 = RANGEENDINGDATE\n",
    "      NUM_VAL              = 1\n",
// TDEF_step = range/TDEF_count (equal spacing assumed) (1 day/4 => 6hr step)
// Final_TDEF_value (YYYY-DDD)
    "      VALUE                = \"1993-181\"\n",
    "    END_OBJECT             = RANGEENDINGDATE\n",
    "    /* Format of RangeEndingTime is HH:MM:SS.SSSS... */\n",
    "    OBJECT                 = RANGEENDINGTIME\n",
    "      NUM_VAL              = 1\n",
// Final_TDEF_value (HMS) (round up)
    "      VALUE                = \"23:59:59.999999\"\n",
    "    END_OBJECT             = RANGEENDINGTIME\n",
    "  END_GROUP              = RANGEDATETIME\n",
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GrADS Command: reinit




          reinit
          


          
reinit 


          
This command returns GrADS to its initial state. It closes all open
files, releases all defined variables, and resets all graphics
settings to their defaults.



          Usage Notes
          

          
See the section of the User's Guide 
on reinitialization of GrADS.




grads-2.0.1/doc/gradcomdsetyflip.html0000644000175000017500000000054110243410766020742 0ustar  amckinstryamckinstry


          set yflip
          
set yflip on|off
          
flips the order of the vertical axis. Reset by a clear or
set vpage command.
          

          Usage Notes
          

          Examples
          

grads-2.0.1/doc/gradutilgxps.html0000644000175000017500000000334011416646527020130 0ustar  amckinstryamckinstry


GrADS Utilities: gxps



          gxps
          

          
gxps [ -crd -i <infile> -o <outfile> ] ]


          
gxps is a UNIX utility that converts the GrADS metacode format file to a
PostScript file. Command line arguments and switches are: 


          

            
-i fname    
identifies input GrADS metacode file 
            
-o fname    
identifies output postscript file 
            
-c          
prints color plot 
             
-r          
prints on a black background 
            
-d          
does not append CTRL-D to the file, useful if printing on a HP1200C/PS color printer
            

          

Usage Notes 


            

          1. 
The default behaviour of gxps is to create a grayscale
plot on a white background. The GrADS default rainbow colors (color
numbers 2 to 14) are converted into appropriate grey
shades. User-defined colors (numbers above 15) are translated to
greyscale intensity based on their green content only.


          2. 
For more information, see the section in the User's Guide on 
Producing Image Output from GrADS.

          


          
Example


            
gxps -cr -i mytest.mf -o mytest.ps

          


          
Convert GrADS metacode format file mytest.mf to a color
plot on a black background and outputs the result to PostScript file
mytest.ps.




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grads-2.0.1/doc/gradcomdprintim.html0000644000175000017500000000741011416646527020600 0ustar  amckinstryamckinstry



GrADS Commands: printim




          printim
          

          
The printim command will produce a PNG, GIF, or JPG formatted
image file based on the current contents of the metabuffer, which is
usually the stuff displayed on the screen, minus any widgets.  The
syntax is:


          

            
  printim filename options 

          


          
where: 

          

            
  filename:  The name of the output file. If this 
  file exists, it will be replaced. 
  
            
              If the filename ends with ".png" or ".PNG" then GrADS will automatically create the image in PNG format
            
             If the filename ends with ".gif" or ".GIF" then GrADS will automatically create the image in GIF format
            
             If the filename ends with ".jpg" or ".JPG" then GrADS will automatically create the image in JPEG format
            
  
             options:   png  
    - produce PNG output (default)
            
               gif 
     - produce GIF output 
            
               jpg 
     - produce JPEG output 
            
               black 
     - use black background (default is current display setting)
            
               white 
     - use white background (default is current display setting)
            
               xNNN  
    - horizontal size in NNN pixels
            
               yNNN  
    - vertical size in NNN pixels
            
               -t NN  
    - color number NN is transparent
            
               -b bgImage  
    - Image file bgImage s included in the background of the output. 
            
               -f fgImage  
    - Image file fgImage is included in the foreground of the output.
            
  
            

          

           One or more options may be given in any order. bgImage 
  and fgImage must be PNG format. 

          

          Usage Notes
          


            

          1. printim works with GrADS version 1.8 (or higher). 

          2. printim can be used while in batch mode. 

          3. The option for JPEG formatted output became 'official' with version 2.0.a5. 

          


          

          Examples 
          


          
The following command produces a 1000x800 PNG image into file out.png:

          

            printim out.png x1000 y800
          


          
This command produces a 800x600 GIF image, with a white background, 
into file gifimage.out:

          

            
  
            printim gifimage.out gif x800 y600 white
            

          
  

          This command produces a GIF image with transparent color 0 and a background 
  image mybkg.png. This means that in image.gif, the background image mybkg.png 
  will be seen wherever the color 0 (background) appeared in the current display. 

          

            
  
            printim image.gif -b mybkg.png -t 0 
            
  

            




grads-2.0.1/doc/gradfuncstnmax.html0000644000175000017500000000072410243410766020431 0ustar  amckinstryamckinstry


          stnmax
           

stnmax(expr,dexpr1,dexpr2<,-m cnt)
           

Examines a time series of station data and returns the maximum value
encountered for each station. Operands and usage are the same as the
stnave function. 

          Usage Notes
          

          Examples
          
grads-2.0.1/doc/gradcomdsettlsupp.html0000644000175000017500000000121510243410766021145 0ustar  amckinstryamckinstry



GrADS Command: set tlsupp




          set tlsupp
          

          
set tlsupp year|month 

          
Suppresses the annotation of the year or the month-and-year whenever
date/time labels are plotted. 


          

          Usage Notes
          

            

          1. set tlsupp is reset by entering clear.

          


          

          Examples 
          

            

          1. Use 'set tlsupp year' when plotting a climatology. 

          



grads-2.0.1/doc/gradcomdsetrband.html0000644000175000017500000000352510243410766020712 0ustar  amckinstryamckinstry



GrADS Command: set rband




          set rband
          

          
set rband num mode x1 y1 x2 y2

          
Sets the mode and defines the active region for the 'rubber band' widget. 

          

            
num   
- widget number
            
mode  
- may be either box or line
            
x1    
- lowest X point where the widget will be active (in virtual page units)
            
y1    
- lowest Y point where the widget will be active (in virtual page units)
            
x2    
- highest X point where the widget will be active (in virtual page units)
             
y2    
- highest Y point where the widget will be active (in virtual page units)
            

          

          
After executing set rband, rubber bands are defined by
executing q pos which
freezes the system until the user clicks, drags, and then releases the
mouse somewhere within the active rband area. See the q pos reference page for
details on the returned information.


          

          Usage Notes
          

            

          1. In box mode, as the user clicks and drags the mouse in
the active rband area a box is drawn with one corner located at the
initial click and the opposite corner located at the release point. In
line mode, a line is drawn between these two points.

          


          

          Examples 
          

See widgets for more information
and examples.







grads-2.0.1/doc/gradfuncmin.html0000644000175000017500000000245110243410766017701 0ustar  amckinstryamckinstry



GrADS Function: min




          min()
          

          
min(expr, dim1, dim2 <,tinc>)

          
Returns the minimum of expr over the specified 
dimension range. If the specified dimension is time, an
optional time increment tincr may be specified.


          

            
expr    - any valid GrADS expression 
            
dim1    - the starting dimension expression
            
dim2    - the ending dimension expression
            
tinc    - optional time increment
            

          


          
dim1 and dim2 are standard
GrADS dimension expressions whose dimensions must match.


          

          Usage Notes
          

          

            

          1. 
Related functions are: 
minloc, 
max, and
maxloc.
            
These functions will only work with GrADS version 1.8 or later.

          

          

          Examples
          



grads-2.0.1/doc/gradfunchdivg.html0000644000175000017500000000113610243410766020216 0ustar  amckinstryamckinstry


          hdivg
           

hdivg(uexpr,vexpr)
           

Calculates the horizontal divergence using finite differencing. Exactly
the same as hcurl in all
other respects; see the Usage Notes
and Examples above. 
          


          Usage Notes 
          


            

          1. The numerical stability of calculating horizontal divergence using
finite differencing is very low. Please use the function with caution. 

          


          Examples
          
grads-2.0.1/doc/gradcomdsethempref.html0000644000175000017500000000224010243410766021243 0ustar  amckinstryamckinstry



GrADS Command: set hempref




          set hempref
          

          
set hempref auto|nhem|shem

          
This command controls the way wind barbs are plotted for any output
where wind barbs are produced (e.g. set gxout barb). 

The options are as follows:

          

            
auto (default) 

              The Northern Hemisphere convention is used for wind barbs at
positive latitudes and the Southern Hemisphere convention is used for
wind barbs at negative latitudes. Barbs and flags are drawn on
opposite sides of the wind arrow in the different Hemispheres.
            

            
nhem

              Overrides the default behavior so that all wind barbs 
are plotted using the Northern Hemisphere convention.
             

            
shem

              Overrides the default behavior so that all wind barbs 
are plotted using the Southern Hemisphere convention.
             

          


          

          Usage Notes
          

            

          


          

          Examples 
          





grads-2.0.1/doc/gradcomdsetblack.html0000644000175000017500000000053210243410766020673 0ustar  amckinstryamckinstry


          set black
          
set black val1 val2
          
Contours not drawn within this interval. Reset by clear or
display.
          

          Usage Notes
          

          Examples
          
grads-2.0.1/doc/gradcomdqattr.html0000644000175000017500000001325110243410766020240 0ustar  amckinstryamckinstry




GrADS Command: query attr





          q attr
          

          
q attr <fnum>

          

           This command returns all the attribute metadata associated 
  with file number fnum in a formatted manner. If no value 
  for fnum is given, then the attributes for the default file 
  are returned. The output of 'q attr' may be read by the user in the command 
  window, or parsed by a script for the purpose of capturing the metadata and 
  including it in the analysis or display. There are three categories of attributes: 
  (1) global, which means the attribute is relevant for all the data in the file, 
  (2) coordinate, which means the attribute describes one of the four dimensions 
  (lon, lat, lev, or time), or (3) variable, which means the attribute is assoicated 
  with a particular variable in the file. The formatting of the attribute listing 
  is as follows: 

          global | <dimension> | <varname>   <attribute_type>   
  <attribute_name>   <attribute_value> 

          <dimension> is "lon", "lat", 
  "lev", or "time"
          
  <varname> is one of the variables in the data set
          
  
          
  <attribute_type> is one of the following case-sensitive types: 
  String, Byte, Int16, UInt16, Int32, UInt32, Float32, Float64.
          
  <attribute_name>           is any single word or string with no spaces
          
  <attribute_value> is be any string up to 512 characters. 

          Usage Notes
          

          Attributes may be native to the data file (as with some HDF 
  and NetCDF files), but they may be also be added manually in the GrADS descriptor 
  file. The output from 'q attr' will print all the attributes taken from 
  the descriptor file followed by all the native attributes. Within these two 
  categories (descriptor and native), attributes are listed in the following order:
          
  1. Global 
          
  2. Coordinate -- these will have names "lon", "lat", "lev", 
  or "time"
          
  3. Variable -- these will have names taken from the list of variables in the 
  data file 

          This command has been fully implemented starting with version 
  1.9b4. 

          Examples
          

          Here's a sample descriptor file (note the attributes added after the ENDVARS 
  statement): 
          

          dset ^hgt.%y4.nc
          
  dtype netcdf 
          
  options template yrev
          
  title NCEP Reanalysis
          
  undef -999 missing_value
          
  unpack scale_factor add_offset
          
  xdef 144 linear 0 2.5
          
  ydef 73 linear -90 2.5
          
  zdef 17 levels 1000 925 850 700 600 500 400 300 250 200 150 100 70 50 30 20 
  10
          
  tdef 730 linear 00Z01JAN1989 1dy
          
  vars 1
          
  hgt 17 t,z,y,x Mean Daily Geopotential height [m]
          
  ENDVARS
          
  @ global String comment This is an all-purpose test file
          
  @ hgt String comment This describes variable hgt
          
  @ lev String units millibar
          
  @ lat String units degrees_north
          
  @ lon String units degrees_east
          
  @ time String units hours since 1-1-1 00:00:0.0
          
  @ lev Float32 actual_range 1000. 10.
          
  @ lat Float32 actual_range 90. -90.
          
  @ lon Float32 actual_range 0. 357.5
          
  @ time Int32 actual_range 17426496. 17435232.
          

          

          Here's the output from 'q attr' when the above descriptor file is opened: 
          

          ga-> q attr
          
  Descriptor Attributes for File 1 : NCEP Reanalysis 
          
  global String comment This is an all-purpose test file 
          
  lon String units degrees_east 
          
  lon Float32 actual_range 0. 357.5 
          
  lat String units degrees_north 
          
  lat Float32 actual_range 90. -90. 
          
  lev String units millibar 
          
  lev Float32 actual_range 1000. 10. 
          
  time String units hours since 1-1-1 00:00:0.0 
          
  time Int32 actual_range 17426496. 17435232. 
          
  hgt String comment This describes variable hgt 

          Native Attributes for File 1 : NCEP Reanalysis 
          
  global String title mean daily NMC reanalysis
          
  global Int16 base_date 1989 1 1 
          
  global String history /home/hoop/crdc/cpreanjuke2farm/cpreanjuke2farm Wed Oct 
  18 03:10:49 1995 from hgt.89.nc 
          
  global String history created 95/02/06 by Hoop (netCDF2.3)
          
  global String description Data is from NMC initialized reanalysis 
          
  global String description (4x/day). It consists of most variables interpolated 
  to 
          
  global String description pressure surfaces from model (sigma) surfaces.
          
  global String platform Model
          
  global String Conventions COARDS
          
  hgt String long_name mean Daily Geopotential height
          
  hgt Float32 actual_range -522 32306 
          
  hgt Float32 valid_range -700 35000 
          
  hgt String units m
          
  hgt Float32 add_offset 32066 
          
  hgt Float32 scale_factor 1 
          
  hgt Int16 missing_value 32766 
          
  hgt Int16 precision 0 
          
  hgt Int16 least_significant_digit 0 
          
  hgt Int16 GRIB_id 7 
          
  hgt String GRIB_name HGT
          
  hgt String var_desc Geopotential height 
          
  hgt String var_desc H
          
  hgt String dataset NCEP Reanalysis Daily Averages 
          
  hgt String dataset AJ
          
  hgt String level_desc Multiple levels 
          
  hgt String level_desc F
          
  hgt String statistic Mean 

           


grads-2.0.1/doc/pdsi.png0000644000175000017500000005744211353136313016171 0ustar  amckinstryamckinstry‰PNG


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grads-2.0.1/doc/gradcomddrawshp.html0000644000175000017500000000533411416646527020571 0ustar  amckinstryamckinstry



GrADS command: draw shp




          draw shp
          

          
draw shp shapefile <n> <m> 

          
Draws the contents of a shapefile. The arguments are:

          
shapefile  The name of the shapefile. It is not necessary to include the file extension (.shp)
          
  
  n          Element number (if you want to draw only one)
          
  
m          Use n  and m if you want to draw a range of elements

          If n  and m are omitted, all the elements in the shapefile will be drawn. 
          

          

          Usage Notes
          

          This command is available with GrADS version 2.0.a8 or later.
          

          If you put the three shapefile components  (*.shp, *.shx, and *.dbf) in the GrADS data directory (pointed to by the GADDIR environment variable), then it is not necessary to include the full path in shapefile. 
          

           Before invoking this command, it is necessary to draw a plot first in order to establish the dimensions and scaling of the display. Shapefiles contain 2-dimensional spatial features, so your plot must be varying in the X-Y (lon/lat) domain. A shapefile may contain one of three kinds of graphical elements: points, lines, or polygons. 
          

            
  
          •  For shapefiles that contain points, GrADS will draw a mark at each point location. The mark type and size are controlled by the set shpopts command, and the color is controlled by the set line command. 
            • 
  
          • For shapefiles that contain lines, GrADS will draw the line elements using the color, style, and thickness settings that are controlled by the set line command. 
            • 
  
          • For shapefiles that contain polygons, the default behavior of GrADS is draw only the perimeter of each polygon element. Use  the set shpopts command to draw filled polygons and set the fill color.  
The color, style, and thickness of the polygon perimeters are controlled by the set line command. 
            • 

          

          Please see the documentation page on shapefiles for more details. 
          

          Examples 
          




grads-2.0.1/doc/gradcomdsetbarbase.html0000644000175000017500000000103010243410766021210 0ustar  amckinstryamckinstry


          set barbase
          
set barbase val|bottom|top
          
If val is given, each bar rises or falls from that value,
assuming the value is within the plotting range. If bottom is
specified, each bar rises from the bottom of the plot. If top
is specified, each bar falls from the top of the plot.
          

          Usage Note
          

          Examples
          
grads-2.0.1/doc/users.html0000644000175000017500000001352011632442207016542 0ustar  amckinstryamckinstry



GrADS User's Guide




          
GrADS User's Guide
          Table of Contents          

          





grads-2.0.1/doc/gradfunccdiff.html0000644000175000017500000000400110243410766020162 0ustar  amckinstryamckinstry


          cdiff
           

cdiff(expr,dim)
           

Performs a centered difference operation on expr in
the direction specified by dim. The difference is done
in the grid space, and no adjustment is performed for unequally spaced
grids. The result value at each grid point is the value at the grid point
plus one minus the value at the grid point minus one. The
dim argument
specifies the dimension over which the difference is to be taken, and is a
single character: X, Y, Z, or T. 
          

Result values at the grid boundaries are set to missing. 
          

          Usage Notes
          

          Examples
           


            

          1. The cdiff function may be used to duplicate the
calculation done by the hcurl function: 
            


            define dv = cdiff(v,x) 

            define dx = cdiff(lon,x)*3.1416/180 

            define du = cdiff(u*cos(lat*3.1416/180),y) 

            define dy = cdiff(lat,y)*3.1416/180 

            display (dv/dx-du/dy)/(6.37e6*cos(lat*3.1416/180)) 
            

The above example assumes an X-Y varying dimension environment. Note that
the intrinsic variables lat and lon give results
in degrees and must be converted to radians in the calaculation. Also note
the radius of the earth is assumed to be 6.37e6 meters thus
the U and V winds are assumed to have units of m/sec.
             


          2. Temperature advection can be calculated using the cdiff
function as follows: 
            


            define dtx = cdiff(t,x) 

            define dty = cdiff(t,y) 

            define dx = cdiff(lon,x)*3.1416/180 

            define dy = cdiff(lat,y)*3.1416/180 

            display -1*( (u*dtx)/(cos(lat*3.1416/180)*dx) + v*dty/dy )/6.37e6

            

where the variable t is temperature, u is the U
component of the wind, and v is the V component of the wind. 

          


grads-2.0.1/doc/gfsens.ctl0000644000175000017500000000603611353136313016506 0ustar  amckinstryamckinstry* This is a GrADS descriptor file for NCEP GRIB2 file downloaded from:
*   ftp://ftpprd.ncep.noaa.gov/pub/data/nccf/com/gens/prod/gefs.yyyymmdd/hh/pgrb2alr/
*
* N.B. In this example descriptor file, the NCEP grib2 file name is changed 
* from:
*    geENS.tHHz.pgrb2af* 
*        (the filename on the NCEP FTP server)
* to:
*    gfsens.ENS.yyyymmddhh.fff.2p5.grib2
*        (a filename that includes initialization date, forecast hour, and ensemble name)
*
* where:
*     yyyy is the initialization year
*       mm is the initialization month
*       dd is the initialization day
*       HH is the initialization hour
*      ENS is the ensemble name 
*
dset /your_path_name_here/gfsens.%e.%iy4%im2%id2%ih2.%f3.2p5.grib2
dtype grib2
title NCEP 5D Ensemble Forecast in GRIB2 on a 2.5-degree grid
index ^gfsens.map
options template pascals
undef -9.99e33
xdef 144 linear  0.0 2.5
ydef  73 linear -90.0 2.5
zdef   7 levels 100000 92500 85000 70000 50000 25000 20000
tdef  65 linear 12z24jan08 6hr
edef 21
*name length initialtime 
c00  65  12z24jan08  1,0
p01  65  12z24jan08  3,1
p02  65  12z24jan08  3,2
p03  65  12z24jan08  3,3
p04  65  12z24jan08  3,4
p05  65  12z24jan08  3,5
p06  65  12z24jan08  3,6
p07  65  12z24jan08  3,7
p08  65  12z24jan08  3,8
p09  65  12z24jan08  3,9
p10  65  12z24jan08  3,10
p11  65  12z24jan08  3,11
p12  65  12z24jan08  3,12
p13  65  12z24jan08  3,13
p14  65  12z24jan08  3,14
p15  65  12z24jan08  3,15
p16  65  12z24jan08  3,16
p17  65  12z24jan08  3,17
p18  65  12z24jan08  3,18
p19  65  12z24jan08  3,19
p20  65  12z24jan08  3,20
endedef
vars 22
hgt    7,100         0,3,5      Geopotential Height [gpm]
tmp    7,100         0,0,0      Temperature [K]
rh     7,100         0,1,1      Relative Humidity [%]
u      7,100         0,2,2      U-Component of Wind [m/s]
v      7,100         0,2,3      V-Component of Wind [m/s]
* these surface vars valid at initial time only 
zs     0,1,0         0,3,5      Surface Geopotential Height [gmp]
* these surface vars valid at all times
ps     0,1,0         0,3,0      Surface Pressure [Pa]
pwat   0,200,0       0,1,3      Precipitable Water [kg/m^2]
cape   0,108,18000,0 0,7,6      CAPE, 180-0 mb above ground [J/kg]
slp    0,101,0       0,3,1      Mean Sea Level Pressure [Pa]
t2     0,103,2       0,0,0      2-meter Temperature [K]
rh2m   0,103,2       0,1,1      2-meter Relative Humidity [%]
u10    0,103,10      0,2,2      10-meter U-Component of Wind [m/s]	
v10    0,103,10      0,2,3      10-meter V-Component of Wind [m/s]
* these surface vars valid at forecast times only
t2max  0,103,2       0,0,4,2    2-meter Maximum Temperature [K]	
t2min  0,103,2       0,0,5,3    2-meter Minimum Temperature [K]	
tc     0,200,0       0,6,1,0    Total Cloud Cover [%]
p      0,1,0         0,1,8,1    Accumulated Precipitation [kg/m^2] 
crain  0,1,0         0,1,192,0  Categorical Rain (yes=1; no=0)
cfrzr  0,1,0         0,1,193,0  Categorical Freezing Rain (yes=1; no=0)
cicep  0,1,0         0,1,194,0  Categorical Ice Pellets (yes=1; no=0)
csnow  0,1,0         0,1,195,0  Categorical Snow (yes=1; no=0)
endvars
grads-2.0.1/doc/gradcomdshell.html0000644000175000017500000000075010243410766020214 0ustar  amckinstryamckinstry


          !shell-command
          

Any expression preceded by a ! will be executed as a
shell command from the GrADS command line. 


          Usage Notes
          

          
Output from the shell command will be displayed in the Grads command
window. If the shell command is executed from a Grads script, the
output will not returned as a string buffer to the script.

grads-2.0.1/doc/gradcomdxdfopen.html0000644000175000017500000001734311632442207020554 0ustar  amckinstryamckinstry



GrADS Command: xdfopen





          xdfopen
          

          
xdfopen filename

          
GrADS requires a certain amount of metadata in order to understand how
to read a NetCDF/HDF-SDS data file, also called a self-describing file
(SDF).  The sdfopen
command assumes all the metadata is internal to the self-describing
file, whereas the xdfopen command allows the user to supplement
or replace any internal metadata via a data descriptor file. In this
way, xdfopen provides access to some self-describing files
that do not comply with the 
COARDS conventions.


          
filename is the name of the data descriptor file that
contains the supplemental metadata. It has a syntax very similar to
the regular data descriptor files 
that are used with the 
open command.  
The few differences are noted below:


          

            

          1. 
DSET SDF_filename

            
This is the only required entry. SDF_filename 
may be either the name of a netCDF or HDF-SDS file or a substitution template for a collection of
netCDF or HDF-SDS files.

            
Other than DSET,
the only other data descriptor file entries that are supported are 
UNDEF,
TITLE,
XDEF,
YDEF,
ZDEF,
TDEF, 
EDEF, 
OPTIONS, 
VARS, and 
ENDVARS. 
Valid arguments for the 
OPTIONS entry are: 
yrev, zrev, template, and 365_day_calendar. 

            

          2. 
XDEF,
YDEF,
ZDEF, 
TDEF, and
EDEF:

            
Each of these entries requires an additional argument,
SDF_dimension_name, which comes before all the
other arguments. The SDF_dimension_name is used to
achieve dimension order independence, so it must be a real dimension
in the SDF. The SDF_dimension_name string may be
mixed case and should appear exactly as it is listed in the output
from ncdump.

            
If the coordinate variables in the SDF file exist and have the
required metadata, then SDF_dimension_name is the
only argument needed for the corresonding axis definition entry
(XDEF, YDEF, ZDEF, TDEF, and EDEF) in the data
descriptor file. If you need to supplement or override the coordinate metadata in the SDF file, you can fill out the axis definition entries in the descriptor file with the remaining arguments describing the size, linearity, start, and increment. For EDEF, there is support for three variations on the compact syntax of the EDEF entry:
            
edef <SDF_dimension_name> 
            
edef <SDF_dimension_name> <size>
            
edef <SDF_dimension_name> <size> names <list of names>             

            

          3. 
The first argument ("varname") of the variable
definition lines that appear between VARS and ENDVARS has the following syntax:
            
SDF_varname=>grads_varname

            
SDF_varname is the name of the variable as it appears
in the output from the NetCDF utility ncdump. 
It may be of mixed case. If it includes blanks, substitute "~" for the blanks. 
If everything up to and including the "=>" is omitted,
then grads_varname must be identical to
SDF_varname. This syntax (when
"SDF_varname=>" is omitted) will only work
properly in GrADS if SDF_varname is less than 15
characters and does not contain any upper case letters.
As it was with the coordinate variables, if the data variables in the
SDF file have the required metadata, then
SDF_varname=>grads_varname is the only
argument needed for the corresonding variable definition entry in the
data descriptor file. 

          4. The order of the variable definition lines between VARS
and ENDVARS is not important. 

          



          

          Usage Notes
          

            

          1. If filename contains only the DSET entry, then 
xdfopen devolves into working just like 
sdfopen.

          2. filename does not need to be a full data
descriptor file, it only needs to contain whatever metadata the SDF
file lacks. Anything not specified in filename
will be looked for in the file's internal metadata.

          3. The SDF_dimension_name parameter in the XDEF,
YDEF, ZDEF, TDEF, and EDEF entries and the first parameter of the VARIABLE
  definition lines are the only parts of the data descriptor file that
  aren't converted to lower case before they are interpreted.

          4. For further information on the COARDS conventions, check out Conventions
for the standardization of NetCDF files.

          5. (GrADS version 2.0.a7.1+) The CHSUB entry will work with xdfopen.

          

          Examples 
          

          This example shows the data descriptor file that would be required
in order to open a self-describing file that is missing much of the
required metadata. Below is the sample data descriptor file for the
NetCDF file moisture.nc. Follow this link
to see output from ncdump for this file.

          DSET ^moisture.nc
TITLE This is a sample 
UNDEF 99999.0
XDEF dimension1 144 LINEAR 0.0 2.5
YDEF dimension2  73 LINEAR 0.0 2.5
TDEF dimension3 365 LINEAR 0Z01JAN1979 1DY
VARS 1
Moisture=>moisture 1 99 Moisture
ENDVARS

          


          
This second example comes from a real-world HDF-SDS file from the Data
Assimilation Office at NASA Goddard Space Flight Center. The data
descriptor file is shown below, and this
link shows the output from running the HDF version of ncdump on
DAOE054A.hdf. (Note that the output has been annotated with
explanatory comments -- they are preceded with "//")

          DSET ^DAOE054A.hdf
TITLE This is only a test
OPTIONS YREV
UNDEF 1.0E15
XDEF XDim:DAOgrid 144 LINEAR -180.0 2.5
YDEF YDim:DAOgrid  91 LINEAR  -90.0 2.0
ZDEF HGHT18DIMS:DAOgrid 18 LEVELS 1000 850 700 500 400 300 250 200 150 100 70 50 30 10 5 2 1 0.4
TDEF TIME4DIMS:DAOgrid 4 LINEAR 0Z31JUL1993 6HR
VARS 3
GEOPOTENTIAL_HEIGHT=>hgt 18 99 geopotential height
SPECIFICHUMIDITY=>shum 18 99 specific humidity
TEMPERATURE=>temp 18 99 temperature
ENDVARS

          





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GrADS Function: tregr




          tregr()
          

          
tregr (expr1, expr2, tdim1, tdim2)


          
This function calculates the least-squares regression between two
time-dependent variables. 


          

            
expr1   - 
a valid GrADS expression that varies in time
            
expr2   - 
a valid GrADS expression that varies in time and may also vary in X and Y
            
tdim1   - 
starting time dimension expression 
            
tdim2   - 
ending time dimension expression 
            

          

          
The result is a grid that matches the X and Y dimensions of
expr2 where each grid point is the temporal
regression of expr2 (the dependent variable) onto
expr1 (the independent variable). 
tregr gives the expected value of
the expr2 departure given a 1 unit departure in
expr1. 


          

          Usage Notes
          

            

          1. If both expr1 and expr2
vary only in time, the output is a single value.

            

          2. The regression is sensitive to the units of the input expressions. 
In the examples below, the variable SLP is in units of mb and 
the variable elnino is in units of K, so the regression coefficient 
of SLP upon elnino is in units of mb per K.

            

          3. The result of the least squares regression of Y on X is often
expressed as a linear equation: 

            

              Y = slope * X + intercept
            

            
where X is the independent variable, Y is the dependent variable, and
the slope and intercept are calculated using complicated algebraic
formulas. The calculation is simplified if the time means are
removed. If we define x and y to be the departures from the time
averages of X and Y:

            

              x = X - Xave
              y = Y - Yave
            

            
then the regression equation becomes:

            

              y = coefficient * x
            

            
Where

            

              coefficient = (sum of x*y over time)/(sum of x*x over time)
            

            
This coefficient is the output from the tregr function.
The second example below shows how to construct the regression estimate of Y based on X.

            

          4. Use the sregr
function to do regression over the spatial domain.

            

          


          

          Example
          

            

          1. This example calculates the expected departure from the 
slp mean given a unit departure in the defined variable elnino.

            

            set y 1
set z 1
set t 1 100
define elnino = aave(ts, lon=-160, lon=-80, lat=-20, lat=10)
set lon 0 360
set lat -90 90
set z 1
set t 1
d tregr(elnino, slp, t=1, t=100)

            

            

          2. This example builds on the previous example by 
calculating the regression estimate of slp based on the
defined variable elnino. 

            

            define coeff = tregr(elnino, slp, t=1, t=100)
define slpave = ave(slp, t=1, t=100)
define ninoave = ave(elnino, t=1, t=100)
d coeff * (elnino - ninoave) + slpave

            

          




grads-2.0.1/doc/gradcomdsetlatlonlevtimeens.html0000644000175000017500000000210511353136313023176 0ustar  amckinstryamckinstry


          set lat|lon|lev|time|ens
          

          
set lat|lon|lev|time|ens val1 <val2>
          
This set command sets one dimension of the dimension environment using
world coordinates.
          

          Usage Notes
          
When you enter dimensions in grid coordinates, they are
always converted to world coordinates. This conversion requires some
knowledge of what scaling is in use for grid to world conversions. The
scaling that is used in all cases (except one) is the scaling of the
DEFAULT FILE. The exception is when you supply a dimension expression
within a variable specification, which will be covered later. 
          

          Examples
          

            

          1. set lon -180 0 (sets longitude to vary from 180W to 0).

            

          2. set lat 0 90 (sets latitude to vary from the equator to
90N)

            

          3. set lev 500 (sets the level to 500mb - a fixed dimension)

          4. set ens cntrl (sets the ensemble to cntrl)
            

          
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GrADS Function: ave




          ave()
          

          
ave(expr, dim1, dim2 <,tinc> <,-b>)

          
Averages the result of expr over the specified 
dimension range. If the averaging dimension is time, an
optional time increment tincr may be specified.


          

            
expr    - any valid GrADS expression 
            
dim1    - the start point for the average
            
dim2    - the end point for the average
            
tinc    - optional increment for time averaging
            
-b      - use exact boundaries
            

          


          
dim1 and dim2 are standard
GrADS dimension expressions whose dimensions must match.


          

          Usage Notes
          

          

            

          1. The limits and intervals of the averaging are set according to the
grid coordinates of the default file. If dim1
and dim2 are specified in world coordinates, the
coordinates are converted to the nearest integer grid coordinates
based on the scaling of the default file. See the examples below for
further illustration. 

            

          2. 
The end points are given normal weighting, unless the -b
boundary flag is specified. The boundry flag indicates that the
average should be taken to the exact boundaries specified by
dim1 and dim2, rather than
the nearest grid points.

            

          3. The average is weighted by grid interval to account for non-linear
grid spacing. Averages in the latitude dimension are weighted by the
difference between the sines of the latitude at the northern and
southern edges of the grid box. The edges of the grid box are always
defined as being the midpoint between adjacent grid points. To
calculate an average without using the latitude weighting, use the
mean function.

            


          


          

          Examples
          

          
For the following examples, the dimension environment is X-Y varying; Z-T are fixed. 

          


            

          1. Consider the following average, when the default file is file #1: 
            


            ave(z.2,t=1,t=10) 
            

We are averaging a variable from file #2, but using the scaling from file
#1. File #1 has a time interval of 6 hours, but file #2 has a time
interval of 12 hours. The average will thus attempt to access data from
file #2 for times that are not available, and an error will
ocurr. To avoid this, the default file should be set to file #2:
set dfile 2


            

          2. The average: 
            


            ave(z,t=1,t=120,4) 
            

will average only 00Z reports from file #1, since the time increment is 4,
which for this file is 24 hours. 
            


          3. If you attempt to take a zonal average as follows: 
            


            ave(z,lon=0,lon=360) 
            

the world coordinates will be converted to grid coordinates, here
X varying from 1 to 181, and the grid point at longitude 0
(and 360) will be used twice in the average. To have the end points of
this average weighted properly, use the -b flag:
            
 

            ave(z,lon=0,lon=360,-b)
             

or average using the grid coordinates directly: 
            


            ave(z,x=1,x=180) 
            


          4. You can nest averaging operations: 
            


            ave(ave(z,x=1,x=180),y=1,y=46) 
            

In this case, to take an areal average. Note that for areal averaging, the
aave function is better. See the aave function
description. 
            

When nesting averages, the order of the nesting can have a dramatic affect
on performance. 
Keep in mind the ordering of the data in a GrADS file: X varies the
fastest, then Y, then Z, then T. When nesting averages, put the faster
varying dimension within the inner average: 
            


            set lon -90 

            set lat -90 90 

            set lev 1000 100 

            d ave(ave(t,x=1,x=180),t=1,t=20) 
            

This average would be more efficient than, for example: 
            


            ave(ave(t,t=1,t=20),x=1,x=180) 
            

although the final numerical result would be the same. 
            


          5. The use of the define
command can make certain operations much more efficient. If you want to
calculate standard deviation, for example: 
            


            sqrt(ave(pow(ave(z,t=1,t=20)-z,2),t=1,t=20)) 
            

would be correct, but the inside average would be calculated 20 times.
Defining the inside average in advance will be substantially faster: 
            


            define zave = ave(z,t=1,t=20) 

            d sqrt(ave(pow(zave-z,2),t=1,t=20)) 

          




grads-2.0.1/doc/gradcomdqpos.html0000644000175000017500000000772711416646527020113 0ustar  amckinstryamckinstry



GrADS Command: q pos




          q pos
          

          q pos  
          

           After this command is issued, GrADS waits for user's mouse click, then returns 
  the coordinates of the mouse click plus additional information. If the nowait 
  argument is used, then GrADS will query the mouse without waiting for a mouse 
  click. The returned information makes 'q pos' such a powerful command 
  especialy when used in conjunction with the different 'classes' of widgets: 
  buttons, rubber bands, and dropmenus. Here is a template of the information 
  that 'q pos' returns after a mouse click (note the difference in 
  output between the different widget classes): 

           Position = xpos ypos mbtn class                                    
  (somewhere in the graphics window) 
          
Position = xpos ypos mbtn class widget# btnstate                   (for buttons) 
          
Position = xpos ypos mbtn class widget# xpos2 ypos2                (for rbands) 
          
Position = xpos ypos mbtn class widget# menuitem <casc# cascitem>  (for dropmenus) 
          


          
where:

            
xpos, ypos    
- coordinates of the mouse click in real page units 
            

mbtn          
- either 1, 2, or 3 for the left, center, or right mouse button 
            

class         
- either 1, 2, 3, or 0 for button, rband, dropmenu, or 'not a widget' 
            

widget#       
- the number assigned to the widget when it was originally set up 
            

btnstate      
- either 0 (meaning "off") or 1 (meaning "on") 
            

xpos2, ypos2  
- coordinates of the mouse release point in virtual page units 
            

menuitem      
- the item number selected from the menu list 
            

casc#         
- the cascade menu number selected from the dropmenu list 
            

cascitem      
- the item number selected from the cascade menu 
            


          


          

          Usage Notes
          

            

          1. If the user did not click on a widget, then
class will be 0 and there will be no further
output.

            

          2. If the user clicks on a dropmenu but no menu item is selected,
then widget# and menuitem
will both be -1.

            

          3. There can be up to three levels of nested cascading dropmenus launched
from the main dropmenu. In other words, casc# and cascitem will
repeat up to three times in the output from 'q pos'. 

            

          4. 
The following reference pages contain information on configuring and drawing the widgets:
            
set button 
             
draw button 
             
redraw button 
            
set rband 
            
set dropmenu 
            
draw dropmenu

          

          

          Examples 
          

          
See the section of the User's Guide on widgets
for plenty of script examples showing how to use 'q pos'. 





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          mag 
          

mag(uexpr,vexpr) 
          

Performs the calculation:
sqrt(uexpr*uexpr+vexpr*vexpr). May be used with
gridded or station data. 


          Usage Notes
          

          Examples
          
grads-2.0.1/doc/gradfuncvint.html0000644000175000017500000000630011416646527020104 0ustar  amckinstryamckinstry



GrADS Function: vint



          vint
           

vint(psexpr,expr,top)
           

This function performs a mass-weighted vertical integral in mb pressure coordinates. The three arguments to vint are: 


          
psexpr   a GrADS expression for the
surface pressure, in mb, which bounds the integral on
the bottom. 
          
expr     a GrADS expression 
representing the quantity to be integrated.
          
top     
the bounding top pressure, in mb. This value must be a constant and cannot be
provided as an expression. 
          

The calculation is a sum of the mass-weighted layers: 

          

            f/g * sum(expr * Delta(level))
          


          
The bounds of the integration are the surface pressure and the
indicated top value. The scale factors are f=100
and g=9.8. The summation is done for each layer present that is
between the bounds. The layers are determined by the Z levels of the
default file. Each layer is considered to be from the midpoints
between the levels actually present, and is assumed to have the same
value throughout the layer, namely the value of the gridpoint at the
middle of the layer.


          

          Usage Notes 
          


            

          1. The summation is done using the Z levels from the default file, so 
it is important that the default file have the same Z dimension
coordinates as expr.


          2. Data levels below and above the bounds of the summation are ignored.


          3. The Z dimension in world-coordinate units is assumed to be
pressure values given in millibars (mb).  The units of g are
such that when the expression integrated is specific humidity (q) in
units of g/g, the result is kg of water per square meter, or
precipitable water in mm. 


          4. It is usually a good idea to make the top
pressure value to be at the top of a layer, which is midway between
grid points. For example, if the default file (and the data) have
pressure levels of ...,500,400,300,250,... then a good value for
top might be 275, the value at the top of the
layer that extends from 350 to 275 mb. 


          5. The vint function operates only in an X-Y varying
dimension environment. 

          6. Be sure the units of the surface pressure (argument 1) are in millibars (mb).
  
            

          


          

          Examples 
          


          
1. This expression will integrate specific humidity to obtain
precipitable water, in mm:

            vint(ps,q,275)

          


           2. This is an artificial example that demonstrates a vertical integration 
from a fixed lower bound of 1000mb to the top of the atmosphere, and integrating a field of all 1's. 
This gives an answer of 10204.1 (or 100000/9.8) which is the mass of air (in kg) of a 1 meter squared column 
when the surface pressure is 1 bar and the accelleration due to gravity is assumed to be exactly 9.8m/sec**2 over the entire column.

            
  vint(const(ps,1000),const(t,1),0)

          

          


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GrADS Command: reset




          

          reset
          

          
reset <qualifiers>

          
This command returns GrADS to its initial state with the following exceptions:


          

            

          1. No files are closed

          2. No defined variables are released

          3. The set display settings
are not modified

          


          
If files are open, the default file is set to 1, and the
dimension environment is set to X,Y varying and Z and T set to 1
(as though file 1 were just opened).


          
The reset command may be qualified so that only certain
aspects of GrADS are returned to their initial state.


          
The optional qualifiers are as follows:


          

            
reset events    
resets the events buffer (e.g., mouse clicks) 
            
reset graphics  
resets the graphics, but not the widgets 
            
reset hbuff     
resets the display buffer when in double buffer mode 
            
reset norset    
resets the X events only

          


          Usage Notes
          

          
See the section of the User's Guide 
on reinitialization of GrADS.




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GrADS Command: set line




          set line
          

          
set line color# <style> <thickness>


          
Sets current line attributes. 



          
color#:    one of the 16 GrADS default colors or a new color defined with set rgb
          
style:     1 - solid 
                    
           2 - long dash 
            
           3 - short dash 
            
           4 - long dash, short dash 
            
           5 - dotted 
            
           6 - dot dash 
            
           7 - dot dot dash 
            
thickness: values range from 1 to 6

          

          Usage Notes
          

            

          1. Line thicknesses 1-5 will take effect only in laser printed output; on
the display screen thicknesses 1-5 will all look the same. For screen
display, only thickness 6 will appear as a thick line.

          


          

          Examples 
          





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          set vpage
          
set vpage xmin xmax ymin ymax
          
This command defines a "virtual page" that fits within the specified
limits of the real page. All graphics output will be drawn into this
"virtual page" until another set vpage command is entered. A
clear command clears the physical page (and any virtual pages
drawn on it). 
          

When GrADS is first started, it prompts for landscape or portrait mode.
This defines the size of the real page (11x8.5 or 8.5x11), and the
dimensions for the virtual page must fit within this real page.
           

The set vpage command will define virtual page limits in
terms of inches (virtual page inches), which are the coordinates that will
be used in the various commands that require inches to be used. The new
page limits are printed when the set vpage command completes.

          

To return to the default state where the real page equals the virtual
page, enter: 
           

          set vpage off 
          

          Usage Note
          

          Examples
          
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GrADS Command: set clip




          set clip
          

          
set clip xlo xhi ylo yhi 


          
This command sets the coordinates for clipping the plot area for
display and draw commands. The four arguments xlo, xhi, ylo,
yhi are the clipping coordinates in real page inches.


          

          Usage Notes
          

            

          1. The default clipping region is the area specified by the
set parea command. 
set clip overrides this default. 

            

          2. Every time a display command is
executed, GrADS sets the clipping area to the region specified by set parea or set
clip, draws the graphic, then resets the clipping region to the
entire page.

            

          3. 
The clipping region is reset to the default by entering clear or display.

          

          

          Examples 
          






grads-2.0.1/doc/animation.html0000644000175000017500000000446010243410766017365 0ustar  amckinstryamckinstry



GrADS Animation




          Animation
          

There are two different ways to animate images within GrADS.


            

          1. 
Set the dimension environment to have three
varying dimensions and then display a variable. GrADS
will return an animation sequence. By default, the animation
dimension is time, but you may specify a different dimension to
animate by using the following command:

            

            set loopdim x|y|z|t

            
If you wish to animate a variable with fewer than three varying dimensions
(i.e., animate a line graph), you can control animation by
entering:

            

            set looping on|off

            
Remember to set looping
off when you are done animating, or you
will get a surprise when you display your next expression!

            

          2. 
Use double buffering, which means you have
two display windows, one of which is always in the
background. Double buffering is invoked with the following command:

            

            set dbuff on

            
When you issue a display command after turning on double buffering,
the image is drawn to the backgound buffer. Then you issue the 
swap
command, and GrADS swaps the background and foreground buffers so you can
see what you've displayed. swap
 works like clear in that it
resets many graphics options.

Here is a sample script demonstrating how to use double buffering:

            

            'open model.ctl'
'set dbuff on'
t = 1
'set gxout shaded'
while (t <= 5)
  'set t 't
  'draw title Temperature'
  'd t'  
  'cbarn'
  'swap'
  t = t + 1
endwhile

            

            
You may also control the speed of the animation by inserting a 
q pos following the 
swap command -- then each
click of the mouse would move to the next time step.







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GrADS Command: redraw button



            redraw button
            

            redraw button num state <flag> <text>
            

            0|1

Redraws button number num to either the "ON" state (1)
or "OFF" state (0). 

            num is the button number, which can be between 1 and 255

            state is either 
  "ON" (1) or "OFF"(0). 

            

            Usage Notes
            

            
See widgets for more information on using buttons. 


            

            Examples 
            





grads-2.0.1/doc/gradutilgrib2scan.html0000644000175000017500000001702511353136313021011 0ustar  amckinstryamckinstry



GrADS Utilities: grib2scan





            grib2scan
            


            
The grib2scan utility is used for finding out what is inside a GRIB2 data file. It scans each record in the file, and prints out relevant information about the data in the record. 
The command sytax is:

              
grib2scan [-v] fname
            

            
Where fname
 is the input GRIB2 file name, and the -v option is used for verbose output. 

            To assist in the interpretation of the grib2scan output, here are some links to GRIB2 documentation: 
            
  WMO             (the official source)
            
NCEP             (unofficial, but with a user-friendly web interface). 

            A GRIB2 file is a collection of records, each with a complete set of metadata to describe the data contained in the record. A GRIB2 record has 9 sections, some of which may occur more than once. The output from grib2scan is printed out as it scans each section of the record. Below are  examples of the  grib2scan output from  two different GRIB2 records. An explanation of the output follows.

            
Record 1 starts at 0 of length 17242
            
    Discipline=0 (Meteorological)
  
            
    Reference Time = 2007-10-09 00:00:00  
  Start of Forecast  
            
   Field 1 
            
    GDT=0 (Lat/Lon) nx*ny=10512
   
            
     XDEF 144 linear 0.000000 2.500000
  
            
     YDEF 73 linear 90.000000 2.500000
  
            
    PDT=1 Forecast Time = 0 Hour 
  
            
    Parameter: disc,cat,num = 0,3,5  
            
    Level: ltype,lval = 100,20000   (sf,sval = 0 20000) 
  
            
    Ens: type,pert = 3,1 (total=10) 
  
            
    DRT=40 (Grid Point Data - JPEG2000 Compression) (Lossless) 
  
            
  
            
  Record 2 starts at 17242 of length 110483  
            
    Discipline=0 (Meteorological)
  
            
    Reference Time = 2007-10-09 00:00:00  Start of Forecast  
            
   Field 1 
  
            
   
  GDT=0 (Lat/Lon) nx*ny=259920
   
            
     XDEF 720 linear 0.000000 0.500000
     
            
     YDEF 361 linear 90.000000 0.500000
  
            
    PDT=8 (6 Hour Average) EndTime = 2007-10-09 06:00 
  
            
    Parameter: disc,cat,num,sp = 0,1,7,0
  
            
    Level: ltype,lval = 1,0   (sf,sval = 0 0) 
  
            
    DRT=40 (Grid Point Data - JPEG2000 Compression) (Lossless) 

  
  
             

            Section 0, the Indicator Section, contains info grib2scan uses to confirm it is looking at a GRIB2 file. This section also contains the Discipline, as well as the size of the entire record. 

            Section 1, the Identification Section,  contains characteristics that apply to all data in the record. Sections 0 and 1 are the only ones that may not be repeated in a GRIB2 record. From  section 1 we get the Reference Time printed in a YYYY-MM-DD HH:MM:SS format, plus the significance of the reference time.

            Section 3, the Grid Definition Section,  contains the definition of the grid surface and geometry of the data values in the grid. The Grid Definition Template (GDT) value indicates the grid type -- in Record 1, the data are on a Lat/Lon grid at 2.5-degree resolution; Record 2 has a 0.5-degree Lat/Lon grid. For some GDT values, grib2scan in verbose mode will print out  helpful information for creating the XDEF and YDEF or PDEF entries for the descriptor file. 

            Section 4, the Product Definition Section,  contains a lot of essential information about the nature of the data -- what the variable is called, its units, its vertical level, its valid time, whether it is part of an ensemble set, and whether it is an instantaneous value or statistically processed in some way. The Product Definition Template (PDT) value tells grib2scan  where to get the parameter category and number, which, along with the discipline, are required codes to uniquely identify the variable in the descriptor file. These three numbers, the discipline, category, and number, are printed out in comma-delimed format, so you can cut and paste them directly into your descriptor file. In Record 1, the parameter is "Discipline 0: Meteorological products, Parameter Category 3: Mass, Parameter Number 5: Geopotential Height". 
If the parameter has been statistically processed (i.e. it is an average or an accumulation over a period of time), then a fourth number is required by GrADS to  indicate the kind of statistical process used to generate the parameter: the discipline, category, number, and statistical process must go into the descriptor file. In Record 2, the parameter is "Discipline 0: Meterological products, Parameter Category 1: Moisture, Parameter Number 7: Precipitation rate, Statistical Process 0: Average (6 hour)". 
Section 4 also give the parameter's level type and value -- 
  
  these comma-delimited numbers can also be copied from the grib2scan output into your descriptor file. In the first example, the level type is pressure, and the level value is 20000 Pascals (or 200 mb). Note that if a parameter occurs on more than one pressure level, you should use ZDEF to list the pressure level values and omit the level value in the variable declaration. Pressure values are converted back to millibars internally if you use the OPTIONS  keyword "pascals". In Record 2, the level type is the ground or water surface and the value is 0. Finally, if it is relevant, ensemble 

metadata also appears in section 4. Ensemble metadata is only relevant in Record 1, and appears as an ensemble type and perturbation number. Parameters that are derived from all ensemble members only require one code, a number that indicates the type of derived forecast (e.g. ensemble mean). These ensemble codes  belong in the exanded form of the EDEF declaration. 

            Section 5, the Data Representation Section,  contains information about how the data are represented. The Data Representation Template (DRT) number is not required in a GrADS descriptor file, but because it is sometimes useful to know how the data are formatted in the GRIB2 file, it is included in the grib2scan output. 



grads-2.0.1/doc/compression.html0000644000175000017500000002431711353136313017746 0ustar  amckinstryamckinstry


            Reading and Writing Compressed Data Sets 
            

            Introduction
            
    Chunking and Cacheing 
            
    Setting Cache Size
            
    Reading Compressed  Files
            
    Writing Compressed NetCDF Files
            
    Setting Chunk Size
            

            

            line

            Introduction
            
  GrADS version 2.0.a8 introduces the capability to  read write compressed netCDF files. The use of compression can significantly reduce data volume and speed up the I/O. Optimizing the performance depends on a number of factors: configuration of the software, available memory on the local hardware, data volume, even the nature of the I/O request (e.g. an X-Y plane or a Z-T cross section). It is impossible to customize GrADS to account for all the external factors, but it is possible to make some good choices for the internal software controls based on what is known about the data, the kind of analysis to be performed, and the system on which GrADS is running. 

            Chunking and Cacheing
            
  A compressed netCDF file is actually an HDF5 file, so we begin with some HDF5 vocabulary. In HDF5, a chunk is an atomic unit of data -- chunks are handled individually for compression, reading and writing to disk, and storing in the cache. A multi-dimensional variable is a collection of chunks; each chunk has the same number of dimensions as the variable, and the size of a chunk in any dimension is equal to or less than the size of the variable's dimensions. 

            When a compressed data set is written out to a file, it is first divided into chunks, then each chunk is compressed, and finally the compressed chunk is written out to disk. When a client (such as GrADS) reads a compressed data set, a compressed chunk is read from disk, decompressed, and then the requested data values are returned to the client. The HDF5 library uses a cache to store  decompressed chunks in memory in case the client requests data from the same chunk again; data values are returned to the client much faster from the cache because the disk I/O and decompression steps are skipped. 

            To understand and optimize the performance of GrADS when reading a compressed netCDF file, it is helpful to know that GrADS does I/O by rows. Suppose a chunk contains 10 rows of a 2D grid, and the user wants to display 100 rows. The first chunk is read from disk, decompressed, cached, and the first row is delivered to GrADS. For the next nine rows, the library has cached the chunk, so the I/O is faster. For the 11th row, the next chunk is read from disk and the process repeats. If the size of the  cache is too small to store an entire chunk, then the library releases the chunk after reading one row, and then must read and decompress the 1st chunk from disk again in order to read the 2nd row. In this case, when the cache size is very small, the performace of GrADS when reading compressed data will be very slow. It is vital that the cache  be big enough to hold many chunks! 
            

            The HDF5 library allocates the chunk cache  on a per-variable basis, so if you open a file and display many variables,  you can quickly eat up a lot of memory. Be careful that the cache does not get too large, otherwise you may use up all the available memory on your system which  will cause GrADS to crash. 
            

            Setting Cache Size
            
It has been established that the cache size must be big enough to hold many chunks, but not so big that reading several variables in a file will use up all available memory. So how big should it be? The answer depends on the chunk size.  For good performance in GrADS, the cache should be at least big enough to hold  enough chunks to cover the global lat/lon domain. GrADS will set a default cache size that is based on the grid dimensions of a data set. The formula to calculate the default cache size is:   Xsize * Ysize * 8 * scale factor. The scale factor is 1.0 by default, but it can be changed by the user with the set cachesf command. The user can change the scale factor depending on the available memory on the system where GrADS is running. If available memory is limited, reduce the scale factor to a number less than 1.0. If memory is abundant, set the scale factor to a number greater than 1.0. Another way to override the default cache size is to use the CACHESIZE entry in the data descriptor file. This option is recommended if the data files have an especially large chunk size. In most cases, the default cache size set by GrADS should be satisfactory. Current value of a file's cache size may be discovered with the query cache command.
            

            Before you open a compressed netCDF file, you can find out what the chunk size is by using the ncdump utility with the -s option, or the h5dump utility with the -p option. These utilities are compiled along with the HDF5 and NetCDF-4 libraries, but they are not included in the GrADS  distribution. 
            

            Reading Compressed  Files
            
As long as GrADS has been compiled with netCDF library version 4.1 or higher (check q config to discover the version number), then reading a compressed netCDF file will work exactly the same way in GrADS as reading a "classic" netCDF file. The fact that the data are compressed should be nearly invisible to the user. The HDF5 interface also automatically handles compressed files. 
            

            For example, suppose you have a data set with a grid resolution of 0.10 degrees, with 3600 grid points in the X dimension and 1800 grid points in the Y dimension, and the chunk size is 360 x 180. The size of a single chunk is about 256 Kb, and there are 100 chunks in a  global grid. GrADS will set the default cache size to 51840000 bytes, which is more than enough to keep all the chunks in a single global grid in the cache. This variable would be read in quickly. Subsequent displays of this same variable would be extremely fast because the data would be read entirely from memory. In many cases, the I/O for a compressed netCDF file will be faster than a regular netCDF file because the time it takes to read the compressed chunks from disk and decompress them is less than the time it takes to read the non-compresed data  from disk. 
            

            When a user opens a file and issues an initial I/O request, GrADS will compare the chunk size and the current cache size and make sure that at least one chunk will fit in the cache. If the chunks are too big, GrADS will issue a warning ("... The I/O for this variable will be extremely slow...") and show you the chunk and cache sizes. If you see this message, follow these instructions:
            
  1. Close the file
            
  2(a). Add a CACHESIZE entry in the data descriptor file with a suitable value, OR  
            
  2(b). Increase the cache size scale factor with  the set cachesf command
            
3. Re-open the file
            

            Writing Compressed NetCDF Files
            
You can create compressed netCDF output files with GrADS by using the sdfwrite command. To do this, use the -zip option with the set sdfwrite command, and then set the chunk size with the set chunksize command before invoking sdfwrite. More on how to set good chunk sizes is in the section below. The compressed netCDF files created with GrADS use zlib compression level 1. Higher compression levels are not recommended because they require more time to compress/decompress and do not add a significant reduction in file size. 
            

            Setting Chunk Size
            
The chunk dimension sizes are set at the time the data are written out to file. Once the data are written, there is no way to change the chunk sizes except to copy the data to a new file. If you are creating a compressed netCDF file, be sure to set the chunk size carefully and keep in mind that other users of your data file may not have the same memory resources that you do. An  estimate of the size of an decompressed chunk is 4 bytes (for floating point data values) multiplied by the all chunk dimension sizes plus a little more for metadata. It is recommended to try to keep the  size of an uncompressed chunk  in the ballpark of ~512 Kb. 
            

            The default behavior of GrADS is to  set the chunk size equal to the variable's full grid  size for the longitude (X) and latitude (Y) dimensions, and 1 (one) for all other dimensions. In this case, a chunk would be a single global 2-D lon/lat grid. However, if your data set is of sufficiently high resolution (e.g., if the grid size is less than 1.0 degree latitude/longitude), then you should use the set chunksize command to set the chunk size smaller than the grid size in the longitude and latitude dimensions -- divide by 2, or 5, or 10 as necessary to keep the chunk  in the ballpark of 512 kbytes.
  
  Unless your data set does not vary in longitude and latidude, keep the chunk size equal to 1 for the level (Z), time (T), and ensemble (E) dimensions. If the chunk size is too big, then  the cache can never be adequate to support the I/O at a reasonable speed. Chunks that are too small do a lot less harm than chunks that are too big. 
            

             
            

             
            

            


            


            grads-2.0.1/doc/gradcomddefine.html0000644000175000017500000000137610243410766020344 0ustar  amckinstryamckinstry



GrADS Command: define




            define
            

            
The define command creates new Grads variables. The syntax is:

            

              
define var = expression
              
or 
              
var = expression   
(the define command may be implied)
              

            


            
where var is a variable name, and expression
is any valid Grads expression.


            

            Usage Notes
            


            
See the section in the User's Guide on defining new variables for more
information.


            Examples
            




grads-2.0.1/doc/gradcomdflush.html0000644000175000017500000000054511353136313020224 0ustar  amckinstryamckinstryGrADS Command: flush



            flush
            
flush

            
Releases all memory from the GRIB2 cache. 

            

            Usage Notes
            

            This command is in GrADS version 2.0+
            
grads-2.0.1/doc/edemo1.png0000644000175000017500000001547511353136313016404 0ustar  amckinstryamckinstry‰PNG


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dimensions:
	xt = 240 ;
	yt = 134 ;
	zt = 25 ;
	xu = 240 ;
	yu = 134 ;
	zw = 25 ;
	Surface = 1 ;
	Time = UNLIMITED ; // (1 currently)
variables:
	float xt(xt) ;
		xt:long_name = "Longitude of T points" ;
		xt:units = "degrees_E" ;
		xt:cartesian_axis = "X" ;
	float yt(yt) ;
		yt:long_name = "Latitude of T points" ;
		yt:units = "degrees_N" ;
		yt:cartesian_axis = "Y" ;
	float zt(zt) ;
		zt:long_name = "Depth of T grid point" ;
		zt:units = "m" ;
		zt:cartesian_axis = "Z" ;
		zt:positive = "down" ;
	float xu(xu) ;
		xu:long_name = "Longitude of U points" ;
		xu:units = "degrees_E" ;
		xu:cartesian_axis = "X" ;
	float yu(yu) ;
		yu:long_name = "Latitude of U points" ;
		yu:units = "degrees_N" ;
		yu:cartesian_axis = "Y" ;
	float zw(zw) ;
		zw:long_name = "Depth of T cell bottom" ;
		zw:units = "m" ;
		zw:cartesian_axis = "Z" ;
		zw:positive = "down" ;
	float Surface(Surface) ;
		Surface:long_name = "Depth of surface" ;
		Surface:units = "m" ;
		Surface:cartesian_axis = "Z" ;
		Surface:positive = "down" ;
	double Time(Time) ;
		Time:long_name = "Time since initial condition" ;
		Time:units = "days since 1925-01-01 00:00:00.0" ;
		Time:cartesian_axis = "T" ;
	float temp(Time, zt, yt, xt) ;
		temp:long_name = "potential temperature" ;
		temp:units = "deg C" ;
		temp:valid_range = -5.f, 50.f ;
		temp:missing_value = -1.e+34f ;
		temp:_FillValue = -1.e+34f ;
	float u(Time, zt, yu, xu) ;
		u:long_name = "Zonal velocity" ;
		u:units = "cm/s" ;
		u:missing_value = -1.e+34f ;
	float v(Time, zt, yu, xu) ;
		v:long_name = "Meridional velocity" ;
		v:units = "cm/s" ;
		v:missing_value = -1.e+34f ;
	float w(Time, zw, yt, xt) ;
		w:long_name = "W at T cell bottom" ;
		w:units = "cm/s" ;
		w:missing_value = -1.e+34f ;
	float taux(Time, Surface, yu, xu) ;
		taux:long_name = "Zonal windstress" ;
		taux:units = "dyn/cm**2" ;
		taux:missing_value = -1.e+34f ;
	float tauy(Time, Surface, yu, xu) ;
		tauy:long_name = "Meridional windstress" ;
		tauy:units = "dyn/cm**2" ;
		tauy:missing_value = -1.e+34f ;
	float hflx(Time, Surface, yt, xt) ;
		hflx:long_name = "Surface heat flux" ;
		hflx:units = "cal/cm**2/s" ;
		hflx:missing_value = -1.e+34f ;
	float sflx(Time, Surface, yt, xt) ;
		sflx:long_name = "Surface salt flux" ;
		sflx:units = "g/cm**2/s" ;
		sflx:missing_value = -1.e+34f ;
	float eta(Time, yt, xt) ;
		eta:long_name = "Surface height" ;
		eta:units = "cm" ;
		eta:missing_value = -1.e+34f ;

data:

 xt = 0.75, 2.25, 3.75, 5.25, 6.75, 8.25, 9.75, 11.25, 12.75, 14.25, 15.75, 
    17.25, 18.75, 20.25, 21.75, 23.25, 24.75, 26.25, 27.75, 29.25, 30.75, 
    32.25, 33.75, 35.25, 36.75, 38.25, 39.75, 41.25, 42.75, 44.25, 45.75, 
    47.25, 48.75, 50.25, 51.75, 53.25, 54.75, 56.25, 57.75, 59.25, 60.75, 
    62.25, 63.75, 65.25, 66.75, 68.25, 69.75, 71.25, 72.75, 74.25, 75.75, 
    77.25, 78.75, 80.25, 81.75, 83.25, 84.75, 86.25, 87.75, 89.25, 90.75, 
    92.25, 93.75, 95.25, 96.75, 98.25, 99.75, 101.25, 102.75, 104.25, 105.75, 
    107.25, 108.75, 110.25, 111.75, 113.25, 114.75, 116.25, 117.75, 119.25, 
    120.75, 122.25, 123.75, 125.25, 126.75, 128.25, 129.75, 131.25, 132.75, 
    134.25, 135.75, 137.25, 138.75, 140.25, 141.75, 143.25, 144.75, 146.25, 
    147.75, 149.25, 150.75, 152.25, 153.75, 155.25, 156.75, 158.25, 159.75, 
    161.25, 162.75, 164.25, 165.75, 167.25, 168.75, 170.25, 171.75, 173.25, 
    174.75, 176.25, 177.75, 179.25, 180.75, 182.25, 183.75, 185.25, 186.75, 
    188.25, 189.75, 191.25, 192.75, 194.25, 195.75, 197.25, 198.75, 200.25, 
    201.75, 203.25, 204.75, 206.25, 207.75, 209.25, 210.75, 212.25, 213.75, 
    215.25, 216.75, 218.25, 219.75, 221.25, 222.75, 224.25, 225.75, 227.25, 
    228.75, 230.25, 231.75, 233.25, 234.75, 236.25, 237.75, 239.25, 240.75, 
    242.25, 243.75, 245.25, 246.75, 248.25, 249.75, 251.25, 252.75, 254.25, 
    255.75, 257.25, 258.75, 260.25, 261.75, 263.25, 264.75, 266.25, 267.75, 
    269.25, 270.75, 272.25, 273.75, 275.25, 276.75, 278.25, 279.75, 281.25, 
    282.75, 284.25, 285.75, 287.25, 288.75, 290.25, 291.75, 293.25, 294.75, 
    296.25, 297.75, 299.25, 300.75, 302.25, 303.75, 305.25, 306.75, 308.25, 
    309.75, 311.25, 312.75, 314.25, 315.75, 317.25, 318.75, 320.25, 321.75, 
    323.25, 324.75, 326.25, 327.75, 329.25, 330.75, 332.25, 333.75, 335.25, 
    336.75, 338.25, 339.75, 341.25, 342.75, 344.25, 345.75, 347.25, 348.75, 
    350.25, 351.75, 353.25, 354.75, 356.25, 357.75, 359.25 ;

 yt = -74.25, -72.75, -71.25, -69.75, -68.25, -66.75, -65.25, -63.75, 
    -62.25, -60.75, -59.25, -57.75, -56.25, -54.75, -53.25, -51.75, -50.25, 
    -48.75, -47.25, -45.75, -44.25, -42.75, -41.25, -39.75, -38.25, -36.75, 
    -35.25, -33.75, -32.25, -30.75, -29.25, -27.75616, -26.28063, -24.83512, 
    -23.43062, -22.07706, -20.78317, -19.55618, -18.40167, -17.32345, 
    -16.32345, -15.40167, -14.55617, -13.78317, -13.07706, -12.43062, 
    -11.83512, -11.28063, -10.75616, -10.25, -9.75, -9.25, -8.75, -8.25, 
    -7.75, -7.25, -6.75, -6.25, -5.75, -5.25, -4.75, -4.25, -3.75, -3.25, 
    -2.75, -2.25, -1.75, -1.25, -0.75, -0.25, 0.25, 0.75, 1.25, 1.75, 2.25, 
    2.75, 3.25, 3.75, 4.25, 4.75, 5.25, 5.75, 6.25, 6.75, 7.25, 7.75, 8.25, 
    8.75, 9.25, 9.75, 10.25, 10.75616, 11.28063, 11.83512, 12.43062, 
    13.07706, 13.78317, 14.55617, 15.40167, 16.32345, 17.32345, 18.40167, 
    19.55618, 20.78317, 22.07706, 23.43062, 24.83512, 26.28063, 27.75616, 
    29.25, 30.75, 32.25, 33.75, 35.25, 36.75, 38.25, 39.75, 41.25, 42.75, 
    44.25, 45.75, 47.25, 48.75, 50.25, 51.75, 53.25, 54.75, 56.25, 57.75, 
    59.25, 60.75, 62.25, 63.75, 65.25 ;

 zt = 7.5, 22.5, 37.5, 52.5, 67.5, 82.5, 97.5, 112.5, 127.5, 142.5, 
    158.058, 175.1405, 194.3055, 215.553, 238.325, 261.655, 336.655, 463.325, 
    624.1221, 882.1049, 1285.536, 1860.536, 2607.105, 3499.122, 4488.325 ;

 xu = 1.5, 3, 4.5, 6, 7.5, 9, 10.5, 12, 13.5, 15, 16.5, 18, 19.5, 21, 22.5, 
    24, 25.5, 27, 28.5, 30, 31.5, 33, 34.5, 36, 37.5, 39, 40.5, 42, 43.5, 45, 
    46.5, 48, 49.5, 51, 52.5, 54, 55.5, 57, 58.5, 60, 61.5, 63, 64.5, 66, 
    67.5, 69, 70.5, 72, 73.5, 75, 76.5, 78, 79.5, 81, 82.5, 84, 85.5, 87, 
    88.5, 90, 91.5, 93, 94.5, 96, 97.5, 99, 100.5, 102, 103.5, 105, 106.5, 
    108, 109.5, 111, 112.5, 114, 115.5, 117, 118.5, 120, 121.5, 123, 124.5, 
    126, 127.5, 129, 130.5, 132, 133.5, 135, 136.5, 138, 139.5, 141, 142.5, 
    144, 145.5, 147, 148.5, 150, 151.5, 153, 154.5, 156, 157.5, 159, 160.5, 
    162, 163.5, 165, 166.5, 168, 169.5, 171, 172.5, 174, 175.5, 177, 178.5, 
    180, 181.5, 183, 184.5, 186, 187.5, 189, 190.5, 192, 193.5, 195, 196.5, 
    198, 199.5, 201, 202.5, 204, 205.5, 207, 208.5, 210, 211.5, 213, 214.5, 
    216, 217.5, 219, 220.5, 222, 223.5, 225, 226.5, 228, 229.5, 231, 232.5, 
    234, 235.5, 237, 238.5, 240, 241.5, 243, 244.5, 246, 247.5, 249, 250.5, 
    252, 253.5, 255, 256.5, 258, 259.5, 261, 262.5, 264, 265.5, 267, 268.5, 
    270, 271.5, 273, 274.5, 276, 277.5, 279, 280.5, 282, 283.5, 285, 286.5, 
    288, 289.5, 291, 292.5, 294, 295.5, 297, 298.5, 300, 301.5, 303, 304.5, 
    306, 307.5, 309, 310.5, 312, 313.5, 315, 316.5, 318, 319.5, 321, 322.5, 
    324, 325.5, 327, 328.5, 330, 331.5, 333, 334.5, 336, 337.5, 339, 340.5, 
    342, 343.5, 345, 346.5, 348, 349.5, 351, 352.5, 354, 355.5, 357, 358.5, 
    360 ;

 yu = -73.5, -72, -70.5, -69, -67.5, -66, -64.5, -63, -61.5, -60, -58.5, 
    -57, -55.5, -54, -52.5, -51, -49.5, -48, -46.5, -45, -43.5, -42, -40.5, 
    -39, -37.5, -36, -34.5, -33, -31.5, -30, -28.50308, -27.01839, -25.55788, 
    -24.13287, -22.75384, -21.43012, -20.16967, -18.97892, -17.86256, 
    -16.82345, -15.86256, -14.97892, -14.16967, -13.43012, -12.75384, 
    -12.13287, -11.55788, -11.01839, -10.50308, -10, -9.5, -9, -8.5, -8, 
    -7.5, -7, -6.5, -6, -5.5, -5, -4.5, -4, -3.5, -3, -2.5, -2, -1.5, -1, 
    -0.5, 1.776357e-15, 0.5, 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5, 5, 5.5, 6, 6.5, 
    7, 7.5, 8, 8.5, 9, 9.5, 10, 10.50308, 11.01839, 11.55788, 12.13287, 
    12.75384, 13.43012, 14.16967, 14.97892, 15.86256, 16.82345, 17.86256, 
    18.97892, 20.16967, 21.43012, 22.75384, 24.13287, 25.55788, 27.01839, 
    28.50308, 30, 31.5, 33, 34.5, 36, 37.5, 39, 40.5, 42, 43.5, 45, 46.5, 48, 
    49.5, 51, 52.5, 54, 55.5, 57, 58.5, 60, 61.5, 63, 64.5, 66 ;

 zw = 15, 30, 45, 60, 75, 90, 105, 120, 135, 150.279, 166.5993, 184.723, 
    204.9293, 226.939, 249.99, 299.155, 399.99, 543.7236, 753.1135, 1083.821, 
    1573.036, 2233.821, 3053.114, 3993.724, 4999.99 ;

 Surface = 0 ;

 Time = 47449.9583333333 ;

}
grads-2.0.1/doc/gradcomdsetylopts.html0000644000175000017500000000161211632442207021147 0ustar  amckinstryamckinstry


            set ylopts
            
set ylopts color <thickness <size>>
            
Controls aspects of axis display
            


              
ylopts
               controls
the Y Axis
              
color                  
Label color (Default 1) 
              
thickness          
Label thickness (Default 3) 
              
size                    
Label size (Default 0.11) 

            

            Usage Notes
            

            Examples
            
grads-2.0.1/doc/usingstationdata.html0000644000175000017500000002333310243410766020767 0ustar  amckinstryamckinstry



Using GrADS Station Data




            Using GrADS Station Data
            

            
This section describes some of the GrADS commands and functions that are
available for analyzing and displaying station data.  Please refer to
the companion section About Station
Data for information on the structure of station data files, how
to create them, and how to instruct GrADS to interpret them properly.

            
Here are some quick links for skipping through this section:

            


            

            

            Operating on Station Data
            


            
Currently, station data operations and display are supported for
three distinct dimension environments:

            

              

            • X, Y varying (horizontal X, Y plot)

            • Z varying  (vertical profile)

            • T varying  (time series)

            


            
Operations may be done on station data as with gridded data. 
Operations between grids and station data are not supported.


            
Operations between station data are defined as being the
operation performed on data points that have exactly the same
varying dimension values.
            

For example, if T is the only varying dimension, the expression:
            


            display ts-ds
            

would result in a time series of station data reports being
retrieved for two separate variables.  Then, for station reports
having exactly the same time, the operation is performed.  Note
that duplicates are ignored, with the operation being performed
between the first occurrences encountered.
            

When both X and Y are both fixed dimensions, the variable
specification may include a station identifier, which specifies a
local override for both lat and lon.
            

The syntax for this would be:
            


            varname(stid=ident)
            

The station identifiers are case insensitive.
            

Some functions do not support station data types.  These are:
            


            hdivg   
hcurl vint maskout ave aave tloop
            

When X and Y are varying, station data values are displayed as
numbers centred at their locations.  If two expressions are
supplied on the display command
(ie,
display ts;ds) then two
values are displayed, above and below the station location. The
display is controlled by the following set commands:
            


            


            
The set stid command
controls whether the station identifier is displayed with each value.


            

            Plotting Station Models
            

            
GrADs will plot station models from station data. This is enabled
by:
            


            set gxout model
            

The appropriate display command is:
            


            display u;v;t;d;slp;delta;cld;wx;vis
            

where:
            


              u and v are the wind components.  A wind barb will
be drawn using
these values.  If either is missing, the station model will not
be plotted at all. 
              
t, d, slp, and delta are plotted numerically
around the station model
              

cld is the value of the symbol desired at the center of the
station model.  Values 1 to 9 are assumed to be the
marker types
(ie, circle, square, crosshair, etc). Values 20 to 25 
are assumed
to be cloudiness values:
              


                
20  -clear 
                
21  -scattered 
22  -broken 
                
23  -overcast 
                
24  -obscured 
                
25  -missing (M plotted)
              
wx is the
value
of the wx symbol (see draw wxsym) to be plotted
in the wx location. 
              
vis is the visibility as a real number.  It will be
plotted as a whole number and a fraction.
            

When any of these items are missing (other than u and
v), the
model is plotted without that element. To represent a globally
missing value, enter a constant in the display command.  For
example, if the delta were always missing, use:
            


            display u;v;t;d;slp;0.0;cld
            

The station models respond to the usual set commands such as 
set digsiz, set dignum, set cthick, set ccolor.
            

In addition, there is:
            


            set stnopts  
            

which will cause the model to plot the number in the slp location
as a three digit number, with only the last three digits of the
whole number plotted.  This allows the  standard 3 digit sea
level pressure to be plotted by enabling dig3 and plotting
slp*10.


            

            Drawing Arbitrary Cross Sections
            

            
Drawing arbitrary vertical cross sections based on a collection of
station data profiles involves transforming station data (scattered
observations) into gridded data so as to take advantage of the GrADS
grid display and analysis features.


            
The first step is to form a collection of 1-D data (Z or T
varying). The collect
command saves station data profiles or time series in memory as a
set. The 1-D data may be either real station data or
gridded data converted to station data using 
gr2stn. 


             
The second stop is to convert the collection of station data into
a grid for display or analysis purposes. This is accomplished by
the new function coll2gr. 
 


            
coll2gr does not yet
support time slices; currently, it will only work when the collection
of stations is a collection of vertical profiles.


            
coll2gr produces an
output grid that varies in X and Z; the dimension environment used
when coll2gr is
invoked must also be X and Z varying. The X axis of the output grid
will contain the equally spaced station profiles and will span the
range of the current X dimension environment. The Z axis of the output
grid will span the range of the current Z dimension environment and
will have either the specified number of levels or a union of the
levels. Data points outside of the range of levels will be used for
interpolating to within the range if appropriate.


            
The X axis of the output grid from coll2gr is artificial in
terms of the world coordinates -- it doesn't really represent
longitudes. A way to completely control the labelling of the display
output is provided:


            

            


            
Each label string may include blanks. The labels will be plotted
equally spaced along the indicated axis. Spacing can be
modified by adding blank strings:

            

            


            
Here is a sample script written by M. Fiorino that uses these features:

            

*********************************************************************
            
* The following lines will display an arbitrary X section
            
* from one specified point to another.  
            
*
            
* lon1 is the westernmost longitude point
            
* lon2 is the easternmost longitude point
            
* lat1 is the latitude that corresponds to lon1
            
* lat2 is the latitude that corresponds to lon2
            
*
            
* The loop is used to interpolate between points in
            
* the arbitrary cross section.  This code will plot
            
* any cross section as long as you specify the points. 
             
* My code plots cross sections of PV after I calculated
            
* PV on 11 pressure surfaces.  I have another script
            
* that plots cross sections of potential temperature, and
            
* the code is very similar to this, except theta is substituted
            
* for PV.
            
*
            
* Many thanks to Brian Doty at COLA for his help with this code.
            
*
            
********************************************************************
            

            
'open pv.ctl'
            
'set grads off'
            
'set zlog on'
            
'set x 1'
            
'set y 1'
            
'set lev 1000 100'
            
lon1 = -95.0
            
lon2 = -90.0
            
lat1 =  55.0
            
lat2 =  15.0
            
lon = lon1
            
'collect 1 free'
            
while (lon <= lon2)
            
  lat = lat1 + (lat2-lat1)*(lon-lon1) / (lon2-lon1)
            
  'collect 1 gr2stn(pv,'lon','lat')'
            
  lon = lon + 1
            
endwhile
            

            
'set x 14 16'
            
'set xaxis 'lon1' 'lon2
            
'set clab on'
            
'set gxout shaded'
            
'set clevs 0 .5 15'
            
'set ccols 0 0 7 0'
            
'd coll2gr(1,-u)'
            
'set gxout contour' 
            
'set cint .5'
            
'd coll2gr(1,-u)'
            
            




grads-2.0.1/doc/gradcomdhelp.html0000644000175000017500000000050710243410766020035 0ustar  amckinstryamckinstry


            help
            
Gives a summary list of operations essential to do anything in GrADS. This
is intended to jog memory rather than provide an exhaustive help facility. 

            Usage
            

            Notes
            
grads-2.0.1/doc/gradcomdsetdfile.html0000644000175000017500000000042010243410766020676 0ustar  amckinstryamckinstry


            set dfile
            
set dfile file
            
change to descriptor file number for current file
            

            Usage
            

            Notes
            
grads-2.0.1/doc/gradcomdsetdialog.html0000644000175000017500000000305610243410766021062 0ustar  amckinstryamckinstry



GrADS Command: set dialog




            set dialog
            

            
set dialog pc fc bc oc th <numeric|n>


            
Sets color properties for dialog box widgets. 


            

              
pc    prompt color 
              
fc    foreground text color 
              
bc    background color 
              
oc    outline color 
              
th    outline thickness 
              
n     numeric input only (optional) 
              

            

            

            Usage Notes
            

              

            1. If th is 1-5, a one-pixel border is drawn; if
it is 6 or more, a two-pixel border is drawn.

              

            2. Default colors are accessed by setting the colors to -1. 

              

            3. If the numeric option is invoked, keyboard inputs are restricted
to 0-9, ., -, +, e, and E.  Entered value is checked to assure it is a
rational number of the form +/-nnnn, +/-nnnn.dddd, or
+/-nnnn.ddddE+/-xxxx. This assures the returned numeric value is valid
for use by a GrADS script.

              

            4. See the q dialog
refrence page for details on execution of the dialog box widgets.


            


            

            Examples 
            

            

            set dialog 1 0 5 1 6
q dialog Hello World
say result

            




grads-2.0.1/doc/footnote1.html0000644000175000017500000000035210243410766017320 0ustar  amckinstryamckinstry

With the
exception of the MS-DOS version which only has one window  (the
only non-X windows version)

grads-2.0.1/doc/commands.html0000644000175000017500000005647611416646526017235 0ustar  amckinstryamckinstry



GrADS Commands




            GrADS Commands Sorted by Attribute
            


            Animation

            set loopdim
    
Sets dimension to animate

            set loopincr
   
Sets looping increment

            set looping
     
Turns on animation when fewer than three dimesions are varying

            set dbuff
      
Turns on/off double buffer mode

            swap
           
Swaps buffers when in double buffer mode



            Axis Labeling

            draw xlab
       
Draws an X-axis label

            draw ylab
       
Draws a Y-axis label

            set vrange
     
Sets the range of values for Y-axis scaling

            set vrange2
    
Sets the range of values for X-axis scaling

            set xaxis
      
Specifies where the labeled tick marks will be placed on the X-axis

            set xflip
      
Flips the order of the horizontal axis

            set xlab
       
Controls the format of X-axis tick mark labels

            set xlabs
      
Gives specific text for X-axis labels

            set xlevs
      
Specifies each individual labeled tick mark for the X-axis

            set xlint
      
Specifies the interval between labeled tick marks on the X-axis

            set xlopts
     
Controls X-axis label options

            set xlpos
      
Controls position of X-axis labels

            set xyrev
      
Reverses the X and Y axes on a plot

            set yaxis
      
Specifies where the labeled tick marks will be placed on the Y-axis

            set yflip
      
Flips the order of the vertical axis

            set ylab
       
Controls the format of Y-axis tick mark labels

            set ylabs
      
Gives specific text for Y-axis labels

            set ylevs
      
Specifies each individual labeled tick mark for the Y-axis

            set ylint
      
Specifies the interval between labeled tick marks on the Y-axis

            set ylopts
     
Controls Y-axis label options

            set ylpos
      
Controls position of Y-axis labels

            set zlog
       
Sets log scaling of the Z dimension



            Bar Graphs

            set barbase
    
Sets the reference point for bar graphs

            set bargap
     
Sets the gap between bars for bar graphs

            set baropts
    
Sets characteristics of bars for bar graphs

            set gxout bar
 
Graphics output type for bar graphs

            set gxout errbar
 
Graphics output type to show error bars



            Color Control

            set fgvals
      
Assigns a color to a particular value; used with set gxout fgrid

            set lfcols
      


            set rbcols
     
Specifies a new rainbow color sequence

            set rbrange
    
Assigns a range of values to rainbow colors

            set rgb
        
Defines a new color

            set wxcols
     
Controls color of weather symbols



            Contour Settings

            set annot
      
Sets the color and thickness for the axis border, axis labels, and tickmarks.

            set black
      
Specifies a range of values for which no contours will be drawn

            set ccolor
     
Specifies the color of the plotted contours

            set ccols
      
Assigns specific colors for each contour level

            set cint
        
Sets the contour interval

            set clab
       
Controls contour labels

            set clevs
      
Sets specific contour levels

            set clopts
     
Contour label options

            set clskip
     
Sets the number of contour lines to skip when labelling

            set cmax
       
Contours not drawn above this value

            set cmin
       
Contours not drawn below this value

            set csmooth
    
Interpolates the grid to a finer resolution before contouring

            set cstyle
     
Sets the contour line style

            set cterp
      
Turns on/off spline smoothing

            set cthick
      
Sets contour line thickness



            Display Controls

            clear
          
Clears the display window and resets many graphics options

            display
        
Draws a plot

            reset
             
Returns GrADS settings to default state with some exceptions

            set background
 
Sets background color

            set clip
       
Sets the coordinates for clipping the plot area

            set cmark
      
Sets the type of line marker

            set display
     
Sets the mode of display

            set frame
       
Draws a frame around plot borders

            set gridln
     
Controls appearance of grid lines; used with set gxout grid

            set gxout
        
Sets a graphics output type

            set line
       
Sets line attributes

            set missconn
   
Connects plots lines over missing data

            set parea
      
Specifies the area for plotting contour plots, maps, or line graphs

            set vpage
      
Sets dimensions of the virtual page

            set xsize
      
Resizes the graphics display window 



            Data and Image Output
            

            disable fwrite
 
Closes output file containing gridded data 

            disable print
  
Closes output file containing images in metacode format 

            enable print
     
Opens output file containing images in metacode format

            gxeps
          
Converts GrADS metacode format image files into postscript

            gxps
           
Converts GrADS metacode format image files into postscript

            gxtran
         
Displays GrADS metacode format image files

            outxwd
         
Copies the contents of the display window into a file in XWD format 

            print
          
Copies the contents of display window to a file in a metacode format

            printim
        
Copies the contents of display window to a file in PNG or GIF format

            set fwrite
     
Sets filename, byte ordering, and format for data output

            set gxout fwrite
 
Graphics output type for writing data to file

            wi
             
Dumps the contents of the display window into a file in a variety of formats



            Dimension Environment

            set x
          
Specifies the X-dimension in grid coordinates

            set y
          
Specifies the Y-dimension in grid coordinates

            set z
          
Specifies the Z-dimension in grid coordinates

            set t
          
Specifies the T-dimension in grid coordinates

            set e
          
Specifies the E-dimension in grid coordinates

            set lon
        
Specifies the X-dimension in world coordinates

            set lat
        
Specifies the Y-dimension in world coordinates

            set lev
        
Specifies the Z-dimension in world coordinates

            set time
       
Specifies the T-dimension in world coordinates

            set ens
       
Specifies the E-dimension in world coordinates

            File I/O

            close
          
Closes a GrADS data file

            open
           
Opens a GrADS data file

            reinit
            
Returns GrADS to its initial state

            exec
           
Executes the list of GrADS commands contained in a file

            run
             
Runs a GrADS script

            sdfopen
        
Opens a NetCDF of HDF-SDS file that conforms to the COARDS conventions

            xdfopen
        
Opens a NetCDF of HDF-SDS file that does not conform to the COARDS conventions

            set dfile
      
Changes default file

            set imprun
     
Sets up automatic script execution before every display command



            GrADS-User Interface

            grads
          
Starts the GrADS program

            help
           
Lists a few basic GrADS commands

            query
          
Returns information about a variety of aspects of the current GrADS session

            quit
             
Quits GrADS

            set datawarn
   
Prints "Entire Grid Undefined" in display window if all data are missing

            set stat
       
Turns on/off printing of statistical information for each display

            set warn
       
Turns on/off messages about the progress of certain mathematical operations

            !shell
         
Sends a command to the shell



            Graphical Elements

            draw line
       
Draws a line

            draw mark
       
Draws a mark

            draw polyf
      
Draws a filled polygon

            draw rec
        
Draws a rectangle

            draw recf
       
Draws a filled rectangle

            draw wxsym
      
Draws a weather symbol



            GRIB Utilities

            gribmap
        
Creates a map of data sets in GRIB format

            gribscan
       
Extracts grid info from data sets in GRIB format



            Map Settings

            draw map        
Draws a map outline

            set grid
       
Sets characteristics of displayed grid lines

            set map
        
Sets map background characteristics

            set mpdraw
     
Turns on/off drawing of map background

            set mpdset
     
Sets the resolution of the coastal outline

            set mproj
      
Sets current map projection

            set mpt
        
Controls map background characteristics 

            set mpvals
     
Sets reference longitudes and latitudes for polar stereographic plots

            set poli
       
Turns on/off the drawing of political boundaries



            Plot Annotation and Labeling

            draw string
     
Draws a string anywhere on the page

            draw title
      
Draws a title centered over a plot

            set dignum
      
Sets the number of significant digits after the decimal point

            set digsiz
      
Sets the size of plotted numbers

            set font
        
Selects the font for text display

            set grads
       
Turns on/off the GrADS logo in each plot

            set string
     
Sets string drawing attributes

            set strsiz
     
Sets the string character size

            set timelab
    
Turns on/off display of the time label 

            set tlsupp
     
Suppresses the annotation of the year and/or month in date/time labels



            Station Data

            collect
        
Saves station data in memory as a set

            set mdlopts
    

            set wxopt
      
Controls weather symbol output; used with set gxout wxsym

            set stid
       
Turns on/off display of the station ID next to the data values 

            set stnprint
   
Controls printing of station data values; used with set gxout stat

            stnmap
         
Writes out a hash table and/or link list information for station data



            Variables

            define
         
Creates a new GrADS variable that is loaded into memory

            modify
         
Defines a climatological variable

            set defval
     
Interactively modifies grid point values for 2-D defined variables

            undefine
       
Frees the memory used by a defined variable



            Vectors

            set arrlab
     
Toggles drawing the vector arrow label 

            set arrowhead
  
Sets the size of the vector arrowhead

            set arrscl
     
Specifies arrow length scaling

            set gxout vector
  
Graphics output type for vector plots

            set hempref
    
Controls wind barb drawing conventions

            set strmden
    
Sets density of streamlines; used with set gxout stream



            Widgets

            draw button     
Draws a button widget

            redraw button   
Resets a button widget on/off

            draw dropmenu   
Draws a dropmenu widget

            set button
     
Specifies the color characteristics of a button widget

            set dialog
      
Sets color properties of dialog box widgets

            set dropmenu
   
Sets color properties of dropmenu widgets

            set rband
      
Sets characteristics for the 'rubber band' widget






grads-2.0.1/doc/gradcomdsetloopincr.html0000644000175000017500000000040310243410766021441 0ustar  amckinstryamckinstry


            set loopincr
            
set loopincr incr
            
set looping increment
            

            Usage Notes
            

            Examples
            
grads-2.0.1/doc/gradfuncasin.html0000644000175000017500000000074710243410766020056 0ustar  amckinstryamckinstry


            asin
            

asin(expr)
            

Applies the sin-1 function to the result of
expr. Values of expr that exceed 1
or are less than -1 are set to missing in the final result. The result of
the asin function is in radians.

            Usage Notes
            

            Examples
            
grads-2.0.1/doc/gradcomdsetbaropts.html0000644000175000017500000000073510243410766021276 0ustar  amckinstryamckinstry


            set baropts
            
set baropts opts
            
Description here..........opts can have the values of 
            

              
outline     do not fill
in
the bar
              
filled       fill the
bar
            

            Usage Notes
            

            Examples
            
grads-2.0.1/doc/gradcomdsetstid.html0000644000175000017500000000065110243410766020564 0ustar  amckinstryamckinstry


            set stid
            
set stid on|off
            
Controls whether the station id is displayed next to the
values or not. When using 'set gxout model' with 'set stid on', the station id will appear just below the station model.
            

            Usage Notes
            

            Examples
            
grads-2.0.1/doc/coordinate.html0000644000175000017500000001160110243410766017530 0ustar  amckinstryamckinstry


            INTRODUCTION
            

              
I believe the most significant contribution of GrADS to the data
"slicing" problem is its support of a universal,
EXTERNAL-TO-THE-DATA "world coordinate."  
              

There are three coordinate systems in GrADS:
              


                

              • GRID or index coorindate where data are reference by indices

              • WORLD or some external physical coordinate

              • PLOT or x-y location on the screen
              

We'll first concentrate on the data cooridinates GRID and WORLD
before discussing PLOT coordinates since these are the most
important for data display and analysis.
              

The world coordinate is 4-D and is DEFINED INSIDE GrADS as the
variables or dimensions with the names lon,
lat, lev and
time.  The typical correspondence between these GrADS
world
coordinates and the "real world" is:
              


                
lon 	=	longitude on the earth in degrees east
                
lat	=	latitude on the earth in degrees N
                
lev	=	pressure levels, sigma levels or theta levels
                
time	=	REAL TIME in min, hours, days, months and years
(Gregorian calendar)
              

For example, the point in the physical world (NOT DATA) of
(14.3N; 145E; 500 mb; 00:12 UTC on 7 March 1996 (a point
above
Guam)) in GrADS world coordinates (lon;lat;lev;time) would
be
(14.3;145.0;500;12:00Z7Mar1996).
              

The grid coordinate is also 4-D and is DEFINED INSIDE GrADS as
(x,y,z,t).  In FORTRAN, the data would written out
              


                
parameter (nx=144,ny=73,nz=17,nt=2)
                
dimension u(nx,ny,nz,nt)
                
integer x,y,z,t
                

do t=1,nt	  
    do z=1,nz
                
        write(10) ((u(x,y),x=1,nx),y=1,ny)
                
    end do
                
end do
              


In GrADS, one can REFERENCE data in the GrADS world coordinate
IRRESPECTIVE of the underlying data structure.  This feature is
something that the netCDF data access procedures do NOT support
and is what makes GrADS a powerful data slicer.
              

However, as in the real world, GrADS only supports ONE
relationship or "map" between world and grid coordinates at a
time.  This map is based on the "default" file which by default
is the first file opened.  To understand where this world->grid
and grid->world map comes from consider the following data
descriptor or .ctl file:
              


                

dset ^bm.dat
                
title the best model ver data
                 
options yrev zrev
                
xdef 72 linear 0.0 5.0
                
ydef 46 linear -90 4.0
                
zdef  3 levels 850 500 200
                
tdef  1 linear 00z1jan1996 12hr
                
vars 1
                
  z 3 0 geopotential height
endvars
              

the map is defined by the x(y,z,t)def cards and
(optionally)
the options card.  In GrADS the world coordinate is ALWAYS
defined such that longitude (lon) increases from West to
East,
latitutde (lat) increases toward the North and pressure
level
(lev) DECREASES with height (this is not strictly true but
is
very important when doing calculations such as vint). Time is a
special case and can ONLY be linear with equal spacing
(12hr in
the example).  While the ?def "cards" can be ordered in
any way
in the .ctl file, the world coordinate inside GrADS is
ALWAYS
(lon,lat,lev,time).  However, this does NOT mean the DATA
has be
arranged this way and the "options" card tells GrADS how the data
differs from the standard.  In the above example case, the
latitudes in GRID cooridates DECREASES with INCREASING y,
that is
y=1 -> lat=90; y=2 -> lat=86; y=45 -> lat=-90 (some models
and
graphics systems prefer this orientation).  Similarly,
lev=200 is
stored first, followed by lev=500 and
lev=200. Other
modifications to the world<->grid map are possible, as described
below.
            

            

            DISPLAYING DATA RELATIVE TO THE WORLD COORDINATE
            

              
The first task in intercomparing two or more data sets with
different grids (i.e., different grid and world coordinates or
grid-world "maps") is the graphical overlay or plotting two
fields on top of each other.  One specifies a 0-3 dimensional
volume in either grid or world coordinates and then display a
variable.  Consider the typical case of a 2-D contour plot:
              


                
open psl.ecmwf.ctl
                
open psl.ncep.ctl
                
set gxout contour
                
set t 1
                
set lon 0 180
                
set lat 0 90
                
d psl
              

and let's see what is happening inside GrADS.
              

the "default" file is the first one or the data in
psl.ecmwf.ctl.
This specifes that the grid-world and world-grid map will be
based on the psl.ecmwf.ctl.


                set t 1 - look at the first time in the file or 

'set time 00z1mar96' if that were the actual time corresponding the 




grads-2.0.1/doc/gradcomdsetfont.html0000644000175000017500000000125511416646527020601 0ustar  amckinstryamckinstryGrADS command: set font


                set font
                
set font number

                
Selects the font for subsequent text operations, where:
number=0...5.
                

                Usage Note
                

                It is also possible to override the  font  in a string of text by using the back quote character (`).  


                For information about how the font files are created, see font file format.

                Examples
                
grads-2.0.1/doc/gradcomdsetvrange2.html0000644000175000017500000000054010243410766021162 0ustar  amckinstryamckinstry


                set vrange2
                
 set vrange2 x1 x2
                
Specifies the range of the variable values for x-axis scaling (from x1
- x2).  Reset by clear only.

                Usage Note
                

                Examples
                
grads-2.0.1/example/0000755000175000017500000000000012026403172015374 5ustar  amckinstryamckinstrygrads-2.0.1/configure.ac0000644000175000017500000007134111651340127016240 0ustar  amckinstryamckinstrydnl
dnl configure.ac: 
dnl
dnl  Source file for GrADS auto-configuration script. 
dnl  Run autoreconf to generate a configure script from this file
dnl  See acinclude.m4 for definitions of the GA_xxx macros   

# The version number
# below is the "master" version that will appear in all code, etc.
AC_INIT(GrADS, [2.0.1], [jma@iges.org])

# Require autoconf 2.52 (comes with Mac OS X 10.2) or newer
AC_PREREQ(2.52) 

# Supporting scripts are in etc/
AC_CONFIG_AUX_DIR(etc)

# Require automake 1.6 (comes with Mac OS X 10.2) or newer,
# don't #define PACKAGE and VERSION,
# disable dependency checking
AM_INIT_AUTOMAKE([1.6 no-define no-dependencies])

AM_CONFIG_HEADER([src/config.h])

# The following macro prevents annoying interactions between CVS and 
# automake, which result in make attempting to invoke autotools 
# even when the configure script is up to date
AM_MAINTAINER_MODE 

# binaries go to ./bin by default, rather than /usr/bin. 
AC_PREFIX_DEFAULT(`pwd`)

# ----------------------------------------------------
#  Additional arguments for the configure script
# ----------------------------------------------------

AC_ARG_WITH(gui,      [AC_HELP_STRING([--with-gui],
                                      [Athena X11 widget-based GUI])])
AC_ARG_WITH(readline, [AC_HELP_STRING([--with-readline],
                                      [command line editing])])
AC_ARG_WITH(printim,  [AC_HELP_STRING([--with-printim],
                                      [image output])])
AC_ARG_WITH(grib2,    [AC_HELP_STRING([--with-grib2],
                                      [GRIB2 data format])])
AC_ARG_WITH(sdf,      [AC_HELP_STRING([--with-sdf],
                                      [all self-describing formats (HDF4,HDF5,NetCDF,OPeNDAP)])])
AC_ARG_WITH(gadap,    [AC_HELP_STRING([--with-gadap],
                                      [OPeNDAP for station data])])
AC_ARG_WITH(shp,      [AC_HELP_STRING([--with-shp],
                                      [shapefile format])])
AC_ARG_WITH(geotiff,  [AC_HELP_STRING([--with-geotiff],
                                      [geotiff output])])

# ----------------------------------------------------
# Checks for programs
# ----------------------------------------------------

echo
echo "Checking for programs"
echo "------------------"
AC_PROG_AWK
AC_PROG_CC(xlc gcc cc)
AC_PROG_CXX(xlc++ g++ c++)
AC_PROG_INSTALL
AC_PROG_LN_S
echo

echo "Setting host specific options"
echo "-------------------------"

# ----------------------------------------------------
# Get host platform
# ----------------------------------------------------

AC_CANONICAL_HOST()

# ----------------------------------------------------
# Set host specific options
# ----------------------------------------------------

echo Host machine:   "$host"
case "$host" in 

  alpha-*-osf*)
    # Option needed for IEEE floating points
    CFLAGS="$(CFLAGS) -ieee"
  ;;

  powerpc-ibm-aix*)
    LDFLAGS="$LDFLAGS -Wl,-bbigtoc -Wl,-bexpall -Wl,-brtl"
  ;;

  i*86-pc-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  x86_64-*-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  ia64-*-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  *-freebsd*)
    CFLAGS="$CFLAGS -export-dynamic"
  ;;

  sparc-sun-solaris*)
    is_solaris="yes"
dnl checked in AC_PATH_XTRA in X_PRE_LIBS
    host_ldadd="-lsocket -lnsl -lw"
dnl    guilibadd="-lSM -lICE"
  ;;

  *-pc-cygwin)
    host_ldadd="-lrpclib"
    AC_SUBST(host_ldadd)
  ;;

  *darwin*)
    is_darwin="yes"
    LDFLAGS="$LDFLAGS -lSystemStubs"
  ;;

  cray-*-*)
    is_cray="yes"
  ;;

  *-hpux11*)
     is_hpux11="yes"
  ;;

esac

if test is_cray!="yes" ; then
  AC_DEFINE(GRADS_CRAY, 0, [Machine is NOT a Cray])
else
  AC_DEFINE(GRADS_CRAY, 1, [Machine is a Cray])
fi

if test is_hpux11!="yes" ; then
  AC_DEFINE(GRADS_HP64, 0, [Machine is NOT a 64-bit HP])
else
  AC_DEFINE(GRADS_HP64, 1, [Machine is 64-bit HP])
fi

# ----------------------------------------------------
# Check for basic libraries.
# ----------------------------------------------------

echo
echo "Checking system libraries, headers, and compiler features"
echo "-----------------------------------------"

AC_CHECK_LIB(m,cos,, AC_MSG_ERROR([Fatal: Math library not found]))
AC_PATH_XTRA

echo

# ----------------------------------------------------
# Check for basic header files.
# ----------------------------------------------------

AC_HEADER_STDC
AC_CHECK_HEADERS(malloc.h sys/file.h unistd.h)
echo

dnl Checks for typedefs, structures, and compiler characteristics.
AC_C_CONST

dnl joew - In autoconf 2.52, AC_C_BIGENDIAN seems to ignore its
dnl parameters, so I test the internal variable that it sets.  Note
dnl that AC_BIG_ENDIAN defines its own macro, WORDS_BIGENDIAN, so
dnl really it would make most sense to replace the instances of
dnl BYTEORDER in the GrADS source; but that might cause confusion
dnl among longtime users.
AC_C_BIGENDIAN
if test $ac_cv_c_bigendian = "yes" ; then
   AC_DEFINE(BYTEORDER,1,[BIG_ENDIAN machine])
else
   AC_DEFINE(BYTEORDER,0,[little_endian machine])
fi

dnl The following tests all check for functions and typedefs that are
dnl required for GrADS, but 1) I don't think we support any platforms
dnl where they fail, and 2) if they do, there is no backup plan
dnl anyway. So I figure we might as well speed the script up a bit by
dnl commenting them out, unless/until there is some actual handling
dnl for failure.

dnl AC_TYPE_SIZE_T AC_STRUCT_TM

dnl Checks for library functions.
dnl AC_TYPE_SIGNAL
dnl AC_FUNC_STRFTIME
dnl AC_FUNC_VPRINTF
dnl AC_CHECK_FUNCS(strdup strstr strtod strtol)

dnl In this case we do have an alternative - valprs()
AC_CHECK_FUNCS(strtod)

dnl Check for and set up large file support via fseeko()
AC_TYPE_OFF_T
AC_SYS_LARGEFILE
AC_FUNC_FSEEKO

# ----------------------------------------------------
# Check for optional feature support
# ----------------------------------------------------

echo
echo Checking for optional feature support
echo ------------------------------------


# ----------------------------------------------------
# Set supplibs directory name
# ----------------------------------------------------

GA_SET_SUPPLIBS([. ..])


AC_ARG_ENABLE([dyn-supplibs], 
[  --enable-dyn-supplibs   Use dynamic system libraries to support optional features when
                          required libs are not present in "supplibs" directory. [[default=yes]] 
  --disable-dyn-supplibs  Do not use system libraries; look only in GrADS "supplibs" directory.
                          Use this option to maximize binary portability. 
],, 
[enableval=yes])
case "${enableval}" in
  yes)
    ga_dyn_supplibs=yes
  ;;
  no)
    ga_dyn_supplibs=no
  ;;
esac


AC_MSG_CHECKING([whether to use dynamic linking])
if test "$ga_dyn_supplibs" = "yes" ; then
   AC_MSG_RESULT([yes (Warning: binaries may not be suitable for distribution)])
else
   AC_MSG_RESULT([no])
fi


AC_ARG_VAR(SUPPLIBS, 
           [Custom path (must be absolute) to a GrADS supplib distribution])



# ----------------------------------------------------
# Check for optional feature support
# ----------------------------------------------------

use_gui=no
use_freq=no
use_xaw_xlibs=no
use_readline=no
have_tiff=no
use_geotiff=no
have_zlib=no
have_libpng=no
have_jpeg=no
use_printim=no
use_grib2=no
have_udunits=no
use_hdf=no
use_hdf5=no
use_nc=no
use_nc4=no
use_dap=no
use_gadap=no

# look for libraries to support gui interface
echo
if test "$with_gui" != "no" ; then
  echo "Checking for libraries to support GUI interface ..."
  GA_CHECK_GUI([
    use_gui=yes
    GA_SET_LIB_VAR(gui_libs, [sx])
    if test z"$gui_libs_Xext" != 'z'; then
      gui_libs="$gui_libs -lXext"
    fi
    gui_libs="$gui_libs -lXaw -lXpm -lXmu -lXt"
  ])
  if test $use_gui != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    GA_CHECK_LIBSX([use_gui=yes;use_freq=yes],[use_gui=yes;use_freq=no])
    gui_libs="$GA_LIBSX_LIBS"
    grads_xlibs="$XAW_XLIBS"
    use_xaw_xlibs=yes
  fi
fi
if test $use_gui = "yes" ; then
# if the gui is built, we use the X flags from Xaw.
  if test "$use_xaw_xlibs" != 'yes'; then
    grads_xlibs="$X_PRE_LIBS -lX11 $X_EXTRA_LIBS"
    AC_SUBST(grads_xlibs)
  fi
  if test $use_freq = 'yes'; then
    AC_DEFINE(USEFREQ, 1, [Use GetFile from freq])
  else
    AC_DEFINE(USEFREQ, 0, [Use GetFile from freq])
  fi
  GA_SET_INCLUDE_VAR([gui_inc],[libsx]) 
  AC_SUBST(gui_inc)
  AC_SUBST(gui_libs)
  AC_DEFINE(USEGUI, 1, [Enable GUI widgets]) 
  echo "+ GUI enabled"
else
  AC_DEFINE(USEGUI, 0, [Enable GUI widgets]) 
  echo  "- GUI disabled"
fi

# look for libraries to support command line editing
echo
if test "$with_readline" != "no" ; then
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support command line editing ..."
    readline_libadd=""
    GA_SET_FLAGS([" " readline])
    AC_CHECK_HEADER(readline.h,
    [ AC_CHECK_HEADER(history.h,
      [ AC_CHECK_LIB(readline, tgetent, 
        [ use_readline=yes
          GA_SET_INCLUDE_VAR([readline_inc],[""])
          GA_SET_LIB_VAR([readline_libs],[readline])
        ],
        [ AC_CHECK_LIB(ncurses, tgetent,
          [ use_readline=yes
            GA_SET_INCLUDE_VAR([readline_inc],[""])
            GA_SET_LIB_VAR([readline_libs],[readline ncurses])
          ],
          [ AC_CHECK_LIB(termcap, tgetent,
            [ use_readline=yes
              GA_SET_INCLUDE_VAR([readline_inc],[""])
              GA_SET_LIB_VAR([readline_libs],[readline])
              readline_libadd=" -ltermcap"
            ])
          ])
        ])
      ])
    ])
    GA_UNSET_FLAGS
  fi
  if test $use_readline = "yes" ; then
    readline_libs="$readline_libs $readline_libadd"
  else
    if test "$ga_dyn_supplibs" = "yes" ; then
      echo
      echo "Checking in system locations for libraries to support command line editing ..."
      GA_LIB_READLINE([use_readline=yes readline_libs=""])
    fi 
  fi
fi
if test $use_readline = "yes" ; then
  AC_SUBST(readline_inc)
  AC_SUBST(readline_libs)
  AC_DEFINE(READLINE, 1, [Enable command line editing]) 
  echo "+ Command line editing enabled"
else
  AC_DEFINE(READLINE, 0, [Enable command line editing]) 
  echo "- Command line editing disabled"
fi

# look for libraries to support geotiff
echo
if test "$with_geotiff" != "no" ; then
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support geotiff ..."
    GA_SET_FLAGS([tiff])
    AC_CHECK_HEADERS([tiff.h tiffio.h], 
    [ AC_CHECK_LIB([tiff], [main], 
      [ have_tiff=yes 
      ])
    ])
    GA_UNSET_FLAGS
    if test "$have_tiff" = "yes" ; then
      GA_SET_FLAGS([geotiff])
      AC_CHECK_HEADER(geotiffio.h,
      [ AC_CHECK_LIB([geotiff], [main], 
        [ use_geotiff=yes
          GA_SET_INCLUDE_VAR([geotiff_inc], [tiff geotiff])
          GA_SET_LIB_VAR([geotiff_libs], [tiff geotiff])
        ])
      ])
      GA_UNSET_FLAGS
    fi
  fi
  # if we haven't got what we need, look outside supplibs for geotiff
  if test "$use_geotiff" != "yes"  -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support geotiff ..."
    AC_CHECK_GEOTIFF([
      LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS"
      geotiff_libs="$GEOTIFF_LIBS"
      geotiff_inc=$GEOTIFF_CFLAGS
      use_geotiff='yes'
    ]) 
  fi
fi
if test "$use_geotiff" != "yes" ; then
  AC_DEFINE(GEOTIFF, 0, [Enable geotiff])
  echo "- geotiff disabled" 
else
  AC_SUBST(geotiff_inc)
  AC_SUBST(geotiff_libs)
  AC_DEFINE(GEOTIFF, 1, [Enable geotiff])
  echo "+ geotiff enabled" 
fi

# look for libraries to support shapefiles
echo
if test "$with_shp" != "no" ; then
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support shapefiles ..."
    GA_SET_FLAGS([shapelib shp])
    AC_CHECK_HEADERS([shapefil.h], 
    [ AC_CHECK_LIB([shp], [main], 
      [ use_shp=yes 
        GA_SET_INCLUDE_VAR([shp_inc], [shapelib shp])
        GA_SET_LIB_VAR([shp_libs], [shp])
      ])
    ])    
    GA_UNSET_FLAGS
  fi
  # here's where we could add a macro to look outside supplibs for shapelib
fi
if test "$use_shp" != "yes" ; then
  AC_DEFINE(USESHP, 0, [Enable shapefile])
  echo "- shapefile disabled" 
else
  AC_SUBST(shp_inc)
  AC_SUBST(shp_libs)
  AC_DEFINE(USESHP, 1, [Enable shapefile])
  echo "+ shapefile enabled" 
fi


# look for libraries to support printim
echo
if test "$with_printim" != "no" ; then
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support printim ..."
    GA_SET_FLAGS([zlib])
    AC_CHECK_HEADERS([zlib.h], 
    [ AC_CHECK_LIB([z], [compress], 
      [ have_zlib=yes 
      ])
    ])
    GA_UNSET_FLAGS
    GA_SET_FLAGS([libpng12])
    AC_CHECK_LIB([png12], [main], 
    [ have_libpng=yes 
    ])
    GA_UNSET_FLAGS
    GA_SET_FLAGS([])
    AC_CHECK_LIB([jpeg], [main], 
    [ have_jpeg=yes 
    ])
    GA_UNSET_FLAGS
    if test "$have_zlib" = "yes" -a "$have_libpng" = "yes" ; then
      GA_SET_FLAGS([gd])
      AC_CHECK_HEADER(gd.h,
      [ AC_CHECK_LIB([gd], [gdImageCreate], 
        [ use_printim=yes
          GA_SET_INCLUDE_VAR([printim_inc], [gd])
	  if test "$have_jpeg" = "yes" ; then
	    GA_SET_LIB_VAR([printim_libs], [gd png12 z jpeg])
	  else
  	    GA_SET_LIB_VAR([printim_libs], [gd png12 z])
          fi
        ])
      ])
      GA_UNSET_FLAGS
    fi
  fi
  # if we haven't got what we need, look outside supplibs
  if test "$use_printim" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support printim ..."
    GA_CHECK_LIB_GD(
    [ use_printim=yes 
      printim_libs=$GD_LIBS
      printim_inc=$GD_CFLAGS
    ])
  fi
fi
if test "$use_printim" != "yes" ; then
  AC_DEFINE(GXPNG, 0, [Enable printim using zlib, libpng, and libgd])
  echo "- printim disabled (Warning: gxtran will not be built)" 
else
  extra_utils="$extra_utils gxtran"
  AC_SUBST(printim_inc)
  AC_SUBST(printim_libs)
  AC_DEFINE(GXPNG, 1, [Enable printim using zlib, libpng, and libgd])
  echo "+ printim enabled" 
fi

# look for libraries to support grib2
echo
if test "$with_grib2" != "no" ; then
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support grib2 ..."
    if test "$have_zlib" = "no" ; then
      GA_SET_FLAGS([zlib])
      AC_CHECK_HEADERS([zlib.h], 
      [ AC_CHECK_LIB([z], [compress], 
        [ have_zlib=yes 
        ])
      ])
      GA_UNSET_FLAGS
    fi
    if test "$have_libpng" = "no" ; then
      GA_SET_FLAGS([libpng12])
      AC_CHECK_LIB([png12], [main], 
      [ have_libpng=yes 
      ])
      GA_UNSET_FLAGS
    fi
    if test "$have_zlib" = "yes" -a "$have_libpng" = "yes" ; then
      have_libjasper=no
      GA_SET_FLAGS([])
      AC_CHECK_LIB([jasper], [main], 
      [ have_libjasper=yes 
      ])
      GA_UNSET_FLAGS
      if test "$have_libjasper" = "yes" ; then
        GA_SET_FLAGS([grib2c])
        AC_CHECK_HEADER(grib2.h,
        [ AC_CHECK_LIB([grib2c], [main], 
          [ use_grib2=yes 
            GA_SET_INCLUDE_VAR([grib2_inc], [grib2c])
            GA_SET_LIB_VAR([grib2_libs], [grib2c jasper png12 z])
          ])
        ])
        GA_UNSET_FLAGS
      fi
    fi
  fi
    # if we haven't got what we need, look outside supplibs for grib2
  if test "$use_grib2" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for grib2 libraries ..."
    GA_CHECK_LIB_GRIB2(
    [ use_grib2=yes 
      grib2_libs=$G2_LIBS
    ])
  fi
fi
if test "$use_grib2" != "yes" ; then
  AC_DEFINE(GRIB2, 0, [Enable grib2])
  echo "- grib2 disabled " 
else
  extra_utils="$extra_utils grib2scan"
  AC_SUBST(grib2_inc)
  AC_SUBST(grib2_libs)
  AC_DEFINE(GRIB2, 1, [Enable grib2])
  echo "+ grib2 enabled" 
fi

# check if user wants support for self-describing files?
echo
if test "$with_sdf" = "no" ; then 
  AC_DEFINE(USENETCDF, 0, [Enable netcdf])
  AC_DEFINE(USEHDF, 0, [Enable hdf4])
  echo No support for self-describing files:
  echo "- hdf4 disabled"
  echo "- hdf5 disabled"
  echo "- netcdf disabled"
  echo "- OPeNDAP disabled"
else
  # look for libraries to support hdf4
  # check if supplibs directory exists 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support hdf4 ..."
    # look for zlib
    if test "$have_zlib" = "no" ; then
      GA_SET_FLAGS([zlib])
      AC_CHECK_HEADERS([zlib.h], 
      [ AC_CHECK_LIB([z], [compress], 
        [ have_zlib=yes 
        ])
      ])
      GA_UNSET_FLAGS
    fi
    # look for udunits
    GA_SET_FLAGS([udunits])
    AC_CHECK_HEADERS([udunits.h], 
    [ AC_CHECK_LIB([udunits], [utInit], 
      [ have_udunits=yes 
      ])
    ])
    GA_UNSET_FLAGS	
    # look for jpeg
    if test "$have_jpeg" = "no" ; then
      GA_SET_FLAGS([])
      AC_CHECK_LIB([jpeg], [main], 
      [ have_jpeg=yes 
      ])
      GA_UNSET_FLAGS
    fi
    if test "$have_zlib" = "yes" -a "$have_udunits" = "yes" -a "$have_jpeg" = "yes" ; then
      GA_SET_FLAGS([hdf])
      AC_CHECK_LIB([sz], [main],
      [ AC_CHECK_HEADER([mfhdf.h],
        [ AC_CHECK_LIB([df], [main], 
          [ AC_CHECK_LIB([mfhdf], [main],
            [ use_hdf=yes 
              GA_SET_INCLUDE_VAR([hdf_inc], [hdf udunits])
              GA_SET_LIB_VAR([hdf_libs], [mfhdf df udunits sz jpeg z])
            ])
          ])
        ])
      ])
      GA_UNSET_FLAGS
    fi
  fi
  # if we haven't got what we need, look outside supplibs for hdf4
  if test $use_hdf != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support hdf4 ..."
    GA_CHECK_UDUNITS(
    [ AC_CHECK_HDF4_NETCDF([use_hdf=yes], [use_hdf=yes])
      if test "$use_hdf" = 'yes'; then
        LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"
        hdf_libs="$HDF4_LIBS $UDUNITS_LIBS"
      fi
    ])
  fi

  if test $use_hdf != "yes" ; then
    AC_DEFINE(USEHDF, 0, [Enable hdf4])
    echo "- hdf4 disabled"  
  else
    AC_SUBST(hdf_inc)
    AC_SUBST(hdf_libs)
    AC_DEFINE(USEHDF, 1, [Enable hdf4])
    echo "+ hdf4 enabled"
  fi

  # look for libraries to support hdf5
  # check if supplibs directory exists 
  echo 
  if test "Z$ga_supplib_dir" != "Z" ; then 
    echo "Checking in supplibs for libraries to support hdf5 ..."
    # look for zlib
    if test "$have_zlib" = "no" ; then
      GA_SET_FLAGS([zlib])
      AC_CHECK_HEADERS([zlib.h], 
      [ AC_CHECK_LIB([z], [compress], 
        [ have_zlib=yes 
        ])
      ])
      GA_UNSET_FLAGS
    fi
    # look for jpeg
    if test "$have_jpeg" = "no" ; then
      GA_SET_FLAGS([])
      AC_CHECK_LIB([jpeg], [main], 
      [ have_jpeg=yes 
      ])
      GA_UNSET_FLAGS
    fi
    if test "$have_zlib" = "yes" -a "$have_jpeg" = "yes" ; then
      GA_SET_FLAGS([hdf5])
      AC_CHECK_LIB([sz], [main],
      [ AC_CHECK_HEADER([hdf5.h],
        [ AC_CHECK_LIB([hdf5], [main], 
          [ use_hdf5=yes 
            GA_SET_INCLUDE_VAR([hdf5_inc], [hdf5])
            GA_SET_LIB_VAR([hdf5_libs], [hdf5 sz z])
          ])
        ])
      ])
      GA_UNSET_FLAGS
    fi
  fi
  # if we haven't got what we need, look outside supplibs for hdf5
  if test "$use_hdf5" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support hdf5 ..."
    AC_CHECK_HDF5([
      LDFLAGS="$LDFLAGS $HDF5_LDFLAGS"
      hdf5_libs="$HDF5_LIBS"
      hdf5_inc=$HDF5_CFLAGS
      use_hdf5='yes'
    ])
  fi

  if test $use_hdf5 != "yes" ; then
    AC_DEFINE(USEHDF5, 0, [Enable hdf5])
    echo "- hdf5 disabled"  
  else
    AC_SUBST(hdf5_inc)
    AC_SUBST(hdf5_libs)
    AC_DEFINE(USEHDF5, 1, [Enable hdf5])
    echo "+ hdf5 enabled"

    # now that we have hdf5, look for libraries to support netcdf-4
    # check if supplibs directory exists 
    echo 
    if test "Z$ga_supplib_dir" != "Z" ; then 
      echo "Checking in supplibs for libraries to support netcdf-4 ..."
      if test "$have_udunits" = "no" ; then
        GA_SET_FLAGS([udunits])
        AC_CHECK_HEADERS([udunits.h], 
        [ AC_CHECK_LIB([udunits], [utInit], 
          [ have_udunits=yes 
          ])
        ])
        GA_UNSET_FLAGS
      fi
      if test "$have_udunits" = "yes" ; then
        # look for netcdf4
        GA_SET_FLAGS([netcdf])
        AC_CHECK_HEADER([netcdf.h],
        [ AC_CHECK_LIB([netcdf], [main],
          [ AC_CHECK_LIB([hdf5_hl], [main], 
            [ AC_CHECK_LIB(curl,main,
              [ use_nc4="yes"
                GA_SET_INCLUDE_VAR(nc_inc, [udunits netcdf])
                GA_SET_LIB_VAR(nc_libs, [udunits netcdf hdf5_hl hdf5 z sz curl])
              ])
            ])
          ])
        ])
        GA_UNSET_FLAGS
	# set these before calling the macros to look outside of supplibs
 	AC_SUBST(nc_inc)
        AC_SUBST(nc_libs)
        NC_CONFIG=${ga_supplib_dir}/bin/nc-config
      fi
    fi
    #  if we haven't got what we need, look outside supplibs for netcdf-4
    if test "$use_nc4" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
        GA_CHECK_UDUNITS(
        [ AC_CHECK_NETCDF(
          [ use_nc4=yes 
            LDFLAGS="$LDFLAGS $NC_LDFLAGS"
            nc_libs="$NC_LIBS $UDUNITS_LIBS"
            nc_inc="$NC_CFLAGS $UDUNITS_CFLAGS"
          ],,
          [])
        ])
       NC_CONFIG="`pkg-config --variable=prefix netcdf`/bin/nc-config"
    fi
    if test $use_nc4 != "yes" ; then
      AC_DEFINE(USENETCDF, 0, [Enable netcdf])
      AC_DEFINE(HAVENETCDF4, 0, [Enable netcdf4])
      echo "- netcdf-4 disabled"  
    else
      AC_DEFINE(USENETCDF, 1, [Enable netcdf])
      AC_DEFINE(HAVENETCDF4, 1, [Enable netcdf4])
      echo "+ netcdf-4 enabled"
      # find out if it is dap-enabled
      use_dap=`$NC_CONFIG --has-dap`
      if test $use_dap = "yes" ; then
        AC_DEFINE(USEDAP, 1, [Enable OPeNDAP for grids])
      fi
    fi
  fi

  # look for libraries to support netcdf
  # check if we've already enabled netcdf-4
  echo
  if test $use_nc4 != "yes" ; then
    # check if supplibs directory exists 
    if test "Z$ga_supplib_dir" != "Z" ; then 
      if test $use_nc != "yes" ; then
        echo "Checking in supplibs for libraries to support netcdf-3 ..."
        if test "$have_udunits" = "no" ; then
          GA_SET_FLAGS([udunits])
          AC_CHECK_HEADERS([udunits.h], 
          [ AC_CHECK_LIB([udunits], [utInit], 
            [ have_udunits=yes 
            ])
          ])
          GA_UNSET_FLAGS
        fi
        if test "$have_udunits" = "yes" ; then
          GA_SET_FLAGS([netcdf])
          AC_CHECK_HEADER([netcdf.h],
          [ AC_CHECK_LIB([netcdf], [main],
            [ use_nc="yes"
              GA_SET_INCLUDE_VAR(nc_inc, [udunits netcdf])
              GA_SET_LIB_VAR(nc_libs, [netcdf udunits])
            ])
          ])
          GA_UNSET_FLAGS
        fi
      fi
      # if we haven't got what we need, look outside supplibs
      if test $use_nc != "yes"  -a "$ga_dyn_supplibs" = "yes" ; then
        echo
        echo "Checking in system locations for libraries to support netcdf-3 ..."
        # check for netcdf 3 
        GA_CHECK_UDUNITS(
        [ AC_CHECK_NETCDF(
          [ use_nc=yes 
            LDFLAGS="$LDFLAGS $NC_LDFLAGS"
            nc_libs="$NC_LIBS $UDUNITS_LIBS"
          ],,
          [3])
        ])
      fi
    fi
    if test $use_nc = "yes" ; then
      AC_SUBST(nc_inc)
      AC_SUBST(nc_libs)
      AC_DEFINE(USENETCDF, 1, [Enable netcdf])
      echo "+ netcdf enabled"
    else
      AC_DEFINE(USENETCDF, 0, [Enable netcdf])
      echo "- netcdf disabled"
    fi
  fi

  # look for libraries to support OPeNDAP station data interface
  # check if supplibs directory exists 
  echo
  if test "$with_gadap" = "no" ; then 
    AC_DEFINE(USEGADAP, 0, [Enable OPeNDAP for station data])
    echo "- OPeNDAP for station data disabled"
  else
    if test "Z$ga_supplib_dir" != "Z" ; then 
      echo "Checking in supplibs for libraries to support OPeNDAP station data access ..."
      GA_SET_FLAGS([gadap])
      AC_CHECK_HEADER(gadap.h,
      [ AC_CHECK_LIB(gadap,main,
        [ AC_CHECK_LIB(dap,main,
          [ AC_CHECK_LIB(dapclient,main,
            [ AC_CHECK_LIB(xml2,main,
              [ AC_CHECK_LIB(curl,main,
                [ use_gadap="yes"
                  GA_SET_INCLUDE_VAR(gadap_inc, [gadap])
                  GA_SET_LIB_VAR(gadap_libs, [gadap dapclient dap curl xml2 z])
                ])
              ])
            ])
          ])
        ])
      ])
      GA_UNSET_FLAGS
    fi
    #  here's where you would add code for looking outside of supplibs
    if test $use_gadap = "yes" ; then
      # add linking options
      if test "$is_darwin" = "yes" ; then 
        dap_extra_libs="-lpthread -lm -liconv"
      else
        dap_extra_libs="-lpthread -lm -ldl -lrt"
      fi
      # merge gadap and extras
      dap_libs="$gadap_libs $dap_extra_libs"
      # 
      AC_SUBST(gadap_inc)
      AC_SUBST(dap_libs)
      AC_DEFINE(USEGADAP, 1, [Enable OPeNDAP for station data])
      echo "+ OPeNDAP for station data enabled"
    else
      AC_DEFINE(USEGADAP, 0, [Enable OPeNDAP for station data])
      echo "- OPeNDAP for station data disabled"
    fi
  fi
fi
# end of if $with_sdf test
echo

#  ----------------------------------------------------
# Send test results to makefile and config.h
# ----------------------------------------------------

# Some non-configuration-dependent GrADS macros
AC_DEFINE(GRADS_VERSION, "AC_PACKAGE_VERSION", [GrADS version])
AC_DEFINE(GRADS_DESC,, [Obsolete feature description string])

# These are used to add the necessary source files to Makefile targets
AM_CONDITIONAL(READLINE, [ test "$use_readline"  = "yes" ] )
AM_CONDITIONAL(USEGUI,   [ test "$use_gui"  = "yes" ] )
AM_CONDITIONAL(GXPNG,    [ test "$use_printim"  = "yes" ] )
AM_CONDITIONAL(GEOTIFF,  [ test "$use_geotiff"  = "yes" ] )
AM_CONDITIONAL(USESHP,   [ test "$use_shp"  = "yes" ] )
AM_CONDITIONAL(USEGADAP, [ test "$use_gadap" = "yes" ] )
AM_CONDITIONAL(USEDAP,   [ test "$use_dap" = "yes" ] )
AM_CONDITIONAL(USEHDF,   [ test "$use_hdf" = "yes" ] )
AC_SUBST(extra_utils)

# Host specific linker flags
AC_SUBST(host_ldadd)


dnl ----------------------------------------------------
dnl Print summary and write output files
dnl ----------------------------------------------------

build_date=`date +%D`
build_host=`uname -sr`
build_info="Built `date` for ${host}"

   echo \
"  +=========================================================================+"
   echo "   GrADS "AC_PACKAGE_VERSION ":" $build_info
   echo \
"  +=========================================================================+"
   echo     
   echo "  +-------------------------------+"
   echo "  |                               |"
   echo "  |  GrADS will be built with:    |"
   echo "  |                               |"
if test "$use_gui" = "yes" ; then
   echo "  |  + GUI enabled                |"
else
   echo "  |  - GUI disabled               |"
fi 
if test "$use_readline" = "yes" ; then
   echo "  |  + readline enabled           |"
else
   echo "  |  - readline disabled          |"
fi 
if test "$use_geotiff" = "yes" ; then
   echo "  |  + geotiff enabled            |"
else
   echo "  |  - geotiff disabled           |"
fi 
if test "$use_shp" = "yes" ; then
   echo "  |  + shapefile enabled          |"
else
   echo "  |  - shapefile disabled         |"
fi 
if test "$use_printim" = "yes" ; then
   echo "  |  + printim enabled            |"
else
   echo "  |  - printim disabled           |"
fi 
if test "$use_grib2" = "yes" ; then
   echo "  |  + grib2 enabled              |"
else
   echo "  |  - grib2 disabled             |"
fi 
if test "$use_hdf" = "yes" ; then
   echo "  |  + hdf4 enabled               |"
else
   echo "  |  - hdf4 disabled              |"
fi 
if test "$use_hdf5" = "yes" ; then
   echo "  |  + hdf5 enabled               |"
else
   echo "  |  - hdf5 disabled              |"
fi 
if test "$use_nc4" = "yes" ; then
   echo "  |  + netcdf-4 enabled           |"
else
  if test "$use_nc" = "yes" ; then
     echo "  |  + netcdf-3 enabled           |"
  else 
     echo "  |  - netcdf disabled            |"
  fi 
fi 


if test "$use_gadap" = "yes" -o "$use_dap" = "yes" ; then
  echo "  |  + OPeNDAP enabled            |"
  if test "$use_gadap" = "yes" -a "$use_dap" = "yes" ; then
    echo "  |     for grids and stn data    |"
  else
    if test "$use_gadap" = "yes" ; then
      echo "  |     for stn data only         |"
    else
      echo "  |     for grids only            |"
    fi
  fi
else
  echo "  |  - OPeNDAP disabled           |"
fi
if test "$use_printim" != "yes" ; then
   echo "  |                               |"
   echo "  |  gxtran will not be built     |"
fi
if test "$use_grib2" != "yes" ; then
   echo "  |  grib2scan will not be built  |"
fi
   echo "  |                               |"
   echo "  +-------------------------------+"

echo "configure: creating src/VERSION"
echo AC_PACKAGE_VERSION > src/VERSION

echo "configure: creating src/buildinfo.h"
mkdir -p src
echo "static char *buildinfo = \"${build_info}\";" > src/buildinfo.h

AC_CONFIG_FILES([Makefile src/Makefile])
AC_OUTPUT

echo
echo "Run 'make && make install' to build GrADS."
echo "Executables will be installed" \
     "to bin/ in current dir, unless prefix was specified."
echo
grads-2.0.1/m4/0000755000175000017500000000000011651523373014272 5ustar  amckinstryamckinstrygrads-2.0.1/m4/netcdf_header.m40000644000175000017500000000503311046315631017302 0ustar  amckinstryamckinstry# Check for the netcdf header.
# AC_CHECK_NETCDF_HEADER([INCLUDE-DIR],[ACTION-IF-FOUND],
# [ACTION-IF-NOT-FOUND],[INTERFACE-NR])
# if interface number is given, check for a specific interface
# sets maybe NC_NETCDF_3_CPPFLAG
AC_DEFUN([AC_CHECK_NETCDF_HEADER],
[
  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=
  
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  m4_if([$1],[],[:],[
    ac_nc_include_dir="$1"
    AS_IF([test "z$ac_nc_include_dir" != "z"],
       [CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"])
  ])
  m4_if([$4],[],[:],[ac_nc_header_interface=$4])
dnl dont use AC_CHECK_HEADERS to avoid autoconf internal caching
  AC_MSG_CHECKING([for netcdf.h with compiler])
  AC_COMPILE_IFELSE([AC_LANG_SOURCE([[#include ]])],
    [
      AC_MSG_RESULT([yes])
      ac_netcdf_h_compile='yes'
    ],
    [
      AC_MSG_RESULT([no])
      ac_netcdf_h_compile='no'
    ])
    AC_MSG_CHECKING([for netcdf.h with preprocessor])
    AC_PREPROC_IFELSE([AC_LANG_SOURCE([[#include ]])],
    [
      AC_MSG_RESULT([yes])
      ac_netcdf_h_preproc='yes'
    ],
    [
      AC_MSG_RESULT([no])
      ac_netcdf_h_preproc='no'
    ])
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  AS_IF([test $ac_netcdf_h_compile = 'yes'],
    [ac_netcdf_h='yes'
    AS_IF([test "z$ac_nc_header_interface" = 'z3'],
      [AC_CHECK_NETCDF_3_HEADER([$1],
         [ac_netcdf_h='yes'],[ac_netcdf_h='no'])])
    ])

  AS_IF([test "$ac_netcdf_h" = 'yes'],
    [
      m4_if([$2], [], [:], [$2])
    ],
    [m4_if([$3], [], [:], [$3])])
])

AC_DEFUN([AC_CHECK_NETCDF_3_HEADER],
[
  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  AC_MSG_CHECKING([for netcdf 3 interface])
  m4_if([$1],[],[:],[
    ac_check_netcdf_3_include="$1"
  ])
  AS_IF([test "z$ac_check_netcdf_3_include" != "z"],
    [CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"])
  AC_COMPILE_IFELSE([AC_LANG_PROGRAM([[#include ]],
    [[int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();]])],
    [
      AS_IF([test "z$ac_check_netcdf_3_include" != "z"],
        [NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"])
      ac_check_netcdf_3_header='yes'
    ],[ac_check_netcdf_3_header='no'])
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  AS_IF([test "$ac_check_netcdf_3_header" = 'yes'],
    [
      AC_MSG_RESULT([yes])
      m4_if([$2], [], [:], [$2])
    ],
    [
      AC_MSG_RESULT([no])
      m4_if([$3], [], [:], [$3])
    ])
  
  AC_SUBST([NC_NETCDF_3_CPPFLAG])
])
grads-2.0.1/m4/hdf5.m40000644000175000017500000001116211416633245015362 0ustar  amckinstryamckinstrydnl AC_CHECK_HDF5 : Check for hdf5
dnl args :             action-if-yes, action-if-no
AC_DEFUN([AC_CHECK_HDF5],
[
  AC_ARG_WITH([hdf5],
            [AS_HELP_STRING([--with-hdf5=ARG],[hdf5 directory])],
            [HDF5_PATH=$withval], 
            [HDF5_PATH=""])

  AC_ARG_WITH([hdf5_include],
            [AS_HELP_STRING([--with-hdf5-include=ARG],[hdf5 include directory])],
            [HDF5_PATH_INC=$withval],
            [HDF5_PATH_INC=""])

  AC_ARG_WITH([hdf5_libdir],
            [AS_HELP_STRING([--with-hdf5-libdir=ARG],[hdf5 library directory])],
            [HDF5_PATH_LIBDIR=$withval], 
            [HDF5_PATH_LIBDIR=""])

  AS_IF([test "z$HDF5_PATH" != "z"],
  [
    AS_IF([test "z$HDF5_PATH_LIBDIR" = "z"],
      [HDF5_PATH_LIBDIR="$HDF5_PATH/lib"])  
    AS_IF([test "z$HDF5_PATH_INC" = "z"],
      [HDF5_PATH_INC="$HDF5_PATH/include"])  
  ])
  
  
  ac_hdf5_lib_ok='no'
  ac_hdf5_save_LDFLAGS=$LDFLAGS
  HDF5_LIBS=
  AS_IF([test "z$HDF5_PATH_LIBDIR" != "z"],
    [
      HDF5_LDFLAGS="-L$HDF5_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $HDF5_LDFLAGS"
      AC_CHECK_HDF5_LIB([ac_hdf5_lib_ok='yes'])
    ],
    [
      for ac_hdf5_libdir in "" /usr/local/hdf5/lib64/ /opt/hdf5/lib64 /usr/hdf5/lib64 \
       /usr/local/lib64/hdf5 /opt/lib64/hdf5 /usr/lib64/hdf5 /usr/lib64 \
       /usr/local/hdf5/lib/ /opt/hdf5/lib /usr/hdf5/lib \
       /usr/local/lib/hdf5 /opt/lib/hdf5 /usr/lib/hdf5 /usr/lib ; do
        AS_IF([test "z$ac_hdf5_libdir" = 'z'],
           [HDF5_LDFLAGS=],
           [
             AC_MSG_NOTICE([searching hdf5 libraries in $ac_hdf5_libdir])
             HDF5_LDFLAGS="-L$ac_hdf5_libdir"
           ])
        LDFLAGS="$LDFLAGS $HDF5_LDFLAGS" 
        AC_CHECK_HDF5_LIB([ac_hdf5_lib_ok='yes'])
        AS_IF([test $ac_hdf5_lib_ok = 'yes'],[break])
        LDFLAGS=$ac_hdf5_save_LDFLAGS
      done
    ])
  LDFLAGS=$ac_hdf5_save_LDFLAGS
  
  ac_hdf5_h='no'
  HDF5_CFLAGS=
  ac_hdf5_save_CPPFLAGS=$CPPFLAGS
  AS_IF([test "z$HDF5_PATH_INC" != "z"],
    [
       HDF5_CFLAGS="-I$HDF5_PATH_INC"
       CPPFLAGS="$CPPFLAGS $HDF5_CFLAGS"
       AC_CHECK_HEADER_NOCACHE_HDF5([hdf5.h],[ac_hdf5_h='yes'])
    ],
    [
      for ac_hdf5_incdir in "" /usr/include /usr/local/hdf5/include \
       /opt/hdf5/include /usr/hdf5/include /usr/local/include/hdf5 \
       /opt/include/hdf5 /usr/include/hdf5 ; do
        AS_IF([test "z$ac_hdf5_incdir" = 'z'],
           [HDF5_CFLAGS=],
           [
             AC_MSG_NOTICE([searching hdf5 includes in $ac_hdf5_incdir])
             HDF5_CFLAGS="-I$ac_hdf5_incdir"
           ])
        CPPFLAGS="$CPPFLAGS $HDF5_CFLAGS" 
        AC_CHECK_HEADER_NOCACHE_HDF5([hdf5.h],[ac_hdf5_h='yes'])
        AS_IF([test $ac_hdf5_h = 'yes'],[break])
        CPPFLAGS=$ac_hdf5_save_CPPFLAGS
      done
    ])
  CPPFLAGS=$ac_hdf5_save_CPPFLAGS
  
  AS_IF([test "$ac_hdf5_h" = 'yes' -a "$ac_hdf5_lib_ok" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])

  AC_SUBST([HDF5_LIBS])
  AC_SUBST([HDF5_CFLAGS])
  AC_SUBST([HDF5_LDFLAGS])
])

AC_DEFUN([AC_CHECK_HDF5_LIB],
[
  HDF5_LIBS=
  ac_hdf5_save_LIBS=$LIBS
  AC_CHECK_LIB_NOCACHE_HDF5([sz], [main],
  [
      LIBS="$LIBS -lsz"
      HDF5_LIBS='-lsz'
  ])

dnl -lsz is not required because due to licencing it may not be present
dnl nor required everywhere
  ac_hdf5_lib='no'
  AC_CHECK_LIB_NOCACHE_HDF5([z],[compress],
  [ AC_CHECK_LIB_NOCACHE_HDF5([jpeg],[main],
    [ AC_CHECK_LIB_NOCACHE_HDF5([hdf5],[H5Fopen],
      [ ac_hdf5_lib="yes"
          HDF5_LIBS="-lhdf5 -ljpeg -lz $HDF5_LIBS"
      ],[],[-lhdf5 -ljpeg -lz])
    ])
  ])
  LIBS=$ac_hdf5_save_LIBS
  
  AS_IF([test "$ac_hdf5_lib" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])
])

AC_DEFUN([AC_CHECK_LIB_NOCACHE_HDF5],
[
  AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='no'
  AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])=$LIBS
  LIBS="-l$1 $5 $LIBS"
  AC_MSG_CHECKING([for $2 in -l$1])
  AC_LINK_IFELSE([AC_LANG_CALL([], [$2])],
  [ 
    AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='yes' 
    AC_MSG_RESULT([yes])
  ],[ 
    AC_MSG_RESULT([no])
  ])
  LIBS=$AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])
  AS_IF([test $AS_TR_SH([ac_check_lib_nocache_ok_$1_$2]) = 'yes'],
  [m4_if([$3], [], [:], [$3])],
  [m4_if([$4], [], [:], [$4])])
])
 
AC_DEFUN([AC_CHECK_HEADER_NOCACHE_HDF5],
[
  AS_TR_SH([ac_check_header_nocache_compile_$1])='no'
  AC_MSG_CHECKING([for $1 with compiler])
  AC_COMPILE_IFELSE([AC_LANG_SOURCE([[#include <$1>]])],
    [
      AC_MSG_RESULT([yes])
      AS_TR_SH([ac_check_header_nocache_compile_$1])='yes'
    ],
    [
      AC_MSG_RESULT([no])
    ])
  AS_IF([test "$AS_TR_SH([ac_check_header_nocache_compile_$1])" = 'yes'],
  [m4_if([$2], [], [:], [$2])],
  [m4_if([$3], [], [:], [$3])])
])
grads-2.0.1/m4/libsx.m40000644000175000017500000000464411140654142015655 0ustar  amckinstryamckinstrydnl GA_CHECK_LIBSX : Checks whether GrADS can be built with libsx
dnl  		      	enabled.
dnl  args : 		action-if-yes, action-if-no
AC_DEFUN([GA_CHECK_LIBSX],
[
# Check libs and headers for GUI widgets
  GA_LIBSX_LIBS=
  ac_save_LDFLAGS=$LDFLAGS
  ac_save_LIBS=$LIBS
  ac_save_CFLAGS=$CFLAGS

  GA_CHECK_XAW([ga_xaw_found='yes'],[ga_xaw_found='no'])

  LDFLAGS="$LDFLAGS -L$ga_supplib_dir/lib $X_LIBS"
  CFLAGS="$CFLAGS -I$ga_supplib_dir/include/libsx"
  ga_use_libsx='no'
  ga_libsx_header='no'
  ga_libsx_freq_header='no'

  if test "z$ga_xaw_found" = "zyes"; then
    LIBS="$LIBS $XAW_LIBS $XAW_XLIBS"
    CFLAGS="$CFLAGS $X_CFLAGS $XAW_CFLAGS"
  
    AC_CHECK_HEADER([libsx.h],
    [ AC_CHECK_HEADER([freq.h],
      [
         ga_libsx_freq_header='yes'
      ])
      ga_libsx_header='yes'
    ])
  
    if test "z$ga_libsx_header" = "zyes"; then
      if test "z$ga_libsx_freq_header" = "zyes"; then 
        AC_CHECK_LIB([freq],[main],
        [ AC_CHECK_LIB([sx],[GetFile],
          [ ga_use_libsx='freq'
            GA_LIBSX_LIBS="-lsx -lfreq $XAW_LIBS"
          ])
        ])
      fi
      if test "z$ga_use_libsx" = "zno"; then
         AC_CHECK_LIB([sx],[GetFile],
         [  ga_use_libsx='yes'
            GA_LIBSX_LIBS="-lsx $XAW_LIBS"
         ])
      fi
      if test "z$ga_use_libsx" != "zno"; then
         AC_CHECK_FUNCS([SimpleGetFile])
         ga_getfile_short_prototype=no
         AC_MSG_CHECKING([if GetFile has a short prototype])
         AC_LANG_PUSH(C)
         if test "z$ga_use_libsx" = "zfreq"; then
            AC_COMPILE_IFELSE([AC_LANG_PROGRAM([[#include 
#include ]],
[[GetFile("/path/to/file")]])],[ga_getfile_short_prototype=yes])
         else
            AC_COMPILE_IFELSE([AC_LANG_PROGRAM([[#include ]],
[[GetFile("/path/to/file")]])],[ga_getfile_short_prototype=yes])
         fi
         if test $ga_getfile_short_prototype = 'yes'; then
           AC_DEFINE([GETFILE_SHORT_PROTOTYPE],[],[Define if GetFile has a short prototype])
           AC_MSG_RESULT([yes])
         else
           AC_MSG_RESULT([no])
         fi
         AC_LANG_POP
      fi
    fi
  fi

  if test "z$ga_use_libsx" = "zfreq" ; then
      m4_if([$1], [], [:], [$1])
  else
      if test "z$ga_use_libsx" = "zyes" ; then
         m4_if([$2], [], [:], [$2])
      else
         m4_if([$3], [], [:], [$3])
      fi
  fi
  AC_SUBST([GA_LIBSX_LIBS])
  CFLAGS=$ac_save_CFLAGS
  LIBS=$ac_save_LIBS
  LDFLAGS=$ac_save_LDFLAGS
])
grads-2.0.1/m4/Xaw.m40000644000175000017500000000420711046607776015306 0ustar  amckinstryamckinstrydnl GA_CHECK_XAW : Check for Xaw 
dnl args :             action-if-yes, action-if-no
dnl sets XAW_CFLAGS, XAW_LIBS, and XAW_XLIBS. XAW_XLIBS is set to the 
dnl necessary X library flags determined by AC_PATH_XTRA, or is empty
dnl if all the dependencies are already in XAW_XLIBS, which is the case
dnl when pkgconfig is used
AC_DEFUN([GA_CHECK_XAW],
[
  AC_REQUIRE([AC_PATH_XTRA])

  XAW_LIBS=
  XAW_XLIBS=
  XAW_CFLAGS=
  ac_pkgconfig_xaw=no

  ac_pkgconfig_xaw7=yes
  PKG_CHECK_MODULES([XAW7],[xaw7],,[ac_pkgconfig_xaw7=no])
  ac_save_LDFLAGS=$LDFLAGS
  ac_save_LIBS=$LIBS
  ac_save_CFLAGS=$CFLAGS
  LDFLAGS="$LDFLAGS $X_LIBS"
  LIBS="$LIBS $X_PRE_LIBS -lX11 $X_EXTRA_LIBS"
  CFLAGS="$CFLAGS $X_CFLAGS"
  ga_xaw_flag=''
  ga_xaw_libs='-lXmu -lXt'
  AC_CHECK_LIB([Xt],[main],
  [ 
    AC_CHECK_LIB([Xmu],[main],
    [
      # we add Xext if found. Not sure which platform needs it
      AC_CHECK_LIB([Xext],[main],
      [
         ga_xaw_libs="$ga_xaw_libs -lXext"
      ])
      # we add Xpm if found, and we don't check for neXtaw if no Xpm
      AC_CHECK_LIB([Xpm],[main],
      [ 
        ga_xaw_libs="$ga_xaw_libs -lXpm"
        AC_CHECK_LIB([neXtaw],[main],
        [ ga_xaw_flag='-lneXtaw'],,
        [])
      ])
      if test z"$ga_xaw_flag" = 'z'; then
        AC_CHECK_LIB([Xaw3d],[main],
        [  ga_xaw_flag='-lXaw3d' ],,
        [])
      fi
      if test z"$ga_xaw_flag" = 'z'; then
        if test $ac_pkgconfig_xaw7 = 'yes'; then
          ac_pkgconfig_xaw=xaw7
          ga_use_xaw=yes
          XAW_LIBS=$XAW7_LIBS
          XAW_CFLAGS=$XAW7_CFLAGS
          XAW_XLIBS=
        else
          AC_CHECK_LIB([Xaw],[main],
          [  ga_xaw_flag='-lXaw' ],,
          [$ga_xaw_libs])
        fi
      fi
      if test z"$ga_xaw_flag" != 'z'; then
        XAW_LIBS="$ga_xaw_flag $ga_xaw_libs"
        XAW_XLIBS="$X_PRE_LIBS -lX11 $X_EXTRA_LIBS"
        ga_use_xaw=yes
      fi
       
    ])
  ])

  CFLAGS=$ac_save_CFLAGS
  LIBS=$ac_save_LIBS
  LDFLAGS=$ac_save_LDFLAGS
  if test "z$ga_use_xaw" = "zyes"; then
     m4_if([$1], [], [:], [$1])
  else
     m4_if([$2], [], [:], [$2])
  fi
  AC_SUBST([XAW_LIBS])
  AC_SUBST([XAW_XLIBS])
  AC_SUBST([XAW_CFLAGS])
])
grads-2.0.1/m4/libnc-dap.m40000644000175000017500000002213311046315631016360 0ustar  amckinstryamckinstry# -*- mode: autoconf -*-
# Configure macro for Libnc-dap
#
# Code for version detection and comparison comes from freetype2.m4
# Marcelo Magallon 2001-10-26, based on gtk.m4 by Owen Taylor
#
# Copyright 2001, 2003 by
# David Turner, Robert Wilhelm, and Werner Lemberg.
#
# This file is part of the FreeType project, and may only be used, modified,
# and distributed under the terms of the FreeType project license,
# LICENSE.TXT.  By continuing to use, modify, or distribute this file you
# indicate that you have read the license and understand and accept it
# fully.
#
# As a special exception to the FreeType project license, this file may be
# distributed as part of a program that contains a configuration script
# generated by Autoconf, under the same distribution terms as the rest of
# that program.
#
# Patrice Dumas 2005 Libnc-dap specific code

# AC_CHECK_LIBNC_DAP([MINIMUM-VERSION [, ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libnc-dap and define NC_DAP_CFLAGS and NC_DAP_LIBS.
# Check that the version is above MINIMUM-VERSION 
# Check for the inclusion of a netcdf.h header file with netcdf 3 interface
AC_DEFUN([AC_CHECK_LIBNC_DAP],
[
  ncdap_header_ok='no'
  ncdap_lib_ok='no'

  ncdap_pkgconfig_libncdap=yes
  ncdap_min_version=m4_if([$1], [], [3.5.0], [$1])
  PKG_CHECK_MODULES([NC_DAP],[libnc-dap >= $ncdap_min_version],,
    [ncdap_pkgconfig_libncdap=no])

  if test $ncdap_pkgconfig_libncdap = yes ; then
    ncdap_lib_ok=yes
    ncdap_header_ok=yes
  else
    AC_CHECK_LIBNC_DAP_LIB([$1],[ncdap_lib_ok='yes'],
      [ncdap_lib_ok='no'])
    ncdap_save_CPPFLAGS=$CPPFLAGS
    CPPFLAGS="$CPPFLAGS $NC_DAP_CFLAGS"
    AC_CHECK_NETCDF_DAP_HEADER([],[ncdap_header_ok='yes'],
      [ncdap_header_ok='no'],[3])
    CPPFLAGS=$ncdap_save_CPPFLAGS
  fi

  if test "$ncdap_lib_ok" = 'yes' -a "$ncdap_header_ok" = 'yes' ; then
    m4_if([$2], [], [:], [$2])
  else
    m4_if([$3], [], [:], [$3])
  fi
])

# AC_CHECK_LIBNC_DAP_LIB([MINIMUM-VERSION [, ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libnc-dap and define NC_DAP_CFLAGS and NC_DAP_LIBS.
# Check that the version is above MINIMUM-VERSION
AC_DEFUN([AC_CHECK_LIBNC_DAP_LIB],
[
  AC_PATH_PROG([NC_DAP_CONFIG], [ncdap-config], [no])
  ncdap_min_version=m4_if([$1], [], [3.5.0], [$1])
  AC_MSG_CHECKING([for libnc-dap version >= $ncdap_min_version])
  ncdap_ok='no'
  if test "$NC_DAP_CONFIG" = "no" ; then
     ncdap_ok='no'
  else
     ncdap_config_major_version=`$NC_DAP_CONFIG --version | sed 's/^libnc-dap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\1/'`
     ncdap_config_minor_version=`$NC_DAP_CONFIG --version | sed 's/^libnc-dap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\2/'`
     ncdap_config_micro_version=`$NC_DAP_CONFIG --version | sed 's/^libnc-dap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\2/'`
     ncdap_min_major_version=`echo $ncdap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\1/'`
     ncdap_min_minor_version=`echo $ncdap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\2/'`
     ncdap_min_micro_version=`echo $ncdap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\3/'`

     ncdap_config_is_lt='no'
     if test $ncdap_config_major_version -lt $ncdap_min_major_version ; then
       ncdap_config_is_lt='yes'
     else
       if test $ncdap_config_major_version -eq $ncdap_min_major_version ; then
         if test $ncdap_config_minor_version -lt $ncdap_min_minor_version ; then
           ncdap_config_is_lt='yes'
         else
           if test $ncdap_config_minor_version -eq $ncdap_min_minor_version ; then
             if test $ncdap_config_micro_version -lt $ncdap_min_micro_version ; then
               ncdap_config_is_lt='yes'
             fi
           fi
         fi
       fi
     fi
     if test "x$ncdap_config_is_lt" = "xyes" ; then
       ncdap_ok='no'
     else
       NC_DAP_LIBS="`$NC_DAP_CONFIG --libs`"
       NC_DAP_CFLAGS="`$NC_DAP_CONFIG --cflags`"
     fi
   fi
   if test "x$ncdap_ok" = 'xyes' ; then
     AC_MSG_RESULT([yes])
     m4_if([$2], [], [:], [$2])
   else
     AC_MSG_RESULT([no])
     if test "$NC_DAP_CONFIG" = "no" ; then
     AC_MSG_NOTICE([The ncdap-config script could not be found.])
     else
       if test x$ncdap_config_is_lt = xyes ; then
         AC_MSG_NOTICE([The installed libnc-dap library is too old.])
       fi
     fi
     NC_DAP_LIBS=""
     NC_DAP_CFLAGS=""
     m4_if([$3], [], [:], [$3])
     
   fi
   AC_SUBST([NC_DAP_CFLAGS])
   AC_SUBST([NC_DAP_LIBS])
]) 


# AC_FC_CHECK_LIBNC_DAP([MINIMUM-VERSION [, ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libnc-dap and define NC_DAP_FFLAGS and NC_DAP_FLIBS with flags
# for fortran.
# Check that the version is above MINIMUM-VERSION 

AC_DEFUN([AC_FC_CHECK_LIBNC_DAP],
[
  libnc_fc_dap_ok="no"
  AC_CHECK_LIBNC_DAP_LIB([$1],[libnc_fc_dap_ok="yes"],[libnc_fc_dap_ok="no"])
  if test $libnc_fc_dap_ok = "yes"; then
     NC_DAP_FLIBS="`$NC_DAP_CONFIG --flibs`"
     NC_DAP_FFLAGS="$NC_DAP_CFLAGS"
     m4_if([$2], [], [:], [$2])
  else
     m4_if([$3], [], [:], [$3])
     NC_DAP_FLIBS=""
     NC_DAP_FFLAGS=""
  fi
  AC_SUBST([NC_DAP_FFLAGS])
  AC_SUBST([NC_DAP_FLIBS])
])

# AC_CHECK_NC_DODS([ ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libnc-dap or older versions. Define NC_DAP_CFLAGS and NC_DAP_LIBS.
# check for the netcdf.h file inclusion
# the old way of finding libs is used first to allow the user to 
# specify a root with the 'old style' nc-dods all-in-a-root.
AC_DEFUN([AC_CHECK_NC_DODS],
[
  ncdods_header_ok='no'
  ncdods_lib_ok='no'
  
# we find lib using pkg-config now, before we set NC_DAP_* to something else, 
# and we keep the result. 
  ncdods_pkgconfig_ncdods=yes
  PKG_CHECK_MODULES([NC_DAP],[libnc-dap],,
    [ncdods_pkgconfig_ncdods=no])
  if test $ncdods_pkgconfig_ncdods = yes ; then
    ncdods_pkgconfig_NC_DAP_LIBS=$NC_DAP_LIBS
    ncdods_pkgconfig_NC_DAP_CFLAGS=$NC_DAP_CFLAGS
    NC_DAP_LIBS=
    NC_DAP_CFLAGS=
  fi

  AC_CHECK_NC_DODS_LIB([ncdods_lib_ok='yes'],
     [ncdods_lib_ok='no'])
  ncdods_save_CPPFLAGS=$CPPFLAGS
  CPPFLAGS="$CPPFLAGS $NC_DAP_CFLAGS"
  AC_CHECK_NETCDF_DAP_HEADER([],[ncdods_header_ok='yes'],
    [ncdods_header_ok='no'])
  CPPFLAGS=$ncdods_save_CPPFLAGS

# if the 'old style' failed or DAP_ROOT is unset and pkg-config succeded, 
# use pkg-config
  if test "$ncdods_lib_ok" = 'no' -o "$ncdods_header_ok" = 'no' -o "z$DAP_ROOT" = 'z' ; then
    if test $ncdods_pkgconfig_ncdods = 'yes' ; then
      NC_DAP_LIBS=$ncdods_pkgconfig_NC_DAP_LIBS
      NC_DAP_CFLAGS=$ncdods_pkgconfig_NC_DAP_CFLAGS
      ncdods_lib_ok=yes
      ncdods_header_ok=yes
    fi
  fi

  if test "$ncdods_lib_ok" = 'yes' -a "$ncdods_header_ok" = 'yes' ; then
    m4_if([$1], [], [:], [$1])
  else
    m4_if([$2], [], [:], [$2])
  fi
])

# AC_CHECK_NC_DODS_LIB([ ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libnc-dap or older versions. Define NC_DAP_CFLAGS and NC_DAP_LIBS.
# use AC_CHECK_DODS first
AC_DEFUN([AC_CHECK_NC_DODS_LIB],
[
  ac_ncdods_ok='no'
  ac_ncdods_dap_ok='no'
  NC_DAP_LIBS=
  NC_DAP_CFLAGS=
  dnl it may happen that the cflags are not the ones associated 
  dnl with -L and -l flags, however even in that case the most recent 
  dnl netcdf.h should be picked up and things should go smoothly
  AC_PATH_PROG([OPENNC_DAP_CONFIG], [opendap-config], [no])
  if test "$OPENNC_DAP_CONFIG" != "no" ; then
     NC_DAP_CFLAGS="`$OPENNC_DAP_CONFIG --cflags`"
  fi
  AC_PATH_PROG([NC_DAP_CONFIG], [ncdap-config], [no])
  if test "$NC_DAP_CONFIG" != "no" ; then
     NC_DAP_CFLAGS="`$NC_DAP_CONFIG --cflags`"
  fi
  AC_CHECK_DODS([ac_ncdods_dap_ok='yes'],[ac_ncdods_dap_ok='no'])
  if test "z$ac_ncdods_dap_ok" = 'zyes'; then
     if test "z$DAP_ROOT" != "z" ; then
        NC_DAP_CFLAGS=$DAP_ROOT/include
     fi
     dnl We check that linking is succesfull
     dnl instead of using a C++ compiler we add -lstdc++
     dnl AC_LANG_PUSH([C++])
     NC_DAP_LIBS="-lnc-dap $DAP_LIBS -ldap"
     ac_save_LIBS=$LIBS
     LIBS="$LIBS $NC_DAP_LIBS -lstdc++"
     AC_MSG_CHECKING([for nc_open with -lnc-dap -ldap])
     AC_LINK_IFELSE([AC_LANG_CALL([],[nc_open])],
       [ ac_ncdods_ok='yes'
         AC_MSG_RESULT([yes])
       ],[ ac_ncdods_ok='no'
         AC_MSG_RESULT([no])
       ])
     LIBS=$ac_save_LIBS
     if test $ac_ncdods_ok = 'no' ; then
       NC_DAP_LIBS="-lnc-dods $DAP_LIBS -ldap++"
       LIBS="$LIBS $NC_DAP_LIBS -lstdc++"
       AC_MSG_CHECKING([for nc_open with -lnc-dods -ldap++])
       AC_LINK_IFELSE([AC_LANG_CALL([],[nc_open])],
         [ ac_ncdods_ok='yes'
           AC_MSG_RESULT([yes])
         ],[ ac_ncdods_ok='no'
           AC_MSG_RESULT([no])
         ])
       LIBS=$ac_save_LIBS
     fi
     dnl AC_LANG_POP
  fi
  if test $ac_ncdods_ok = no ; then
    AC_CHECK_LIBNC_DAP_LIB([],[ac_ncdods_ok='yes'],[ac_ncdods_ok='no'])
    if test "z$ac_ncdods_ok" = "zno" ; then
      AC_MSG_CHECKING([for libnc-dap with opendap-config])
      if test "$OPENNC_DAP_CONFIG" = "no" ; then
        ac_ncdods_ok='no'
        AC_MSG_RESULT([no])
      else
        NC_DAP_LIBS="`$OPENNC_DAP_CONFIG --libs-nc`"
        ac_ncdods_ok='yes'
        AC_MSG_RESULT([yes])
      fi
    fi
  fi 
  if test "x$ac_ncdods_ok" = "xyes" ; then
     m4_if([$1], [], [:], [$1])
  else
     m4_if([$2], [], [:], [$2])
  fi
  AC_SUBST([NC_DAP_CFLAGS])
  AC_SUBST([NC_DAP_LIBS])
])
grads-2.0.1/m4/udunits.m40000644000175000017500000000067611046315631016232 0ustar  amckinstryamckinstrydnl GA_CHECK_UDUNITS : Check for udunits
dnl args :             action-if-yes, action-if-no

AC_DEFUN([GA_CHECK_UDUNITS],
[
  ga_use_udunits='no'
  AC_CHECK_HEADER([udunits.h],
  [  AC_CHECK_LIB([udunits],[utInit],
     [  ga_use_udunits='yes'
        UDUNITS_LIBS='-ludunits'
     ])
  ])
  
  if test "z$ga_use_udunits" = "zyes" ; then
      m4_if([$1], [], [:], [$1])
  else
      m4_if([$2], [], [:], [$2])
  fi
  AC_SUBST([UDUNITS_LIBS])
])
grads-2.0.1/m4/hdf4.m40000644000175000017500000001771311046315631015364 0ustar  amckinstryamckinstrydnl AC_CHECK_HDF : Check for hdf4
dnl args :             action-if-yes, action-if-no
AC_DEFUN([AC_CHECK_HDF4],
[
  AC_ARG_WITH([hdf4],
            [AS_HELP_STRING([--with-hdf4=ARG],[hdf4 directory])],
            [HDF4_PATH=$withval], 
            [HDF4_PATH=""])

  AC_ARG_WITH([hdf4_include],
            [AS_HELP_STRING([--with-hdf4-include=ARG],[hdf 4 include directory])],
            [HDF4_PATH_INC=$withval],
            [HDF4_PATH_INC=""])

  AC_ARG_WITH([hdf4_libdir],
            [AS_HELP_STRING([--with-hdf4-libdir=ARG],[hdf 4 library directory])],
            [HDF4_PATH_LIBDIR=$withval], 
            [HDF4_PATH_LIBDIR=""])

  dnl This is a very common location for the hdf4 code. jhrg 10/11/05
dnl  AS_IF([test -d /usr/local/hdf], [HDF4_PATH="/usr/local/hdf"])
      
  AS_IF([test "z$HDF4_PATH" != "z"],
  [
    AS_IF([test "z$HDF4_PATH_LIBDIR" = "z"],
      [HDF4_PATH_LIBDIR="$HDF4_PATH/lib"])  
    AS_IF([test "z$HDF4_PATH_INC" = "z"],
      [HDF4_PATH_INC="$HDF4_PATH/include"])  
  ])
  
  
  ac_hdf4_lib_ok='no'
  ac_hdf4_save_LDFLAGS=$LDFLAGS
  HDF4_LIBS=
  AS_IF([test "z$HDF4_PATH_LIBDIR" != "z"],
    [
      HDF4_LDFLAGS="-L$HDF4_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"
      AC_CHECK_HDF4_LIB([ac_hdf4_lib_ok='yes'])
    ],
    [
      for ac_hdf4_libdir in "" /usr/local/hdf4.2r1/lib64 /opt/hdf4.2r1/lib64 \ 
       /usr/hdf4.2r1/lib64 /usr/local/lib64/hdf4.2r1 /opt/lib64/hdf4.2r1 \
       /usr/lib64/hdf4.2r1 /usr/local/hdf/lib64/ /opt/hdf/lib64 /usr/hdf/lib64 \
       /usr/local/lib64/hdf /opt/lib64/hdf /usr/lib64/hdf \
       /usr/local/hdf4.2r1/lib /opt/hdf4.2r1/lib \ 
       /usr/hdf4.2r1/lib /usr/local/lib/hdf4.2r1 /opt/lib/hdf4.2r1 \
       /usr/lib/hdf4.2r1 /usr/local/hdf/lib/ /opt/hdf/lib /usr/hdf/lib \
       /usr/local/lib/hdf /opt/lib/hdf /usr/lib/hdf ; do
        AS_IF([test "z$ac_hdf4_libdir" = 'z'],
           [HDF4_LDFLAGS=],
           [
             AC_MSG_NOTICE([searching hdf libraries in $ac_hdf4_libdir])
             HDF4_LDFLAGS="-L$ac_hdf4_libdir"
           ])
        LDFLAGS="$LDFLAGS $HDF4_LDFLAGS" 
        AC_CHECK_HDF4_LIB([ac_hdf4_lib_ok='yes'])
        AS_IF([test $ac_hdf4_lib_ok = 'yes'],[break])
        LDFLAGS=$ac_hdf4_save_LDFLAGS
      done
    ])
  LDFLAGS=$ac_hdf4_save_LDFLAGS
  
  ac_hdf4_h='no'
  HDF4_CFLAGS=
  ac_hdf4_save_CPPFLAGS=$CPPFLAGS
  AS_IF([test "z$HDF4_PATH_INC" != "z"],
    [
       HDF4_CFLAGS="-I$HDF4_PATH_INC"
       CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS"
       AC_CHECK_HEADER_NOCACHE_HDF4([mfhdf.h],[ac_hdf4_h='yes'])
    ],
    [
      for ac_hdf4_incdir in "" /usr/local/hdf4.2r1/include /opt/hdf4.2r1/include \ 
       /usr/hdf4.2r1/include /usr/local/include/hdf4.2r1 \
       /opt/include/hdf4.2r1 /usr/include/hdf4.2r1 /usr/local/hdf/include \
       /opt/hdf/include /usr/hdf/include /usr/local/include/hdf \
       /opt/include/hdf /usr/include/hdf ; do
        AS_IF([test "z$ac_hdf4_incdir" = 'z'],
           [HDF4_CFLAGS=],
           [
             AC_MSG_NOTICE([searching hdf includes in $ac_hdf4_incdir])
             HDF4_CFLAGS="-I$ac_hdf4_incdir"
           ])
        CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS" 
        AC_CHECK_HEADER_NOCACHE_HDF4([mfhdf.h],[ac_hdf4_h='yes'])
        AS_IF([test $ac_hdf4_h = 'yes'],[break])
        CPPFLAGS=$ac_hdf4_save_CPPFLAGS
      done
    ])
  CPPFLAGS=$ac_hdf4_save_CPPFLAGS
  
  AS_IF([test "$ac_hdf4_h" = 'yes' -a "$ac_hdf4_lib_ok" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])

  AC_SUBST([HDF4_LIBS])
  AC_SUBST([HDF4_CFLAGS])
  AC_SUBST([HDF4_LDFLAGS])
])

dnl check for the netcdf 2 interface provided by hdf
dnl it defines the C preprocessor macro HDF_NETCDF_NAME(name) which
dnl prepends sd_ to name if needed and otherwise keep the name
dnl as is.
dnl
dnl args            action-if-found,
dnl                 action-if-found with sd_ appended to netcdf symbols,
dnl                 action-if-no-found
dnl
dnl in case it is detected that sd_ should be appended, the C preprocessor
dnl symbol HDF_HAVE_NETCDF is defined.

AC_DEFUN([AC_CHECK_HDF4_NETCDF],
[
  ac_hdf4_netcdf_lib='no'
  ac_hdf4_sd_netcdf_lib='no'
  ac_hdf4_netcdf_h='no'
  AC_CHECK_HDF4([
    ac_hdf4_netcdf_save_LDFLAGS=$LDFLAGS
    ac_hdf4_netcdf_save_LIBS=$LIBS
    LIBS="$LIBS $HDF4_LIBS"
    LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"
    AC_MSG_CHECKING([for sd_ncopen])
    AC_LINK_IFELSE([AC_LANG_CALL([],[sd_ncopen])],
      [
        AC_MSG_RESULT([yes])
        ac_hdf4_sd_netcdf_lib='yes'
      ],
      [
        AC_MSG_RESULT([no])
        ac_hdf4_sd_netcdf_lib='no'
      ])
    AS_IF([test "$ac_hdf4_sd_netcdf_lib" = 'no'],
    [
      AC_MSG_CHECKING([for ncopen with hdf link flags])
      AC_LINK_IFELSE([AC_LANG_CALL([],[ncopen])],
      [
        AC_MSG_RESULT([yes])
        ac_hdf4_netcdf_lib='yes'
      ],
      [
        AC_MSG_RESULT([no])
        ac_hdf4_netcdf_lib='no'
      ])
    ])
    LDFLAGS=$ac_hdf4_netcdf_save_LDFLAGS
    LIBS=$ac_hdf4_netcdf_save_LIBS

    ac_hdf4_netcdf_save_CPPFLAGS=$CPPFLAGS
dnl not needed anymore
dnl    ac_hdf4_netcdf_save_NC_CFLAGS=$NC_CFLAGS
    CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS"
    AC_CHECK_HEADERS([hdf4_netcdf.h],[ac_hdf4_netcdf_h='yes'])
    AC_CHECK_NETCDF_HEADER([],[ac_hdf4_netcdf_h='yes'])
    CPPFLAGS=$ac_hdf4_netcdf_save_CPPFLAGS
dnl    NC_CFLAGS=$ac_hdf4_netcdf_save_NC_CFLAG
  ])

  AH_TEMPLATE([HDF_NETCDF_NAME],[A macro that append sd_ to netcdf symbols if needed])
  AS_IF([test $ac_hdf4_netcdf_h = 'yes' -a $ac_hdf4_sd_netcdf_lib = 'yes'],
  [
     AC_DEFINE([HDF_HAVE_NETCDF],[],[Define if hdf prefixes netcdf symbols by sd])
     AC_DEFINE([HDF_NETCDF_NAME(name)], [sd_ ## name])
     m4_if([$2], [], [:], [$2])
  ],
  [
    AC_DEFINE([HDF_NETCDF_NAME(name)], [name])
    AS_IF([test $ac_hdf4_netcdf_h = 'yes' -a $ac_hdf4_netcdf_lib = 'yes'],
    [m4_if([$1], [], [:], [$1])],
    [m4_if([$3], [], [:], [$3])])
  ])
])

AC_DEFUN([AC_CHECK_HDF4_LIB],
[
  HDF4_LIBS=
  ac_hdf4_save_LIBS=$LIBS
  AC_CHECK_LIB_NOCACHE_HDF4([sz], [SZ_BufftoBuffCompress],
  [
      LIBS="$LIBS -lsz"
      HDF4_LIBS='-lsz'
  ])

dnl -lsz is not required because due to licencing it may not be present
dnl nor required everywhere
  ac_hdf4_lib='no'
  AC_CHECK_LIB_NOCACHE_HDF4([z],[deflate],
  [ AC_CHECK_LIB_NOCACHE_HDF4([jpeg],[jpeg_start_compress],
    [ AC_CHECK_LIB_NOCACHE_HDF4([df],[Hopen],
      [ AC_CHECK_LIB_NOCACHE_HDF4([mfhdf],[SDstart],
        [ ac_hdf4_lib="yes"
          HDF4_LIBS="-lmfhdf -ldf -ljpeg -lz $HDF4_LIBS"
        ],[],[-ldf -ljpeg -lz])
      ],[],[-ljpeg -lz])
    ])
  ])
  LIBS=$ac_hdf4_save_LIBS
  
  AS_IF([test "$ac_hdf4_lib" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])
])

AC_DEFUN([AC_CHECK_LIB_NOCACHE_HDF4],
[
  AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='no'
  AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])=$LIBS
  LIBS="-l$1 $5 $LIBS"
  AC_MSG_CHECKING([for $2 in -l$1])
  AC_LINK_IFELSE([AC_LANG_CALL([], [$2])],
  [ 
    AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='yes' 
    AC_MSG_RESULT([yes])
  ],[ 
    AC_MSG_RESULT([no])
  ])
  LIBS=$AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])
  AS_IF([test $AS_TR_SH([ac_check_lib_nocache_ok_$1_$2]) = 'yes'],
  [m4_if([$3], [], [:], [$3])],
  [m4_if([$4], [], [:], [$4])])
])
 
AC_DEFUN([AC_CHECK_HEADER_NOCACHE_HDF4],
[
  AS_TR_SH([ac_check_header_nocache_compile_$1])='no'
  AS_TR_SH([ac_check_header_nocache_preproc_$1])='no'
  AC_MSG_CHECKING([for $1 with compiler])
  AC_COMPILE_IFELSE([AC_LANG_SOURCE([[#include <$1>]])],
    [
      AC_MSG_RESULT([yes])
      AS_TR_SH([ac_check_header_nocache_compile_$1])='yes'
    ],
    [
      AC_MSG_RESULT([no])
    ])
  AC_MSG_CHECKING([for $1 with preprocessor])
  AC_PREPROC_IFELSE([AC_LANG_SOURCE([[#include <$1>]])],
    [
      AC_MSG_RESULT([yes])
      AS_TR_SH([ac_check_header_nocache_preproc_$1])='yes'
    ],
    [
      AC_MSG_RESULT([no])
      AS_IF([test "$AS_TR_SH([ac_check_header_nocache_compile_$1])" = 'yes'],
        [AC_MSG_WARN([trusting compiler result, ignoring preprocessor error])])
    ])
  AS_IF([test "$AS_TR_SH([ac_check_header_nocache_compile_$1])" = 'yes'],
  [m4_if([$2], [], [:], [$2])],
  [m4_if([$3], [], [:], [$3])])
])
grads-2.0.1/m4/gui.m40000644000175000017500000000141211207534132015306 0ustar  amckinstryamckinstrydnl GA_CHECK_GUI : Checks whether GrADS can be built with GUI features 
dnl  		      	enabled.
dnl  args : 		action-if-yes, action-if-no
AC_DEFUN([GA_CHECK_GUI],
[
  # Check libs and headers for GUI widgets
  ga_check_gui="no"
  GA_SET_FLAGS([X11/neXtaw libsx],[$X_CFLAGS], [$X_LIBS],[$X_PRE_LIBS -lX11 $X_EXTRA_LIBS])
dnl  GA_SET_FLAGS([X11/neXtaw libsx])
  AC_CHECK_LIB(Xext, main, [gui_libs_Xext="-lXext"])  
  AC_CHECK_LIB(Xt, main,
    [ AC_CHECK_LIB(Xmu,main,
      [ AC_CHECK_LIB(Xpm, main,
        [ AC_CHECK_LIB(Xaw, main,
          [ AC_CHECK_LIB(sx, main,
            [ ga_check_gui="yes" ])
          ])
        ])
      ])
    ])
  GA_UNSET_FLAGS
  if test $ga_check_gui = "yes" ; then
    $1 
    true #dummy command
  else
    $2
    true #dummy command
  fi

])
grads-2.0.1/m4/libdap.m40000644000175000017500000002545511046315631015774 0ustar  amckinstryamckinstry# -*- mode: autoconf -*-
# Configure macros for Libdap
#
# Code for version detection and comparison comes from freetype2.m4
# Marcelo Magallon 2001-10-26, based on gtk.m4 by Owen Taylor
#
# Copyright 2001, 2003 by
# David Turner, Robert Wilhelm, and Werner Lemberg.
#
# This file is part of the FreeType project, and may only be used, modified,
# and distributed under the terms of the FreeType project license,
# LICENSE.TXT.  By continuing to use, modify, or distribute this file you
# indicate that you have read the license and understand and accept it
# fully.
#
# As a special exception to the FreeType project license, this file may be
# distributed as part of a program that contains a configuration script
# generated by Autoconf, under the same distribution terms as the rest of
# that program.
#
# modified by Patrice Dumas 2005 for libdap
#
# AC_CHECK_DODS is based on code from gdal configure.in

# AC_CHECK_LIBDAP([MINIMUM-VERSION [, ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libdap and define DAP_CFLAGS and DAP_LIBS.
# Check that the version is above MINIMUM-VERSION 
# use when linking with a c++ aware linker, with a c linker you may also
# need -lstdc++

AC_DEFUN([AC_CHECK_LIBDAP],
[
  dap_min_version=m4_if([$1], [], [3.5.0], [$1])
  dap_no=
  dap_pkgconfig_libdap=yes 
  PKG_CHECK_MODULES([DAP],[libdap >= $dap_min_version],,
    [dap_pkgconfig_libdap=no])
  PKG_CHECK_MODULES([DAP_CLIENT],[libdapclient >= $dap_min_version],,
    [dap_pkgconfig_libdap=no])
  PKG_CHECK_MODULES([DAP_SERVER],[libdapserver >= $dap_min_version],,
    [dap_pkgconfig_libdap=no])
  
  if test $dap_pkgconfig_libdap = no; then
    AC_PATH_PROG([DAP_CONFIG], [dap-config], [no])
    if test "$DAP_CONFIG" = "no" ; then
      dap_no=yes
    else
      dap_config_major_version=`$DAP_CONFIG --version | sed 's/^libdap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\1/'`
      dap_config_minor_version=`$DAP_CONFIG --version | sed 's/^libdap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\2/'`
      dap_config_micro_version=`$DAP_CONFIG --version | sed 's/^libdap \([[0-9]]\)*\.\([[0-9]]*\)\.\([[0-9]]*\)$/\2/'`
      dap_min_major_version=`echo $dap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\1/'`
      dap_min_minor_version=`echo $dap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\2/'`
      dap_min_micro_version=`echo $dap_min_version | sed 's/\([[0-9]]*\).\([[0-9]]*\).\([[0-9]]*\)/\3/'`

      dap_config_is_lt=""
      if test $dap_config_major_version -lt $dap_min_major_version ; then
        dap_config_is_lt=yes
      else
        if test $dap_config_major_version -eq $dap_min_major_version ; then
          if test $dap_config_minor_version -lt $dap_min_minor_version ; then
            dap_config_is_lt=yes
          else
            if test $dap_config_minor_version -eq $dap_min_minor_version ; then
              if test $dap_config_micro_version -lt $dap_min_micro_version ; then
                dap_config_is_lt=yes
              fi
            fi
          fi
        fi
      fi
      if test x$dap_config_is_lt = xyes ; then
        dap_no=yes
      else
        DAP_LIBS="`$DAP_CONFIG --libs`"
        if ($DAP_CONFIG --client-libs 2>&1 | grep unknown) >/dev/null 2>&1; then
          DAP_CLIENT_LIBS=$DAP_LIBS
          DAP_SERVER_LIBS=$DAP_LIBS
        else
          DAP_CLIENT_LIBS="`$DAP_CONFIG --client-libs`"
          DAP_SERVER_LIBS="`$DAP_CONFIG --server-libs`"
        fi
        DAP_CFLAGS="`$DAP_CONFIG --cflags`"
      fi
    fi
  else
     DAP_STATIC_LIBS="`$PKG_CONFIG --static --libs libdap`"
     DAP_CLIENT_STATIC_LIBS="`$PKG_CONFIG --static --libs libdapclient`"
     DAP_SERVER_STATIC_LIBS="`$PKG_CONFIG --static --libs libdapserver`"
  fi
  AC_MSG_CHECKING([for libdap version >= $dap_min_version])
  if test x$dap_no = x ; then
    AC_MSG_RESULT([yes])
    m4_if([$2], [], [:], [$2])
  else
    AC_MSG_RESULT([no])
    if test "$DAP_CONFIG" = "no" ; then
    AC_MSG_NOTICE([The dap-config script could not be found.])
    else
      if test x$dap_config_is_lt = xyes ; then
        AC_MSG_NOTICE([the installed libdap library is too old.])
      fi
    fi
    DAP_LIBS=""
    DAP_CFLAGS=""
    m4_if([$3], [], [:], [$3])
  fi
  if test x"$DAP_CFLAGS" != x -a x"$DAP_CLIENT_CFLAGS" = x ; then
    DAP_CLIENT_CFLAGS=$DAP_CFLAGS
  fi
  if test x"$DAP_CFLAGS" != x -a x"$DAP_SERVER_CFLAGS" = x ; then
    DAP_SERVER_CFLAGS=$DAP_CFLAGS
  fi
  if test x"$DAP_STATIC_LIBS" = x ; then
    DAP_STATIC_LIBS=$DAP_LIBS
    DAP_CLIENT_STATIC_LIBS=$DAP_CLIENT_LIBS
    DAP_SERVER_STATIC_LIBS=$DAP_SERVER_LIBS
  fi
  AC_SUBST([DAP_CFLAGS])
  AC_SUBST([DAP_CLIENT_CFLAGS])
  AC_SUBST([DAP_SERVER_CFLAGS])
  AC_SUBST([DAP_LIBS])
  AC_SUBST([DAP_CLIENT_LIBS])
  AC_SUBST([DAP_SERVER_LIBS])
  AC_SUBST([DAP_STATIC_LIBS])
  AC_SUBST([DAP_CLIENT_STATIC_LIBS])
  AC_SUBST([DAP_SERVER_STATIC_LIBS])
]) 

# AC_CHECK_DODS([ ACTION-IF-FOUND [, ACTION-IF-NOT-FOUND]]])
# Test for Libdap or older versions. Define DAP_CFLAGS and DAP_LIBS and
# optionnaly DAP_ROOT

AC_DEFUN([AC_CHECK_DODS],
[
  AC_ARG_WITH([dods_root],
    [AS_HELP_STRING([--with-dods-root=ARG],[DODS root fallback])],
    ,,)

  ac_dods_ok='no'
  DAP_ROOT=
  AC_MSG_CHECKING([DODS specific root])
  if test -z "$with_dods_root" -o "$with_dods_root" = "no"; then
    AC_MSG_RESULT([disabled])
  else
    AC_MSG_RESULT([$with_dods_root])
    DODS_ROOT=$with_dods_root
    DODS_LIB=$with_dods_root/lib
    DODS_INC=$with_dods_root/include
    DODS_BIN=$with_dods_root/bin

    dnl Add the DODS libraries to LIBS
    if test -x "$DODS_BIN/opendap-config" ; then 
      dnl OPeNDAP 3.4 and earlier lack opendap-config, but use it if avail.
      DAP_LIBS="`$DODS_BIN/opendap-config --libs`"
      DAP_CFLAGS="`$DODS_BIN/opendap-config --cflags`"
      ac_dods_ok='yes'
    elif test -x "$DODS_BIN/dap-config" ; then
      dnl for OPeNDAP 3.5
      DAP_LIBS="`$DODS_BIN/dap-config --libs`"
      DAP_CFLAGS="`$DODS_BIN/dap-config --cflags`"
      ac_dods_ok='yes'
    else
      dnl Otherwise try to put things together in a more primitive way.
      DAP_LIBS="-L$DODS_LIB -ldap++ -lpthread"
      DAP_CFLAGS="-I$DODS_INC"
    
      ac_dods_curl='yes'
      dnl Add curl to LIBS; it might be local to DODS or generally installed
      AC_MSG_CHECKING([For curl])
      if test -x "$DODS_BIN/curl-config"; then
         DAP_LIBS="$DAP_LIBS  `$DODS_BIN/curl-config --libs`"
      elif which curl-config > /dev/null 2>&1; then
         DAP_LIBS="$DAP_LIBS  `curl-config --libs`"
      else
         ac_dods_curl='no'
      fi
      if test $ac_dods_curl = 'no' ; then
         AC_MSG_RESULT([no]) 
         dnl AC_MSG_WARN([You gave a dods root, but I can't find curl!])
      else
         AC_MSG_RESULT([yes])
      fi 
         
      
      AC_MSG_CHECKING([For libxml2])
      ac_dods_xml2='yes'
      if test -x "$DODS_BIN/xml2-config"; then
         DAP_LIBS="$DAP_LIBS `$DODS_BIN/xml2-config --libs`"
      elif which xml2-config > /dev/null 2>&1; then
         DAP_LIBS="$DAP_LIBS  `xml2-config --libs`"
      else
         ac_dods_xml2='no'
      fi
      if test $ac_dods_xml2 = 'no' ; then
         AC_MSG_RESULT([no]) 
         dnl AC_MSG_WARN([You gave a dods root, but I can't find xml2!])
      else
         AC_MSG_RESULT([yes])
      fi 
         
      AC_LANG_PUSH([C++])
      if test $ac_dods_xml2 = 'yes' -a $ac_dods_curl = 'yes'; then
         dnl We check that linking is succesfull
         ac_save_LIBS=$LIBS
         ac_save_CFLAGS=$CFLAGS
         LIBS="$LIBS $DAP_LIBS"
         CFLAGS="$CFLAGS $DAP_CFLAGS"
         dnl AC_CHECK_LIB is not used because it caches results
         dnl AC_CHECK_LIB([dap++],[main],[ac_dods_ok='yes'],[ac_dods_ok='no'])
         AC_MSG_CHECKING([for DODS with curl and libxml2])
         AC_LINK_IFELSE([AC_LANG_CALL([],[main])],[
           ac_dods_ok='yes'
           AC_MSG_RESULT([yes])
         ],[
           ac_dods_ok='no'
           AC_MSG_RESULT([no])
         ])
         LIBS=$ac_save_LIBS
         CFLAGS=$ac_save_CFLAGS
         if test "z$ac_dods_ok" = "zno"; then
           ac_save_LIBS=$LIBS
           ac_save_CFLAGS=$CFLAGS
           LIBS="$LIBS $DAP_LIBS -lrx"
           CFLAGS="$CFLAGS $DAP_CFLAGS"
           AC_MSG_CHECKING([for DODS with curl, libxml2 and librx])
           AC_LINK_IFELSE([AC_LANG_CALL([],[main])],[
               AC_MSG_RESULT([yes])
               ac_dods_ok='yes'
               DAP_LIBS="$DAP_LIBS -lrx"
           ],[
               ac_dods_ok='no'
               AC_MSG_RESULT([no])
           ])
           LIBS=$ac_save_LIBS
           CFLAGS=$ac_save_CFLAGS
         fi
      fi
      if test $ac_dods_ok = 'no'; then
         dnl assume it is an old version of DODS
         AC_MSG_NOTICE([Checking for DODS with libwww and librx])
         DAP_LIBS="-L$DODS_LIB -ldap++ -lwww -lpthread -lrx"
         DAP_CFLAGS="-I$DODS_INC"
         ac_save_LIBS=$LIBS
         ac_save_CFLAGS=$CFLAGS
         LIBS="$LIBS $DAP_LIBS"
         CFLAGS="$CFLAGS $DAP_CFLAGS"
         AC_CHECK_LIB([dap++],[main],[ac_dods_ok='yes'],[ac_dods_ok='no'])
         LIBS=$ac_save_LIBS
         CFLAGS=$ac_save_CFLAGS
      fi
      AC_LANG_POP
    fi
      
    AC_MSG_CHECKING([for DODS in a specific root])
    if test "z$ac_dods_ok" = "zyes"; then
       AC_MSG_RESULT([yes])
       AC_MSG_NOTICE([setting DAP_ROOT directory to $DODS_ROOT])
       DAP_ROOT=$DODS_ROOT
    else
       AC_MSG_RESULT([no])
    fi
  fi
  if test "z$ac_dods_ok" = "zno" ; then
     AC_CHECK_LIBDAP([],[ac_dods_ok='yes'],[ac_dods_ok='no'])
     if test "z$ac_dods_ok" = "zno" ; then
       AC_PATH_PROG([OPENDAP_CONFIG], [opendap-config], [no])
       AC_MSG_CHECKING([for libdap with opendap-config])
       if test "$OPENDAP_CONFIG" = "no" ; then
         ac_dods_ok='no'
         AC_MSG_RESULT([no])
       else
         DAP_LIBS="`$OPENDAP_CONFIG --libs`"
         DAP_CFLAGS="`$OPENDAP_CONFIG --cflags`"
         ac_dods_ok='yes'
         AC_MSG_RESULT([yes])
       fi
     fi
  fi 
  if test "x$ac_dods_ok" = "xyes" ; then
     if test "z$DAP_CLIENT_LIBS" = 'z' ; then
       DAP_CLIENT_LIBS=$DAP_LIBS
       DAP_SERVER_LIBS=$DAP_LIBS
     fi
     if test x"$DAP_CFLAGS" != x -a x"$DAP_CLIENT_CFLAGS" = x ; then
        DAP_CLIENT_CFLAGS=$DAP_CFLAGS
     fi
     if test x"$DAP_CFLAGS" != x -a x"$DAP_SERVER_CFLAGS" = x ; then
       DAP_SERVER_CFLAGS=$DAP_CFLAGS
     fi
     if test x"$DAP_STATIC_LIBS" = x ; then
       DAP_STATIC_LIBS=$DAP_LIBS
       DAP_CLIENT_STATIC_LIBS=$DAP_CLIENT_LIBS
       DAP_SERVER_STATIC_LIBS=$DAP_SERVER_LIBS
     fi
     m4_if([$1], [], [:], [$1])
  else
     DAP_LIBS=""
     DAP_CFLAGS=""
     DAP_CLIENT_LIBS=""
     DAP_SERVER_LIBS=""
     m4_if([$2], [], [:], [$2])
  fi
dnl done above
dnl  AC_SUBST([DAP_CFLAGS])
dnl  AC_SUBST([DAP_CLIENT_CFLAGS])
dnl  AC_SUBST([DAP_SERVER_CFLAGS])
dnl  AC_SUBST([DAP_LIBS])
dnl  AC_SUBST([DAP_CLIENT_LIBS])
dnl  AC_SUBST([DAP_SERVER_LIBS])
dnl  AC_SUBST([DAP_STATIC_LIBS])
dnl  AC_SUBST([DAP_CLIENT_STATIC_LIBS])
dnl  AC_SUBST([DAP_SERVER_STATIC_LIBS])
dnl  AC_SUBST([DAP_ROOT])
])
grads-2.0.1/m4/netcdf.m40000644000175000017500000001305111046315631015771 0ustar  amckinstryamckinstrydnl example of use
dnl AC_CHECK_NETCDF(
dnl   [
dnl       LIBS="$LIBS $NC_LIBS"
dnl       LDFLAGS="$LDFLAGS $NC_LDFLAGS"
dnl       CPPFLAGS="$CPPFLAGS $NC_CFLAGS"
dnl   ],
dnl   [
dnl       echo "*** Use --with-netcdf for the root netcdf directory."
dnl       echo "*** Otherwise use --with-netcdf-include switch for includes directory"
dnl       echo "*** and --with-netcdf-libdir switch for libraries directory."
dnl       AC_MSG_ERROR([netcdf library and netcdf headers are required.])
dnl   ]
dnl )

# Check for the netcdf library.
# AC_CHECK_NETCDF([ACTION-IF-FOUND],[ACTION-IF-NOT-FOUND],[INTERFACE-NR])
# if interface number is given, check for a specific interface
# sets NC_LDFLAGS, NC_LIBS, and, by calling other macros
# NC_CFLAGS and maybe NC_NETCDF_3_CFLAGS
AC_DEFUN([AC_CHECK_NETCDF],
[
  AC_ARG_WITH([netcdf],
            [AS_HELP_STRING([--with-netcdf=ARG],[netcdf directory])],
            [NC_PATH=$withval], 
            [NC_PATH=""])

  AC_ARG_WITH([netcdf_include],
            [AS_HELP_STRING([--with-netcdf-include=ARG],[netcdf include directory])],
            [NC_PATH_INC=$withval], 
            [NC_PATH_INC=""])

  AC_ARG_WITH([netcdf_libdir],
            [AS_HELP_STRING([--with-netcdf-libdir=ARG],[netcdf library directory])],
            [NC_PATH_LIBDIR=$withval], 
            [NC_PATH_LIBDIR=""])

  AS_IF([test "z$NC_PATH" != "z"],
  [
    AS_IF([test "z$NC_PATH_LIBDIR" = "z"],[NC_PATH_LIBDIR="$NC_PATH/lib"])
    AS_IF([test "z$NC_PATH_INC" = "z"],[NC_PATH_INC="$NC_PATH/include"])
  ])

  ac_netcdf_ok='no'
  NC_LIBS=
  NC_LDFLAGS=
  ac_nc_save_LDFLAGS=$LDFLAGS
  ac_nc_save_LIBS=$LIBS
  ac_check_nc_func_checked='ncopen'
  ac_check_nc_interface=
dnl the interface number isn't quoted with "" otherwise a newline 
dnl following the number isn't stripped.
  m4_if([$3],[],[ac_check_nc_interface=2],[ac_check_nc_interface=$3])
  AS_IF([test "z$ac_check_nc_interface" = 'z3'],
    [ac_check_nc_func_checked='nc_open'])
  AS_IF([test "z$NC_PATH_LIBDIR" != "z"],
    [
      NC_LDFLAGS="-L$NC_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $NC_LDFLAGS"
dnl the autoconf internal cache isn't avoided because we really check for
dnl libnetcdf, other libraries that implement the same api have other names
dnl  AC_LINK_IFELSE([AC_LANG_CALL([],[$ac_check_func_checked])],
      AC_CHECK_LIB([netcdf],[$ac_check_nc_func_checked],
        [
          NC_LIBS='-lnetcdf'
          ac_netcdf_ok='yes'
        ])
    ],
    [
      for ac_netcdf_libdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/lib64 \
       /opt/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/local/lib64/netcdf-${ac_check_nc_interface} \
       /opt/lib64/netcdf-${ac_check_nc_interface} \
       /usr/lib64/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib64 /opt/netcdf/lib64 \
       /usr/netcdf/lib64 /usr/local/lib64/netcdf /opt/lib64/netcdf \
       /usr/lib64/netcdf \
       /usr/local/netcdf-${ac_check_nc_interface}/lib \
       /opt/netcdf-${ac_check_nc_interface}/lib \
       /usr/netcdf-${ac_check_nc_interface}/lib \
       /usr/local/lib/netcdf-${ac_check_nc_interface} \
       /opt/lib/netcdf-${ac_check_nc_interface} \
       /usr/lib/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib /opt/netcdf/lib \
       /usr/netcdf/lib /usr/local/lib/netcdf /opt/lib/netcdf \
       /usr/lib/netcdf ; do
        AS_IF([test "z$ac_netcdf_libdir" = 'z'],
          [NC_LDFLAGS=],
          [
            AC_MSG_CHECKING([for netcdf libraries in $ac_netcdf_libdir])
            NC_LDFLAGS="-L$ac_netcdf_libdir"
          ])
        LDFLAGS="$LDFLAGS $NC_LDFLAGS"
        LIBS="$LIBS -lnetcdf"
dnl we have to avoid the autoconf internal cache in that case
        AC_LINK_IFELSE([AC_LANG_CALL([],[$ac_check_nc_func_checked])],
          [
            NC_LIBS='-lnetcdf'
            ac_netcdf_ok='yes'
            AS_IF([test "z$ac_netcdf_libdir" != 'z'],[AC_MSG_RESULT([yes])])
          ],
          [
            AS_IF([test "z$ac_netcdf_libdir" != 'z'],[AC_MSG_RESULT([no])])
          ])
        AS_IF([test $ac_netcdf_ok = 'yes'],[break])
        LDFLAGS=$ac_nc_save_LDFLAGS
        LIBS=$ac_nc_save_LIBS
      done
    ])
  LDFLAGS=$ac_nc_save_LDFLAGS
  LIBS=$ac_nc_save_LIBS

  AC_SUBST([NC_LDFLAGS])
  AC_SUBST([NC_LIBS])
  ac_netcdf_header='no'

  NC_CFLAGS=
  AS_IF([test "z$NC_PATH_INC" != "z"],
    [
      AC_CHECK_NETCDF_HEADER([$NC_PATH_INC],
        [ac_netcdf_header='yes'],
        [ac_netcdf_header='no'],
        [$ac_check_nc_interface])
    ],
    [
      for ac_netcdf_incdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/include \
       /opt/netcdf-${ac_check_nc_interface}/include \ 
       /usr/netcdf-${ac_check_nc_interface}/include \
       /usr/local/include/netcdf-${ac_check_nc_interface} \
       /opt/include/netcdf-${ac_check_nc_interface} \
       /usr/include/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/include \
       /opt/netcdf/include /usr/netcdf/include /usr/local/include/netcdf \
       /opt/include/netcdf /usr/include/netcdf ; do
        AC_MSG_NOTICE([searching netcdf includes in $ac_netcdf_incdir])
        AC_CHECK_NETCDF_HEADER([$ac_netcdf_incdir],[ac_netcdf_header='yes'],
          [ac_netcdf_header='no'],[$ac_check_nc_interface])
        AS_IF([test $ac_netcdf_header = 'yes'],
        [
           AS_IF([test "z$ac_netcdf_incdir" != "z"],
             [NC_CFLAGS="-I$ac_nc_include_dir"])
           break
        ])
      done
    ])
  AC_SUBST([NC_CFLAGS])

  AS_IF([test "$ac_netcdf_ok" = 'no' -o "$ac_netcdf_header" = 'no'],
    [m4_if([$2], [], [:], [$2])],
    [m4_if([$1], [], [:], [$1])])
])
grads-2.0.1/m4/libnc-dap_header.m40000644000175000017500000000530411046315631017671 0ustar  amckinstryamckinstry# Check for the netcdf header.
# AC_CHECK_NETCDF_DAP_HEADER([INCLUDE-DIR],[ACTION-IF-FOUND],
# [ACTION-IF-NOT-FOUND],[INTERFACE-NR])
# if interface number is given, check for a specific interface
# sets NC_CPPFLAGS and maybe NC_NETCDF_3_CPPFLAG
AC_DEFUN([AC_CHECK_NETCDF_DAP_HEADER],
[
  NC_CPPFLAGS=
  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=
  
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  m4_if([$1],[],[:],[
    ac_nc_include_dir="$1"
    AS_IF([test "z$ac_nc_include_dir" != "z"],
       [CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"])
  ])
  m4_if([$4],[],[:],[ac_nc_header_interface=$4])
dnl dont use AC_CHECK_HEADERS to avoid autoconf internal caching
  AC_MSG_CHECKING([for netcdf.h with compiler])
  AC_COMPILE_IFELSE([AC_LANG_SOURCE([[#include ]])],
    [
      AC_MSG_RESULT([yes])
      ac_netcdf_h_compile='yes'
    ],
    [
      AC_MSG_RESULT([no])
      ac_netcdf_h_compile='no'
    ])
    AC_MSG_CHECKING([for netcdf.h with preprocessor])
    AC_PREPROC_IFELSE([AC_LANG_SOURCE([[#include ]])],
    [
      AC_MSG_RESULT([yes])
      ac_netcdf_h_preproc='yes'
    ],
    [
      AC_MSG_RESULT([no])
      ac_netcdf_h_preproc='no'
    ])
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  AS_IF([test $ac_netcdf_h_compile = 'yes'],
    [ac_netcdf_h='yes'
    AS_IF([test "z$ac_nc_header_interface" = 'z3'],
      [AC_CHECK_NETCDF_3_DAP_HEADER([$1],
         [ac_netcdf_h='yes'],[ac_netcdf_h='no'])])
    ])

  AS_IF([test "$ac_netcdf_h" = 'yes'],
    [
      AS_IF([test "z$ac_nc_include_dir" != "z"],
        [NC_CPPFLAGS="-I$ac_nc_include_dir"])
      m4_if([$2], [], [:], [$2])
    ],
    [m4_if([$3], [], [:], [$3])])

  AC_SUBST([NC_CPPFLAGS])
])

AC_DEFUN([AC_CHECK_NETCDF_3_DAP_HEADER],
[
  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  AC_MSG_CHECKING([for netcdf 3 interface])
  m4_if([$1],[],[:],[
    ac_check_netcdf_3_include="$1"
  ])
  AS_IF([test "z$ac_check_netcdf_3_include" != "z"],
    [CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"])
  AC_COMPILE_IFELSE([AC_LANG_PROGRAM([[#include ]],
    [[int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();]])],
    [
      AS_IF([test "z$ac_check_netcdf_3_include" != "z"],
        [NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"])
      ac_check_netcdf_3_header='yes'
    ],[ac_check_netcdf_3_header='no'])
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  AS_IF([test "$ac_check_netcdf_3_header" = 'yes'],
    [
      AC_MSG_RESULT([yes])
      m4_if([$2], [], [:], [$2])
    ],
    [
      AC_MSG_RESULT([no])
      m4_if([$3], [], [:], [$3])
    ])
  
  AC_SUBST([NC_NETCDF_3_CPPFLAG])
])
grads-2.0.1/m4/gd.m40000644000175000017500000000341511046607676015140 0ustar  amckinstryamckinstrydnl GA_CHECK_LIB_GD : check for gd library
dnl args :             action-if-yes, action-if-no

AC_DEFUN([GA_CHECK_LIB_GD],
[
  ga_check_gd="no"
  GD_LIBS=
  GD_CFLAGS=
  GD_LDFLAGS=

  ga_pkgconfig_gd=yes
  PKG_CHECK_MODULES([GD],[gdlib],,[ga_pkgconfig_gd=no])
  ac_save_LIBS="$LIBS"
  ac_save_CPPFLAGS="$CPPFLAGS"
  ac_save_LDFLAGS="$LDFLAGS"

  ga_config_gd=no
  if test $ga_pkgconfig_gd != 'yes'; then
    AC_PATH_PROG([GD_CONFIG],[gdlib-config],[no])
    if test "$GD_CONFIG" != "no"; then
      GD_LIBS=`$GD_CONFIG --libs`
      GD_CFLAGS=`$GD_CONFIG --cflags`
      GD_LDFLAGS=`$GD_CONFIG --ldflags`
      ga_config_gd=yes
    fi
  fi
  
  if test $ga_pkgconfig_gd = 'yes' -o $ga_config_gd = 'yes'; then
     LDFLAGS="$LDFLAGS $GD_LDFLAGS"
     LIBS="$LIBS $GD_LIBS"
     AC_CHECK_HEADER([gd.h],
     [  AC_CHECK_LIB([gd], [gdImageCreate],
        [  ga_check_gd=yes
           GD_LIBS="-lgd $GD_LIBS"
           AC_CHECK_FUNCS([gdCompareInt])
        ],
        [
           GD_LDFLAGS=
           GD_LIBS=
           LIBS="$ac_save_LIBS"
           LDFLAGS="$ac_save_LDFLAGS"
        ])
     ],
     [
       GD_CFLAGS=
       CPPFLAGS="$ac_save_CPPFLAGS"
     ])
  fi
  if test $ga_check_gd = 'no'; then
     AC_CHECK_HEADER([gd.h],
      [ AC_CHECK_LIB([z], [compress],
        [ AC_CHECK_LIB([png], [main],
          [ AC_CHECK_LIB([gd], [gdImageCreate],
            [ ga_check_gd=yes
              AC_CHECK_FUNCS([gdCompareInt])
              GD_LIBS='-lgd -lpng -lz'
            ])
          ])
        ])
     ])
  fi

  LIBS="$ac_save_LIBS"
  CPPFLAGS="$ac_save_CPPFLAGS"
  LDFLAGS="$ac_save_LDFLAGS"

  if test $ga_check_gd = 'yes'; then
     m4_if([$1], [], [:], [$1])
  else
     m4_if([$2], [], [:], [$2])
  fi

  AC_SUBST([GD_LIBS])
  AC_SUBST([GD_LDFLAGS])
  AC_SUBST([GD_CFLAGS])
])
grads-2.0.1/m4/ga_lib_readline.m40000644000175000017500000000701111046315172017605 0ustar  amckinstryamckinstrydnl @synopsis GA_LIB_READLINE
dnl  args :             action-if-found, action-if-not-found
dnl                     it is found if readline is found and has 
dnl                     history
dnl
dnl Searches for a readline compatible library.  If found, defines
dnl `HAVE_LIBREADLINE'.  If the found library has the `add_history'
dnl function, sets also `HAVE_READLINE_HISTORY'.  Also checks for the
dnl locations of the necessary include files and sets `HAVE_READLINE_H'
dnl or `HAVE_READLINE_READLINE_H' and `HAVE_READLINE_HISTORY_H' or
dnl 'HAVE_HISTORY_H' if the corresponding include files exists.
dnl
dnl The libraries that may be readline compatible are `libedit',
dnl `libeditline' and `libreadline'.  Sometimes we need to link a termcap
dnl library for readline to work, this macro tests these cases too by
dnl trying to link with `libtermcap', `libcurses' or `libncurses' before
dnl giving up.
dnl
dnl Here is an example of how to use the information provided by this
dnl macro to perform the necessary includes or declarations in a C file:
dnl
dnl   #ifdef HAVE_LIBREADLINE
dnl   #  if defined(HAVE_READLINE_READLINE_H)
dnl   #    include 
dnl   #  elif defined(HAVE_READLINE_H)
dnl   #    include 
dnl   #  else /* !defined(HAVE_READLINE_H) */
dnl   extern char *readline ();
dnl   #  endif /* !defined(HAVE_READLINE_H) */
dnl   char *cmdline = NULL;
dnl   #else /* !defined(HAVE_READLINE_READLINE_H) */
dnl     /* no readline */
dnl   #endif /* HAVE_LIBREADLINE */
dnl
dnl   #ifdef HAVE_READLINE_HISTORY
dnl   #  if defined(HAVE_READLINE_HISTORY_H)
dnl   #    include 
dnl   #  elif defined(HAVE_HISTORY_H)
dnl   #    include 
dnl   #  else /* !defined(HAVE_HISTORY_H) */
dnl   extern void add_history ();
dnl   extern int write_history ();
dnl   extern int read_history ();
dnl   #  endif /* defined(HAVE_READLINE_HISTORY_H) */
dnl     /* no history */
dnl   #endif /* HAVE_READLINE_HISTORY */
dnl
dnl
dnl @version 1.1
dnl @author Ville Laurikari 
dnl
dnl Pat: add args, rename to GA_LIB_READLINE
AC_DEFUN([GA_LIB_READLINE], [
  AC_CACHE_CHECK([for a readline compatible library],
                 vl_cv_lib_readline, [
    ORIG_LIBS="$LIBS"
    for readline_lib in readline edit editline; do
      for termcap_lib in "" termcap curses ncurses; do
        if test -z "$termcap_lib"; then
          TRY_LIB="-l$readline_lib"
        else
          TRY_LIB="-l$readline_lib -l$termcap_lib"
        fi
        LIBS="$ORIG_LIBS $TRY_LIB"
        AC_TRY_LINK_FUNC(readline, vl_cv_lib_readline="$TRY_LIB")
        if test -n "$vl_cv_lib_readline"; then
          break
        fi
      done
      if test -n "$vl_cv_lib_readline"; then
        break
      fi
    done
    if test -z "$vl_cv_lib_readline"; then
      vl_cv_lib_readline="no"
      LIBS="$ORIG_LIBS"
    fi
  ])

  if test "$vl_cv_lib_readline" != "no"; then
    AC_DEFINE(HAVE_LIBREADLINE, 1,
              [Define if you have a readline compatible library])
    AC_CHECK_HEADERS(readline.h readline/readline.h)
    AC_CACHE_CHECK([whether readline supports history],
                   vl_cv_lib_readline_history, [
      vl_cv_lib_readline_history="no"
      AC_TRY_LINK_FUNC(add_history, vl_cv_lib_readline_history="yes")
    ])
    if test "$vl_cv_lib_readline_history" = "yes"; then
      AC_DEFINE(HAVE_READLINE_HISTORY, 1,
                [Define if your readline library has \`add_history'])
      AC_CHECK_HEADERS(history.h readline/history.h)
      m4_if([$1], [], [:], [$1])
    else
      m4_if([$2], [], [:], [$2])
    fi
  fi
])dnl
grads-2.0.1/m4/geotiff.m40000644000175000017500000001337711416633245016171 0ustar  amckinstryamckinstrydnl AC_CHECK_GEOTIFF : Check for geotiff
dnl args :             action-if-yes, action-if-no
AC_DEFUN([AC_CHECK_GEOTIFF],
[
  AC_ARG_WITH([geotiff],
            [AS_HELP_STRING([--with-geotiff=ARG],[geotiff directory])],
            [GEOTIFF_PATH=$withval], 
            [GEOTIFF_PATH=""])

  AC_ARG_WITH([geotiff_include],
            [AS_HELP_STRING([--with-geotiff-include=ARG],[geotiff include directory])],
            [GEOTIFF_PATH_INC=$withval],
            [GEOTIFF_PATH_INC=""])

  AC_ARG_WITH([geotiff_libdir],
            [AS_HELP_STRING([--with-geotiff-libdir=ARG],[geotiff library directory])],
            [GEOTIFF_PATH_LIBDIR=$withval], 
            [GEOTIFF_PATH_LIBDIR=""])

  dnl This is a very common location for the geotiff code. jhrg 10/11/05
dnl  AS_IF([test -d /usr/local/libgeotiff], [GEOTIFF_PATH="/usr/local/libgeotiff"])
      
  AS_IF([test "z$GEOTIFF_PATH" != "z"],
  [
    AS_IF([test "z$GEOTIFF_PATH_LIBDIR" = "z"],
      [GEOTIFF_PATH_LIBDIR="$GEOTIFF_PATH/lib"])  
    AS_IF([test "z$GEOTIFF_PATH_INC" = "z"],
      [GEOTIFF_PATH_INC="$GEOTIFF_PATH/include"])  
  ])
  
  
  ac_geotiff_lib_ok='no'
  ac_geotiff_save_LDFLAGS=$LDFLAGS
  GEOTIFF_LIBS=
  AS_IF([test -d "$GEOTIFF_PATH_LIBDIR"],
    [
      GEOTIFF_LDFLAGS="-L$GEOTIFF_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS"
      AC_CHECK_GEOTIFF_LIB([ac_geotiff_lib_ok='yes'])
    ],
    [
      for ac_geotiff_libdir in "" /usr/geotiff/lib64 /usr/local/lib64/geotiff \
       /usr/libgeotiff/lib64 /usr/local/lib64/libgeotiff \
       /opt/lib64/geotiff /opt/lib64/libgeotiff \
       /opt/geotiff/lib64 /usr/lib64/geotiff /usr/local/geotiff/lib64 \
       /opt/libgeotiff/lib64 /usr/lib64/libgeotiff /usr/local/libgeotiff/lib64 \
       /usr/local/geotiff/lib /opt/geotiff/lib \ 
       /usr/local/libgeotiff/lib /opt/libgeotiff/lib \ 
       /usr/geotiff/lib /usr/local/lib/geotiff /opt/lib/geotiff \
       /usr/libgeotiff/lib /usr/local/lib/libgeotiff /opt/lib/libgeotiff \
       /usr/lib/geotiff /usr/lib/libgeotiff ; do
        AS_IF([test ! -d "$ac_geotiff_libdir"],
           [GEOTIFF_LDFLAGS=],
           [
             AC_MSG_NOTICE([searching geotiff libraries in $ac_geotiff_libdir])
             GEOTIFF_LDFLAGS="-L$ac_geotiff_libdir"
           ])
        LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS" 
        AC_CHECK_GEOTIFF_LIB([ac_geotiff_lib_ok='yes'])
        AS_IF([test $ac_geotiff_lib_ok = 'yes'],[break])
        LDFLAGS=$ac_geotiff_save_LDFLAGS
      done
    ])
  LDFLAGS=$ac_geotiff_save_LDFLAGS
  
  ac_geotiff_h='no'
  GEOTIFF_CFLAGS=
  ac_geotiff_save_CPPFLAGS=$CPPFLAGS
  AS_IF([test -d "$GEOTIFF_PATH_INC"],
    [
       GEOTIFF_CFLAGS="-I$GEOTIFF_PATH_INC"
       CPPFLAGS="$CPPFLAGS $GEOTIFF_CFLAGS"
       AC_CHECK_HEADER_NOCACHE_GEOTIFF([geotiffio.h],[ac_geotiff_h='yes'])
    ],
    [
      for ac_geotiff_incdir in /usr/include \
       /usr/local/geotiff/include /opt/geotiff/include \ 
       /usr/geotiff/include /usr/local/include/geotiff \
       /opt/include/geotiff /usr/include/geotiff /usr/local/libgeotiff/include \
       /opt/libgeotiff/include /usr/libgeotiff/include /usr/local/include/libgeotiff \
       /opt/include/libgeotiff /usr/include/libgeotiff ; do
        AS_IF([test ! -d "$ac_geotiff_incdir"],
           [GEOTIFF_CFLAGS=],
           [
             AC_MSG_NOTICE([searching geotiff includes in $ac_geotiff_incdir])
             GEOTIFF_CFLAGS="-I$ac_geotiff_incdir"
             CPPFLAGS="$CPPFLAGS $GEOTIFF_CFLAGS"
             AC_CHECK_HEADER_NOCACHE_GEOTIFF([geotiffio.h],[ac_geotiff_h='yes'])
             AS_IF([test $ac_geotiff_h = 'yes'],[break])
             CPPFLAGS=$ac_geotiff_save_CPPFLAGS
           ])
      done
    ])
  CPPFLAGS=$ac_geotiff_save_CPPFLAGS
  
  AS_IF([test "$ac_geotiff_h" = 'yes' -a "$ac_geotiff_lib_ok" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])

  AC_SUBST([GEOTIFF_LIBS])
  AC_SUBST([GEOTIFF_CFLAGS])
  AC_SUBST([GEOTIFF_LDFLAGS])
])

AC_DEFUN([AC_CHECK_GEOTIFF_LIB],
[
  GEOTIFF_LIBS=
  ac_geotiff_lib='no'
  ac_geotiff_save_LIBS=$LIBS
  AC_CHECK_LIB_NOCACHE_GEOTIFF([tiff], [main],
  [ AC_CHECK_LIB_NOCACHE_GEOTIFF([geotiff],[main],
    [ ac_geotiff_lib="yes"
      GEOTIFF_LIBS="-lgeotiff -ltiff $GEOTIFF_LIBS"
    ],[],[-ltiff])
  ])
  LIBS=$ac_geotiff_save_LIBS
  
  AS_IF([test "$ac_geotiff_lib" = 'yes'],
  [m4_if([$1], [], [:], [$1])],
  [m4_if([$2], [], [:], [$2])])
])

AC_DEFUN([AC_CHECK_LIB_NOCACHE_GEOTIFF],
[
  AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='no'
  AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])=$LIBS
  LIBS="-l$1 $5 $LIBS"
  AC_MSG_CHECKING([for $2 in -l$1])
  AC_LINK_IFELSE([AC_LANG_CALL([], [$2])],
  [ 
    AS_TR_SH([ac_check_lib_nocache_ok_$1_$2])='yes' 
    AC_MSG_RESULT([yes])
  ],[ 
    AC_MSG_RESULT([no])
  ])
  LIBS=$AS_TR_SH([ac_check_lib_nocache_$1_$2_LIBS])
  AS_IF([test $AS_TR_SH([ac_check_lib_nocache_ok_$1_$2]) = 'yes'],
  [m4_if([$3], [], [:], [$3])],
  [m4_if([$4], [], [:], [$4])])
])
 
AC_DEFUN([AC_CHECK_HEADER_NOCACHE_GEOTIFF],
[
  AS_TR_SH([ac_check_header_nocache_compile_$1])='no'
  AS_TR_SH([ac_check_header_nocache_preproc_$1])='no'
  AC_MSG_CHECKING([for $1 with compiler])
  AC_COMPILE_IFELSE([AC_LANG_SOURCE([[#include <$1>]])],
    [
      AC_MSG_RESULT([yes])
      AS_TR_SH([ac_check_header_nocache_compile_$1])='yes'
    ],
    [
      AC_MSG_RESULT([no])
    ])
  AC_MSG_CHECKING([for $1 with preprocessor])
  AC_PREPROC_IFELSE([AC_LANG_SOURCE([[#include <$1>]])],
    [
      AC_MSG_RESULT([yes])
      AS_TR_SH([ac_check_header_nocache_preproc_$1])='yes'
    ],
    [
      AC_MSG_RESULT([no])
      AS_IF([test "$AS_TR_SH([ac_check_header_nocache_compile_$1])" = 'yes'],
        [AC_MSG_WARN([trusting compiler result, ignoring preprocessor error])])
    ])
  AS_IF([test "$AS_TR_SH([ac_check_header_nocache_compile_$1])" = 'yes'],
  [m4_if([$2], [], [:], [$2])],
  [m4_if([$3], [], [:], [$3])])
])
grads-2.0.1/m4/grib2.m40000644000175000017500000000113011046607676015543 0ustar  amckinstryamckinstrydnl GA_CHECK_LIB_GRIB2 : Checks whether GrADS can be built with grib2 interface
dnl  args : 		action-if-yes, action-if-no
AC_DEFUN([GA_CHECK_LIB_GRIB2],
[
  ga_check_grib2="no"
  AC_CHECK_HEADER(grib2.h,
  [ AC_CHECK_LIB(grib2c, main, 
    [ AC_CHECK_LIB(png12, main,
      [ AC_CHECK_LIB(z, main,
        [ AC_CHECK_LIB(jasper, main,
          [ ga_check_grib2="yes"
            G2_LIBS='-lgrib2c -ljasper -lpng -lz'
	  ])
        ])
      ])
    ])
  ])

  if test $ga_check_grib2 = "yes" ; then
     m4_if([$1], [], [:], [$1])
  else
     m4_if([$2], [], [:], [$2])
  fi

  AC_SUBST([G2_LIBS])
])
grads-2.0.1/m4/pkg.m40000644000175000017500000001214511046315631015312 0ustar  amckinstryamckinstry# pkg.m4 - Macros to locate and utilise pkg-config.            -*- Autoconf -*-
# 
# Copyright © 2004 Scott James Remnant .
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
# General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
# As a special exception to the GNU General Public License, if you
# distribute this file as part of a program that contains a
# configuration script generated by Autoconf, you may include it under
# the same distribution terms that you use for the rest of that program.

# PKG_PROG_PKG_CONFIG([MIN-VERSION])
# ----------------------------------
AC_DEFUN([PKG_PROG_PKG_CONFIG],
[m4_pattern_forbid([^_?PKG_[A-Z_]+$])
m4_pattern_allow([^PKG_CONFIG(_PATH)?$])
AC_ARG_VAR([PKG_CONFIG], [path to pkg-config utility])dnl
if test "x$ac_cv_env_PKG_CONFIG_set" != "xset"; then
	AC_PATH_TOOL([PKG_CONFIG], [pkg-config])
fi
if test -n "$PKG_CONFIG"; then
	_pkg_min_version=m4_default([$1], [0.9.0])
	AC_MSG_CHECKING([pkg-config is at least version $_pkg_min_version])
	if $PKG_CONFIG --atleast-pkgconfig-version $_pkg_min_version; then
		AC_MSG_RESULT([yes])
	else
		AC_MSG_RESULT([no])
		PKG_CONFIG=""
	fi
		
fi[]dnl
])# PKG_PROG_PKG_CONFIG

# PKG_CHECK_EXISTS(MODULES, [ACTION-IF-FOUND], [ACTION-IF-NOT-FOUND])
#
# Check to see whether a particular set of modules exists.  Similar
# to PKG_CHECK_MODULES(), but does not set variables or print errors.
#
#
# Similar to PKG_CHECK_MODULES, make sure that the first instance of
# this or PKG_CHECK_MODULES is called, or make sure to call
# PKG_CHECK_EXISTS manually
# --------------------------------------------------------------
AC_DEFUN([PKG_CHECK_EXISTS],
[AC_REQUIRE([PKG_PROG_PKG_CONFIG])dnl
if test -n "$PKG_CONFIG" && \
    AC_RUN_LOG([$PKG_CONFIG --exists --print-errors "$1"]); then
  m4_ifval([$2], [$2], [:])
m4_ifvaln([$3], [else
  $3])dnl
fi])


# _PKG_CONFIG([VARIABLE], [COMMAND], [MODULES])
# ---------------------------------------------
m4_define([_PKG_CONFIG],
[if test -n "$PKG_CONFIG"; then
    if test -n "$$1"; then
        pkg_cv_[]$1="$$1"
    else
        PKG_CHECK_EXISTS([$3],
                         [pkg_cv_[]$1=`$PKG_CONFIG --[]$2 "$3" 2>/dev/null`],
			 [pkg_failed=yes])
    fi
else
	pkg_failed=untried
fi[]dnl
])# _PKG_CONFIG

# _PKG_SHORT_ERRORS_SUPPORTED
# -----------------------------
AC_DEFUN([_PKG_SHORT_ERRORS_SUPPORTED],
[AC_REQUIRE([PKG_PROG_PKG_CONFIG])
if $PKG_CONFIG --atleast-pkgconfig-version 0.20; then
        _pkg_short_errors_supported=yes
else
        _pkg_short_errors_supported=no
fi[]dnl
])# _PKG_SHORT_ERRORS_SUPPORTED


# PKG_CHECK_MODULES(VARIABLE-PREFIX, MODULES, [ACTION-IF-FOUND],
# [ACTION-IF-NOT-FOUND])
#
#
# Note that if there is a possibility the first call to
# PKG_CHECK_MODULES might not happen, you should be sure to include an
# explicit call to PKG_PROG_PKG_CONFIG in your configure.ac
#
#
# --------------------------------------------------------------
AC_DEFUN([PKG_CHECK_MODULES],
[AC_REQUIRE([PKG_PROG_PKG_CONFIG])dnl
AC_ARG_VAR([$1][_CFLAGS], [C compiler flags for $1, overriding pkg-config])dnl
AC_ARG_VAR([$1][_LIBS], [linker flags for $1, overriding pkg-config])dnl

pkg_failed=no
AC_MSG_CHECKING([for $1])

_PKG_CONFIG([$1][_CFLAGS], [cflags], [$2])
_PKG_CONFIG([$1][_LIBS], [libs], [$2])

m4_define([_PKG_TEXT], [Alternatively, you may set the environment variables $1[]_CFLAGS
and $1[]_LIBS to avoid the need to call pkg-config.
See the pkg-config man page for more details.])

if test $pkg_failed = yes; then
        _PKG_SHORT_ERRORS_SUPPORTED
        if test $_pkg_short_errors_supported = yes; then
	        $1[]_PKG_ERRORS=`$PKG_CONFIG --short-errors --errors-to-stdout --print-errors "$2"`
        else 
	        $1[]_PKG_ERRORS=`$PKG_CONFIG --errors-to-stdout --print-errors "$2"`
        fi
	# Put the nasty error message in config.log where it belongs
	echo "$$1[]_PKG_ERRORS" >&AS_MESSAGE_LOG_FD

	ifelse([$4], , [AC_MSG_ERROR(dnl
[Package requirements ($2) were not met:

$$1_PKG_ERRORS

Consider adjusting the PKG_CONFIG_PATH environment variable if you
installed software in a non-standard prefix.

_PKG_TEXT
])],
		[AC_MSG_RESULT([no])
                $4])
elif test $pkg_failed = untried; then
	ifelse([$4], , [AC_MSG_FAILURE(dnl
[The pkg-config script could not be found or is too old.  Make sure it
is in your PATH or set the PKG_CONFIG environment variable to the full
path to pkg-config.

_PKG_TEXT

To get pkg-config, see .])],
		[$4])
else
	$1[]_CFLAGS=$pkg_cv_[]$1[]_CFLAGS
	$1[]_LIBS=$pkg_cv_[]$1[]_LIBS
        AC_MSG_RESULT([yes])
	ifelse([$3], , :, [$3])
fi[]dnl
])# PKG_CHECK_MODULES
grads-2.0.1/configure0000755000175000017500000241500111651340127015656 0ustar  amckinstryamckinstry#! /bin/sh
# Guess values for system-dependent variables and create Makefiles.
# Generated by GNU Autoconf 2.59 for GrADS 2.0.1.
#
# Report bugs to .
#
# Copyright (C) 2003 Free Software Foundation, Inc.
# This configure script is free software; the Free Software Foundation
# gives unlimited permission to copy, distribute and modify it.
## --------------------- ##
## M4sh Initialization.  ##
## --------------------- ##

# Be Bourne compatible
if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then
  emulate sh
  NULLCMD=:
  # Zsh 3.x and 4.x performs word splitting on ${1+"$@"}, which
  # is contrary to our usage.  Disable this feature.
  alias -g '${1+"$@"}'='"$@"'
elif test -n "${BASH_VERSION+set}" && (set -o posix) >/dev/null 2>&1; then
  set -o posix
fi
DUALCASE=1; export DUALCASE # for MKS sh

# Support unset when possible.
if ( (MAIL=60; unset MAIL) || exit) >/dev/null 2>&1; then
  as_unset=unset
else
  as_unset=false
fi


# Work around bugs in pre-3.0 UWIN ksh.
$as_unset ENV MAIL MAILPATH
PS1='$ '
PS2='> '
PS4='+ '

# NLS nuisances.
for as_var in \
  LANG LANGUAGE LC_ADDRESS LC_ALL LC_COLLATE LC_CTYPE LC_IDENTIFICATION \
  LC_MEASUREMENT LC_MESSAGES LC_MONETARY LC_NAME LC_NUMERIC LC_PAPER \
  LC_TELEPHONE LC_TIME
do
  if (set +x; test -z "`(eval $as_var=C; export $as_var) 2>&1`"); then
    eval $as_var=C; export $as_var
  else
    $as_unset $as_var
  fi
done

# Required to use basename.
if expr a : '\(a\)' >/dev/null 2>&1; then
  as_expr=expr
else
  as_expr=false
fi

if (basename /) >/dev/null 2>&1 && test "X`basename / 2>&1`" = "X/"; then
  as_basename=basename
else
  as_basename=false
fi


# Name of the executable.
as_me=`$as_basename "$0" ||
$as_expr X/"$0" : '.*/\([^/][^/]*\)/*$' \| \
	 X"$0" : 'X\(//\)$' \| \
	 X"$0" : 'X\(/\)$' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X/"$0" |
    sed '/^.*\/\([^/][^/]*\)\/*$/{ s//\1/; q; }
  	  /^X\/\(\/\/\)$/{ s//\1/; q; }
  	  /^X\/\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`


# PATH needs CR, and LINENO needs CR and PATH.
# Avoid depending upon Character Ranges.
as_cr_letters='abcdefghijklmnopqrstuvwxyz'
as_cr_LETTERS='ABCDEFGHIJKLMNOPQRSTUVWXYZ'
as_cr_Letters=$as_cr_letters$as_cr_LETTERS
as_cr_digits='0123456789'
as_cr_alnum=$as_cr_Letters$as_cr_digits

# The user is always right.
if test "${PATH_SEPARATOR+set}" != set; then
  echo "#! /bin/sh" >conf$$.sh
  echo  "exit 0"   >>conf$$.sh
  chmod +x conf$$.sh
  if (PATH="/nonexistent;."; conf$$.sh) >/dev/null 2>&1; then
    PATH_SEPARATOR=';'
  else
    PATH_SEPARATOR=:
  fi
  rm -f conf$$.sh
fi


  as_lineno_1=$LINENO
  as_lineno_2=$LINENO
  as_lineno_3=`(expr $as_lineno_1 + 1) 2>/dev/null`
  test "x$as_lineno_1" != "x$as_lineno_2" &&
  test "x$as_lineno_3"  = "x$as_lineno_2"  || {
  # Find who we are.  Look in the path if we contain no path at all
  # relative or not.
  case $0 in
    *[\\/]* ) as_myself=$0 ;;
    *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  test -r "$as_dir/$0" && as_myself=$as_dir/$0 && break
done

       ;;
  esac
  # We did not find ourselves, most probably we were run as `sh COMMAND'
  # in which case we are not to be found in the path.
  if test "x$as_myself" = x; then
    as_myself=$0
  fi
  if test ! -f "$as_myself"; then
    { echo "$as_me: error: cannot find myself; rerun with an absolute path" >&2
   { (exit 1); exit 1; }; }
  fi
  case $CONFIG_SHELL in
  '')
    as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in /bin$PATH_SEPARATOR/usr/bin$PATH_SEPARATOR$PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for as_base in sh bash ksh sh5; do
	 case $as_dir in
	 /*)
	   if ("$as_dir/$as_base" -c '
  as_lineno_1=$LINENO
  as_lineno_2=$LINENO
  as_lineno_3=`(expr $as_lineno_1 + 1) 2>/dev/null`
  test "x$as_lineno_1" != "x$as_lineno_2" &&
  test "x$as_lineno_3"  = "x$as_lineno_2" ') 2>/dev/null; then
	     $as_unset BASH_ENV || test "${BASH_ENV+set}" != set || { BASH_ENV=; export BASH_ENV; }
	     $as_unset ENV || test "${ENV+set}" != set || { ENV=; export ENV; }
	     CONFIG_SHELL=$as_dir/$as_base
	     export CONFIG_SHELL
	     exec "$CONFIG_SHELL" "$0" ${1+"$@"}
	   fi;;
	 esac
       done
done
;;
  esac

  # Create $as_me.lineno as a copy of $as_myself, but with $LINENO
  # uniformly replaced by the line number.  The first 'sed' inserts a
  # line-number line before each line; the second 'sed' does the real
  # work.  The second script uses 'N' to pair each line-number line
  # with the numbered line, and appends trailing '-' during
  # substitution so that $LINENO is not a special case at line end.
  # (Raja R Harinath suggested sed '=', and Paul Eggert wrote the
  # second 'sed' script.  Blame Lee E. McMahon for sed's syntax.  :-)
  sed '=' <$as_myself |
    sed '
      N
      s,$,-,
      : loop
      s,^\(['$as_cr_digits']*\)\(.*\)[$]LINENO\([^'$as_cr_alnum'_]\),\1\2\1\3,
      t loop
      s,-$,,
      s,^['$as_cr_digits']*\n,,
    ' >$as_me.lineno &&
  chmod +x $as_me.lineno ||
    { echo "$as_me: error: cannot create $as_me.lineno; rerun with a POSIX shell" >&2
   { (exit 1); exit 1; }; }

  # Don't try to exec as it changes $[0], causing all sort of problems
  # (the dirname of $[0] is not the place where we might find the
  # original and so on.  Autoconf is especially sensible to this).
  . ./$as_me.lineno
  # Exit status is that of the last command.
  exit
}


case `echo "testing\c"; echo 1,2,3`,`echo -n testing; echo 1,2,3` in
  *c*,-n*) ECHO_N= ECHO_C='
' ECHO_T='	' ;;
  *c*,*  ) ECHO_N=-n ECHO_C= ECHO_T= ;;
  *)       ECHO_N= ECHO_C='\c' ECHO_T= ;;
esac

if expr a : '\(a\)' >/dev/null 2>&1; then
  as_expr=expr
else
  as_expr=false
fi

rm -f conf$$ conf$$.exe conf$$.file
echo >conf$$.file
if ln -s conf$$.file conf$$ 2>/dev/null; then
  # We could just check for DJGPP; but this test a) works b) is more generic
  # and c) will remain valid once DJGPP supports symlinks (DJGPP 2.04).
  if test -f conf$$.exe; then
    # Don't use ln at all; we don't have any links
    as_ln_s='cp -p'
  else
    as_ln_s='ln -s'
  fi
elif ln conf$$.file conf$$ 2>/dev/null; then
  as_ln_s=ln
else
  as_ln_s='cp -p'
fi
rm -f conf$$ conf$$.exe conf$$.file

if mkdir -p . 2>/dev/null; then
  as_mkdir_p=:
else
  test -d ./-p && rmdir ./-p
  as_mkdir_p=false
fi

as_executable_p="test -f"

# Sed expression to map a string onto a valid CPP name.
as_tr_cpp="eval sed 'y%*$as_cr_letters%P$as_cr_LETTERS%;s%[^_$as_cr_alnum]%_%g'"

# Sed expression to map a string onto a valid variable name.
as_tr_sh="eval sed 'y%*+%pp%;s%[^_$as_cr_alnum]%_%g'"


# IFS
# We need space, tab and new line, in precisely that order.
as_nl='
'
IFS=" 	$as_nl"

# CDPATH.
$as_unset CDPATH


# Name of the host.
# hostname on some systems (SVR3.2, Linux) returns a bogus exit status,
# so uname gets run too.
ac_hostname=`(hostname || uname -n) 2>/dev/null | sed 1q`

exec 6>&1

#
# Initializations.
#
ac_default_prefix=/usr/local
ac_config_libobj_dir=.
cross_compiling=no
subdirs=
MFLAGS=
MAKEFLAGS=
SHELL=${CONFIG_SHELL-/bin/sh}

# Maximum number of lines to put in a shell here document.
# This variable seems obsolete.  It should probably be removed, and
# only ac_max_sed_lines should be used.
: ${ac_max_here_lines=38}

# Identity of this package.
PACKAGE_NAME='GrADS'
PACKAGE_TARNAME='grads'
PACKAGE_VERSION='2.0.1'
PACKAGE_STRING='GrADS 2.0.1'
PACKAGE_BUGREPORT='jma@iges.org'

ac_default_prefix=`pwd`
# Factoring default headers for most tests.
ac_includes_default="\
#include 
#if HAVE_SYS_TYPES_H
# include 
#endif
#if HAVE_SYS_STAT_H
# include 
#endif
#if STDC_HEADERS
# include 
# include 
#else
# if HAVE_STDLIB_H
#  include 
# endif
#endif
#if HAVE_STRING_H
# if !STDC_HEADERS && HAVE_MEMORY_H
#  include 
# endif
# include 
#endif
#if HAVE_STRINGS_H
# include 
#endif
#if HAVE_INTTYPES_H
# include 
#else
# if HAVE_STDINT_H
#  include 
# endif
#endif
#if HAVE_UNISTD_H
# include 
#endif"

ac_subst_vars='SHELL PATH_SEPARATOR PACKAGE_NAME PACKAGE_TARNAME PACKAGE_VERSION PACKAGE_STRING PACKAGE_BUGREPORT exec_prefix prefix program_transform_name bindir sbindir libexecdir datadir sysconfdir sharedstatedir localstatedir libdir includedir oldincludedir infodir mandir build_alias host_alias target_alias DEFS ECHO_C ECHO_N ECHO_T LIBS INSTALL_PROGRAM INSTALL_SCRIPT INSTALL_DATA CYGPATH_W PACKAGE VERSION ACLOCAL AUTOCONF AUTOMAKE AUTOHEADER MAKEINFO install_sh STRIP ac_ct_STRIP INSTALL_STRIP_PROGRAM mkdir_p AWK SET_MAKE am__leading_dot AMTAR am__tar am__untar MAINTAINER_MODE_TRUE MAINTAINER_MODE_FALSE MAINT CC CFLAGS LDFLAGS CPPFLAGS ac_ct_CC EXEEXT OBJEXT CXX CXXFLAGS ac_ct_CXX LN_S build build_cpu build_vendor build_os host host_cpu host_vendor host_os host_ldadd CPP X_CFLAGS X_PRE_LIBS X_LIBS X_EXTRA_LIBS EGREP SUPPLIBS PKG_CONFIG ac_pt_PKG_CONFIG XAW7_CFLAGS XAW7_LIBS XAW_LIBS XAW_XLIBS XAW_CFLAGS GA_LIBSX_LIBS grads_xlibs gui_inc gui_libs readline_inc readline_libs GEOTIFF_LIBS GEOTIFF_CFLAGS GEOTIFF_LDFLAGS geotiff_inc geotiff_libs shp_inc shp_libs GD_CFLAGS GD_LIBS GD_CONFIG GD_LDFLAGS printim_inc printim_libs G2_LIBS grib2_inc grib2_libs NC_NETCDF_3_CPPFLAG HDF4_LIBS HDF4_CFLAGS HDF4_LDFLAGS UDUNITS_LIBS hdf_inc hdf_libs HDF5_LIBS HDF5_CFLAGS HDF5_LDFLAGS hdf5_inc hdf5_libs nc_inc nc_libs NC_LDFLAGS NC_LIBS NC_CFLAGS gadap_inc dap_libs READLINE_TRUE READLINE_FALSE USEGUI_TRUE USEGUI_FALSE GXPNG_TRUE GXPNG_FALSE GEOTIFF_TRUE GEOTIFF_FALSE USESHP_TRUE USESHP_FALSE USEGADAP_TRUE USEGADAP_FALSE USEDAP_TRUE USEDAP_FALSE USEHDF_TRUE USEHDF_FALSE extra_utils LIBOBJS LTLIBOBJS'
ac_subst_files=''

# Initialize some variables set by options.
ac_init_help=
ac_init_version=false
# The variables have the same names as the options, with
# dashes changed to underlines.
cache_file=/dev/null
exec_prefix=NONE
no_create=
no_recursion=
prefix=NONE
program_prefix=NONE
program_suffix=NONE
program_transform_name=s,x,x,
silent=
site=
srcdir=
verbose=
x_includes=NONE
x_libraries=NONE

# Installation directory options.
# These are left unexpanded so users can "make install exec_prefix=/foo"
# and all the variables that are supposed to be based on exec_prefix
# by default will actually change.
# Use braces instead of parens because sh, perl, etc. also accept them.
bindir='${exec_prefix}/bin'
sbindir='${exec_prefix}/sbin'
libexecdir='${exec_prefix}/libexec'
datadir='${prefix}/share'
sysconfdir='${prefix}/etc'
sharedstatedir='${prefix}/com'
localstatedir='${prefix}/var'
libdir='${exec_prefix}/lib'
includedir='${prefix}/include'
oldincludedir='/usr/include'
infodir='${prefix}/info'
mandir='${prefix}/man'

ac_prev=
for ac_option
do
  # If the previous option needs an argument, assign it.
  if test -n "$ac_prev"; then
    eval "$ac_prev=\$ac_option"
    ac_prev=
    continue
  fi

  ac_optarg=`expr "x$ac_option" : 'x[^=]*=\(.*\)'`

  # Accept the important Cygnus configure options, so we can diagnose typos.

  case $ac_option in

  -bindir | --bindir | --bindi | --bind | --bin | --bi)
    ac_prev=bindir ;;
  -bindir=* | --bindir=* | --bindi=* | --bind=* | --bin=* | --bi=*)
    bindir=$ac_optarg ;;

  -build | --build | --buil | --bui | --bu)
    ac_prev=build_alias ;;
  -build=* | --build=* | --buil=* | --bui=* | --bu=*)
    build_alias=$ac_optarg ;;

  -cache-file | --cache-file | --cache-fil | --cache-fi \
  | --cache-f | --cache- | --cache | --cach | --cac | --ca | --c)
    ac_prev=cache_file ;;
  -cache-file=* | --cache-file=* | --cache-fil=* | --cache-fi=* \
  | --cache-f=* | --cache-=* | --cache=* | --cach=* | --cac=* | --ca=* | --c=*)
    cache_file=$ac_optarg ;;

  --config-cache | -C)
    cache_file=config.cache ;;

  -datadir | --datadir | --datadi | --datad | --data | --dat | --da)
    ac_prev=datadir ;;
  -datadir=* | --datadir=* | --datadi=* | --datad=* | --data=* | --dat=* \
  | --da=*)
    datadir=$ac_optarg ;;

  -disable-* | --disable-*)
    ac_feature=`expr "x$ac_option" : 'x-*disable-\(.*\)'`
    # Reject names that are not valid shell variable names.
    expr "x$ac_feature" : ".*[^-_$as_cr_alnum]" >/dev/null &&
      { echo "$as_me: error: invalid feature name: $ac_feature" >&2
   { (exit 1); exit 1; }; }
    ac_feature=`echo $ac_feature | sed 's/-/_/g'`
    eval "enable_$ac_feature=no" ;;

  -enable-* | --enable-*)
    ac_feature=`expr "x$ac_option" : 'x-*enable-\([^=]*\)'`
    # Reject names that are not valid shell variable names.
    expr "x$ac_feature" : ".*[^-_$as_cr_alnum]" >/dev/null &&
      { echo "$as_me: error: invalid feature name: $ac_feature" >&2
   { (exit 1); exit 1; }; }
    ac_feature=`echo $ac_feature | sed 's/-/_/g'`
    case $ac_option in
      *=*) ac_optarg=`echo "$ac_optarg" | sed "s/'/'\\\\\\\\''/g"`;;
      *) ac_optarg=yes ;;
    esac
    eval "enable_$ac_feature='$ac_optarg'" ;;

  -exec-prefix | --exec_prefix | --exec-prefix | --exec-prefi \
  | --exec-pref | --exec-pre | --exec-pr | --exec-p | --exec- \
  | --exec | --exe | --ex)
    ac_prev=exec_prefix ;;
  -exec-prefix=* | --exec_prefix=* | --exec-prefix=* | --exec-prefi=* \
  | --exec-pref=* | --exec-pre=* | --exec-pr=* | --exec-p=* | --exec-=* \
  | --exec=* | --exe=* | --ex=*)
    exec_prefix=$ac_optarg ;;

  -gas | --gas | --ga | --g)
    # Obsolete; use --with-gas.
    with_gas=yes ;;

  -help | --help | --hel | --he | -h)
    ac_init_help=long ;;
  -help=r* | --help=r* | --hel=r* | --he=r* | -hr*)
    ac_init_help=recursive ;;
  -help=s* | --help=s* | --hel=s* | --he=s* | -hs*)
    ac_init_help=short ;;

  -host | --host | --hos | --ho)
    ac_prev=host_alias ;;
  -host=* | --host=* | --hos=* | --ho=*)
    host_alias=$ac_optarg ;;

  -includedir | --includedir | --includedi | --included | --include \
  | --includ | --inclu | --incl | --inc)
    ac_prev=includedir ;;
  -includedir=* | --includedir=* | --includedi=* | --included=* | --include=* \
  | --includ=* | --inclu=* | --incl=* | --inc=*)
    includedir=$ac_optarg ;;

  -infodir | --infodir | --infodi | --infod | --info | --inf)
    ac_prev=infodir ;;
  -infodir=* | --infodir=* | --infodi=* | --infod=* | --info=* | --inf=*)
    infodir=$ac_optarg ;;

  -libdir | --libdir | --libdi | --libd)
    ac_prev=libdir ;;
  -libdir=* | --libdir=* | --libdi=* | --libd=*)
    libdir=$ac_optarg ;;

  -libexecdir | --libexecdir | --libexecdi | --libexecd | --libexec \
  | --libexe | --libex | --libe)
    ac_prev=libexecdir ;;
  -libexecdir=* | --libexecdir=* | --libexecdi=* | --libexecd=* | --libexec=* \
  | --libexe=* | --libex=* | --libe=*)
    libexecdir=$ac_optarg ;;

  -localstatedir | --localstatedir | --localstatedi | --localstated \
  | --localstate | --localstat | --localsta | --localst \
  | --locals | --local | --loca | --loc | --lo)
    ac_prev=localstatedir ;;
  -localstatedir=* | --localstatedir=* | --localstatedi=* | --localstated=* \
  | --localstate=* | --localstat=* | --localsta=* | --localst=* \
  | --locals=* | --local=* | --loca=* | --loc=* | --lo=*)
    localstatedir=$ac_optarg ;;

  -mandir | --mandir | --mandi | --mand | --man | --ma | --m)
    ac_prev=mandir ;;
  -mandir=* | --mandir=* | --mandi=* | --mand=* | --man=* | --ma=* | --m=*)
    mandir=$ac_optarg ;;

  -nfp | --nfp | --nf)
    # Obsolete; use --without-fp.
    with_fp=no ;;

  -no-create | --no-create | --no-creat | --no-crea | --no-cre \
  | --no-cr | --no-c | -n)
    no_create=yes ;;

  -no-recursion | --no-recursion | --no-recursio | --no-recursi \
  | --no-recurs | --no-recur | --no-recu | --no-rec | --no-re | --no-r)
    no_recursion=yes ;;

  -oldincludedir | --oldincludedir | --oldincludedi | --oldincluded \
  | --oldinclude | --oldinclud | --oldinclu | --oldincl | --oldinc \
  | --oldin | --oldi | --old | --ol | --o)
    ac_prev=oldincludedir ;;
  -oldincludedir=* | --oldincludedir=* | --oldincludedi=* | --oldincluded=* \
  | --oldinclude=* | --oldinclud=* | --oldinclu=* | --oldincl=* | --oldinc=* \
  | --oldin=* | --oldi=* | --old=* | --ol=* | --o=*)
    oldincludedir=$ac_optarg ;;

  -prefix | --prefix | --prefi | --pref | --pre | --pr | --p)
    ac_prev=prefix ;;
  -prefix=* | --prefix=* | --prefi=* | --pref=* | --pre=* | --pr=* | --p=*)
    prefix=$ac_optarg ;;

  -program-prefix | --program-prefix | --program-prefi | --program-pref \
  | --program-pre | --program-pr | --program-p)
    ac_prev=program_prefix ;;
  -program-prefix=* | --program-prefix=* | --program-prefi=* \
  | --program-pref=* | --program-pre=* | --program-pr=* | --program-p=*)
    program_prefix=$ac_optarg ;;

  -program-suffix | --program-suffix | --program-suffi | --program-suff \
  | --program-suf | --program-su | --program-s)
    ac_prev=program_suffix ;;
  -program-suffix=* | --program-suffix=* | --program-suffi=* \
  | --program-suff=* | --program-suf=* | --program-su=* | --program-s=*)
    program_suffix=$ac_optarg ;;

  -program-transform-name | --program-transform-name \
  | --program-transform-nam | --program-transform-na \
  | --program-transform-n | --program-transform- \
  | --program-transform | --program-transfor \
  | --program-transfo | --program-transf \
  | --program-trans | --program-tran \
  | --progr-tra | --program-tr | --program-t)
    ac_prev=program_transform_name ;;
  -program-transform-name=* | --program-transform-name=* \
  | --program-transform-nam=* | --program-transform-na=* \
  | --program-transform-n=* | --program-transform-=* \
  | --program-transform=* | --program-transfor=* \
  | --program-transfo=* | --program-transf=* \
  | --program-trans=* | --program-tran=* \
  | --progr-tra=* | --program-tr=* | --program-t=*)
    program_transform_name=$ac_optarg ;;

  -q | -quiet | --quiet | --quie | --qui | --qu | --q \
  | -silent | --silent | --silen | --sile | --sil)
    silent=yes ;;

  -sbindir | --sbindir | --sbindi | --sbind | --sbin | --sbi | --sb)
    ac_prev=sbindir ;;
  -sbindir=* | --sbindir=* | --sbindi=* | --sbind=* | --sbin=* \
  | --sbi=* | --sb=*)
    sbindir=$ac_optarg ;;

  -sharedstatedir | --sharedstatedir | --sharedstatedi \
  | --sharedstated | --sharedstate | --sharedstat | --sharedsta \
  | --sharedst | --shareds | --shared | --share | --shar \
  | --sha | --sh)
    ac_prev=sharedstatedir ;;
  -sharedstatedir=* | --sharedstatedir=* | --sharedstatedi=* \
  | --sharedstated=* | --sharedstate=* | --sharedstat=* | --sharedsta=* \
  | --sharedst=* | --shareds=* | --shared=* | --share=* | --shar=* \
  | --sha=* | --sh=*)
    sharedstatedir=$ac_optarg ;;

  -site | --site | --sit)
    ac_prev=site ;;
  -site=* | --site=* | --sit=*)
    site=$ac_optarg ;;

  -srcdir | --srcdir | --srcdi | --srcd | --src | --sr)
    ac_prev=srcdir ;;
  -srcdir=* | --srcdir=* | --srcdi=* | --srcd=* | --src=* | --sr=*)
    srcdir=$ac_optarg ;;

  -sysconfdir | --sysconfdir | --sysconfdi | --sysconfd | --sysconf \
  | --syscon | --sysco | --sysc | --sys | --sy)
    ac_prev=sysconfdir ;;
  -sysconfdir=* | --sysconfdir=* | --sysconfdi=* | --sysconfd=* | --sysconf=* \
  | --syscon=* | --sysco=* | --sysc=* | --sys=* | --sy=*)
    sysconfdir=$ac_optarg ;;

  -target | --target | --targe | --targ | --tar | --ta | --t)
    ac_prev=target_alias ;;
  -target=* | --target=* | --targe=* | --targ=* | --tar=* | --ta=* | --t=*)
    target_alias=$ac_optarg ;;

  -v | -verbose | --verbose | --verbos | --verbo | --verb)
    verbose=yes ;;

  -version | --version | --versio | --versi | --vers | -V)
    ac_init_version=: ;;

  -with-* | --with-*)
    ac_package=`expr "x$ac_option" : 'x-*with-\([^=]*\)'`
    # Reject names that are not valid shell variable names.
    expr "x$ac_package" : ".*[^-_$as_cr_alnum]" >/dev/null &&
      { echo "$as_me: error: invalid package name: $ac_package" >&2
   { (exit 1); exit 1; }; }
    ac_package=`echo $ac_package| sed 's/-/_/g'`
    case $ac_option in
      *=*) ac_optarg=`echo "$ac_optarg" | sed "s/'/'\\\\\\\\''/g"`;;
      *) ac_optarg=yes ;;
    esac
    eval "with_$ac_package='$ac_optarg'" ;;

  -without-* | --without-*)
    ac_package=`expr "x$ac_option" : 'x-*without-\(.*\)'`
    # Reject names that are not valid shell variable names.
    expr "x$ac_package" : ".*[^-_$as_cr_alnum]" >/dev/null &&
      { echo "$as_me: error: invalid package name: $ac_package" >&2
   { (exit 1); exit 1; }; }
    ac_package=`echo $ac_package | sed 's/-/_/g'`
    eval "with_$ac_package=no" ;;

  --x)
    # Obsolete; use --with-x.
    with_x=yes ;;

  -x-includes | --x-includes | --x-include | --x-includ | --x-inclu \
  | --x-incl | --x-inc | --x-in | --x-i)
    ac_prev=x_includes ;;
  -x-includes=* | --x-includes=* | --x-include=* | --x-includ=* | --x-inclu=* \
  | --x-incl=* | --x-inc=* | --x-in=* | --x-i=*)
    x_includes=$ac_optarg ;;

  -x-libraries | --x-libraries | --x-librarie | --x-librari \
  | --x-librar | --x-libra | --x-libr | --x-lib | --x-li | --x-l)
    ac_prev=x_libraries ;;
  -x-libraries=* | --x-libraries=* | --x-librarie=* | --x-librari=* \
  | --x-librar=* | --x-libra=* | --x-libr=* | --x-lib=* | --x-li=* | --x-l=*)
    x_libraries=$ac_optarg ;;

  -*) { echo "$as_me: error: unrecognized option: $ac_option
Try \`$0 --help' for more information." >&2
   { (exit 1); exit 1; }; }
    ;;

  *=*)
    ac_envvar=`expr "x$ac_option" : 'x\([^=]*\)='`
    # Reject names that are not valid shell variable names.
    expr "x$ac_envvar" : ".*[^_$as_cr_alnum]" >/dev/null &&
      { echo "$as_me: error: invalid variable name: $ac_envvar" >&2
   { (exit 1); exit 1; }; }
    ac_optarg=`echo "$ac_optarg" | sed "s/'/'\\\\\\\\''/g"`
    eval "$ac_envvar='$ac_optarg'"
    export $ac_envvar ;;

  *)
    # FIXME: should be removed in autoconf 3.0.
    echo "$as_me: WARNING: you should use --build, --host, --target" >&2
    expr "x$ac_option" : ".*[^-._$as_cr_alnum]" >/dev/null &&
      echo "$as_me: WARNING: invalid host type: $ac_option" >&2
    : ${build_alias=$ac_option} ${host_alias=$ac_option} ${target_alias=$ac_option}
    ;;

  esac
done

if test -n "$ac_prev"; then
  ac_option=--`echo $ac_prev | sed 's/_/-/g'`
  { echo "$as_me: error: missing argument to $ac_option" >&2
   { (exit 1); exit 1; }; }
fi

# Be sure to have absolute paths.
for ac_var in exec_prefix prefix
do
  eval ac_val=$`echo $ac_var`
  case $ac_val in
    [\\/$]* | ?:[\\/]* | NONE | '' ) ;;
    *)  { echo "$as_me: error: expected an absolute directory name for --$ac_var: $ac_val" >&2
   { (exit 1); exit 1; }; };;
  esac
done

# Be sure to have absolute paths.
for ac_var in bindir sbindir libexecdir datadir sysconfdir sharedstatedir \
	      localstatedir libdir includedir oldincludedir infodir mandir
do
  eval ac_val=$`echo $ac_var`
  case $ac_val in
    [\\/$]* | ?:[\\/]* ) ;;
    *)  { echo "$as_me: error: expected an absolute directory name for --$ac_var: $ac_val" >&2
   { (exit 1); exit 1; }; };;
  esac
done

# There might be people who depend on the old broken behavior: `$host'
# used to hold the argument of --host etc.
# FIXME: To remove some day.
build=$build_alias
host=$host_alias
target=$target_alias

# FIXME: To remove some day.
if test "x$host_alias" != x; then
  if test "x$build_alias" = x; then
    cross_compiling=maybe
    echo "$as_me: WARNING: If you wanted to set the --build type, don't use --host.
    If a cross compiler is detected then cross compile mode will be used." >&2
  elif test "x$build_alias" != "x$host_alias"; then
    cross_compiling=yes
  fi
fi

ac_tool_prefix=
test -n "$host_alias" && ac_tool_prefix=$host_alias-

test "$silent" = yes && exec 6>/dev/null


# Find the source files, if location was not specified.
if test -z "$srcdir"; then
  ac_srcdir_defaulted=yes
  # Try the directory containing this script, then its parent.
  ac_confdir=`(dirname "$0") 2>/dev/null ||
$as_expr X"$0" : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
	 X"$0" : 'X\(//\)[^/]' \| \
	 X"$0" : 'X\(//\)$' \| \
	 X"$0" : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X"$0" |
    sed '/^X\(.*[^/]\)\/\/*[^/][^/]*\/*$/{ s//\1/; q; }
  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
  	  /^X\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`
  srcdir=$ac_confdir
  if test ! -r $srcdir/$ac_unique_file; then
    srcdir=..
  fi
else
  ac_srcdir_defaulted=no
fi
if test ! -r $srcdir/$ac_unique_file; then
  if test "$ac_srcdir_defaulted" = yes; then
    { echo "$as_me: error: cannot find sources ($ac_unique_file) in $ac_confdir or .." >&2
   { (exit 1); exit 1; }; }
  else
    { echo "$as_me: error: cannot find sources ($ac_unique_file) in $srcdir" >&2
   { (exit 1); exit 1; }; }
  fi
fi
(cd $srcdir && test -r ./$ac_unique_file) 2>/dev/null ||
  { echo "$as_me: error: sources are in $srcdir, but \`cd $srcdir' does not work" >&2
   { (exit 1); exit 1; }; }
srcdir=`echo "$srcdir" | sed 's%\([^\\/]\)[\\/]*$%\1%'`
ac_env_build_alias_set=${build_alias+set}
ac_env_build_alias_value=$build_alias
ac_cv_env_build_alias_set=${build_alias+set}
ac_cv_env_build_alias_value=$build_alias
ac_env_host_alias_set=${host_alias+set}
ac_env_host_alias_value=$host_alias
ac_cv_env_host_alias_set=${host_alias+set}
ac_cv_env_host_alias_value=$host_alias
ac_env_target_alias_set=${target_alias+set}
ac_env_target_alias_value=$target_alias
ac_cv_env_target_alias_set=${target_alias+set}
ac_cv_env_target_alias_value=$target_alias
ac_env_CC_set=${CC+set}
ac_env_CC_value=$CC
ac_cv_env_CC_set=${CC+set}
ac_cv_env_CC_value=$CC
ac_env_CFLAGS_set=${CFLAGS+set}
ac_env_CFLAGS_value=$CFLAGS
ac_cv_env_CFLAGS_set=${CFLAGS+set}
ac_cv_env_CFLAGS_value=$CFLAGS
ac_env_LDFLAGS_set=${LDFLAGS+set}
ac_env_LDFLAGS_value=$LDFLAGS
ac_cv_env_LDFLAGS_set=${LDFLAGS+set}
ac_cv_env_LDFLAGS_value=$LDFLAGS
ac_env_CPPFLAGS_set=${CPPFLAGS+set}
ac_env_CPPFLAGS_value=$CPPFLAGS
ac_cv_env_CPPFLAGS_set=${CPPFLAGS+set}
ac_cv_env_CPPFLAGS_value=$CPPFLAGS
ac_env_CXX_set=${CXX+set}
ac_env_CXX_value=$CXX
ac_cv_env_CXX_set=${CXX+set}
ac_cv_env_CXX_value=$CXX
ac_env_CXXFLAGS_set=${CXXFLAGS+set}
ac_env_CXXFLAGS_value=$CXXFLAGS
ac_cv_env_CXXFLAGS_set=${CXXFLAGS+set}
ac_cv_env_CXXFLAGS_value=$CXXFLAGS
ac_env_CPP_set=${CPP+set}
ac_env_CPP_value=$CPP
ac_cv_env_CPP_set=${CPP+set}
ac_cv_env_CPP_value=$CPP
ac_env_SUPPLIBS_set=${SUPPLIBS+set}
ac_env_SUPPLIBS_value=$SUPPLIBS
ac_cv_env_SUPPLIBS_set=${SUPPLIBS+set}
ac_cv_env_SUPPLIBS_value=$SUPPLIBS
ac_env_PKG_CONFIG_set=${PKG_CONFIG+set}
ac_env_PKG_CONFIG_value=$PKG_CONFIG
ac_cv_env_PKG_CONFIG_set=${PKG_CONFIG+set}
ac_cv_env_PKG_CONFIG_value=$PKG_CONFIG
ac_env_XAW7_CFLAGS_set=${XAW7_CFLAGS+set}
ac_env_XAW7_CFLAGS_value=$XAW7_CFLAGS
ac_cv_env_XAW7_CFLAGS_set=${XAW7_CFLAGS+set}
ac_cv_env_XAW7_CFLAGS_value=$XAW7_CFLAGS
ac_env_XAW7_LIBS_set=${XAW7_LIBS+set}
ac_env_XAW7_LIBS_value=$XAW7_LIBS
ac_cv_env_XAW7_LIBS_set=${XAW7_LIBS+set}
ac_cv_env_XAW7_LIBS_value=$XAW7_LIBS
ac_env_GD_CFLAGS_set=${GD_CFLAGS+set}
ac_env_GD_CFLAGS_value=$GD_CFLAGS
ac_cv_env_GD_CFLAGS_set=${GD_CFLAGS+set}
ac_cv_env_GD_CFLAGS_value=$GD_CFLAGS
ac_env_GD_LIBS_set=${GD_LIBS+set}
ac_env_GD_LIBS_value=$GD_LIBS
ac_cv_env_GD_LIBS_set=${GD_LIBS+set}
ac_cv_env_GD_LIBS_value=$GD_LIBS

#
# Report the --help message.
#
if test "$ac_init_help" = "long"; then
  # Omit some internal or obsolete options to make the list less imposing.
  # This message is too long to be a string in the A/UX 3.1 sh.
  cat <<_ACEOF
\`configure' configures GrADS 2.0.1 to adapt to many kinds of systems.

Usage: $0 [OPTION]... [VAR=VALUE]...

To assign environment variables (e.g., CC, CFLAGS...), specify them as
VAR=VALUE.  See below for descriptions of some of the useful variables.

Defaults for the options are specified in brackets.

Configuration:
  -h, --help              display this help and exit
      --help=short        display options specific to this package
      --help=recursive    display the short help of all the included packages
  -V, --version           display version information and exit
  -q, --quiet, --silent   do not print \`checking...' messages
      --cache-file=FILE   cache test results in FILE [disabled]
  -C, --config-cache      alias for \`--cache-file=config.cache'
  -n, --no-create         do not create output files
      --srcdir=DIR        find the sources in DIR [configure dir or \`..']

_ACEOF

  cat <<_ACEOF
Installation directories:
  --prefix=PREFIX         install architecture-independent files in PREFIX
			  [$ac_default_prefix]
  --exec-prefix=EPREFIX   install architecture-dependent files in EPREFIX
			  [PREFIX]

By default, \`make install' will install all the files in
\`$ac_default_prefix/bin', \`$ac_default_prefix/lib' etc.  You can specify
an installation prefix other than \`$ac_default_prefix' using \`--prefix',
for instance \`--prefix=\$HOME'.

For better control, use the options below.

Fine tuning of the installation directories:
  --bindir=DIR           user executables [EPREFIX/bin]
  --sbindir=DIR          system admin executables [EPREFIX/sbin]
  --libexecdir=DIR       program executables [EPREFIX/libexec]
  --datadir=DIR          read-only architecture-independent data [PREFIX/share]
  --sysconfdir=DIR       read-only single-machine data [PREFIX/etc]
  --sharedstatedir=DIR   modifiable architecture-independent data [PREFIX/com]
  --localstatedir=DIR    modifiable single-machine data [PREFIX/var]
  --libdir=DIR           object code libraries [EPREFIX/lib]
  --includedir=DIR       C header files [PREFIX/include]
  --oldincludedir=DIR    C header files for non-gcc [/usr/include]
  --infodir=DIR          info documentation [PREFIX/info]
  --mandir=DIR           man documentation [PREFIX/man]
_ACEOF

  cat <<\_ACEOF

Program names:
  --program-prefix=PREFIX            prepend PREFIX to installed program names
  --program-suffix=SUFFIX            append SUFFIX to installed program names
  --program-transform-name=PROGRAM   run sed PROGRAM on installed program names

X features:
  --x-includes=DIR    X include files are in DIR
  --x-libraries=DIR   X library files are in DIR

System types:
  --build=BUILD     configure for building on BUILD [guessed]
  --host=HOST       cross-compile to build programs to run on HOST [BUILD]
_ACEOF
fi

if test -n "$ac_init_help"; then
  case $ac_init_help in
     short | recursive ) echo "Configuration of GrADS 2.0.1:";;
   esac
  cat <<\_ACEOF

Optional Features:
  --disable-FEATURE       do not include FEATURE (same as --enable-FEATURE=no)
  --enable-FEATURE[=ARG]  include FEATURE [ARG=yes]
  --enable-maintainer-mode  enable make rules and dependencies not useful
			  (and sometimes confusing) to the casual installer
  --disable-largefile     omit support for large files
  --enable-dyn-supplibs   Use dynamic system libraries to support optional features when
                          required libs are not present in "supplibs" directory. [default=yes]
  --disable-dyn-supplibs  Do not use system libraries; look only in GrADS "supplibs" directory.
                          Use this option to maximize binary portability.


Optional Packages:
  --with-PACKAGE[=ARG]    use PACKAGE [ARG=yes]
  --without-PACKAGE       do not use PACKAGE (same as --with-PACKAGE=no)
  --with-gui              Athena X11 widget-based GUI
  --with-readline         command line editing
  --with-printim          image output
  --with-grib2            GRIB2 data format
  --with-sdf              all self-describing formats
                          (HDF4,HDF5,NetCDF,OPeNDAP)
  --with-gadap            OPeNDAP for station data
  --with-shp              shapefile format
  --with-geotiff          geotiff output
  --with-x                use the X Window System
  --with-geotiff=ARG      geotiff directory
  --with-geotiff-include=ARG
                          geotiff include directory
  --with-geotiff-libdir=ARG
                          geotiff library directory
  --with-hdf4=ARG         hdf4 directory
  --with-hdf4-include=ARG hdf 4 include directory
  --with-hdf4-libdir=ARG  hdf 4 library directory
  --with-hdf5=ARG         hdf5 directory
  --with-hdf5-include=ARG hdf5 include directory
  --with-hdf5-libdir=ARG  hdf5 library directory
  --with-netcdf=ARG       netcdf directory
  --with-netcdf-include=ARG
                          netcdf include directory
  --with-netcdf-libdir=ARG
                          netcdf library directory

Some influential environment variables:
  CC          C compiler command
  CFLAGS      C compiler flags
  LDFLAGS     linker flags, e.g. -L if you have libraries in a
              nonstandard directory 
  CPPFLAGS    C/C++ preprocessor flags, e.g. -I if you have
              headers in a nonstandard directory 
  CXX         C++ compiler command
  CXXFLAGS    C++ compiler flags
  CPP         C preprocessor
  SUPPLIBS    Custom path (must be absolute) to a GrADS supplib distribution
  PKG_CONFIG  path to pkg-config utility
  XAW7_CFLAGS C compiler flags for XAW7, overriding pkg-config
  XAW7_LIBS   linker flags for XAW7, overriding pkg-config
  GD_CFLAGS   C compiler flags for GD, overriding pkg-config
  GD_LIBS     linker flags for GD, overriding pkg-config

Use these variables to override the choices made by `configure' or to help
it to find libraries and programs with nonstandard names/locations.

Report bugs to .
_ACEOF
fi

if test "$ac_init_help" = "recursive"; then
  # If there are subdirs, report their specific --help.
  ac_popdir=`pwd`
  for ac_dir in : $ac_subdirs_all; do test "x$ac_dir" = x: && continue
    test -d $ac_dir || continue
    ac_builddir=.

if test "$ac_dir" != .; then
  ac_dir_suffix=/`echo "$ac_dir" | sed 's,^\.[\\/],,'`
  # A "../" for each directory in $ac_dir_suffix.
  ac_top_builddir=`echo "$ac_dir_suffix" | sed 's,/[^\\/]*,../,g'`
else
  ac_dir_suffix= ac_top_builddir=
fi

case $srcdir in
  .)  # No --srcdir option.  We are building in place.
    ac_srcdir=.
    if test -z "$ac_top_builddir"; then
       ac_top_srcdir=.
    else
       ac_top_srcdir=`echo $ac_top_builddir | sed 's,/$,,'`
    fi ;;
  [\\/]* | ?:[\\/]* )  # Absolute path.
    ac_srcdir=$srcdir$ac_dir_suffix;
    ac_top_srcdir=$srcdir ;;
  *) # Relative path.
    ac_srcdir=$ac_top_builddir$srcdir$ac_dir_suffix
    ac_top_srcdir=$ac_top_builddir$srcdir ;;
esac

# Do not use `cd foo && pwd` to compute absolute paths, because
# the directories may not exist.
case `pwd` in
.) ac_abs_builddir="$ac_dir";;
*)
  case "$ac_dir" in
  .) ac_abs_builddir=`pwd`;;
  [\\/]* | ?:[\\/]* ) ac_abs_builddir="$ac_dir";;
  *) ac_abs_builddir=`pwd`/"$ac_dir";;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_top_builddir=${ac_top_builddir}.;;
*)
  case ${ac_top_builddir}. in
  .) ac_abs_top_builddir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_top_builddir=${ac_top_builddir}.;;
  *) ac_abs_top_builddir=$ac_abs_builddir/${ac_top_builddir}.;;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_srcdir=$ac_srcdir;;
*)
  case $ac_srcdir in
  .) ac_abs_srcdir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_srcdir=$ac_srcdir;;
  *) ac_abs_srcdir=$ac_abs_builddir/$ac_srcdir;;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_top_srcdir=$ac_top_srcdir;;
*)
  case $ac_top_srcdir in
  .) ac_abs_top_srcdir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_top_srcdir=$ac_top_srcdir;;
  *) ac_abs_top_srcdir=$ac_abs_builddir/$ac_top_srcdir;;
  esac;;
esac

    cd $ac_dir
    # Check for guested configure; otherwise get Cygnus style configure.
    if test -f $ac_srcdir/configure.gnu; then
      echo
      $SHELL $ac_srcdir/configure.gnu  --help=recursive
    elif test -f $ac_srcdir/configure; then
      echo
      $SHELL $ac_srcdir/configure  --help=recursive
    elif test -f $ac_srcdir/configure.ac ||
	   test -f $ac_srcdir/configure.in; then
      echo
      $ac_configure --help
    else
      echo "$as_me: WARNING: no configuration information is in $ac_dir" >&2
    fi
    cd $ac_popdir
  done
fi

test -n "$ac_init_help" && exit 0
if $ac_init_version; then
  cat <<\_ACEOF
GrADS configure 2.0.1
generated by GNU Autoconf 2.59

Copyright (C) 2003 Free Software Foundation, Inc.
This configure script is free software; the Free Software Foundation
gives unlimited permission to copy, distribute and modify it.
_ACEOF
  exit 0
fi
exec 5>config.log
cat >&5 <<_ACEOF
This file contains any messages produced by compilers while
running configure, to aid debugging if configure makes a mistake.

It was created by GrADS $as_me 2.0.1, which was
generated by GNU Autoconf 2.59.  Invocation command line was

  $ $0 $@

_ACEOF
{
cat <<_ASUNAME
## --------- ##
## Platform. ##
## --------- ##

hostname = `(hostname || uname -n) 2>/dev/null | sed 1q`
uname -m = `(uname -m) 2>/dev/null || echo unknown`
uname -r = `(uname -r) 2>/dev/null || echo unknown`
uname -s = `(uname -s) 2>/dev/null || echo unknown`
uname -v = `(uname -v) 2>/dev/null || echo unknown`

/usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null || echo unknown`
/bin/uname -X     = `(/bin/uname -X) 2>/dev/null     || echo unknown`

/bin/arch              = `(/bin/arch) 2>/dev/null              || echo unknown`
/usr/bin/arch -k       = `(/usr/bin/arch -k) 2>/dev/null       || echo unknown`
/usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null || echo unknown`
hostinfo               = `(hostinfo) 2>/dev/null               || echo unknown`
/bin/machine           = `(/bin/machine) 2>/dev/null           || echo unknown`
/usr/bin/oslevel       = `(/usr/bin/oslevel) 2>/dev/null       || echo unknown`
/bin/universe          = `(/bin/universe) 2>/dev/null          || echo unknown`

_ASUNAME

as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  echo "PATH: $as_dir"
done

} >&5

cat >&5 <<_ACEOF


## ----------- ##
## Core tests. ##
## ----------- ##

_ACEOF


# Keep a trace of the command line.
# Strip out --no-create and --no-recursion so they do not pile up.
# Strip out --silent because we don't want to record it for future runs.
# Also quote any args containing shell meta-characters.
# Make two passes to allow for proper duplicate-argument suppression.
ac_configure_args=
ac_configure_args0=
ac_configure_args1=
ac_sep=
ac_must_keep_next=false
for ac_pass in 1 2
do
  for ac_arg
  do
    case $ac_arg in
    -no-create | --no-c* | -n | -no-recursion | --no-r*) continue ;;
    -q | -quiet | --quiet | --quie | --qui | --qu | --q \
    | -silent | --silent | --silen | --sile | --sil)
      continue ;;
    *" "*|*"	"*|*[\[\]\~\#\$\^\&\*\(\)\{\}\\\|\;\<\>\?\"\']*)
      ac_arg=`echo "$ac_arg" | sed "s/'/'\\\\\\\\''/g"` ;;
    esac
    case $ac_pass in
    1) ac_configure_args0="$ac_configure_args0 '$ac_arg'" ;;
    2)
      ac_configure_args1="$ac_configure_args1 '$ac_arg'"
      if test $ac_must_keep_next = true; then
	ac_must_keep_next=false # Got value, back to normal.
      else
	case $ac_arg in
	  *=* | --config-cache | -C | -disable-* | --disable-* \
	  | -enable-* | --enable-* | -gas | --g* | -nfp | --nf* \
	  | -q | -quiet | --q* | -silent | --sil* | -v | -verb* \
	  | -with-* | --with-* | -without-* | --without-* | --x)
	    case "$ac_configure_args0 " in
	      "$ac_configure_args1"*" '$ac_arg' "* ) continue ;;
	    esac
	    ;;
	  -* ) ac_must_keep_next=true ;;
	esac
      fi
      ac_configure_args="$ac_configure_args$ac_sep'$ac_arg'"
      # Get rid of the leading space.
      ac_sep=" "
      ;;
    esac
  done
done
$as_unset ac_configure_args0 || test "${ac_configure_args0+set}" != set || { ac_configure_args0=; export ac_configure_args0; }
$as_unset ac_configure_args1 || test "${ac_configure_args1+set}" != set || { ac_configure_args1=; export ac_configure_args1; }

# When interrupted or exit'd, cleanup temporary files, and complete
# config.log.  We remove comments because anyway the quotes in there
# would cause problems or look ugly.
# WARNING: Be sure not to use single quotes in there, as some shells,
# such as our DU 5.0 friend, will then `close' the trap.
trap 'exit_status=$?
  # Save into config.log some information that might help in debugging.
  {
    echo

    cat <<\_ASBOX
## ---------------- ##
## Cache variables. ##
## ---------------- ##
_ASBOX
    echo
    # The following way of writing the cache mishandles newlines in values,
{
  (set) 2>&1 |
    case `(ac_space='"'"' '"'"'; set | grep ac_space) 2>&1` in
    *ac_space=\ *)
      sed -n \
	"s/'"'"'/'"'"'\\\\'"'"''"'"'/g;
	  s/^\\([_$as_cr_alnum]*_cv_[_$as_cr_alnum]*\\)=\\(.*\\)/\\1='"'"'\\2'"'"'/p"
      ;;
    *)
      sed -n \
	"s/^\\([_$as_cr_alnum]*_cv_[_$as_cr_alnum]*\\)=\\(.*\\)/\\1=\\2/p"
      ;;
    esac;
}
    echo

    cat <<\_ASBOX
## ----------------- ##
## Output variables. ##
## ----------------- ##
_ASBOX
    echo
    for ac_var in $ac_subst_vars
    do
      eval ac_val=$`echo $ac_var`
      echo "$ac_var='"'"'$ac_val'"'"'"
    done | sort
    echo

    if test -n "$ac_subst_files"; then
      cat <<\_ASBOX
## ------------- ##
## Output files. ##
## ------------- ##
_ASBOX
      echo
      for ac_var in $ac_subst_files
      do
	eval ac_val=$`echo $ac_var`
	echo "$ac_var='"'"'$ac_val'"'"'"
      done | sort
      echo
    fi

    if test -s confdefs.h; then
      cat <<\_ASBOX
## ----------- ##
## confdefs.h. ##
## ----------- ##
_ASBOX
      echo
      sed "/^$/d" confdefs.h | sort
      echo
    fi
    test "$ac_signal" != 0 &&
      echo "$as_me: caught signal $ac_signal"
    echo "$as_me: exit $exit_status"
  } >&5
  rm -f core *.core &&
  rm -rf conftest* confdefs* conf$$* $ac_clean_files &&
    exit $exit_status
     ' 0
for ac_signal in 1 2 13 15; do
  trap 'ac_signal='$ac_signal'; { (exit 1); exit 1; }' $ac_signal
done
ac_signal=0

# confdefs.h avoids OS command line length limits that DEFS can exceed.
rm -rf conftest* confdefs.h
# AIX cpp loses on an empty file, so make sure it contains at least a newline.
echo >confdefs.h

# Predefined preprocessor variables.

cat >>confdefs.h <<_ACEOF
#define PACKAGE_NAME "$PACKAGE_NAME"
_ACEOF


cat >>confdefs.h <<_ACEOF
#define PACKAGE_TARNAME "$PACKAGE_TARNAME"
_ACEOF


cat >>confdefs.h <<_ACEOF
#define PACKAGE_VERSION "$PACKAGE_VERSION"
_ACEOF


cat >>confdefs.h <<_ACEOF
#define PACKAGE_STRING "$PACKAGE_STRING"
_ACEOF


cat >>confdefs.h <<_ACEOF
#define PACKAGE_BUGREPORT "$PACKAGE_BUGREPORT"
_ACEOF


# Let the site file select an alternate cache file if it wants to.
# Prefer explicitly selected file to automatically selected ones.
if test -z "$CONFIG_SITE"; then
  if test "x$prefix" != xNONE; then
    CONFIG_SITE="$prefix/share/config.site $prefix/etc/config.site"
  else
    CONFIG_SITE="$ac_default_prefix/share/config.site $ac_default_prefix/etc/config.site"
  fi
fi
for ac_site_file in $CONFIG_SITE; do
  if test -r "$ac_site_file"; then
    { echo "$as_me:$LINENO: loading site script $ac_site_file" >&5
echo "$as_me: loading site script $ac_site_file" >&6;}
    sed 's/^/| /' "$ac_site_file" >&5
    . "$ac_site_file"
  fi
done

if test -r "$cache_file"; then
  # Some versions of bash will fail to source /dev/null (special
  # files actually), so we avoid doing that.
  if test -f "$cache_file"; then
    { echo "$as_me:$LINENO: loading cache $cache_file" >&5
echo "$as_me: loading cache $cache_file" >&6;}
    case $cache_file in
      [\\/]* | ?:[\\/]* ) . $cache_file;;
      *)                      . ./$cache_file;;
    esac
  fi
else
  { echo "$as_me:$LINENO: creating cache $cache_file" >&5
echo "$as_me: creating cache $cache_file" >&6;}
  >$cache_file
fi

# Check that the precious variables saved in the cache have kept the same
# value.
ac_cache_corrupted=false
for ac_var in `(set) 2>&1 |
	       sed -n 's/^ac_env_\([a-zA-Z_0-9]*\)_set=.*/\1/p'`; do
  eval ac_old_set=\$ac_cv_env_${ac_var}_set
  eval ac_new_set=\$ac_env_${ac_var}_set
  eval ac_old_val="\$ac_cv_env_${ac_var}_value"
  eval ac_new_val="\$ac_env_${ac_var}_value"
  case $ac_old_set,$ac_new_set in
    set,)
      { echo "$as_me:$LINENO: error: \`$ac_var' was set to \`$ac_old_val' in the previous run" >&5
echo "$as_me: error: \`$ac_var' was set to \`$ac_old_val' in the previous run" >&2;}
      ac_cache_corrupted=: ;;
    ,set)
      { echo "$as_me:$LINENO: error: \`$ac_var' was not set in the previous run" >&5
echo "$as_me: error: \`$ac_var' was not set in the previous run" >&2;}
      ac_cache_corrupted=: ;;
    ,);;
    *)
      if test "x$ac_old_val" != "x$ac_new_val"; then
	{ echo "$as_me:$LINENO: error: \`$ac_var' has changed since the previous run:" >&5
echo "$as_me: error: \`$ac_var' has changed since the previous run:" >&2;}
	{ echo "$as_me:$LINENO:   former value:  $ac_old_val" >&5
echo "$as_me:   former value:  $ac_old_val" >&2;}
	{ echo "$as_me:$LINENO:   current value: $ac_new_val" >&5
echo "$as_me:   current value: $ac_new_val" >&2;}
	ac_cache_corrupted=:
      fi;;
  esac
  # Pass precious variables to config.status.
  if test "$ac_new_set" = set; then
    case $ac_new_val in
    *" "*|*"	"*|*[\[\]\~\#\$\^\&\*\(\)\{\}\\\|\;\<\>\?\"\']*)
      ac_arg=$ac_var=`echo "$ac_new_val" | sed "s/'/'\\\\\\\\''/g"` ;;
    *) ac_arg=$ac_var=$ac_new_val ;;
    esac
    case " $ac_configure_args " in
      *" '$ac_arg' "*) ;; # Avoid dups.  Use of quotes ensures accuracy.
      *) ac_configure_args="$ac_configure_args '$ac_arg'" ;;
    esac
  fi
done
if $ac_cache_corrupted; then
  { echo "$as_me:$LINENO: error: changes in the environment can compromise the build" >&5
echo "$as_me: error: changes in the environment can compromise the build" >&2;}
  { { echo "$as_me:$LINENO: error: run \`make distclean' and/or \`rm $cache_file' and start over" >&5
echo "$as_me: error: run \`make distclean' and/or \`rm $cache_file' and start over" >&2;}
   { (exit 1); exit 1; }; }
fi

ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu




























# Require autoconf 2.52 (comes with Mac OS X 10.2) or newer


# Supporting scripts are in etc/
ac_aux_dir=
for ac_dir in etc $srcdir/etc; do
  if test -f $ac_dir/install-sh; then
    ac_aux_dir=$ac_dir
    ac_install_sh="$ac_aux_dir/install-sh -c"
    break
  elif test -f $ac_dir/install.sh; then
    ac_aux_dir=$ac_dir
    ac_install_sh="$ac_aux_dir/install.sh -c"
    break
  elif test -f $ac_dir/shtool; then
    ac_aux_dir=$ac_dir
    ac_install_sh="$ac_aux_dir/shtool install -c"
    break
  fi
done
if test -z "$ac_aux_dir"; then
  { { echo "$as_me:$LINENO: error: cannot find install-sh or install.sh in etc $srcdir/etc" >&5
echo "$as_me: error: cannot find install-sh or install.sh in etc $srcdir/etc" >&2;}
   { (exit 1); exit 1; }; }
fi
ac_config_guess="$SHELL $ac_aux_dir/config.guess"
ac_config_sub="$SHELL $ac_aux_dir/config.sub"
ac_configure="$SHELL $ac_aux_dir/configure" # This should be Cygnus configure.


# Require automake 1.6 (comes with Mac OS X 10.2) or newer,
# don't #define PACKAGE and VERSION,
# disable dependency checking
am__api_version="1.9"
# Find a good install program.  We prefer a C program (faster),
# so one script is as good as another.  But avoid the broken or
# incompatible versions:
# SysV /etc/install, /usr/sbin/install
# SunOS /usr/etc/install
# IRIX /sbin/install
# AIX /bin/install
# AmigaOS /C/install, which installs bootblocks on floppy discs
# AIX 4 /usr/bin/installbsd, which doesn't work without a -g flag
# AFS /usr/afsws/bin/install, which mishandles nonexistent args
# SVR4 /usr/ucb/install, which tries to use the nonexistent group "staff"
# OS/2's system install, which has a completely different semantic
# ./install, which can be erroneously created by make from ./install.sh.
echo "$as_me:$LINENO: checking for a BSD-compatible install" >&5
echo $ECHO_N "checking for a BSD-compatible install... $ECHO_C" >&6
if test -z "$INSTALL"; then
if test "${ac_cv_path_install+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  # Account for people who put trailing slashes in PATH elements.
case $as_dir/ in
  ./ | .// | /cC/* | \
  /etc/* | /usr/sbin/* | /usr/etc/* | /sbin/* | /usr/afsws/bin/* | \
  ?:\\/os2\\/install\\/* | ?:\\/OS2\\/INSTALL\\/* | \
  /usr/ucb/* ) ;;
  *)
    # OSF1 and SCO ODT 3.0 have their own names for install.
    # Don't use installbsd from OSF since it installs stuff as root
    # by default.
    for ac_prog in ginstall scoinst install; do
      for ac_exec_ext in '' $ac_executable_extensions; do
	if $as_executable_p "$as_dir/$ac_prog$ac_exec_ext"; then
	  if test $ac_prog = install &&
	    grep dspmsg "$as_dir/$ac_prog$ac_exec_ext" >/dev/null 2>&1; then
	    # AIX install.  It has an incompatible calling convention.
	    :
	  elif test $ac_prog = install &&
	    grep pwplus "$as_dir/$ac_prog$ac_exec_ext" >/dev/null 2>&1; then
	    # program-specific install script used by HP pwplus--don't use.
	    :
	  else
	    ac_cv_path_install="$as_dir/$ac_prog$ac_exec_ext -c"
	    break 3
	  fi
	fi
      done
    done
    ;;
esac
done


fi
  if test "${ac_cv_path_install+set}" = set; then
    INSTALL=$ac_cv_path_install
  else
    # As a last resort, use the slow shell script.  We don't cache a
    # path for INSTALL within a source directory, because that will
    # break other packages using the cache if that directory is
    # removed, or if the path is relative.
    INSTALL=$ac_install_sh
  fi
fi
echo "$as_me:$LINENO: result: $INSTALL" >&5
echo "${ECHO_T}$INSTALL" >&6

# Use test -z because SunOS4 sh mishandles braces in ${var-val}.
# It thinks the first close brace ends the variable substitution.
test -z "$INSTALL_PROGRAM" && INSTALL_PROGRAM='${INSTALL}'

test -z "$INSTALL_SCRIPT" && INSTALL_SCRIPT='${INSTALL}'

test -z "$INSTALL_DATA" && INSTALL_DATA='${INSTALL} -m 644'

echo "$as_me:$LINENO: checking whether build environment is sane" >&5
echo $ECHO_N "checking whether build environment is sane... $ECHO_C" >&6
# Just in case
sleep 1
echo timestamp > conftest.file
# Do `set' in a subshell so we don't clobber the current shell's
# arguments.  Must try -L first in case configure is actually a
# symlink; some systems play weird games with the mod time of symlinks
# (eg FreeBSD returns the mod time of the symlink's containing
# directory).
if (
   set X `ls -Lt $srcdir/configure conftest.file 2> /dev/null`
   if test "$*" = "X"; then
      # -L didn't work.
      set X `ls -t $srcdir/configure conftest.file`
   fi
   rm -f conftest.file
   if test "$*" != "X $srcdir/configure conftest.file" \
      && test "$*" != "X conftest.file $srcdir/configure"; then

      # If neither matched, then we have a broken ls.  This can happen
      # if, for instance, CONFIG_SHELL is bash and it inherits a
      # broken ls alias from the environment.  This has actually
      # happened.  Such a system could not be considered "sane".
      { { echo "$as_me:$LINENO: error: ls -t appears to fail.  Make sure there is not a broken
alias in your environment" >&5
echo "$as_me: error: ls -t appears to fail.  Make sure there is not a broken
alias in your environment" >&2;}
   { (exit 1); exit 1; }; }
   fi

   test "$2" = conftest.file
   )
then
   # Ok.
   :
else
   { { echo "$as_me:$LINENO: error: newly created file is older than distributed files!
Check your system clock" >&5
echo "$as_me: error: newly created file is older than distributed files!
Check your system clock" >&2;}
   { (exit 1); exit 1; }; }
fi
echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
test "$program_prefix" != NONE &&
  program_transform_name="s,^,$program_prefix,;$program_transform_name"
# Use a double $ so make ignores it.
test "$program_suffix" != NONE &&
  program_transform_name="s,\$,$program_suffix,;$program_transform_name"
# Double any \ or $.  echo might interpret backslashes.
# By default was `s,x,x', remove it if useless.
cat <<\_ACEOF >conftest.sed
s/[\\$]/&&/g;s/;s,x,x,$//
_ACEOF
program_transform_name=`echo $program_transform_name | sed -f conftest.sed`
rm conftest.sed

# expand $ac_aux_dir to an absolute path
am_aux_dir=`cd $ac_aux_dir && pwd`

test x"${MISSING+set}" = xset || MISSING="\${SHELL} $am_aux_dir/missing"
# Use eval to expand $SHELL
if eval "$MISSING --run true"; then
  am_missing_run="$MISSING --run "
else
  am_missing_run=
  { echo "$as_me:$LINENO: WARNING: \`missing' script is too old or missing" >&5
echo "$as_me: WARNING: \`missing' script is too old or missing" >&2;}
fi

if mkdir -p --version . >/dev/null 2>&1 && test ! -d ./--version; then
  # We used to keeping the `.' as first argument, in order to
  # allow $(mkdir_p) to be used without argument.  As in
  #   $(mkdir_p) $(somedir)
  # where $(somedir) is conditionally defined.  However this is wrong
  # for two reasons:
  #  1. if the package is installed by a user who cannot write `.'
  #     make install will fail,
  #  2. the above comment should most certainly read
  #     $(mkdir_p) $(DESTDIR)$(somedir)
  #     so it does not work when $(somedir) is undefined and
  #     $(DESTDIR) is not.
  #  To support the latter case, we have to write
  #     test -z "$(somedir)" || $(mkdir_p) $(DESTDIR)$(somedir),
  #  so the `.' trick is pointless.
  mkdir_p='mkdir -p --'
else
  # On NextStep and OpenStep, the `mkdir' command does not
  # recognize any option.  It will interpret all options as
  # directories to create, and then abort because `.' already
  # exists.
  for d in ./-p ./--version;
  do
    test -d $d && rmdir $d
  done
  # $(mkinstalldirs) is defined by Automake if mkinstalldirs exists.
  if test -f "$ac_aux_dir/mkinstalldirs"; then
    mkdir_p='$(mkinstalldirs)'
  else
    mkdir_p='$(install_sh) -d'
  fi
fi

for ac_prog in gawk mawk nawk awk
do
  # Extract the first word of "$ac_prog", so it can be a program name with args.
set dummy $ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_AWK+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$AWK"; then
  ac_cv_prog_AWK="$AWK" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_AWK="$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
AWK=$ac_cv_prog_AWK
if test -n "$AWK"; then
  echo "$as_me:$LINENO: result: $AWK" >&5
echo "${ECHO_T}$AWK" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  test -n "$AWK" && break
done

echo "$as_me:$LINENO: checking whether ${MAKE-make} sets \$(MAKE)" >&5
echo $ECHO_N "checking whether ${MAKE-make} sets \$(MAKE)... $ECHO_C" >&6
set dummy ${MAKE-make}; ac_make=`echo "$2" | sed 'y,:./+-,___p_,'`
if eval "test \"\${ac_cv_prog_make_${ac_make}_set+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.make <<\_ACEOF
all:
	@echo 'ac_maketemp="$(MAKE)"'
_ACEOF
# GNU make sometimes prints "make[1]: Entering...", which would confuse us.
eval `${MAKE-make} -f conftest.make 2>/dev/null | grep temp=`
if test -n "$ac_maketemp"; then
  eval ac_cv_prog_make_${ac_make}_set=yes
else
  eval ac_cv_prog_make_${ac_make}_set=no
fi
rm -f conftest.make
fi
if eval "test \"`echo '$ac_cv_prog_make_'${ac_make}_set`\" = yes"; then
  echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
  SET_MAKE=
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
  SET_MAKE="MAKE=${MAKE-make}"
fi

rm -rf .tst 2>/dev/null
mkdir .tst 2>/dev/null
if test -d .tst; then
  am__leading_dot=.
else
  am__leading_dot=_
fi
rmdir .tst 2>/dev/null

# test to see if srcdir already configured
if test "`cd $srcdir && pwd`" != "`pwd`" &&
   test -f $srcdir/config.status; then
  { { echo "$as_me:$LINENO: error: source directory already configured; run \"make distclean\" there first" >&5
echo "$as_me: error: source directory already configured; run \"make distclean\" there first" >&2;}
   { (exit 1); exit 1; }; }
fi

# test whether we have cygpath
if test -z "$CYGPATH_W"; then
  if (cygpath --version) >/dev/null 2>/dev/null; then
    CYGPATH_W='cygpath -w'
  else
    CYGPATH_W=echo
  fi
fi


# Define the identity of the package.
 PACKAGE='grads'
 VERSION='2.0.1'


# Some tools Automake needs.

ACLOCAL=${ACLOCAL-"${am_missing_run}aclocal-${am__api_version}"}


AUTOCONF=${AUTOCONF-"${am_missing_run}autoconf"}


AUTOMAKE=${AUTOMAKE-"${am_missing_run}automake-${am__api_version}"}


AUTOHEADER=${AUTOHEADER-"${am_missing_run}autoheader"}


MAKEINFO=${MAKEINFO-"${am_missing_run}makeinfo"}

install_sh=${install_sh-"$am_aux_dir/install-sh"}

# Installed binaries are usually stripped using `strip' when the user
# run `make install-strip'.  However `strip' might not be the right
# tool to use in cross-compilation environments, therefore Automake
# will honor the `STRIP' environment variable to overrule this program.
if test "$cross_compiling" != no; then
  if test -n "$ac_tool_prefix"; then
  # Extract the first word of "${ac_tool_prefix}strip", so it can be a program name with args.
set dummy ${ac_tool_prefix}strip; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_STRIP+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$STRIP"; then
  ac_cv_prog_STRIP="$STRIP" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_STRIP="${ac_tool_prefix}strip"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
STRIP=$ac_cv_prog_STRIP
if test -n "$STRIP"; then
  echo "$as_me:$LINENO: result: $STRIP" >&5
echo "${ECHO_T}$STRIP" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

fi
if test -z "$ac_cv_prog_STRIP"; then
  ac_ct_STRIP=$STRIP
  # Extract the first word of "strip", so it can be a program name with args.
set dummy strip; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_ac_ct_STRIP+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$ac_ct_STRIP"; then
  ac_cv_prog_ac_ct_STRIP="$ac_ct_STRIP" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_ac_ct_STRIP="strip"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

  test -z "$ac_cv_prog_ac_ct_STRIP" && ac_cv_prog_ac_ct_STRIP=":"
fi
fi
ac_ct_STRIP=$ac_cv_prog_ac_ct_STRIP
if test -n "$ac_ct_STRIP"; then
  echo "$as_me:$LINENO: result: $ac_ct_STRIP" >&5
echo "${ECHO_T}$ac_ct_STRIP" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  STRIP=$ac_ct_STRIP
else
  STRIP="$ac_cv_prog_STRIP"
fi

fi
INSTALL_STRIP_PROGRAM="\${SHELL} \$(install_sh) -c -s"

# We need awk for the "check" target.  The system "awk" is bad on
# some platforms.
# Always define AMTAR for backward compatibility.

AMTAR=${AMTAR-"${am_missing_run}tar"}

am__tar='${AMTAR} chof - "$$tardir"'; am__untar='${AMTAR} xf -'






          ac_config_headers="$ac_config_headers src/config.h"


# The following macro prevents annoying interactions between CVS and
# automake, which result in make attempting to invoke autotools
# even when the configure script is up to date
echo "$as_me:$LINENO: checking whether to enable maintainer-specific portions of Makefiles" >&5
echo $ECHO_N "checking whether to enable maintainer-specific portions of Makefiles... $ECHO_C" >&6
    # Check whether --enable-maintainer-mode or --disable-maintainer-mode was given.
if test "${enable_maintainer_mode+set}" = set; then
  enableval="$enable_maintainer_mode"
  USE_MAINTAINER_MODE=$enableval
else
  USE_MAINTAINER_MODE=no
fi;
  echo "$as_me:$LINENO: result: $USE_MAINTAINER_MODE" >&5
echo "${ECHO_T}$USE_MAINTAINER_MODE" >&6


if test $USE_MAINTAINER_MODE = yes; then
  MAINTAINER_MODE_TRUE=
  MAINTAINER_MODE_FALSE='#'
else
  MAINTAINER_MODE_TRUE='#'
  MAINTAINER_MODE_FALSE=
fi

  MAINT=$MAINTAINER_MODE_TRUE



# binaries go to ./bin by default, rather than /usr/bin.


# ----------------------------------------------------
#  Additional arguments for the configure script
# ----------------------------------------------------


# Check whether --with-gui or --without-gui was given.
if test "${with_gui+set}" = set; then
  withval="$with_gui"

fi;

# Check whether --with-readline or --without-readline was given.
if test "${with_readline+set}" = set; then
  withval="$with_readline"

fi;

# Check whether --with-printim or --without-printim was given.
if test "${with_printim+set}" = set; then
  withval="$with_printim"

fi;

# Check whether --with-grib2 or --without-grib2 was given.
if test "${with_grib2+set}" = set; then
  withval="$with_grib2"

fi;

# Check whether --with-sdf or --without-sdf was given.
if test "${with_sdf+set}" = set; then
  withval="$with_sdf"

fi;

# Check whether --with-gadap or --without-gadap was given.
if test "${with_gadap+set}" = set; then
  withval="$with_gadap"

fi;

# Check whether --with-shp or --without-shp was given.
if test "${with_shp+set}" = set; then
  withval="$with_shp"

fi;

# Check whether --with-geotiff or --without-geotiff was given.
if test "${with_geotiff+set}" = set; then
  withval="$with_geotiff"

fi;

# ----------------------------------------------------
# Checks for programs
# ----------------------------------------------------

echo
echo "Checking for programs"
echo "------------------"
for ac_prog in gawk mawk nawk awk
do
  # Extract the first word of "$ac_prog", so it can be a program name with args.
set dummy $ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_AWK+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$AWK"; then
  ac_cv_prog_AWK="$AWK" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_AWK="$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
AWK=$ac_cv_prog_AWK
if test -n "$AWK"; then
  echo "$as_me:$LINENO: result: $AWK" >&5
echo "${ECHO_T}$AWK" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  test -n "$AWK" && break
done

ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu
if test -n "$ac_tool_prefix"; then
  for ac_prog in xlc gcc cc
  do
    # Extract the first word of "$ac_tool_prefix$ac_prog", so it can be a program name with args.
set dummy $ac_tool_prefix$ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_CC+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$CC"; then
  ac_cv_prog_CC="$CC" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_CC="$ac_tool_prefix$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
CC=$ac_cv_prog_CC
if test -n "$CC"; then
  echo "$as_me:$LINENO: result: $CC" >&5
echo "${ECHO_T}$CC" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

    test -n "$CC" && break
  done
fi
if test -z "$CC"; then
  ac_ct_CC=$CC
  for ac_prog in xlc gcc cc
do
  # Extract the first word of "$ac_prog", so it can be a program name with args.
set dummy $ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_ac_ct_CC+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$ac_ct_CC"; then
  ac_cv_prog_ac_ct_CC="$ac_ct_CC" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_ac_ct_CC="$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
ac_ct_CC=$ac_cv_prog_ac_ct_CC
if test -n "$ac_ct_CC"; then
  echo "$as_me:$LINENO: result: $ac_ct_CC" >&5
echo "${ECHO_T}$ac_ct_CC" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  test -n "$ac_ct_CC" && break
done

  CC=$ac_ct_CC
fi


test -z "$CC" && { { echo "$as_me:$LINENO: error: no acceptable C compiler found in \$PATH
See \`config.log' for more details." >&5
echo "$as_me: error: no acceptable C compiler found in \$PATH
See \`config.log' for more details." >&2;}
   { (exit 1); exit 1; }; }

# Provide some information about the compiler.
echo "$as_me:$LINENO:" \
     "checking for C compiler version" >&5
ac_compiler=`set X $ac_compile; echo $2`
{ (eval echo "$as_me:$LINENO: \"$ac_compiler --version &5\"") >&5
  (eval $ac_compiler --version &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }
{ (eval echo "$as_me:$LINENO: \"$ac_compiler -v &5\"") >&5
  (eval $ac_compiler -v &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }
{ (eval echo "$as_me:$LINENO: \"$ac_compiler -V &5\"") >&5
  (eval $ac_compiler -V &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }

cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
ac_clean_files_save=$ac_clean_files
ac_clean_files="$ac_clean_files a.out a.exe b.out"
# Try to create an executable without -o first, disregard a.out.
# It will help us diagnose broken compilers, and finding out an intuition
# of exeext.
echo "$as_me:$LINENO: checking for C compiler default output file name" >&5
echo $ECHO_N "checking for C compiler default output file name... $ECHO_C" >&6
ac_link_default=`echo "$ac_link" | sed 's/ -o *conftest[^ ]*//'`
if { (eval echo "$as_me:$LINENO: \"$ac_link_default\"") >&5
  (eval $ac_link_default) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  # Find the output, starting from the most likely.  This scheme is
# not robust to junk in `.', hence go to wildcards (a.*) only as a last
# resort.

# Be careful to initialize this variable, since it used to be cached.
# Otherwise an old cache value of `no' led to `EXEEXT = no' in a Makefile.
ac_cv_exeext=
# b.out is created by i960 compilers.
for ac_file in a_out.exe a.exe conftest.exe a.out conftest a.* conftest.* b.out
do
  test -f "$ac_file" || continue
  case $ac_file in
    *.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg | *.o | *.obj )
	;;
    conftest.$ac_ext )
	# This is the source file.
	;;
    [ab].out )
	# We found the default executable, but exeext='' is most
	# certainly right.
	break;;
    *.* )
	ac_cv_exeext=`expr "$ac_file" : '[^.]*\(\..*\)'`
	# FIXME: I believe we export ac_cv_exeext for Libtool,
	# but it would be cool to find out if it's true.  Does anybody
	# maintain Libtool? --akim.
	export ac_cv_exeext
	break;;
    * )
	break;;
  esac
done
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

{ { echo "$as_me:$LINENO: error: C compiler cannot create executables
See \`config.log' for more details." >&5
echo "$as_me: error: C compiler cannot create executables
See \`config.log' for more details." >&2;}
   { (exit 77); exit 77; }; }
fi

ac_exeext=$ac_cv_exeext
echo "$as_me:$LINENO: result: $ac_file" >&5
echo "${ECHO_T}$ac_file" >&6

# Check the compiler produces executables we can run.  If not, either
# the compiler is broken, or we cross compile.
echo "$as_me:$LINENO: checking whether the C compiler works" >&5
echo $ECHO_N "checking whether the C compiler works... $ECHO_C" >&6
# FIXME: These cross compiler hacks should be removed for Autoconf 3.0
# If not cross compiling, check that we can run a simple program.
if test "$cross_compiling" != yes; then
  if { ac_try='./$ac_file'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
    cross_compiling=no
  else
    if test "$cross_compiling" = maybe; then
	cross_compiling=yes
    else
	{ { echo "$as_me:$LINENO: error: cannot run C compiled programs.
If you meant to cross compile, use \`--host'.
See \`config.log' for more details." >&5
echo "$as_me: error: cannot run C compiled programs.
If you meant to cross compile, use \`--host'.
See \`config.log' for more details." >&2;}
   { (exit 1); exit 1; }; }
    fi
  fi
fi
echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

rm -f a.out a.exe conftest$ac_cv_exeext b.out
ac_clean_files=$ac_clean_files_save
# Check the compiler produces executables we can run.  If not, either
# the compiler is broken, or we cross compile.
echo "$as_me:$LINENO: checking whether we are cross compiling" >&5
echo $ECHO_N "checking whether we are cross compiling... $ECHO_C" >&6
echo "$as_me:$LINENO: result: $cross_compiling" >&5
echo "${ECHO_T}$cross_compiling" >&6

echo "$as_me:$LINENO: checking for suffix of executables" >&5
echo $ECHO_N "checking for suffix of executables... $ECHO_C" >&6
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  # If both `conftest.exe' and `conftest' are `present' (well, observable)
# catch `conftest.exe'.  For instance with Cygwin, `ls conftest' will
# work properly (i.e., refer to `conftest.exe'), while it won't with
# `rm'.
for ac_file in conftest.exe conftest conftest.*; do
  test -f "$ac_file" || continue
  case $ac_file in
    *.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg | *.o | *.obj ) ;;
    *.* ) ac_cv_exeext=`expr "$ac_file" : '[^.]*\(\..*\)'`
	  export ac_cv_exeext
	  break;;
    * ) break;;
  esac
done
else
  { { echo "$as_me:$LINENO: error: cannot compute suffix of executables: cannot compile and link
See \`config.log' for more details." >&5
echo "$as_me: error: cannot compute suffix of executables: cannot compile and link
See \`config.log' for more details." >&2;}
   { (exit 1); exit 1; }; }
fi

rm -f conftest$ac_cv_exeext
echo "$as_me:$LINENO: result: $ac_cv_exeext" >&5
echo "${ECHO_T}$ac_cv_exeext" >&6

rm -f conftest.$ac_ext
EXEEXT=$ac_cv_exeext
ac_exeext=$EXEEXT
echo "$as_me:$LINENO: checking for suffix of object files" >&5
echo $ECHO_N "checking for suffix of object files... $ECHO_C" >&6
if test "${ac_cv_objext+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.o conftest.obj
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  for ac_file in `(ls conftest.o conftest.obj; ls conftest.*) 2>/dev/null`; do
  case $ac_file in
    *.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg ) ;;
    *) ac_cv_objext=`expr "$ac_file" : '.*\.\(.*\)'`
       break;;
  esac
done
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

{ { echo "$as_me:$LINENO: error: cannot compute suffix of object files: cannot compile
See \`config.log' for more details." >&5
echo "$as_me: error: cannot compute suffix of object files: cannot compile
See \`config.log' for more details." >&2;}
   { (exit 1); exit 1; }; }
fi

rm -f conftest.$ac_cv_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_objext" >&5
echo "${ECHO_T}$ac_cv_objext" >&6
OBJEXT=$ac_cv_objext
ac_objext=$OBJEXT
echo "$as_me:$LINENO: checking whether we are using the GNU C compiler" >&5
echo $ECHO_N "checking whether we are using the GNU C compiler... $ECHO_C" >&6
if test "${ac_cv_c_compiler_gnu+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{
#ifndef __GNUC__
       choke me
#endif

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_compiler_gnu=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_compiler_gnu=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
ac_cv_c_compiler_gnu=$ac_compiler_gnu

fi
echo "$as_me:$LINENO: result: $ac_cv_c_compiler_gnu" >&5
echo "${ECHO_T}$ac_cv_c_compiler_gnu" >&6
GCC=`test $ac_compiler_gnu = yes && echo yes`
ac_test_CFLAGS=${CFLAGS+set}
ac_save_CFLAGS=$CFLAGS
CFLAGS="-g"
echo "$as_me:$LINENO: checking whether $CC accepts -g" >&5
echo $ECHO_N "checking whether $CC accepts -g... $ECHO_C" >&6
if test "${ac_cv_prog_cc_g+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_prog_cc_g=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_prog_cc_g=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_prog_cc_g" >&5
echo "${ECHO_T}$ac_cv_prog_cc_g" >&6
if test "$ac_test_CFLAGS" = set; then
  CFLAGS=$ac_save_CFLAGS
elif test $ac_cv_prog_cc_g = yes; then
  if test "$GCC" = yes; then
    CFLAGS="-g -O2"
  else
    CFLAGS="-g"
  fi
else
  if test "$GCC" = yes; then
    CFLAGS="-O2"
  else
    CFLAGS=
  fi
fi
echo "$as_me:$LINENO: checking for $CC option to accept ANSI C" >&5
echo $ECHO_N "checking for $CC option to accept ANSI C... $ECHO_C" >&6
if test "${ac_cv_prog_cc_stdc+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_prog_cc_stdc=no
ac_save_CC=$CC
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#include 
#include 
#include 
/* Most of the following tests are stolen from RCS 5.7's src/conf.sh.  */
struct buf { int x; };
FILE * (*rcsopen) (struct buf *, struct stat *, int);
static char *e (p, i)
     char **p;
     int i;
{
  return p[i];
}
static char *f (char * (*g) (char **, int), char **p, ...)
{
  char *s;
  va_list v;
  va_start (v,p);
  s = g (p, va_arg (v,int));
  va_end (v);
  return s;
}

/* OSF 4.0 Compaq cc is some sort of almost-ANSI by default.  It has
   function prototypes and stuff, but not '\xHH' hex character constants.
   These don't provoke an error unfortunately, instead are silently treated
   as 'x'.  The following induces an error, until -std1 is added to get
   proper ANSI mode.  Curiously '\x00'!='x' always comes out true, for an
   array size at least.  It's necessary to write '\x00'==0 to get something
   that's true only with -std1.  */
int osf4_cc_array ['\x00' == 0 ? 1 : -1];

int test (int i, double x);
struct s1 {int (*f) (int a);};
struct s2 {int (*f) (double a);};
int pairnames (int, char **, FILE *(*)(struct buf *, struct stat *, int), int, int);
int argc;
char **argv;
int
main ()
{
return f (e, argv, 0) != argv[0]  ||  f (e, argv, 1) != argv[1];
  ;
  return 0;
}
_ACEOF
# Don't try gcc -ansi; that turns off useful extensions and
# breaks some systems' header files.
# AIX			-qlanglvl=ansi
# Ultrix and OSF/1	-std1
# HP-UX 10.20 and later	-Ae
# HP-UX older versions	-Aa -D_HPUX_SOURCE
# SVR4			-Xc -D__EXTENSIONS__
for ac_arg in "" -qlanglvl=ansi -std1 -Ae "-Aa -D_HPUX_SOURCE" "-Xc -D__EXTENSIONS__"
do
  CC="$ac_save_CC $ac_arg"
  rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_prog_cc_stdc=$ac_arg
break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext
done
rm -f conftest.$ac_ext conftest.$ac_objext
CC=$ac_save_CC

fi

case "x$ac_cv_prog_cc_stdc" in
  x|xno)
    echo "$as_me:$LINENO: result: none needed" >&5
echo "${ECHO_T}none needed" >&6 ;;
  *)
    echo "$as_me:$LINENO: result: $ac_cv_prog_cc_stdc" >&5
echo "${ECHO_T}$ac_cv_prog_cc_stdc" >&6
    CC="$CC $ac_cv_prog_cc_stdc" ;;
esac

# Some people use a C++ compiler to compile C.  Since we use `exit',
# in C++ we need to declare it.  In case someone uses the same compiler
# for both compiling C and C++ we need to have the C++ compiler decide
# the declaration of exit, since it's the most demanding environment.
cat >conftest.$ac_ext <<_ACEOF
#ifndef __cplusplus
  choke me
#endif
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  for ac_declaration in \
   '' \
   'extern "C" void std::exit (int) throw (); using std::exit;' \
   'extern "C" void std::exit (int); using std::exit;' \
   'extern "C" void exit (int) throw ();' \
   'extern "C" void exit (int);' \
   'void exit (int);'
do
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_declaration
#include 
int
main ()
{
exit (42);
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  :
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

continue
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_declaration
int
main ()
{
exit (42);
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
done
rm -f conftest*
if test -n "$ac_declaration"; then
  echo '#ifdef __cplusplus' >>confdefs.h
  echo $ac_declaration      >>confdefs.h
  echo '#endif'             >>confdefs.h
fi

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu

ac_ext=cc
ac_cpp='$CXXCPP $CPPFLAGS'
ac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_cxx_compiler_gnu
if test -n "$ac_tool_prefix"; then
  for ac_prog in $CCC xlc++ g++ c++
  do
    # Extract the first word of "$ac_tool_prefix$ac_prog", so it can be a program name with args.
set dummy $ac_tool_prefix$ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_CXX+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$CXX"; then
  ac_cv_prog_CXX="$CXX" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_CXX="$ac_tool_prefix$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
CXX=$ac_cv_prog_CXX
if test -n "$CXX"; then
  echo "$as_me:$LINENO: result: $CXX" >&5
echo "${ECHO_T}$CXX" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

    test -n "$CXX" && break
  done
fi
if test -z "$CXX"; then
  ac_ct_CXX=$CXX
  for ac_prog in $CCC xlc++ g++ c++
do
  # Extract the first word of "$ac_prog", so it can be a program name with args.
set dummy $ac_prog; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_prog_ac_ct_CXX+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if test -n "$ac_ct_CXX"; then
  ac_cv_prog_ac_ct_CXX="$ac_ct_CXX" # Let the user override the test.
else
as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_prog_ac_ct_CXX="$ac_prog"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

fi
fi
ac_ct_CXX=$ac_cv_prog_ac_ct_CXX
if test -n "$ac_ct_CXX"; then
  echo "$as_me:$LINENO: result: $ac_ct_CXX" >&5
echo "${ECHO_T}$ac_ct_CXX" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  test -n "$ac_ct_CXX" && break
done
test -n "$ac_ct_CXX" || ac_ct_CXX="g++"

  CXX=$ac_ct_CXX
fi


# Provide some information about the compiler.
echo "$as_me:$LINENO:" \
     "checking for C++ compiler version" >&5
ac_compiler=`set X $ac_compile; echo $2`
{ (eval echo "$as_me:$LINENO: \"$ac_compiler --version &5\"") >&5
  (eval $ac_compiler --version &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }
{ (eval echo "$as_me:$LINENO: \"$ac_compiler -v &5\"") >&5
  (eval $ac_compiler -v &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }
{ (eval echo "$as_me:$LINENO: \"$ac_compiler -V &5\"") >&5
  (eval $ac_compiler -V &5) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }

echo "$as_me:$LINENO: checking whether we are using the GNU C++ compiler" >&5
echo $ECHO_N "checking whether we are using the GNU C++ compiler... $ECHO_C" >&6
if test "${ac_cv_cxx_compiler_gnu+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{
#ifndef __GNUC__
       choke me
#endif

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_cxx_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_compiler_gnu=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_compiler_gnu=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
ac_cv_cxx_compiler_gnu=$ac_compiler_gnu

fi
echo "$as_me:$LINENO: result: $ac_cv_cxx_compiler_gnu" >&5
echo "${ECHO_T}$ac_cv_cxx_compiler_gnu" >&6
GXX=`test $ac_compiler_gnu = yes && echo yes`
ac_test_CXXFLAGS=${CXXFLAGS+set}
ac_save_CXXFLAGS=$CXXFLAGS
CXXFLAGS="-g"
echo "$as_me:$LINENO: checking whether $CXX accepts -g" >&5
echo $ECHO_N "checking whether $CXX accepts -g... $ECHO_C" >&6
if test "${ac_cv_prog_cxx_g+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_cxx_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_prog_cxx_g=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_prog_cxx_g=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_prog_cxx_g" >&5
echo "${ECHO_T}$ac_cv_prog_cxx_g" >&6
if test "$ac_test_CXXFLAGS" = set; then
  CXXFLAGS=$ac_save_CXXFLAGS
elif test $ac_cv_prog_cxx_g = yes; then
  if test "$GXX" = yes; then
    CXXFLAGS="-g -O2"
  else
    CXXFLAGS="-g"
  fi
else
  if test "$GXX" = yes; then
    CXXFLAGS="-O2"
  else
    CXXFLAGS=
  fi
fi
for ac_declaration in \
   '' \
   'extern "C" void std::exit (int) throw (); using std::exit;' \
   'extern "C" void std::exit (int); using std::exit;' \
   'extern "C" void exit (int) throw ();' \
   'extern "C" void exit (int);' \
   'void exit (int);'
do
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_declaration
#include 
int
main ()
{
exit (42);
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_cxx_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  :
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

continue
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_declaration
int
main ()
{
exit (42);
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_cxx_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
done
rm -f conftest*
if test -n "$ac_declaration"; then
  echo '#ifdef __cplusplus' >>confdefs.h
  echo $ac_declaration      >>confdefs.h
  echo '#endif'             >>confdefs.h
fi

ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu

# Find a good install program.  We prefer a C program (faster),
# so one script is as good as another.  But avoid the broken or
# incompatible versions:
# SysV /etc/install, /usr/sbin/install
# SunOS /usr/etc/install
# IRIX /sbin/install
# AIX /bin/install
# AmigaOS /C/install, which installs bootblocks on floppy discs
# AIX 4 /usr/bin/installbsd, which doesn't work without a -g flag
# AFS /usr/afsws/bin/install, which mishandles nonexistent args
# SVR4 /usr/ucb/install, which tries to use the nonexistent group "staff"
# OS/2's system install, which has a completely different semantic
# ./install, which can be erroneously created by make from ./install.sh.
echo "$as_me:$LINENO: checking for a BSD-compatible install" >&5
echo $ECHO_N "checking for a BSD-compatible install... $ECHO_C" >&6
if test -z "$INSTALL"; then
if test "${ac_cv_path_install+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  # Account for people who put trailing slashes in PATH elements.
case $as_dir/ in
  ./ | .// | /cC/* | \
  /etc/* | /usr/sbin/* | /usr/etc/* | /sbin/* | /usr/afsws/bin/* | \
  ?:\\/os2\\/install\\/* | ?:\\/OS2\\/INSTALL\\/* | \
  /usr/ucb/* ) ;;
  *)
    # OSF1 and SCO ODT 3.0 have their own names for install.
    # Don't use installbsd from OSF since it installs stuff as root
    # by default.
    for ac_prog in ginstall scoinst install; do
      for ac_exec_ext in '' $ac_executable_extensions; do
	if $as_executable_p "$as_dir/$ac_prog$ac_exec_ext"; then
	  if test $ac_prog = install &&
	    grep dspmsg "$as_dir/$ac_prog$ac_exec_ext" >/dev/null 2>&1; then
	    # AIX install.  It has an incompatible calling convention.
	    :
	  elif test $ac_prog = install &&
	    grep pwplus "$as_dir/$ac_prog$ac_exec_ext" >/dev/null 2>&1; then
	    # program-specific install script used by HP pwplus--don't use.
	    :
	  else
	    ac_cv_path_install="$as_dir/$ac_prog$ac_exec_ext -c"
	    break 3
	  fi
	fi
      done
    done
    ;;
esac
done


fi
  if test "${ac_cv_path_install+set}" = set; then
    INSTALL=$ac_cv_path_install
  else
    # As a last resort, use the slow shell script.  We don't cache a
    # path for INSTALL within a source directory, because that will
    # break other packages using the cache if that directory is
    # removed, or if the path is relative.
    INSTALL=$ac_install_sh
  fi
fi
echo "$as_me:$LINENO: result: $INSTALL" >&5
echo "${ECHO_T}$INSTALL" >&6

# Use test -z because SunOS4 sh mishandles braces in ${var-val}.
# It thinks the first close brace ends the variable substitution.
test -z "$INSTALL_PROGRAM" && INSTALL_PROGRAM='${INSTALL}'

test -z "$INSTALL_SCRIPT" && INSTALL_SCRIPT='${INSTALL}'

test -z "$INSTALL_DATA" && INSTALL_DATA='${INSTALL} -m 644'

echo "$as_me:$LINENO: checking whether ln -s works" >&5
echo $ECHO_N "checking whether ln -s works... $ECHO_C" >&6
LN_S=$as_ln_s
if test "$LN_S" = "ln -s"; then
  echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
else
  echo "$as_me:$LINENO: result: no, using $LN_S" >&5
echo "${ECHO_T}no, using $LN_S" >&6
fi

echo

echo "Setting host specific options"
echo "-------------------------"

# ----------------------------------------------------
# Get host platform
# ----------------------------------------------------

# Make sure we can run config.sub.
$ac_config_sub sun4 >/dev/null 2>&1 ||
  { { echo "$as_me:$LINENO: error: cannot run $ac_config_sub" >&5
echo "$as_me: error: cannot run $ac_config_sub" >&2;}
   { (exit 1); exit 1; }; }

echo "$as_me:$LINENO: checking build system type" >&5
echo $ECHO_N "checking build system type... $ECHO_C" >&6
if test "${ac_cv_build+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_build_alias=$build_alias
test -z "$ac_cv_build_alias" &&
  ac_cv_build_alias=`$ac_config_guess`
test -z "$ac_cv_build_alias" &&
  { { echo "$as_me:$LINENO: error: cannot guess build type; you must specify one" >&5
echo "$as_me: error: cannot guess build type; you must specify one" >&2;}
   { (exit 1); exit 1; }; }
ac_cv_build=`$ac_config_sub $ac_cv_build_alias` ||
  { { echo "$as_me:$LINENO: error: $ac_config_sub $ac_cv_build_alias failed" >&5
echo "$as_me: error: $ac_config_sub $ac_cv_build_alias failed" >&2;}
   { (exit 1); exit 1; }; }

fi
echo "$as_me:$LINENO: result: $ac_cv_build" >&5
echo "${ECHO_T}$ac_cv_build" >&6
build=$ac_cv_build
build_cpu=`echo $ac_cv_build | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\1/'`
build_vendor=`echo $ac_cv_build | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\2/'`
build_os=`echo $ac_cv_build | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\3/'`


echo "$as_me:$LINENO: checking host system type" >&5
echo $ECHO_N "checking host system type... $ECHO_C" >&6
if test "${ac_cv_host+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_host_alias=$host_alias
test -z "$ac_cv_host_alias" &&
  ac_cv_host_alias=$ac_cv_build_alias
ac_cv_host=`$ac_config_sub $ac_cv_host_alias` ||
  { { echo "$as_me:$LINENO: error: $ac_config_sub $ac_cv_host_alias failed" >&5
echo "$as_me: error: $ac_config_sub $ac_cv_host_alias failed" >&2;}
   { (exit 1); exit 1; }; }

fi
echo "$as_me:$LINENO: result: $ac_cv_host" >&5
echo "${ECHO_T}$ac_cv_host" >&6
host=$ac_cv_host
host_cpu=`echo $ac_cv_host | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\1/'`
host_vendor=`echo $ac_cv_host | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\2/'`
host_os=`echo $ac_cv_host | sed 's/^\([^-]*\)-\([^-]*\)-\(.*\)$/\3/'`



# ----------------------------------------------------
# Set host specific options
# ----------------------------------------------------

echo Host machine:   "$host"
case "$host" in

  alpha-*-osf*)
    # Option needed for IEEE floating points
    CFLAGS="$(CFLAGS) -ieee"
  ;;

  powerpc-ibm-aix*)
    LDFLAGS="$LDFLAGS -Wl,-bbigtoc -Wl,-bexpall -Wl,-brtl"
  ;;

  i*86-pc-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  x86_64-*-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  ia64-*-linux-*)
    CFLAGS="$CFLAGS -rdynamic"
  ;;

  *-freebsd*)
    CFLAGS="$CFLAGS -export-dynamic"
  ;;

  sparc-sun-solaris*)
    is_solaris="yes"
    host_ldadd="-lsocket -lnsl -lw"
  ;;

  *-pc-cygwin)
    host_ldadd="-lrpclib"

  ;;

  *darwin*)
    is_darwin="yes"
    LDFLAGS="$LDFLAGS -lSystemStubs"
  ;;

  cray-*-*)
    is_cray="yes"
  ;;

  *-hpux11*)
     is_hpux11="yes"
  ;;

esac

if test is_cray!="yes" ; then

cat >>confdefs.h <<\_ACEOF
#define GRADS_CRAY 0
_ACEOF

else

cat >>confdefs.h <<\_ACEOF
#define GRADS_CRAY 1
_ACEOF

fi

if test is_hpux11!="yes" ; then

cat >>confdefs.h <<\_ACEOF
#define GRADS_HP64 0
_ACEOF

else

cat >>confdefs.h <<\_ACEOF
#define GRADS_HP64 1
_ACEOF

fi

# ----------------------------------------------------
# Check for basic libraries.
# ----------------------------------------------------

echo
echo "Checking system libraries, headers, and compiler features"
echo "-----------------------------------------"



echo "$as_me:$LINENO: checking for cos in -lm" >&5
echo $ECHO_N "checking for cos in -lm... $ECHO_C" >&6
if test "${ac_cv_lib_m_cos+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lm  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char cos ();
int
main ()
{
cos ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_m_cos=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_m_cos=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_m_cos" >&5
echo "${ECHO_T}$ac_cv_lib_m_cos" >&6
if test $ac_cv_lib_m_cos = yes; then
  cat >>confdefs.h <<_ACEOF
#define HAVE_LIBM 1
_ACEOF

  LIBS="-lm $LIBS"

else
  { { echo "$as_me:$LINENO: error: Fatal: Math library not found" >&5
echo "$as_me: error: Fatal: Math library not found" >&2;}
   { (exit 1); exit 1; }; }
fi

ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu
echo "$as_me:$LINENO: checking how to run the C preprocessor" >&5
echo $ECHO_N "checking how to run the C preprocessor... $ECHO_C" >&6
# On Suns, sometimes $CPP names a directory.
if test -n "$CPP" && test -d "$CPP"; then
  CPP=
fi
if test -z "$CPP"; then
  if test "${ac_cv_prog_CPP+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
      # Double quotes because CPP needs to be expanded
    for CPP in "$CC -E" "$CC -E -traditional-cpp" "/lib/cpp"
    do
      ac_preproc_ok=false
for ac_c_preproc_warn_flag in '' yes
do
  # Use a header file that comes with gcc, so configuring glibc
  # with a fresh cross-compiler works.
  # Prefer  to  if __STDC__ is defined, since
  #  exists even on freestanding compilers.
  # On the NeXT, cc -E runs the code through the compiler's parser,
  # not just through cpp. "Syntax error" is here to catch this case.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#ifdef __STDC__
# include 
#else
# include 
#endif
		     Syntax error
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  :
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  # Broken: fails on valid input.
continue
fi
rm -f conftest.err conftest.$ac_ext

  # OK, works on sane cases.  Now check whether non-existent headers
  # can be detected and how.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  # Broken: success on invalid input.
continue
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  # Passes both tests.
ac_preproc_ok=:
break
fi
rm -f conftest.err conftest.$ac_ext

done
# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.
rm -f conftest.err conftest.$ac_ext
if $ac_preproc_ok; then
  break
fi

    done
    ac_cv_prog_CPP=$CPP

fi
  CPP=$ac_cv_prog_CPP
else
  ac_cv_prog_CPP=$CPP
fi
echo "$as_me:$LINENO: result: $CPP" >&5
echo "${ECHO_T}$CPP" >&6
ac_preproc_ok=false
for ac_c_preproc_warn_flag in '' yes
do
  # Use a header file that comes with gcc, so configuring glibc
  # with a fresh cross-compiler works.
  # Prefer  to  if __STDC__ is defined, since
  #  exists even on freestanding compilers.
  # On the NeXT, cc -E runs the code through the compiler's parser,
  # not just through cpp. "Syntax error" is here to catch this case.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#ifdef __STDC__
# include 
#else
# include 
#endif
		     Syntax error
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  :
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  # Broken: fails on valid input.
continue
fi
rm -f conftest.err conftest.$ac_ext

  # OK, works on sane cases.  Now check whether non-existent headers
  # can be detected and how.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  # Broken: success on invalid input.
continue
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  # Passes both tests.
ac_preproc_ok=:
break
fi
rm -f conftest.err conftest.$ac_ext

done
# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.
rm -f conftest.err conftest.$ac_ext
if $ac_preproc_ok; then
  :
else
  { { echo "$as_me:$LINENO: error: C preprocessor \"$CPP\" fails sanity check
See \`config.log' for more details." >&5
echo "$as_me: error: C preprocessor \"$CPP\" fails sanity check
See \`config.log' for more details." >&2;}
   { (exit 1); exit 1; }; }
fi

ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu


echo "$as_me:$LINENO: checking for X" >&5
echo $ECHO_N "checking for X... $ECHO_C" >&6


# Check whether --with-x or --without-x was given.
if test "${with_x+set}" = set; then
  withval="$with_x"

fi;
# $have_x is `yes', `no', `disabled', or empty when we do not yet know.
if test "x$with_x" = xno; then
  # The user explicitly disabled X.
  have_x=disabled
else
  if test "x$x_includes" != xNONE && test "x$x_libraries" != xNONE; then
    # Both variables are already set.
    have_x=yes
  else
    if test "${ac_cv_have_x+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  # One or both of the vars are not set, and there is no cached value.
ac_x_includes=no ac_x_libraries=no
rm -fr conftest.dir
if mkdir conftest.dir; then
  cd conftest.dir
  # Make sure to not put "make" in the Imakefile rules, since we grep it out.
  cat >Imakefile <<'_ACEOF'
acfindx:
	@echo 'ac_im_incroot="${INCROOT}"; ac_im_usrlibdir="${USRLIBDIR}"; ac_im_libdir="${LIBDIR}"'
_ACEOF
  if (xmkmf) >/dev/null 2>/dev/null && test -f Makefile; then
    # GNU make sometimes prints "make[1]: Entering...", which would confuse us.
    eval `${MAKE-make} acfindx 2>/dev/null | grep -v make`
    # Open Windows xmkmf reportedly sets LIBDIR instead of USRLIBDIR.
    for ac_extension in a so sl; do
      if test ! -f $ac_im_usrlibdir/libX11.$ac_extension &&
	 test -f $ac_im_libdir/libX11.$ac_extension; then
	ac_im_usrlibdir=$ac_im_libdir; break
      fi
    done
    # Screen out bogus values from the imake configuration.  They are
    # bogus both because they are the default anyway, and because
    # using them would break gcc on systems where it needs fixed includes.
    case $ac_im_incroot in
	/usr/include) ;;
	*) test -f "$ac_im_incroot/X11/Xos.h" && ac_x_includes=$ac_im_incroot;;
    esac
    case $ac_im_usrlibdir in
	/usr/lib | /lib) ;;
	*) test -d "$ac_im_usrlibdir" && ac_x_libraries=$ac_im_usrlibdir ;;
    esac
  fi
  cd ..
  rm -fr conftest.dir
fi

# Standard set of common directories for X headers.
# Check X11 before X11Rn because it is often a symlink to the current release.
ac_x_header_dirs='
/usr/X11/include
/usr/X11R6/include
/usr/X11R5/include
/usr/X11R4/include

/usr/include/X11
/usr/include/X11R6
/usr/include/X11R5
/usr/include/X11R4

/usr/local/X11/include
/usr/local/X11R6/include
/usr/local/X11R5/include
/usr/local/X11R4/include

/usr/local/include/X11
/usr/local/include/X11R6
/usr/local/include/X11R5
/usr/local/include/X11R4

/usr/X386/include
/usr/x386/include
/usr/XFree86/include/X11

/usr/include
/usr/local/include
/usr/unsupported/include
/usr/athena/include
/usr/local/x11r5/include
/usr/lpp/Xamples/include

/usr/openwin/include
/usr/openwin/share/include'

if test "$ac_x_includes" = no; then
  # Guess where to find include files, by looking for Xlib.h.
  # First, try using that file with no special directory specified.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  # We can compile using X headers with no special include directory.
ac_x_includes=
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  for ac_dir in $ac_x_header_dirs; do
  if test -r "$ac_dir/X11/Xlib.h"; then
    ac_x_includes=$ac_dir
    break
  fi
done
fi
rm -f conftest.err conftest.$ac_ext
fi # $ac_x_includes = no

if test "$ac_x_libraries" = no; then
  # Check for the libraries.
  # See if we find them without any special options.
  # Don't add to $LIBS permanently.
  ac_save_LIBS=$LIBS
  LIBS="-lX11 $LIBS"
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
XrmInitialize ()
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  LIBS=$ac_save_LIBS
# We can link X programs with no special library path.
ac_x_libraries=
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

LIBS=$ac_save_LIBS
for ac_dir in `echo "$ac_x_includes $ac_x_header_dirs" | sed s/include/lib/g`
do
  # Don't even attempt the hair of trying to link an X program!
  for ac_extension in a so sl; do
    if test -r $ac_dir/libXt.$ac_extension; then
      ac_x_libraries=$ac_dir
      break 2
    fi
  done
done
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi # $ac_x_libraries = no

if test "$ac_x_includes" = no || test "$ac_x_libraries" = no; then
  # Didn't find X anywhere.  Cache the known absence of X.
  ac_cv_have_x="have_x=no"
else
  # Record where we found X for the cache.
  ac_cv_have_x="have_x=yes \
		ac_x_includes=$ac_x_includes ac_x_libraries=$ac_x_libraries"
fi
fi

  fi
  eval "$ac_cv_have_x"
fi # $with_x != no

if test "$have_x" != yes; then
  echo "$as_me:$LINENO: result: $have_x" >&5
echo "${ECHO_T}$have_x" >&6
  no_x=yes
else
  # If each of the values was on the command line, it overrides each guess.
  test "x$x_includes" = xNONE && x_includes=$ac_x_includes
  test "x$x_libraries" = xNONE && x_libraries=$ac_x_libraries
  # Update the cache value to reflect the command line values.
  ac_cv_have_x="have_x=yes \
		ac_x_includes=$x_includes ac_x_libraries=$x_libraries"
  echo "$as_me:$LINENO: result: libraries $x_libraries, headers $x_includes" >&5
echo "${ECHO_T}libraries $x_libraries, headers $x_includes" >&6
fi

if test "$no_x" = yes; then
  # Not all programs may use this symbol, but it does not hurt to define it.

cat >>confdefs.h <<\_ACEOF
#define X_DISPLAY_MISSING 1
_ACEOF

  X_CFLAGS= X_PRE_LIBS= X_LIBS= X_EXTRA_LIBS=
else
  if test -n "$x_includes"; then
    X_CFLAGS="$X_CFLAGS -I$x_includes"
  fi

  # It would also be nice to do this for all -L options, not just this one.
  if test -n "$x_libraries"; then
    X_LIBS="$X_LIBS -L$x_libraries"
    # For Solaris; some versions of Sun CC require a space after -R and
    # others require no space.  Words are not sufficient . . . .
    case `(uname -sr) 2>/dev/null` in
    "SunOS 5"*)
      echo "$as_me:$LINENO: checking whether -R must be followed by a space" >&5
echo $ECHO_N "checking whether -R must be followed by a space... $ECHO_C" >&6
      ac_xsave_LIBS=$LIBS; LIBS="$LIBS -R$x_libraries"
      cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_R_nospace=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_R_nospace=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
      if test $ac_R_nospace = yes; then
	echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
	X_LIBS="$X_LIBS -R$x_libraries"
      else
	LIBS="$ac_xsave_LIBS -R $x_libraries"
	cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_R_space=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_R_space=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
	if test $ac_R_space = yes; then
	  echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
	  X_LIBS="$X_LIBS -R $x_libraries"
	else
	  echo "$as_me:$LINENO: result: neither works" >&5
echo "${ECHO_T}neither works" >&6
	fi
      fi
      LIBS=$ac_xsave_LIBS
    esac
  fi

  # Check for system-dependent libraries X programs must link with.
  # Do this before checking for the system-independent R6 libraries
  # (-lICE), since we may need -lsocket or whatever for X linking.

  if test "$ISC" = yes; then
    X_EXTRA_LIBS="$X_EXTRA_LIBS -lnsl_s -linet"
  else
    # Martyn Johnson says this is needed for Ultrix, if the X
    # libraries were built with DECnet support.  And Karl Berry says
    # the Alpha needs dnet_stub (dnet does not exist).
    ac_xsave_LIBS="$LIBS"; LIBS="$LIBS $X_LIBS -lX11"
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char XOpenDisplay ();
int
main ()
{
XOpenDisplay ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  :
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

echo "$as_me:$LINENO: checking for dnet_ntoa in -ldnet" >&5
echo $ECHO_N "checking for dnet_ntoa in -ldnet... $ECHO_C" >&6
if test "${ac_cv_lib_dnet_dnet_ntoa+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ldnet  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char dnet_ntoa ();
int
main ()
{
dnet_ntoa ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_dnet_dnet_ntoa=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_dnet_dnet_ntoa=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_dnet_dnet_ntoa" >&5
echo "${ECHO_T}$ac_cv_lib_dnet_dnet_ntoa" >&6
if test $ac_cv_lib_dnet_dnet_ntoa = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -ldnet"
fi

    if test $ac_cv_lib_dnet_dnet_ntoa = no; then
      echo "$as_me:$LINENO: checking for dnet_ntoa in -ldnet_stub" >&5
echo $ECHO_N "checking for dnet_ntoa in -ldnet_stub... $ECHO_C" >&6
if test "${ac_cv_lib_dnet_stub_dnet_ntoa+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ldnet_stub  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char dnet_ntoa ();
int
main ()
{
dnet_ntoa ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_dnet_stub_dnet_ntoa=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_dnet_stub_dnet_ntoa=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_dnet_stub_dnet_ntoa" >&5
echo "${ECHO_T}$ac_cv_lib_dnet_stub_dnet_ntoa" >&6
if test $ac_cv_lib_dnet_stub_dnet_ntoa = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -ldnet_stub"
fi

    fi
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
    LIBS="$ac_xsave_LIBS"

    # msh@cis.ufl.edu says -lnsl (and -lsocket) are needed for his 386/AT,
    # to get the SysV transport functions.
    # Chad R. Larson says the Pyramis MIS-ES running DC/OSx (SVR4)
    # needs -lnsl.
    # The nsl library prevents programs from opening the X display
    # on Irix 5.2, according to T.E. Dickey.
    # The functions gethostbyname, getservbyname, and inet_addr are
    # in -lbsd on LynxOS 3.0.1/i386, according to Lars Hecking.
    echo "$as_me:$LINENO: checking for gethostbyname" >&5
echo $ECHO_N "checking for gethostbyname... $ECHO_C" >&6
if test "${ac_cv_func_gethostbyname+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define gethostbyname to an innocuous variant, in case  declares gethostbyname.
   For example, HP-UX 11i  declares gettimeofday.  */
#define gethostbyname innocuous_gethostbyname

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char gethostbyname (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef gethostbyname

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gethostbyname ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_gethostbyname) || defined (__stub___gethostbyname)
choke me
#else
char (*f) () = gethostbyname;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != gethostbyname;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_func_gethostbyname=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_func_gethostbyname=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_func_gethostbyname" >&5
echo "${ECHO_T}$ac_cv_func_gethostbyname" >&6

    if test $ac_cv_func_gethostbyname = no; then
      echo "$as_me:$LINENO: checking for gethostbyname in -lnsl" >&5
echo $ECHO_N "checking for gethostbyname in -lnsl... $ECHO_C" >&6
if test "${ac_cv_lib_nsl_gethostbyname+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lnsl  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gethostbyname ();
int
main ()
{
gethostbyname ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_nsl_gethostbyname=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_nsl_gethostbyname=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_nsl_gethostbyname" >&5
echo "${ECHO_T}$ac_cv_lib_nsl_gethostbyname" >&6
if test $ac_cv_lib_nsl_gethostbyname = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -lnsl"
fi

      if test $ac_cv_lib_nsl_gethostbyname = no; then
	echo "$as_me:$LINENO: checking for gethostbyname in -lbsd" >&5
echo $ECHO_N "checking for gethostbyname in -lbsd... $ECHO_C" >&6
if test "${ac_cv_lib_bsd_gethostbyname+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lbsd  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gethostbyname ();
int
main ()
{
gethostbyname ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_bsd_gethostbyname=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_bsd_gethostbyname=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_bsd_gethostbyname" >&5
echo "${ECHO_T}$ac_cv_lib_bsd_gethostbyname" >&6
if test $ac_cv_lib_bsd_gethostbyname = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -lbsd"
fi

      fi
    fi

    # lieder@skyler.mavd.honeywell.com says without -lsocket,
    # socket/setsockopt and other routines are undefined under SCO ODT
    # 2.0.  But -lsocket is broken on IRIX 5.2 (and is not necessary
    # on later versions), says Simon Leinen: it contains gethostby*
    # variants that don't use the name server (or something).  -lsocket
    # must be given before -lnsl if both are needed.  We assume that
    # if connect needs -lnsl, so does gethostbyname.
    echo "$as_me:$LINENO: checking for connect" >&5
echo $ECHO_N "checking for connect... $ECHO_C" >&6
if test "${ac_cv_func_connect+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define connect to an innocuous variant, in case  declares connect.
   For example, HP-UX 11i  declares gettimeofday.  */
#define connect innocuous_connect

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char connect (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef connect

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char connect ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_connect) || defined (__stub___connect)
choke me
#else
char (*f) () = connect;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != connect;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_func_connect=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_func_connect=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_func_connect" >&5
echo "${ECHO_T}$ac_cv_func_connect" >&6

    if test $ac_cv_func_connect = no; then
      echo "$as_me:$LINENO: checking for connect in -lsocket" >&5
echo $ECHO_N "checking for connect in -lsocket... $ECHO_C" >&6
if test "${ac_cv_lib_socket_connect+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsocket $X_EXTRA_LIBS $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char connect ();
int
main ()
{
connect ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_socket_connect=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_socket_connect=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_socket_connect" >&5
echo "${ECHO_T}$ac_cv_lib_socket_connect" >&6
if test $ac_cv_lib_socket_connect = yes; then
  X_EXTRA_LIBS="-lsocket $X_EXTRA_LIBS"
fi

    fi

    # Guillermo Gomez says -lposix is necessary on A/UX.
    echo "$as_me:$LINENO: checking for remove" >&5
echo $ECHO_N "checking for remove... $ECHO_C" >&6
if test "${ac_cv_func_remove+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define remove to an innocuous variant, in case  declares remove.
   For example, HP-UX 11i  declares gettimeofday.  */
#define remove innocuous_remove

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char remove (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef remove

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char remove ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_remove) || defined (__stub___remove)
choke me
#else
char (*f) () = remove;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != remove;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_func_remove=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_func_remove=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_func_remove" >&5
echo "${ECHO_T}$ac_cv_func_remove" >&6

    if test $ac_cv_func_remove = no; then
      echo "$as_me:$LINENO: checking for remove in -lposix" >&5
echo $ECHO_N "checking for remove in -lposix... $ECHO_C" >&6
if test "${ac_cv_lib_posix_remove+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lposix  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char remove ();
int
main ()
{
remove ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_posix_remove=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_posix_remove=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_posix_remove" >&5
echo "${ECHO_T}$ac_cv_lib_posix_remove" >&6
if test $ac_cv_lib_posix_remove = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -lposix"
fi

    fi

    # BSDI BSD/OS 2.1 needs -lipc for XOpenDisplay.
    echo "$as_me:$LINENO: checking for shmat" >&5
echo $ECHO_N "checking for shmat... $ECHO_C" >&6
if test "${ac_cv_func_shmat+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define shmat to an innocuous variant, in case  declares shmat.
   For example, HP-UX 11i  declares gettimeofday.  */
#define shmat innocuous_shmat

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char shmat (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef shmat

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char shmat ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_shmat) || defined (__stub___shmat)
choke me
#else
char (*f) () = shmat;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != shmat;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_func_shmat=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_func_shmat=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_func_shmat" >&5
echo "${ECHO_T}$ac_cv_func_shmat" >&6

    if test $ac_cv_func_shmat = no; then
      echo "$as_me:$LINENO: checking for shmat in -lipc" >&5
echo $ECHO_N "checking for shmat in -lipc... $ECHO_C" >&6
if test "${ac_cv_lib_ipc_shmat+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lipc  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char shmat ();
int
main ()
{
shmat ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_ipc_shmat=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_ipc_shmat=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_ipc_shmat" >&5
echo "${ECHO_T}$ac_cv_lib_ipc_shmat" >&6
if test $ac_cv_lib_ipc_shmat = yes; then
  X_EXTRA_LIBS="$X_EXTRA_LIBS -lipc"
fi

    fi
  fi

  # Check for libraries that X11R6 Xt/Xaw programs need.
  ac_save_LDFLAGS=$LDFLAGS
  test -n "$x_libraries" && LDFLAGS="$LDFLAGS -L$x_libraries"
  # SM needs ICE to (dynamically) link under SunOS 4.x (so we have to
  # check for ICE first), but we must link in the order -lSM -lICE or
  # we get undefined symbols.  So assume we have SM if we have ICE.
  # These have to be linked with before -lX11, unlike the other
  # libraries we check for below, so use a different variable.
  # John Interrante, Karl Berry
  echo "$as_me:$LINENO: checking for IceConnectionNumber in -lICE" >&5
echo $ECHO_N "checking for IceConnectionNumber in -lICE... $ECHO_C" >&6
if test "${ac_cv_lib_ICE_IceConnectionNumber+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lICE $X_EXTRA_LIBS $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char IceConnectionNumber ();
int
main ()
{
IceConnectionNumber ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_ICE_IceConnectionNumber=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_ICE_IceConnectionNumber=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_ICE_IceConnectionNumber" >&5
echo "${ECHO_T}$ac_cv_lib_ICE_IceConnectionNumber" >&6
if test $ac_cv_lib_ICE_IceConnectionNumber = yes; then
  X_PRE_LIBS="$X_PRE_LIBS -lSM -lICE"
fi

  LDFLAGS=$ac_save_LDFLAGS

fi


echo

# ----------------------------------------------------
# Check for basic header files.
# ----------------------------------------------------

echo "$as_me:$LINENO: checking for egrep" >&5
echo $ECHO_N "checking for egrep... $ECHO_C" >&6
if test "${ac_cv_prog_egrep+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  if echo a | (grep -E '(a|b)') >/dev/null 2>&1
    then ac_cv_prog_egrep='grep -E'
    else ac_cv_prog_egrep='egrep'
    fi
fi
echo "$as_me:$LINENO: result: $ac_cv_prog_egrep" >&5
echo "${ECHO_T}$ac_cv_prog_egrep" >&6
 EGREP=$ac_cv_prog_egrep


echo "$as_me:$LINENO: checking for ANSI C header files" >&5
echo $ECHO_N "checking for ANSI C header files... $ECHO_C" >&6
if test "${ac_cv_header_stdc+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#include 
#include 
#include 

int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_header_stdc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_header_stdc=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext

if test $ac_cv_header_stdc = yes; then
  # SunOS 4.x string.h does not declare mem*, contrary to ANSI.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 

_ACEOF
if (eval "$ac_cpp conftest.$ac_ext") 2>&5 |
  $EGREP "memchr" >/dev/null 2>&1; then
  :
else
  ac_cv_header_stdc=no
fi
rm -f conftest*

fi

if test $ac_cv_header_stdc = yes; then
  # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI.
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 

_ACEOF
if (eval "$ac_cpp conftest.$ac_ext") 2>&5 |
  $EGREP "free" >/dev/null 2>&1; then
  :
else
  ac_cv_header_stdc=no
fi
rm -f conftest*

fi

if test $ac_cv_header_stdc = yes; then
  # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi.
  if test "$cross_compiling" = yes; then
  :
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#if ((' ' & 0x0FF) == 0x020)
# define ISLOWER(c) ('a' <= (c) && (c) <= 'z')
# define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c))
#else
# define ISLOWER(c) \
		   (('a' <= (c) && (c) <= 'i') \
		     || ('j' <= (c) && (c) <= 'r') \
		     || ('s' <= (c) && (c) <= 'z'))
# define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c))
#endif

#define XOR(e, f) (((e) && !(f)) || (!(e) && (f)))
int
main ()
{
  int i;
  for (i = 0; i < 256; i++)
    if (XOR (islower (i), ISLOWER (i))
	|| toupper (i) != TOUPPER (i))
      exit(2);
  exit (0);
}
_ACEOF
rm -f conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } && { ac_try='./conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  :
else
  echo "$as_me: program exited with status $ac_status" >&5
echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

( exit $ac_status )
ac_cv_header_stdc=no
fi
rm -f core *.core gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext
fi
fi
fi
echo "$as_me:$LINENO: result: $ac_cv_header_stdc" >&5
echo "${ECHO_T}$ac_cv_header_stdc" >&6
if test $ac_cv_header_stdc = yes; then

cat >>confdefs.h <<\_ACEOF
#define STDC_HEADERS 1
_ACEOF

fi

# On IRIX 5.3, sys/types and inttypes.h are conflicting.









for ac_header in sys/types.h sys/stat.h stdlib.h string.h memory.h strings.h \
		  inttypes.h stdint.h unistd.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default

#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_Header=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_Header=no"
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF

fi

done





for ac_header in malloc.h sys/file.h unistd.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF

fi

done

echo

echo "$as_me:$LINENO: checking for an ANSI C-conforming const" >&5
echo $ECHO_N "checking for an ANSI C-conforming const... $ECHO_C" >&6
if test "${ac_cv_c_const+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

int
main ()
{
/* FIXME: Include the comments suggested by Paul. */
#ifndef __cplusplus
  /* Ultrix mips cc rejects this.  */
  typedef int charset[2];
  const charset x;
  /* SunOS 4.1.1 cc rejects this.  */
  char const *const *ccp;
  char **p;
  /* NEC SVR4.0.2 mips cc rejects this.  */
  struct point {int x, y;};
  static struct point const zero = {0,0};
  /* AIX XL C 1.02.0.0 rejects this.
     It does not let you subtract one const X* pointer from another in
     an arm of an if-expression whose if-part is not a constant
     expression */
  const char *g = "string";
  ccp = &g + (g ? g-g : 0);
  /* HPUX 7.0 cc rejects these. */
  ++ccp;
  p = (char**) ccp;
  ccp = (char const *const *) p;
  { /* SCO 3.2v4 cc rejects this.  */
    char *t;
    char const *s = 0 ? (char *) 0 : (char const *) 0;

    *t++ = 0;
  }
  { /* Someone thinks the Sun supposedly-ANSI compiler will reject this.  */
    int x[] = {25, 17};
    const int *foo = &x[0];
    ++foo;
  }
  { /* Sun SC1.0 ANSI compiler rejects this -- but not the above. */
    typedef const int *iptr;
    iptr p = 0;
    ++p;
  }
  { /* AIX XL C 1.02.0.0 rejects this saying
       "k.c", line 2.27: 1506-025 (S) Operand must be a modifiable lvalue. */
    struct s { int j; const int *ap[3]; };
    struct s *b; b->j = 5;
  }
  { /* ULTRIX-32 V3.1 (Rev 9) vcc rejects this */
    const int foo = 10;
  }
#endif

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_c_const=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_c_const=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_c_const" >&5
echo "${ECHO_T}$ac_cv_c_const" >&6
if test $ac_cv_c_const = no; then

cat >>confdefs.h <<\_ACEOF
#define const
_ACEOF

fi


echo "$as_me:$LINENO: checking whether byte ordering is bigendian" >&5
echo $ECHO_N "checking whether byte ordering is bigendian... $ECHO_C" >&6
if test "${ac_cv_c_bigendian+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  # See if sys/param.h defines the BYTE_ORDER macro.
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#include 

int
main ()
{
#if !BYTE_ORDER || !BIG_ENDIAN || !LITTLE_ENDIAN
 bogus endian macros
#endif

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  # It does; now see whether it defined to BIG_ENDIAN or not.
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#include 

int
main ()
{
#if BYTE_ORDER != BIG_ENDIAN
 not big endian
#endif

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_c_bigendian=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_c_bigendian=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

# It does not; compile a test program.
if test "$cross_compiling" = yes; then
  # try to guess the endianness by grepping values into an object file
  ac_cv_c_bigendian=unknown
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
short ascii_mm[] = { 0x4249, 0x4765, 0x6E44, 0x6961, 0x6E53, 0x7953, 0 };
short ascii_ii[] = { 0x694C, 0x5454, 0x656C, 0x6E45, 0x6944, 0x6E61, 0 };
void _ascii () { char *s = (char *) ascii_mm; s = (char *) ascii_ii; }
short ebcdic_ii[] = { 0x89D3, 0xE3E3, 0x8593, 0x95C5, 0x89C4, 0x9581, 0 };
short ebcdic_mm[] = { 0xC2C9, 0xC785, 0x95C4, 0x8981, 0x95E2, 0xA8E2, 0 };
void _ebcdic () { char *s = (char *) ebcdic_mm; s = (char *) ebcdic_ii; }
int
main ()
{
 _ascii (); _ebcdic ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  if grep BIGenDianSyS conftest.$ac_objext >/dev/null ; then
  ac_cv_c_bigendian=yes
fi
if grep LiTTleEnDian conftest.$ac_objext >/dev/null ; then
  if test "$ac_cv_c_bigendian" = unknown; then
    ac_cv_c_bigendian=no
  else
    # finding both strings is unlikely to happen, but who knows?
    ac_cv_c_bigendian=unknown
  fi
fi
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
int
main ()
{
  /* Are we little or big endian?  From Harbison&Steele.  */
  union
  {
    long l;
    char c[sizeof (long)];
  } u;
  u.l = 1;
  exit (u.c[sizeof (long) - 1] == 1);
}
_ACEOF
rm -f conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } && { ac_try='./conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_c_bigendian=no
else
  echo "$as_me: program exited with status $ac_status" >&5
echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

( exit $ac_status )
ac_cv_c_bigendian=yes
fi
rm -f core *.core gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext
fi
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_c_bigendian" >&5
echo "${ECHO_T}$ac_cv_c_bigendian" >&6
case $ac_cv_c_bigendian in
  yes)

cat >>confdefs.h <<\_ACEOF
#define WORDS_BIGENDIAN 1
_ACEOF
 ;;
  no)
     ;;
  *)
    { { echo "$as_me:$LINENO: error: unknown endianness
presetting ac_cv_c_bigendian=no (or yes) will help" >&5
echo "$as_me: error: unknown endianness
presetting ac_cv_c_bigendian=no (or yes) will help" >&2;}
   { (exit 1); exit 1; }; } ;;
esac

if test $ac_cv_c_bigendian = "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define BYTEORDER 1
_ACEOF

else

cat >>confdefs.h <<\_ACEOF
#define BYTEORDER 0
_ACEOF

fi





for ac_func in strtod
do
as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_func" >&5
echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6
if eval "test \"\${$as_ac_var+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define $ac_func to an innocuous variant, in case  declares $ac_func.
   For example, HP-UX 11i  declares gettimeofday.  */
#define $ac_func innocuous_$ac_func

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char $ac_func (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef $ac_func

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_func ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_$ac_func) || defined (__stub___$ac_func)
choke me
#else
char (*f) () = $ac_func;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != $ac_func;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_var=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_var=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_var'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_var'}'`" >&6
if test `eval echo '${'$as_ac_var'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_func" | $as_tr_cpp` 1
_ACEOF

fi
done


echo "$as_me:$LINENO: checking for off_t" >&5
echo $ECHO_N "checking for off_t... $ECHO_C" >&6
if test "${ac_cv_type_off_t+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
int
main ()
{
if ((off_t *) 0)
  return 0;
if (sizeof (off_t))
  return 0;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_type_off_t=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_type_off_t=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_type_off_t" >&5
echo "${ECHO_T}$ac_cv_type_off_t" >&6
if test $ac_cv_type_off_t = yes; then
  :
else

cat >>confdefs.h <<_ACEOF
#define off_t long
_ACEOF

fi

# Check whether --enable-largefile or --disable-largefile was given.
if test "${enable_largefile+set}" = set; then
  enableval="$enable_largefile"

fi;
if test "$enable_largefile" != no; then

  echo "$as_me:$LINENO: checking for special C compiler options needed for large files" >&5
echo $ECHO_N "checking for special C compiler options needed for large files... $ECHO_C" >&6
if test "${ac_cv_sys_largefile_CC+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_sys_largefile_CC=no
     if test "$GCC" != yes; then
       ac_save_CC=$CC
       while :; do
     	 # IRIX 6.2 and later do not support large files by default,
     	 # so use the C compiler's -n32 option if that helps.
	 cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
 /* Check that off_t can represent 2**63 - 1 correctly.
    We can't simply define LARGE_OFF_T to be 9223372036854775807,
    since some C++ compilers masquerading as C compilers
    incorrectly reject 9223372036854775807.  */
#define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
  int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
		       && LARGE_OFF_T % 2147483647 == 1)
		      ? 1 : -1];
int
main ()
{

  ;
  return 0;
}
_ACEOF
     	 rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext
     	 CC="$CC -n32"
     	 rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_sys_largefile_CC=' -n32'; break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext
	 break
       done
       CC=$ac_save_CC
       rm -f conftest.$ac_ext
    fi
fi
echo "$as_me:$LINENO: result: $ac_cv_sys_largefile_CC" >&5
echo "${ECHO_T}$ac_cv_sys_largefile_CC" >&6
  if test "$ac_cv_sys_largefile_CC" != no; then
    CC=$CC$ac_cv_sys_largefile_CC
  fi

  echo "$as_me:$LINENO: checking for _FILE_OFFSET_BITS value needed for large files" >&5
echo $ECHO_N "checking for _FILE_OFFSET_BITS value needed for large files... $ECHO_C" >&6
if test "${ac_cv_sys_file_offset_bits+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  while :; do
  ac_cv_sys_file_offset_bits=no
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
 /* Check that off_t can represent 2**63 - 1 correctly.
    We can't simply define LARGE_OFF_T to be 9223372036854775807,
    since some C++ compilers masquerading as C compilers
    incorrectly reject 9223372036854775807.  */
#define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
  int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
		       && LARGE_OFF_T % 2147483647 == 1)
		      ? 1 : -1];
int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#define _FILE_OFFSET_BITS 64
#include 
 /* Check that off_t can represent 2**63 - 1 correctly.
    We can't simply define LARGE_OFF_T to be 9223372036854775807,
    since some C++ compilers masquerading as C compilers
    incorrectly reject 9223372036854775807.  */
#define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
  int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
		       && LARGE_OFF_T % 2147483647 == 1)
		      ? 1 : -1];
int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_sys_file_offset_bits=64; break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  break
done
fi
echo "$as_me:$LINENO: result: $ac_cv_sys_file_offset_bits" >&5
echo "${ECHO_T}$ac_cv_sys_file_offset_bits" >&6
if test "$ac_cv_sys_file_offset_bits" != no; then

cat >>confdefs.h <<_ACEOF
#define _FILE_OFFSET_BITS $ac_cv_sys_file_offset_bits
_ACEOF

fi
rm -f conftest*
  echo "$as_me:$LINENO: checking for _LARGE_FILES value needed for large files" >&5
echo $ECHO_N "checking for _LARGE_FILES value needed for large files... $ECHO_C" >&6
if test "${ac_cv_sys_large_files+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  while :; do
  ac_cv_sys_large_files=no
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
 /* Check that off_t can represent 2**63 - 1 correctly.
    We can't simply define LARGE_OFF_T to be 9223372036854775807,
    since some C++ compilers masquerading as C compilers
    incorrectly reject 9223372036854775807.  */
#define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
  int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
		       && LARGE_OFF_T % 2147483647 == 1)
		      ? 1 : -1];
int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#define _LARGE_FILES 1
#include 
 /* Check that off_t can represent 2**63 - 1 correctly.
    We can't simply define LARGE_OFF_T to be 9223372036854775807,
    since some C++ compilers masquerading as C compilers
    incorrectly reject 9223372036854775807.  */
#define LARGE_OFF_T (((off_t) 1 << 62) - 1 + ((off_t) 1 << 62))
  int off_t_is_large[(LARGE_OFF_T % 2147483629 == 721
		       && LARGE_OFF_T % 2147483647 == 1)
		      ? 1 : -1];
int
main ()
{

  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_sys_large_files=1; break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  break
done
fi
echo "$as_me:$LINENO: result: $ac_cv_sys_large_files" >&5
echo "${ECHO_T}$ac_cv_sys_large_files" >&6
if test "$ac_cv_sys_large_files" != no; then

cat >>confdefs.h <<_ACEOF
#define _LARGE_FILES $ac_cv_sys_large_files
_ACEOF

fi
rm -f conftest*
fi

echo "$as_me:$LINENO: checking for _LARGEFILE_SOURCE value needed for large files" >&5
echo $ECHO_N "checking for _LARGEFILE_SOURCE value needed for large files... $ECHO_C" >&6
if test "${ac_cv_sys_largefile_source+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  while :; do
  ac_cv_sys_largefile_source=no
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
return !fseeko;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#define _LARGEFILE_SOURCE 1
#include 
int
main ()
{
return !fseeko;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_sys_largefile_source=1; break
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  break
done
fi
echo "$as_me:$LINENO: result: $ac_cv_sys_largefile_source" >&5
echo "${ECHO_T}$ac_cv_sys_largefile_source" >&6
if test "$ac_cv_sys_largefile_source" != no; then

cat >>confdefs.h <<_ACEOF
#define _LARGEFILE_SOURCE $ac_cv_sys_largefile_source
_ACEOF

fi
rm -f conftest*

# We used to try defining _XOPEN_SOURCE=500 too, to work around a bug
# in glibc 2.1.3, but that breaks too many other things.
# If you want fseeko and ftello with glibc, upgrade to a fixed glibc.
echo "$as_me:$LINENO: checking for fseeko" >&5
echo $ECHO_N "checking for fseeko... $ECHO_C" >&6
if test "${ac_cv_func_fseeko+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
return fseeko && fseeko (stdin, 0, 0);
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_func_fseeko=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_func_fseeko=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: $ac_cv_func_fseeko" >&5
echo "${ECHO_T}$ac_cv_func_fseeko" >&6
if test $ac_cv_func_fseeko = yes; then

cat >>confdefs.h <<\_ACEOF
#define HAVE_FSEEKO 1
_ACEOF

fi


# ----------------------------------------------------
# Check for optional feature support
# ----------------------------------------------------

echo
echo Checking for optional feature support
echo ------------------------------------


# ----------------------------------------------------
# Set supplibs directory name
# ----------------------------------------------------


  echo "$as_me:$LINENO: checking for supplibs directory" >&5
echo $ECHO_N "checking for supplibs directory... $ECHO_C" >&6
  if test -n "${SUPPLIBS}" ; then
    # Use present supplib name unmodified, assume it is absolute path
    echo "$as_me:$LINENO: result: ${SUPPLIBS}" >&5
echo "${ECHO_T}${SUPPLIBS}" >&6
    # This is the "official" variable name for use by other macros
    ga_supplib_dir="${SUPPLIBS}"
  else
    # Look for "supplibs" directory in ${top_builddir}
    for ga_supplib_prefix in . .. ; do
      SUPPLIBS="${ga_supplib_prefix}/supplibs"
      if test -d "${SUPPLIBS}" ; then
        echo "$as_me:$LINENO: result: ${SUPPLIBS}" >&5
echo "${ECHO_T}${SUPPLIBS}" >&6
        break
      fi
    done
    if test ! -d "${SUPPLIBS}" ; then
      echo "$as_me:$LINENO: result: not found" >&5
echo "${ECHO_T}not found" >&6
      SUPPLIBS=""
    fi
    # This is the "official" variable name for use by other macros
    ga_supplib_dir=$SUPPLIBS
    # Add prefix so that Makefiles in subdirectories can find it
    SUPPLIBS='$(top_builddir)/'"$SUPPLIBS"
  fi




# Check whether --enable-dyn-supplibs or --disable-dyn-supplibs was given.
if test "${enable_dyn_supplibs+set}" = set; then
  enableval="$enable_dyn_supplibs"

else
  enableval=yes
fi;
case "${enableval}" in
  yes)
    ga_dyn_supplibs=yes
  ;;
  no)
    ga_dyn_supplibs=no
  ;;
esac


echo "$as_me:$LINENO: checking whether to use dynamic linking" >&5
echo $ECHO_N "checking whether to use dynamic linking... $ECHO_C" >&6
if test "$ga_dyn_supplibs" = "yes" ; then
   echo "$as_me:$LINENO: result: yes (Warning: binaries may not be suitable for distribution)" >&5
echo "${ECHO_T}yes (Warning: binaries may not be suitable for distribution)" >&6
else
   echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi






# ----------------------------------------------------
# Check for optional feature support
# ----------------------------------------------------

use_gui=no
use_freq=no
use_xaw_xlibs=no
use_readline=no
have_tiff=no
use_geotiff=no
have_zlib=no
have_libpng=no
have_jpeg=no
use_printim=no
use_grib2=no
have_udunits=no
use_hdf=no
use_hdf5=no
use_nc=no
use_nc4=no
use_dap=no
use_gadap=no

# look for libraries to support gui interface
echo
if test "$with_gui" != "no" ; then
  echo "Checking for libraries to support GUI interface ..."

  # Check libs and headers for GUI widgets
  ga_check_gui="no"

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in X11/neXtaw libsx ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS $X_CFLAGS"
  LDFLAGS="-L${ga_supplib_dir}/lib $X_LIBS"
  LIBS="$LIBS $X_PRE_LIBS -lX11 $X_EXTRA_LIBS"

  echo "$as_me:$LINENO: checking for main in -lXext" >&5
echo $ECHO_N "checking for main in -lXext... $ECHO_C" >&6
if test "${ac_cv_lib_Xext_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXext  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xext_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xext_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xext_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xext_main" >&6
if test $ac_cv_lib_Xext_main = yes; then
  gui_libs_Xext="-lXext"
fi

  echo "$as_me:$LINENO: checking for main in -lXt" >&5
echo $ECHO_N "checking for main in -lXt... $ECHO_C" >&6
if test "${ac_cv_lib_Xt_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXt  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xt_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xt_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xt_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xt_main" >&6
if test $ac_cv_lib_Xt_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lXmu" >&5
echo $ECHO_N "checking for main in -lXmu... $ECHO_C" >&6
if test "${ac_cv_lib_Xmu_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXmu  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xmu_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xmu_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xmu_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xmu_main" >&6
if test $ac_cv_lib_Xmu_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lXpm" >&5
echo $ECHO_N "checking for main in -lXpm... $ECHO_C" >&6
if test "${ac_cv_lib_Xpm_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXpm  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xpm_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xpm_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xpm_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xpm_main" >&6
if test $ac_cv_lib_Xpm_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lXaw" >&5
echo $ECHO_N "checking for main in -lXaw... $ECHO_C" >&6
if test "${ac_cv_lib_Xaw_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXaw  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xaw_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xaw_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xaw_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xaw_main" >&6
if test $ac_cv_lib_Xaw_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lsx" >&5
echo $ECHO_N "checking for main in -lsx... $ECHO_C" >&6
if test "${ac_cv_lib_sx_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsx  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_sx_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_sx_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_sx_main" >&5
echo "${ECHO_T}$ac_cv_lib_sx_main" >&6
if test $ac_cv_lib_sx_main = yes; then
   ga_check_gui="yes"
fi


fi


fi


fi


fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

  if test $ga_check_gui = "yes" ; then

    use_gui=yes

  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in sx ; do
      gui_libs="$gui_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done

    if test z"$gui_libs_Xext" != 'z'; then
      gui_libs="$gui_libs -lXext"
    fi
    gui_libs="$gui_libs -lXaw -lXpm -lXmu -lXt"

    true #dummy command
  else

    true #dummy command
  fi


  if test $use_gui != "yes" -a "$ga_dyn_supplibs" = "yes" ; then


if test "x$ac_cv_env_PKG_CONFIG_set" != "xset"; then
	if test -n "$ac_tool_prefix"; then
  # Extract the first word of "${ac_tool_prefix}pkg-config", so it can be a program name with args.
set dummy ${ac_tool_prefix}pkg-config; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_path_PKG_CONFIG+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  case $PKG_CONFIG in
  [\\/]* | ?:[\\/]*)
  ac_cv_path_PKG_CONFIG="$PKG_CONFIG" # Let the user override the test with a path.
  ;;
  *)
  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_path_PKG_CONFIG="$as_dir/$ac_word$ac_exec_ext"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

  ;;
esac
fi
PKG_CONFIG=$ac_cv_path_PKG_CONFIG

if test -n "$PKG_CONFIG"; then
  echo "$as_me:$LINENO: result: $PKG_CONFIG" >&5
echo "${ECHO_T}$PKG_CONFIG" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

fi
if test -z "$ac_cv_path_PKG_CONFIG"; then
  ac_pt_PKG_CONFIG=$PKG_CONFIG
  # Extract the first word of "pkg-config", so it can be a program name with args.
set dummy pkg-config; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_path_ac_pt_PKG_CONFIG+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  case $ac_pt_PKG_CONFIG in
  [\\/]* | ?:[\\/]*)
  ac_cv_path_ac_pt_PKG_CONFIG="$ac_pt_PKG_CONFIG" # Let the user override the test with a path.
  ;;
  *)
  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_path_ac_pt_PKG_CONFIG="$as_dir/$ac_word$ac_exec_ext"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

  ;;
esac
fi
ac_pt_PKG_CONFIG=$ac_cv_path_ac_pt_PKG_CONFIG

if test -n "$ac_pt_PKG_CONFIG"; then
  echo "$as_me:$LINENO: result: $ac_pt_PKG_CONFIG" >&5
echo "${ECHO_T}$ac_pt_PKG_CONFIG" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

  PKG_CONFIG=$ac_pt_PKG_CONFIG
else
  PKG_CONFIG="$ac_cv_path_PKG_CONFIG"
fi

fi
if test -n "$PKG_CONFIG"; then
	_pkg_min_version=0.9.0
	echo "$as_me:$LINENO: checking pkg-config is at least version $_pkg_min_version" >&5
echo $ECHO_N "checking pkg-config is at least version $_pkg_min_version... $ECHO_C" >&6
	if $PKG_CONFIG --atleast-pkgconfig-version $_pkg_min_version; then
		echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
	else
		echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
		PKG_CONFIG=""
	fi

fi

# Check libs and headers for GUI widgets
  GA_LIBSX_LIBS=
  ac_save_LDFLAGS=$LDFLAGS
  ac_save_LIBS=$LIBS
  ac_save_CFLAGS=$CFLAGS




  XAW_LIBS=
  XAW_XLIBS=
  XAW_CFLAGS=
  ac_pkgconfig_xaw=no

  ac_pkgconfig_xaw7=yes

pkg_failed=no
echo "$as_me:$LINENO: checking for XAW7" >&5
echo $ECHO_N "checking for XAW7... $ECHO_C" >&6

if test -n "$PKG_CONFIG"; then
    if test -n "$XAW7_CFLAGS"; then
        pkg_cv_XAW7_CFLAGS="$XAW7_CFLAGS"
    else
        if test -n "$PKG_CONFIG" && \
    { (echo "$as_me:$LINENO: \$PKG_CONFIG --exists --print-errors \"xaw7\"") >&5
  ($PKG_CONFIG --exists --print-errors "xaw7") 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  pkg_cv_XAW7_CFLAGS=`$PKG_CONFIG --cflags "xaw7" 2>/dev/null`
else
  pkg_failed=yes
fi
    fi
else
	pkg_failed=untried
fi
if test -n "$PKG_CONFIG"; then
    if test -n "$XAW7_LIBS"; then
        pkg_cv_XAW7_LIBS="$XAW7_LIBS"
    else
        if test -n "$PKG_CONFIG" && \
    { (echo "$as_me:$LINENO: \$PKG_CONFIG --exists --print-errors \"xaw7\"") >&5
  ($PKG_CONFIG --exists --print-errors "xaw7") 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  pkg_cv_XAW7_LIBS=`$PKG_CONFIG --libs "xaw7" 2>/dev/null`
else
  pkg_failed=yes
fi
    fi
else
	pkg_failed=untried
fi



if test $pkg_failed = yes; then

if $PKG_CONFIG --atleast-pkgconfig-version 0.20; then
        _pkg_short_errors_supported=yes
else
        _pkg_short_errors_supported=no
fi
        if test $_pkg_short_errors_supported = yes; then
	        XAW7_PKG_ERRORS=`$PKG_CONFIG --short-errors --errors-to-stdout --print-errors "xaw7"`
        else
	        XAW7_PKG_ERRORS=`$PKG_CONFIG --errors-to-stdout --print-errors "xaw7"`
        fi
	# Put the nasty error message in config.log where it belongs
	echo "$XAW7_PKG_ERRORS" >&5

	echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
                ac_pkgconfig_xaw7=no
elif test $pkg_failed = untried; then
	ac_pkgconfig_xaw7=no
else
	XAW7_CFLAGS=$pkg_cv_XAW7_CFLAGS
	XAW7_LIBS=$pkg_cv_XAW7_LIBS
        echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
	:
fi
  ac_save_LDFLAGS=$LDFLAGS
  ac_save_LIBS=$LIBS
  ac_save_CFLAGS=$CFLAGS
  LDFLAGS="$LDFLAGS $X_LIBS"
  LIBS="$LIBS $X_PRE_LIBS -lX11 $X_EXTRA_LIBS"
  CFLAGS="$CFLAGS $X_CFLAGS"
  ga_xaw_flag=''
  ga_xaw_libs='-lXmu -lXt'
  echo "$as_me:$LINENO: checking for main in -lXt" >&5
echo $ECHO_N "checking for main in -lXt... $ECHO_C" >&6
if test "${ac_cv_lib_Xt_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXt  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xt_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xt_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xt_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xt_main" >&6
if test $ac_cv_lib_Xt_main = yes; then

    echo "$as_me:$LINENO: checking for main in -lXmu" >&5
echo $ECHO_N "checking for main in -lXmu... $ECHO_C" >&6
if test "${ac_cv_lib_Xmu_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXmu  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xmu_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xmu_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xmu_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xmu_main" >&6
if test $ac_cv_lib_Xmu_main = yes; then

      # we add Xext if found. Not sure which platform needs it
      echo "$as_me:$LINENO: checking for main in -lXext" >&5
echo $ECHO_N "checking for main in -lXext... $ECHO_C" >&6
if test "${ac_cv_lib_Xext_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXext  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xext_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xext_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xext_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xext_main" >&6
if test $ac_cv_lib_Xext_main = yes; then

         ga_xaw_libs="$ga_xaw_libs -lXext"

fi

      # we add Xpm if found, and we don't check for neXtaw if no Xpm
      echo "$as_me:$LINENO: checking for main in -lXpm" >&5
echo $ECHO_N "checking for main in -lXpm... $ECHO_C" >&6
if test "${ac_cv_lib_Xpm_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXpm  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xpm_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xpm_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xpm_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xpm_main" >&6
if test $ac_cv_lib_Xpm_main = yes; then

        ga_xaw_libs="$ga_xaw_libs -lXpm"
        echo "$as_me:$LINENO: checking for main in -lneXtaw" >&5
echo $ECHO_N "checking for main in -lneXtaw... $ECHO_C" >&6
if test "${ac_cv_lib_neXtaw_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lneXtaw  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_neXtaw_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_neXtaw_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_neXtaw_main" >&5
echo "${ECHO_T}$ac_cv_lib_neXtaw_main" >&6
if test $ac_cv_lib_neXtaw_main = yes; then
   ga_xaw_flag='-lneXtaw'
fi


fi

      if test z"$ga_xaw_flag" = 'z'; then
        echo "$as_me:$LINENO: checking for main in -lXaw3d" >&5
echo $ECHO_N "checking for main in -lXaw3d... $ECHO_C" >&6
if test "${ac_cv_lib_Xaw3d_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXaw3d  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xaw3d_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xaw3d_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xaw3d_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xaw3d_main" >&6
if test $ac_cv_lib_Xaw3d_main = yes; then
    ga_xaw_flag='-lXaw3d'
fi

      fi
      if test z"$ga_xaw_flag" = 'z'; then
        if test $ac_pkgconfig_xaw7 = 'yes'; then
          ac_pkgconfig_xaw=xaw7
          ga_use_xaw=yes
          XAW_LIBS=$XAW7_LIBS
          XAW_CFLAGS=$XAW7_CFLAGS
          XAW_XLIBS=
        else
          echo "$as_me:$LINENO: checking for main in -lXaw" >&5
echo $ECHO_N "checking for main in -lXaw... $ECHO_C" >&6
if test "${ac_cv_lib_Xaw_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lXaw $ga_xaw_libs $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_Xaw_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_Xaw_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_Xaw_main" >&5
echo "${ECHO_T}$ac_cv_lib_Xaw_main" >&6
if test $ac_cv_lib_Xaw_main = yes; then
    ga_xaw_flag='-lXaw'
fi

        fi
      fi
      if test z"$ga_xaw_flag" != 'z'; then
        XAW_LIBS="$ga_xaw_flag $ga_xaw_libs"
        XAW_XLIBS="$X_PRE_LIBS -lX11 $X_EXTRA_LIBS"
        ga_use_xaw=yes
      fi


fi


fi


  CFLAGS=$ac_save_CFLAGS
  LIBS=$ac_save_LIBS
  LDFLAGS=$ac_save_LDFLAGS
  if test "z$ga_use_xaw" = "zyes"; then
     ga_xaw_found='yes'
  else
     ga_xaw_found='no'
  fi





  LDFLAGS="$LDFLAGS -L$ga_supplib_dir/lib $X_LIBS"
  CFLAGS="$CFLAGS -I$ga_supplib_dir/include/libsx"
  ga_use_libsx='no'
  ga_libsx_header='no'
  ga_libsx_freq_header='no'

  if test "z$ga_xaw_found" = "zyes"; then
    LIBS="$LIBS $XAW_LIBS $XAW_XLIBS"
    CFLAGS="$CFLAGS $X_CFLAGS $XAW_CFLAGS"

    if test "${ac_cv_header_libsx_h+set}" = set; then
  echo "$as_me:$LINENO: checking for libsx.h" >&5
echo $ECHO_N "checking for libsx.h... $ECHO_C" >&6
if test "${ac_cv_header_libsx_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_libsx_h" >&5
echo "${ECHO_T}$ac_cv_header_libsx_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking libsx.h usability" >&5
echo $ECHO_N "checking libsx.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking libsx.h presence" >&5
echo $ECHO_N "checking libsx.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: libsx.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: libsx.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: libsx.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: libsx.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: libsx.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: libsx.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: libsx.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: libsx.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: libsx.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: libsx.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: libsx.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for libsx.h" >&5
echo $ECHO_N "checking for libsx.h... $ECHO_C" >&6
if test "${ac_cv_header_libsx_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_libsx_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_libsx_h" >&5
echo "${ECHO_T}$ac_cv_header_libsx_h" >&6

fi
if test $ac_cv_header_libsx_h = yes; then
   if test "${ac_cv_header_freq_h+set}" = set; then
  echo "$as_me:$LINENO: checking for freq.h" >&5
echo $ECHO_N "checking for freq.h... $ECHO_C" >&6
if test "${ac_cv_header_freq_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_freq_h" >&5
echo "${ECHO_T}$ac_cv_header_freq_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking freq.h usability" >&5
echo $ECHO_N "checking freq.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking freq.h presence" >&5
echo $ECHO_N "checking freq.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: freq.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: freq.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: freq.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: freq.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: freq.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: freq.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: freq.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: freq.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: freq.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: freq.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: freq.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for freq.h" >&5
echo $ECHO_N "checking for freq.h... $ECHO_C" >&6
if test "${ac_cv_header_freq_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_freq_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_freq_h" >&5
echo "${ECHO_T}$ac_cv_header_freq_h" >&6

fi
if test $ac_cv_header_freq_h = yes; then

         ga_libsx_freq_header='yes'

fi


      ga_libsx_header='yes'

fi



    if test "z$ga_libsx_header" = "zyes"; then
      if test "z$ga_libsx_freq_header" = "zyes"; then
        echo "$as_me:$LINENO: checking for main in -lfreq" >&5
echo $ECHO_N "checking for main in -lfreq... $ECHO_C" >&6
if test "${ac_cv_lib_freq_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lfreq  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_freq_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_freq_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_freq_main" >&5
echo "${ECHO_T}$ac_cv_lib_freq_main" >&6
if test $ac_cv_lib_freq_main = yes; then
   echo "$as_me:$LINENO: checking for GetFile in -lsx" >&5
echo $ECHO_N "checking for GetFile in -lsx... $ECHO_C" >&6
if test "${ac_cv_lib_sx_GetFile+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsx  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char GetFile ();
int
main ()
{
GetFile ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_sx_GetFile=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_sx_GetFile=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_sx_GetFile" >&5
echo "${ECHO_T}$ac_cv_lib_sx_GetFile" >&6
if test $ac_cv_lib_sx_GetFile = yes; then
   ga_use_libsx='freq'
            GA_LIBSX_LIBS="-lsx -lfreq $XAW_LIBS"

fi


fi

      fi
      if test "z$ga_use_libsx" = "zno"; then
         echo "$as_me:$LINENO: checking for GetFile in -lsx" >&5
echo $ECHO_N "checking for GetFile in -lsx... $ECHO_C" >&6
if test "${ac_cv_lib_sx_GetFile+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsx  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char GetFile ();
int
main ()
{
GetFile ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_sx_GetFile=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_sx_GetFile=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_sx_GetFile" >&5
echo "${ECHO_T}$ac_cv_lib_sx_GetFile" >&6
if test $ac_cv_lib_sx_GetFile = yes; then
    ga_use_libsx='yes'
            GA_LIBSX_LIBS="-lsx $XAW_LIBS"

fi

      fi
      if test "z$ga_use_libsx" != "zno"; then

for ac_func in SimpleGetFile
do
as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_func" >&5
echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6
if eval "test \"\${$as_ac_var+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define $ac_func to an innocuous variant, in case  declares $ac_func.
   For example, HP-UX 11i  declares gettimeofday.  */
#define $ac_func innocuous_$ac_func

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char $ac_func (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef $ac_func

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_func ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_$ac_func) || defined (__stub___$ac_func)
choke me
#else
char (*f) () = $ac_func;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != $ac_func;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_var=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_var=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_var'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_var'}'`" >&6
if test `eval echo '${'$as_ac_var'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_func" | $as_tr_cpp` 1
_ACEOF

fi
done

         ga_getfile_short_prototype=no
         echo "$as_me:$LINENO: checking if GetFile has a short prototype" >&5
echo $ECHO_N "checking if GetFile has a short prototype... $ECHO_C" >&6
         ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu

         if test "z$ga_use_libsx" = "zfreq"; then
            cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
#include 
int
main ()
{
GetFile("/path/to/file")
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ga_getfile_short_prototype=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
         else
            cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
GetFile("/path/to/file")
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ga_getfile_short_prototype=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
         fi
         if test $ga_getfile_short_prototype = 'yes'; then

cat >>confdefs.h <<\_ACEOF
#define GETFILE_SHORT_PROTOTYPE
_ACEOF

           echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
         else
           echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
         fi
         ac_ext=c
ac_cpp='$CPP $CPPFLAGS'
ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'
ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'
ac_compiler_gnu=$ac_cv_c_compiler_gnu

      fi
    fi
  fi

  if test "z$ga_use_libsx" = "zfreq" ; then
      use_gui=yes;use_freq=yes
  else
      if test "z$ga_use_libsx" = "zyes" ; then
         use_gui=yes;use_freq=no
      else
         :
      fi
  fi

  CFLAGS=$ac_save_CFLAGS
  LIBS=$ac_save_LIBS
  LDFLAGS=$ac_save_LDFLAGS

    gui_libs="$GA_LIBSX_LIBS"
    grads_xlibs="$XAW_XLIBS"
    use_xaw_xlibs=yes
  fi
fi
if test $use_gui = "yes" ; then
# if the gui is built, we use the X flags from Xaw.
  if test "$use_xaw_xlibs" != 'yes'; then
    grads_xlibs="$X_PRE_LIBS -lX11 $X_EXTRA_LIBS"

  fi
  if test $use_freq = 'yes'; then

cat >>confdefs.h <<\_ACEOF
#define USEFREQ 1
_ACEOF

  else

cat >>confdefs.h <<\_ACEOF
#define USEFREQ 0
_ACEOF

  fi

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in libsx ; do
      gui_inc="$gui_inc ${ga_include_prefix}/${ga_include_name}"
  done




cat >>confdefs.h <<\_ACEOF
#define USEGUI 1
_ACEOF

  echo "+ GUI enabled"
else

cat >>confdefs.h <<\_ACEOF
#define USEGUI 0
_ACEOF

  echo  "- GUI disabled"
fi

# look for libraries to support command line editing
echo
if test "$with_readline" != "no" ; then
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support command line editing ..."
    readline_libadd=""

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in " " readline ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

    if test "${ac_cv_header_readline_h+set}" = set; then
  echo "$as_me:$LINENO: checking for readline.h" >&5
echo $ECHO_N "checking for readline.h... $ECHO_C" >&6
if test "${ac_cv_header_readline_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_readline_h" >&5
echo "${ECHO_T}$ac_cv_header_readline_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking readline.h usability" >&5
echo $ECHO_N "checking readline.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking readline.h presence" >&5
echo $ECHO_N "checking readline.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: readline.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: readline.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: readline.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: readline.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: readline.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: readline.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: readline.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: readline.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: readline.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: readline.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: readline.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for readline.h" >&5
echo $ECHO_N "checking for readline.h... $ECHO_C" >&6
if test "${ac_cv_header_readline_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_readline_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_readline_h" >&5
echo "${ECHO_T}$ac_cv_header_readline_h" >&6

fi
if test $ac_cv_header_readline_h = yes; then
   if test "${ac_cv_header_history_h+set}" = set; then
  echo "$as_me:$LINENO: checking for history.h" >&5
echo $ECHO_N "checking for history.h... $ECHO_C" >&6
if test "${ac_cv_header_history_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_history_h" >&5
echo "${ECHO_T}$ac_cv_header_history_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking history.h usability" >&5
echo $ECHO_N "checking history.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking history.h presence" >&5
echo $ECHO_N "checking history.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: history.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: history.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: history.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: history.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: history.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: history.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: history.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: history.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: history.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: history.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: history.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for history.h" >&5
echo $ECHO_N "checking for history.h... $ECHO_C" >&6
if test "${ac_cv_header_history_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_history_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_history_h" >&5
echo "${ECHO_T}$ac_cv_header_history_h" >&6

fi
if test $ac_cv_header_history_h = yes; then
   echo "$as_me:$LINENO: checking for tgetent in -lreadline" >&5
echo $ECHO_N "checking for tgetent in -lreadline... $ECHO_C" >&6
if test "${ac_cv_lib_readline_tgetent+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lreadline  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char tgetent ();
int
main ()
{
tgetent ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_readline_tgetent=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_readline_tgetent=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_readline_tgetent" >&5
echo "${ECHO_T}$ac_cv_lib_readline_tgetent" >&6
if test $ac_cv_lib_readline_tgetent = yes; then
   use_readline=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in "" ; do
      readline_inc="$readline_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in readline ; do
      readline_libs="$readline_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


else
   echo "$as_me:$LINENO: checking for tgetent in -lncurses" >&5
echo $ECHO_N "checking for tgetent in -lncurses... $ECHO_C" >&6
if test "${ac_cv_lib_ncurses_tgetent+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lncurses  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char tgetent ();
int
main ()
{
tgetent ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_ncurses_tgetent=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_ncurses_tgetent=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_ncurses_tgetent" >&5
echo "${ECHO_T}$ac_cv_lib_ncurses_tgetent" >&6
if test $ac_cv_lib_ncurses_tgetent = yes; then
   use_readline=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in "" ; do
      readline_inc="$readline_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in readline ncurses ; do
      readline_libs="$readline_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


else
   echo "$as_me:$LINENO: checking for tgetent in -ltermcap" >&5
echo $ECHO_N "checking for tgetent in -ltermcap... $ECHO_C" >&6
if test "${ac_cv_lib_termcap_tgetent+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ltermcap  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char tgetent ();
int
main ()
{
tgetent ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_termcap_tgetent=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_termcap_tgetent=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_termcap_tgetent" >&5
echo "${ECHO_T}$ac_cv_lib_termcap_tgetent" >&6
if test $ac_cv_lib_termcap_tgetent = yes; then
   use_readline=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in "" ; do
      readline_inc="$readline_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in readline ; do
      readline_libs="$readline_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done

              readline_libadd=" -ltermcap"

fi


fi


fi


fi



fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

  fi
  if test $use_readline = "yes" ; then
    readline_libs="$readline_libs $readline_libadd"
  else
    if test "$ga_dyn_supplibs" = "yes" ; then
      echo
      echo "Checking in system locations for libraries to support command line editing ..."

  echo "$as_me:$LINENO: checking for a readline compatible library" >&5
echo $ECHO_N "checking for a readline compatible library... $ECHO_C" >&6
if test "${vl_cv_lib_readline+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else

    ORIG_LIBS="$LIBS"
    for readline_lib in readline edit editline; do
      for termcap_lib in "" termcap curses ncurses; do
        if test -z "$termcap_lib"; then
          TRY_LIB="-l$readline_lib"
        else
          TRY_LIB="-l$readline_lib -l$termcap_lib"
        fi
        LIBS="$ORIG_LIBS $TRY_LIB"
        cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char readline ();
int
main ()
{
readline ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  vl_cv_lib_readline="$TRY_LIB"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
        if test -n "$vl_cv_lib_readline"; then
          break
        fi
      done
      if test -n "$vl_cv_lib_readline"; then
        break
      fi
    done
    if test -z "$vl_cv_lib_readline"; then
      vl_cv_lib_readline="no"
      LIBS="$ORIG_LIBS"
    fi

fi
echo "$as_me:$LINENO: result: $vl_cv_lib_readline" >&5
echo "${ECHO_T}$vl_cv_lib_readline" >&6

  if test "$vl_cv_lib_readline" != "no"; then

cat >>confdefs.h <<\_ACEOF
#define HAVE_LIBREADLINE 1
_ACEOF



for ac_header in readline.h readline/readline.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF

fi

done

    echo "$as_me:$LINENO: checking whether readline supports history" >&5
echo $ECHO_N "checking whether readline supports history... $ECHO_C" >&6
if test "${vl_cv_lib_readline_history+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else

      vl_cv_lib_readline_history="no"
      cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char add_history ();
int
main ()
{
add_history ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  vl_cv_lib_readline_history="yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext

fi
echo "$as_me:$LINENO: result: $vl_cv_lib_readline_history" >&5
echo "${ECHO_T}$vl_cv_lib_readline_history" >&6
    if test "$vl_cv_lib_readline_history" = "yes"; then

cat >>confdefs.h <<\_ACEOF
#define HAVE_READLINE_HISTORY 1
_ACEOF



for ac_header in history.h readline/history.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF

fi

done

      use_readline=yes readline_libs=""
    else
      :
    fi
  fi

    fi
  fi
fi
if test $use_readline = "yes" ; then



cat >>confdefs.h <<\_ACEOF
#define READLINE 1
_ACEOF

  echo "+ Command line editing enabled"
else

cat >>confdefs.h <<\_ACEOF
#define READLINE 0
_ACEOF

  echo "- Command line editing disabled"
fi

# look for libraries to support geotiff
echo
if test "$with_geotiff" != "no" ; then
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support geotiff ..."

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in tiff ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "



for ac_header in tiff.h tiffio.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for main in -ltiff" >&5
echo $ECHO_N "checking for main in -ltiff... $ECHO_C" >&6
if test "${ac_cv_lib_tiff_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ltiff  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_tiff_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_tiff_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_tiff_main" >&5
echo "${ECHO_T}$ac_cv_lib_tiff_main" >&6
if test $ac_cv_lib_tiff_main = yes; then
   have_tiff=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    if test "$have_tiff" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in geotiff ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      if test "${ac_cv_header_geotiffio_h+set}" = set; then
  echo "$as_me:$LINENO: checking for geotiffio.h" >&5
echo $ECHO_N "checking for geotiffio.h... $ECHO_C" >&6
if test "${ac_cv_header_geotiffio_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_geotiffio_h" >&5
echo "${ECHO_T}$ac_cv_header_geotiffio_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking geotiffio.h usability" >&5
echo $ECHO_N "checking geotiffio.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking geotiffio.h presence" >&5
echo $ECHO_N "checking geotiffio.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: geotiffio.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: geotiffio.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: geotiffio.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: geotiffio.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: geotiffio.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: geotiffio.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: geotiffio.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: geotiffio.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: geotiffio.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for geotiffio.h" >&5
echo $ECHO_N "checking for geotiffio.h... $ECHO_C" >&6
if test "${ac_cv_header_geotiffio_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_geotiffio_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_geotiffio_h" >&5
echo "${ECHO_T}$ac_cv_header_geotiffio_h" >&6

fi
if test $ac_cv_header_geotiffio_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lgeotiff" >&5
echo $ECHO_N "checking for main in -lgeotiff... $ECHO_C" >&6
if test "${ac_cv_lib_geotiff_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgeotiff  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_geotiff_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_geotiff_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_geotiff_main" >&5
echo "${ECHO_T}$ac_cv_lib_geotiff_main" >&6
if test $ac_cv_lib_geotiff_main = yes; then
   use_geotiff=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in tiff geotiff ; do
      geotiff_inc="$geotiff_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in tiff geotiff ; do
      geotiff_libs="$geotiff_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
  fi
  # if we haven't got what we need, look outside supplibs for geotiff
  if test "$use_geotiff" != "yes"  -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support geotiff ..."


# Check whether --with-geotiff or --without-geotiff was given.
if test "${with_geotiff+set}" = set; then
  withval="$with_geotiff"
  GEOTIFF_PATH=$withval
else
  GEOTIFF_PATH=""
fi;


# Check whether --with-geotiff_include or --without-geotiff_include was given.
if test "${with_geotiff_include+set}" = set; then
  withval="$with_geotiff_include"
  GEOTIFF_PATH_INC=$withval
else
  GEOTIFF_PATH_INC=""
fi;


# Check whether --with-geotiff_libdir or --without-geotiff_libdir was given.
if test "${with_geotiff_libdir+set}" = set; then
  withval="$with_geotiff_libdir"
  GEOTIFF_PATH_LIBDIR=$withval
else
  GEOTIFF_PATH_LIBDIR=""
fi;


  if test "z$GEOTIFF_PATH" != "z"; then

    if test "z$GEOTIFF_PATH_LIBDIR" = "z"; then
  GEOTIFF_PATH_LIBDIR="$GEOTIFF_PATH/lib"
fi

    if test "z$GEOTIFF_PATH_INC" = "z"; then
  GEOTIFF_PATH_INC="$GEOTIFF_PATH/include"
fi


fi



  ac_geotiff_lib_ok='no'
  ac_geotiff_save_LDFLAGS=$LDFLAGS
  GEOTIFF_LIBS=
  if test -d "$GEOTIFF_PATH_LIBDIR"; then

      GEOTIFF_LDFLAGS="-L$GEOTIFF_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS"

  GEOTIFF_LIBS=
  ac_geotiff_lib='no'
  ac_geotiff_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_tiff_main='no'
  ac_check_lib_nocache_tiff_main_LIBS=$LIBS
  LIBS="-ltiff  $LIBS"
  echo "$as_me:$LINENO: checking for main in -ltiff" >&5
echo $ECHO_N "checking for main in -ltiff... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_tiff_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_tiff_main_LIBS
  if test $ac_check_lib_nocache_ok_tiff_main = 'yes'; then

  ac_check_lib_nocache_ok_geotiff_main='no'
  ac_check_lib_nocache_geotiff_main_LIBS=$LIBS
  LIBS="-lgeotiff -ltiff $LIBS"
  echo "$as_me:$LINENO: checking for main in -lgeotiff" >&5
echo $ECHO_N "checking for main in -lgeotiff... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_geotiff_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_geotiff_main_LIBS
  if test $ac_check_lib_nocache_ok_geotiff_main = 'yes'; then
   ac_geotiff_lib="yes"
      GEOTIFF_LIBS="-lgeotiff -ltiff $GEOTIFF_LIBS"

else
  :
fi



else
  :
fi


  LIBS=$ac_geotiff_save_LIBS

  if test "$ac_geotiff_lib" = 'yes'; then
  ac_geotiff_lib_ok='yes'
else
  :
fi



else

      for ac_geotiff_libdir in "" /usr/geotiff/lib64 /usr/local/lib64/geotiff \
       /usr/libgeotiff/lib64 /usr/local/lib64/libgeotiff \
       /opt/lib64/geotiff /opt/lib64/libgeotiff \
       /opt/geotiff/lib64 /usr/lib64/geotiff /usr/local/geotiff/lib64 \
       /opt/libgeotiff/lib64 /usr/lib64/libgeotiff /usr/local/libgeotiff/lib64 \
       /usr/local/geotiff/lib /opt/geotiff/lib \
       /usr/local/libgeotiff/lib /opt/libgeotiff/lib \
       /usr/geotiff/lib /usr/local/lib/geotiff /opt/lib/geotiff \
       /usr/libgeotiff/lib /usr/local/lib/libgeotiff /opt/lib/libgeotiff \
       /usr/lib/geotiff /usr/lib/libgeotiff ; do
        if test ! -d "$ac_geotiff_libdir"; then
  GEOTIFF_LDFLAGS=
else

             { echo "$as_me:$LINENO: searching geotiff libraries in $ac_geotiff_libdir" >&5
echo "$as_me: searching geotiff libraries in $ac_geotiff_libdir" >&6;}
             GEOTIFF_LDFLAGS="-L$ac_geotiff_libdir"

fi

        LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS"

  GEOTIFF_LIBS=
  ac_geotiff_lib='no'
  ac_geotiff_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_tiff_main='no'
  ac_check_lib_nocache_tiff_main_LIBS=$LIBS
  LIBS="-ltiff  $LIBS"
  echo "$as_me:$LINENO: checking for main in -ltiff" >&5
echo $ECHO_N "checking for main in -ltiff... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_tiff_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_tiff_main_LIBS
  if test $ac_check_lib_nocache_ok_tiff_main = 'yes'; then

  ac_check_lib_nocache_ok_geotiff_main='no'
  ac_check_lib_nocache_geotiff_main_LIBS=$LIBS
  LIBS="-lgeotiff -ltiff $LIBS"
  echo "$as_me:$LINENO: checking for main in -lgeotiff" >&5
echo $ECHO_N "checking for main in -lgeotiff... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_geotiff_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_geotiff_main_LIBS
  if test $ac_check_lib_nocache_ok_geotiff_main = 'yes'; then
   ac_geotiff_lib="yes"
      GEOTIFF_LIBS="-lgeotiff -ltiff $GEOTIFF_LIBS"

else
  :
fi



else
  :
fi


  LIBS=$ac_geotiff_save_LIBS

  if test "$ac_geotiff_lib" = 'yes'; then
  ac_geotiff_lib_ok='yes'
else
  :
fi


        if test $ac_geotiff_lib_ok = 'yes'; then
  break
fi

        LDFLAGS=$ac_geotiff_save_LDFLAGS
      done

fi

  LDFLAGS=$ac_geotiff_save_LDFLAGS

  ac_geotiff_h='no'
  GEOTIFF_CFLAGS=
  ac_geotiff_save_CPPFLAGS=$CPPFLAGS
  if test -d "$GEOTIFF_PATH_INC"; then

       GEOTIFF_CFLAGS="-I$GEOTIFF_PATH_INC"
       CPPFLAGS="$CPPFLAGS $GEOTIFF_CFLAGS"

  ac_check_header_nocache_compile_geotiffio_h='no'
  ac_check_header_nocache_preproc_geotiffio_h='no'
  echo "$as_me:$LINENO: checking for geotiffio.h with compiler" >&5
echo $ECHO_N "checking for geotiffio.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_geotiffio_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  echo "$as_me:$LINENO: checking for geotiffio.h with preprocessor" >&5
echo $ECHO_N "checking for geotiffio.h with preprocessor... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_preproc_geotiffio_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      if test "$ac_check_header_nocache_compile_geotiffio_h" = 'yes'; then
  { echo "$as_me:$LINENO: WARNING: trusting compiler result, ignoring preprocessor error" >&5
echo "$as_me: WARNING: trusting compiler result, ignoring preprocessor error" >&2;}
fi


fi
rm -f conftest.err conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_geotiffio_h" = 'yes'; then
  ac_geotiff_h='yes'
else
  :
fi



else

      for ac_geotiff_incdir in /usr/include \
       /usr/local/geotiff/include /opt/geotiff/include \
       /usr/geotiff/include /usr/local/include/geotiff \
       /opt/include/geotiff /usr/include/geotiff /usr/local/libgeotiff/include \
       /opt/libgeotiff/include /usr/libgeotiff/include /usr/local/include/libgeotiff \
       /opt/include/libgeotiff /usr/include/libgeotiff ; do
        if test ! -d "$ac_geotiff_incdir"; then
  GEOTIFF_CFLAGS=
else

             { echo "$as_me:$LINENO: searching geotiff includes in $ac_geotiff_incdir" >&5
echo "$as_me: searching geotiff includes in $ac_geotiff_incdir" >&6;}
             GEOTIFF_CFLAGS="-I$ac_geotiff_incdir"
             CPPFLAGS="$CPPFLAGS $GEOTIFF_CFLAGS"

  ac_check_header_nocache_compile_geotiffio_h='no'
  ac_check_header_nocache_preproc_geotiffio_h='no'
  echo "$as_me:$LINENO: checking for geotiffio.h with compiler" >&5
echo $ECHO_N "checking for geotiffio.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_geotiffio_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  echo "$as_me:$LINENO: checking for geotiffio.h with preprocessor" >&5
echo $ECHO_N "checking for geotiffio.h with preprocessor... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_preproc_geotiffio_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      if test "$ac_check_header_nocache_compile_geotiffio_h" = 'yes'; then
  { echo "$as_me:$LINENO: WARNING: trusting compiler result, ignoring preprocessor error" >&5
echo "$as_me: WARNING: trusting compiler result, ignoring preprocessor error" >&2;}
fi


fi
rm -f conftest.err conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_geotiffio_h" = 'yes'; then
  ac_geotiff_h='yes'
else
  :
fi


             if test $ac_geotiff_h = 'yes'; then
  break
fi

             CPPFLAGS=$ac_geotiff_save_CPPFLAGS

fi

      done

fi

  CPPFLAGS=$ac_geotiff_save_CPPFLAGS

  if test "$ac_geotiff_h" = 'yes' -a "$ac_geotiff_lib_ok" = 'yes'; then

      LDFLAGS="$LDFLAGS $GEOTIFF_LDFLAGS"
      geotiff_libs="$GEOTIFF_LIBS"
      geotiff_inc=$GEOTIFF_CFLAGS
      use_geotiff='yes'

else
  :
fi






  fi
fi
if test "$use_geotiff" != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define GEOTIFF 0
_ACEOF

  echo "- geotiff disabled"
else



cat >>confdefs.h <<\_ACEOF
#define GEOTIFF 1
_ACEOF

  echo "+ geotiff enabled"
fi

# look for libraries to support shapefiles
echo
if test "$with_shp" != "no" ; then
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support shapefiles ..."

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in shapelib shp ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in shapefil.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for main in -lshp" >&5
echo $ECHO_N "checking for main in -lshp... $ECHO_C" >&6
if test "${ac_cv_lib_shp_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lshp  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_shp_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_shp_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_shp_main" >&5
echo "${ECHO_T}$ac_cv_lib_shp_main" >&6
if test $ac_cv_lib_shp_main = yes; then
   use_shp=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in shapelib shp ; do
      shp_inc="$shp_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in shp ; do
      shp_libs="$shp_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

  fi
  # here's where we could add a macro to look outside supplibs for shapelib
fi
if test "$use_shp" != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define USESHP 0
_ACEOF

  echo "- shapefile disabled"
else



cat >>confdefs.h <<\_ACEOF
#define USESHP 1
_ACEOF

  echo "+ shapefile enabled"
fi


# look for libraries to support printim
echo
if test "$with_printim" != "no" ; then
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support printim ..."

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in zlib ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in zlib.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_compress+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_compress=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_compress=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_compress" >&5
echo "${ECHO_T}$ac_cv_lib_z_compress" >&6
if test $ac_cv_lib_z_compress = yes; then
   have_zlib=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs


  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in libpng12 ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

    echo "$as_me:$LINENO: checking for main in -lpng12" >&5
echo $ECHO_N "checking for main in -lpng12... $ECHO_C" >&6
if test "${ac_cv_lib_png12_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lpng12  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_png12_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_png12_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_png12_main" >&5
echo "${ECHO_T}$ac_cv_lib_png12_main" >&6
if test $ac_cv_lib_png12_main = yes; then
   have_libpng=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs


  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""
  :
  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

    echo "$as_me:$LINENO: checking for main in -ljpeg" >&5
echo $ECHO_N "checking for main in -ljpeg... $ECHO_C" >&6
if test "${ac_cv_lib_jpeg_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ljpeg  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_jpeg_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_jpeg_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_jpeg_main" >&5
echo "${ECHO_T}$ac_cv_lib_jpeg_main" >&6
if test $ac_cv_lib_jpeg_main = yes; then
   have_jpeg=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    if test "$have_zlib" = "yes" -a "$have_libpng" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in gd ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      if test "${ac_cv_header_gd_h+set}" = set; then
  echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking gd.h usability" >&5
echo $ECHO_N "checking gd.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking gd.h presence" >&5
echo $ECHO_N "checking gd.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: gd.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: gd.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: gd.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: gd.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: gd.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_gd_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6

fi
if test $ac_cv_header_gd_h = yes; then
   echo "$as_me:$LINENO: checking for gdImageCreate in -lgd" >&5
echo $ECHO_N "checking for gdImageCreate in -lgd... $ECHO_C" >&6
if test "${ac_cv_lib_gd_gdImageCreate+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgd  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gdImageCreate ();
int
main ()
{
gdImageCreate ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_gd_gdImageCreate=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_gd_gdImageCreate=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_gd_gdImageCreate" >&5
echo "${ECHO_T}$ac_cv_lib_gd_gdImageCreate" >&6
if test $ac_cv_lib_gd_gdImageCreate = yes; then
   use_printim=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in gd ; do
      printim_inc="$printim_inc ${ga_include_prefix}/${ga_include_name}"
  done

	  if test "$have_jpeg" = "yes" ; then

  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in gd png12 z jpeg ; do
      printim_libs="$printim_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done

	  else

  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in gd png12 z ; do
      printim_libs="$printim_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done

          fi

fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
  fi
  # if we haven't got what we need, look outside supplibs
  if test "$use_printim" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support printim ..."

  ga_check_gd="no"
  GD_LIBS=
  GD_CFLAGS=
  GD_LDFLAGS=

  ga_pkgconfig_gd=yes

pkg_failed=no
echo "$as_me:$LINENO: checking for GD" >&5
echo $ECHO_N "checking for GD... $ECHO_C" >&6

if test -n "$PKG_CONFIG"; then
    if test -n "$GD_CFLAGS"; then
        pkg_cv_GD_CFLAGS="$GD_CFLAGS"
    else
        if test -n "$PKG_CONFIG" && \
    { (echo "$as_me:$LINENO: \$PKG_CONFIG --exists --print-errors \"gdlib\"") >&5
  ($PKG_CONFIG --exists --print-errors "gdlib") 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  pkg_cv_GD_CFLAGS=`$PKG_CONFIG --cflags "gdlib" 2>/dev/null`
else
  pkg_failed=yes
fi
    fi
else
	pkg_failed=untried
fi
if test -n "$PKG_CONFIG"; then
    if test -n "$GD_LIBS"; then
        pkg_cv_GD_LIBS="$GD_LIBS"
    else
        if test -n "$PKG_CONFIG" && \
    { (echo "$as_me:$LINENO: \$PKG_CONFIG --exists --print-errors \"gdlib\"") >&5
  ($PKG_CONFIG --exists --print-errors "gdlib") 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; then
  pkg_cv_GD_LIBS=`$PKG_CONFIG --libs "gdlib" 2>/dev/null`
else
  pkg_failed=yes
fi
    fi
else
	pkg_failed=untried
fi



if test $pkg_failed = yes; then

if $PKG_CONFIG --atleast-pkgconfig-version 0.20; then
        _pkg_short_errors_supported=yes
else
        _pkg_short_errors_supported=no
fi
        if test $_pkg_short_errors_supported = yes; then
	        GD_PKG_ERRORS=`$PKG_CONFIG --short-errors --errors-to-stdout --print-errors "gdlib"`
        else
	        GD_PKG_ERRORS=`$PKG_CONFIG --errors-to-stdout --print-errors "gdlib"`
        fi
	# Put the nasty error message in config.log where it belongs
	echo "$GD_PKG_ERRORS" >&5

	echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
                ga_pkgconfig_gd=no
elif test $pkg_failed = untried; then
	ga_pkgconfig_gd=no
else
	GD_CFLAGS=$pkg_cv_GD_CFLAGS
	GD_LIBS=$pkg_cv_GD_LIBS
        echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
	:
fi
  ac_save_LIBS="$LIBS"
  ac_save_CPPFLAGS="$CPPFLAGS"
  ac_save_LDFLAGS="$LDFLAGS"

  ga_config_gd=no
  if test $ga_pkgconfig_gd != 'yes'; then
    # Extract the first word of "gdlib-config", so it can be a program name with args.
set dummy gdlib-config; ac_word=$2
echo "$as_me:$LINENO: checking for $ac_word" >&5
echo $ECHO_N "checking for $ac_word... $ECHO_C" >&6
if test "${ac_cv_path_GD_CONFIG+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  case $GD_CONFIG in
  [\\/]* | ?:[\\/]*)
  ac_cv_path_GD_CONFIG="$GD_CONFIG" # Let the user override the test with a path.
  ;;
  *)
  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for ac_exec_ext in '' $ac_executable_extensions; do
  if $as_executable_p "$as_dir/$ac_word$ac_exec_ext"; then
    ac_cv_path_GD_CONFIG="$as_dir/$ac_word$ac_exec_ext"
    echo "$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext" >&5
    break 2
  fi
done
done

  test -z "$ac_cv_path_GD_CONFIG" && ac_cv_path_GD_CONFIG="no"
  ;;
esac
fi
GD_CONFIG=$ac_cv_path_GD_CONFIG

if test -n "$GD_CONFIG"; then
  echo "$as_me:$LINENO: result: $GD_CONFIG" >&5
echo "${ECHO_T}$GD_CONFIG" >&6
else
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi

    if test "$GD_CONFIG" != "no"; then
      GD_LIBS=`$GD_CONFIG --libs`
      GD_CFLAGS=`$GD_CONFIG --cflags`
      GD_LDFLAGS=`$GD_CONFIG --ldflags`
      ga_config_gd=yes
    fi
  fi

  if test $ga_pkgconfig_gd = 'yes' -o $ga_config_gd = 'yes'; then
     LDFLAGS="$LDFLAGS $GD_LDFLAGS"
     LIBS="$LIBS $GD_LIBS"
     if test "${ac_cv_header_gd_h+set}" = set; then
  echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking gd.h usability" >&5
echo $ECHO_N "checking gd.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking gd.h presence" >&5
echo $ECHO_N "checking gd.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: gd.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: gd.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: gd.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: gd.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: gd.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_gd_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6

fi
if test $ac_cv_header_gd_h = yes; then
    echo "$as_me:$LINENO: checking for gdImageCreate in -lgd" >&5
echo $ECHO_N "checking for gdImageCreate in -lgd... $ECHO_C" >&6
if test "${ac_cv_lib_gd_gdImageCreate+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgd  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gdImageCreate ();
int
main ()
{
gdImageCreate ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_gd_gdImageCreate=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_gd_gdImageCreate=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_gd_gdImageCreate" >&5
echo "${ECHO_T}$ac_cv_lib_gd_gdImageCreate" >&6
if test $ac_cv_lib_gd_gdImageCreate = yes; then
    ga_check_gd=yes
           GD_LIBS="-lgd $GD_LIBS"

for ac_func in gdCompareInt
do
as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_func" >&5
echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6
if eval "test \"\${$as_ac_var+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define $ac_func to an innocuous variant, in case  declares $ac_func.
   For example, HP-UX 11i  declares gettimeofday.  */
#define $ac_func innocuous_$ac_func

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char $ac_func (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef $ac_func

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_func ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_$ac_func) || defined (__stub___$ac_func)
choke me
#else
char (*f) () = $ac_func;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != $ac_func;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_var=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_var=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_var'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_var'}'`" >&6
if test `eval echo '${'$as_ac_var'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_func" | $as_tr_cpp` 1
_ACEOF

fi
done


else

           GD_LDFLAGS=
           GD_LIBS=
           LIBS="$ac_save_LIBS"
           LDFLAGS="$ac_save_LDFLAGS"

fi


else

       GD_CFLAGS=
       CPPFLAGS="$ac_save_CPPFLAGS"

fi


  fi
  if test $ga_check_gd = 'no'; then
     if test "${ac_cv_header_gd_h+set}" = set; then
  echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking gd.h usability" >&5
echo $ECHO_N "checking gd.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking gd.h presence" >&5
echo $ECHO_N "checking gd.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: gd.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: gd.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: gd.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: gd.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: gd.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: gd.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: gd.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: gd.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: gd.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for gd.h" >&5
echo $ECHO_N "checking for gd.h... $ECHO_C" >&6
if test "${ac_cv_header_gd_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_gd_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gd_h" >&5
echo "${ECHO_T}$ac_cv_header_gd_h" >&6

fi
if test $ac_cv_header_gd_h = yes; then
   echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_compress+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_compress=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_compress=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_compress" >&5
echo "${ECHO_T}$ac_cv_lib_z_compress" >&6
if test $ac_cv_lib_z_compress = yes; then
   echo "$as_me:$LINENO: checking for main in -lpng" >&5
echo $ECHO_N "checking for main in -lpng... $ECHO_C" >&6
if test "${ac_cv_lib_png_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lpng  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_png_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_png_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_png_main" >&5
echo "${ECHO_T}$ac_cv_lib_png_main" >&6
if test $ac_cv_lib_png_main = yes; then
   echo "$as_me:$LINENO: checking for gdImageCreate in -lgd" >&5
echo $ECHO_N "checking for gdImageCreate in -lgd... $ECHO_C" >&6
if test "${ac_cv_lib_gd_gdImageCreate+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgd  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char gdImageCreate ();
int
main ()
{
gdImageCreate ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_gd_gdImageCreate=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_gd_gdImageCreate=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_gd_gdImageCreate" >&5
echo "${ECHO_T}$ac_cv_lib_gd_gdImageCreate" >&6
if test $ac_cv_lib_gd_gdImageCreate = yes; then
   ga_check_gd=yes

for ac_func in gdCompareInt
do
as_ac_var=`echo "ac_cv_func_$ac_func" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_func" >&5
echo $ECHO_N "checking for $ac_func... $ECHO_C" >&6
if eval "test \"\${$as_ac_var+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
/* Define $ac_func to an innocuous variant, in case  declares $ac_func.
   For example, HP-UX 11i  declares gettimeofday.  */
#define $ac_func innocuous_$ac_func

/* System header to define __stub macros and hopefully few prototypes,
    which can conflict with char $ac_func (); below.
    Prefer  to  if __STDC__ is defined, since
     exists even on freestanding compilers.  */

#ifdef __STDC__
# include 
#else
# include 
#endif

#undef $ac_func

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
{
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_func ();
/* The GNU C library defines this for functions which it implements
    to always fail with ENOSYS.  Some functions are actually named
    something starting with __ and the normal name is an alias.  */
#if defined (__stub_$ac_func) || defined (__stub___$ac_func)
choke me
#else
char (*f) () = $ac_func;
#endif
#ifdef __cplusplus
}
#endif

int
main ()
{
return f != $ac_func;
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_var=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_var=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_var'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_var'}'`" >&6
if test `eval echo '${'$as_ac_var'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_func" | $as_tr_cpp` 1
_ACEOF

fi
done

              GD_LIBS='-lgd -lpng -lz'

fi


fi


fi


fi


  fi

  LIBS="$ac_save_LIBS"
  CPPFLAGS="$ac_save_CPPFLAGS"
  LDFLAGS="$ac_save_LDFLAGS"

  if test $ga_check_gd = 'yes'; then
      use_printim=yes
      printim_libs=$GD_LIBS
      printim_inc=$GD_CFLAGS

  else
     :
  fi





  fi
fi
if test "$use_printim" != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define GXPNG 0
_ACEOF

  echo "- printim disabled (Warning: gxtran will not be built)"
else
  extra_utils="$extra_utils gxtran"



cat >>confdefs.h <<\_ACEOF
#define GXPNG 1
_ACEOF

  echo "+ printim enabled"
fi

# look for libraries to support grib2
echo
if test "$with_grib2" != "no" ; then
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support grib2 ..."
    if test "$have_zlib" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in zlib ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in zlib.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_compress+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_compress=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_compress=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_compress" >&5
echo "${ECHO_T}$ac_cv_lib_z_compress" >&6
if test $ac_cv_lib_z_compress = yes; then
   have_zlib=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    if test "$have_libpng" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in libpng12 ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -lpng12" >&5
echo $ECHO_N "checking for main in -lpng12... $ECHO_C" >&6
if test "${ac_cv_lib_png12_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lpng12  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_png12_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_png12_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_png12_main" >&5
echo "${ECHO_T}$ac_cv_lib_png12_main" >&6
if test $ac_cv_lib_png12_main = yes; then
   have_libpng=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    if test "$have_zlib" = "yes" -a "$have_libpng" = "yes" ; then
      have_libjasper=no

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""
  :
  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -ljasper" >&5
echo $ECHO_N "checking for main in -ljasper... $ECHO_C" >&6
if test "${ac_cv_lib_jasper_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ljasper  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_jasper_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_jasper_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_jasper_main" >&5
echo "${ECHO_T}$ac_cv_lib_jasper_main" >&6
if test $ac_cv_lib_jasper_main = yes; then
   have_libjasper=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

      if test "$have_libjasper" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in grib2c ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

        if test "${ac_cv_header_grib2_h+set}" = set; then
  echo "$as_me:$LINENO: checking for grib2.h" >&5
echo $ECHO_N "checking for grib2.h... $ECHO_C" >&6
if test "${ac_cv_header_grib2_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_grib2_h" >&5
echo "${ECHO_T}$ac_cv_header_grib2_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking grib2.h usability" >&5
echo $ECHO_N "checking grib2.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking grib2.h presence" >&5
echo $ECHO_N "checking grib2.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: grib2.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: grib2.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: grib2.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: grib2.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: grib2.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: grib2.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: grib2.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: grib2.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: grib2.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: grib2.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for grib2.h" >&5
echo $ECHO_N "checking for grib2.h... $ECHO_C" >&6
if test "${ac_cv_header_grib2_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_grib2_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_grib2_h" >&5
echo "${ECHO_T}$ac_cv_header_grib2_h" >&6

fi
if test $ac_cv_header_grib2_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lgrib2c" >&5
echo $ECHO_N "checking for main in -lgrib2c... $ECHO_C" >&6
if test "${ac_cv_lib_grib2c_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgrib2c  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_grib2c_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_grib2c_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_grib2c_main" >&5
echo "${ECHO_T}$ac_cv_lib_grib2c_main" >&6
if test $ac_cv_lib_grib2c_main = yes; then
   use_grib2=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in grib2c ; do
      grib2_inc="$grib2_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in grib2c jasper png12 z ; do
      grib2_libs="$grib2_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

      fi
    fi
  fi
    # if we haven't got what we need, look outside supplibs for grib2
  if test "$use_grib2" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for grib2 libraries ..."

  ga_check_grib2="no"
  if test "${ac_cv_header_grib2_h+set}" = set; then
  echo "$as_me:$LINENO: checking for grib2.h" >&5
echo $ECHO_N "checking for grib2.h... $ECHO_C" >&6
if test "${ac_cv_header_grib2_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_grib2_h" >&5
echo "${ECHO_T}$ac_cv_header_grib2_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking grib2.h usability" >&5
echo $ECHO_N "checking grib2.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking grib2.h presence" >&5
echo $ECHO_N "checking grib2.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: grib2.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: grib2.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: grib2.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: grib2.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: grib2.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: grib2.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: grib2.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: grib2.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: grib2.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: grib2.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: grib2.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for grib2.h" >&5
echo $ECHO_N "checking for grib2.h... $ECHO_C" >&6
if test "${ac_cv_header_grib2_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_grib2_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_grib2_h" >&5
echo "${ECHO_T}$ac_cv_header_grib2_h" >&6

fi
if test $ac_cv_header_grib2_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lgrib2c" >&5
echo $ECHO_N "checking for main in -lgrib2c... $ECHO_C" >&6
if test "${ac_cv_lib_grib2c_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgrib2c  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_grib2c_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_grib2c_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_grib2c_main" >&5
echo "${ECHO_T}$ac_cv_lib_grib2c_main" >&6
if test $ac_cv_lib_grib2c_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lpng12" >&5
echo $ECHO_N "checking for main in -lpng12... $ECHO_C" >&6
if test "${ac_cv_lib_png12_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lpng12  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_png12_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_png12_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_png12_main" >&5
echo "${ECHO_T}$ac_cv_lib_png12_main" >&6
if test $ac_cv_lib_png12_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lz" >&5
echo $ECHO_N "checking for main in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_main" >&5
echo "${ECHO_T}$ac_cv_lib_z_main" >&6
if test $ac_cv_lib_z_main = yes; then
   echo "$as_me:$LINENO: checking for main in -ljasper" >&5
echo $ECHO_N "checking for main in -ljasper... $ECHO_C" >&6
if test "${ac_cv_lib_jasper_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ljasper  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_jasper_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_jasper_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_jasper_main" >&5
echo "${ECHO_T}$ac_cv_lib_jasper_main" >&6
if test $ac_cv_lib_jasper_main = yes; then
   ga_check_grib2="yes"
            G2_LIBS='-lgrib2c -ljasper -lpng -lz'

fi


fi


fi


fi


fi



  if test $ga_check_grib2 = "yes" ; then
      use_grib2=yes
      grib2_libs=$G2_LIBS

  else
     :
  fi



  fi
fi
if test "$use_grib2" != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define GRIB2 0
_ACEOF

  echo "- grib2 disabled "
else
  extra_utils="$extra_utils grib2scan"



cat >>confdefs.h <<\_ACEOF
#define GRIB2 1
_ACEOF

  echo "+ grib2 enabled"
fi

# check if user wants support for self-describing files?
echo
if test "$with_sdf" = "no" ; then

cat >>confdefs.h <<\_ACEOF
#define USENETCDF 0
_ACEOF


cat >>confdefs.h <<\_ACEOF
#define USEHDF 0
_ACEOF

  echo No support for self-describing files:
  echo "- hdf4 disabled"
  echo "- hdf5 disabled"
  echo "- netcdf disabled"
  echo "- OPeNDAP disabled"
else
  # look for libraries to support hdf4
  # check if supplibs directory exists
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support hdf4 ..."
    # look for zlib
    if test "$have_zlib" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in zlib ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in zlib.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_compress+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_compress=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_compress=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_compress" >&5
echo "${ECHO_T}$ac_cv_lib_z_compress" >&6
if test $ac_cv_lib_z_compress = yes; then
   have_zlib=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    # look for udunits

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in udunits ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in udunits.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
   have_udunits=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    # look for jpeg
    if test "$have_jpeg" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""
  :
  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -ljpeg" >&5
echo $ECHO_N "checking for main in -ljpeg... $ECHO_C" >&6
if test "${ac_cv_lib_jpeg_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ljpeg  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_jpeg_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_jpeg_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_jpeg_main" >&5
echo "${ECHO_T}$ac_cv_lib_jpeg_main" >&6
if test $ac_cv_lib_jpeg_main = yes; then
   have_jpeg=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    if test "$have_zlib" = "yes" -a "$have_udunits" = "yes" -a "$have_jpeg" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in hdf ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -lsz" >&5
echo $ECHO_N "checking for main in -lsz... $ECHO_C" >&6
if test "${ac_cv_lib_sz_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_sz_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_sz_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_sz_main" >&5
echo "${ECHO_T}$ac_cv_lib_sz_main" >&6
if test $ac_cv_lib_sz_main = yes; then
   if test "${ac_cv_header_mfhdf_h+set}" = set; then
  echo "$as_me:$LINENO: checking for mfhdf.h" >&5
echo $ECHO_N "checking for mfhdf.h... $ECHO_C" >&6
if test "${ac_cv_header_mfhdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_mfhdf_h" >&5
echo "${ECHO_T}$ac_cv_header_mfhdf_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking mfhdf.h usability" >&5
echo $ECHO_N "checking mfhdf.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking mfhdf.h presence" >&5
echo $ECHO_N "checking mfhdf.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: mfhdf.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: mfhdf.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: mfhdf.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: mfhdf.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: mfhdf.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: mfhdf.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: mfhdf.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: mfhdf.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: mfhdf.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for mfhdf.h" >&5
echo $ECHO_N "checking for mfhdf.h... $ECHO_C" >&6
if test "${ac_cv_header_mfhdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_mfhdf_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_mfhdf_h" >&5
echo "${ECHO_T}$ac_cv_header_mfhdf_h" >&6

fi
if test $ac_cv_header_mfhdf_h = yes; then
   echo "$as_me:$LINENO: checking for main in -ldf" >&5
echo $ECHO_N "checking for main in -ldf... $ECHO_C" >&6
if test "${ac_cv_lib_df_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ldf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_df_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_df_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_df_main" >&5
echo "${ECHO_T}$ac_cv_lib_df_main" >&6
if test $ac_cv_lib_df_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lmfhdf" >&5
echo $ECHO_N "checking for main in -lmfhdf... $ECHO_C" >&6
if test "${ac_cv_lib_mfhdf_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lmfhdf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_mfhdf_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_mfhdf_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_mfhdf_main" >&5
echo "${ECHO_T}$ac_cv_lib_mfhdf_main" >&6
if test $ac_cv_lib_mfhdf_main = yes; then
   use_hdf=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in hdf udunits ; do
      hdf_inc="$hdf_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in mfhdf df udunits sz jpeg z ; do
      hdf_libs="$hdf_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi


fi



fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
  fi
  # if we haven't got what we need, look outside supplibs for hdf4
  if test $use_hdf != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support hdf4 ..."

  ga_use_udunits='no'
  if test "${ac_cv_header_udunits_h+set}" = set; then
  echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking udunits.h usability" >&5
echo $ECHO_N "checking udunits.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking udunits.h presence" >&5
echo $ECHO_N "checking udunits.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: udunits.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: udunits.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: udunits.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: udunits.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: udunits.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_udunits_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6

fi
if test $ac_cv_header_udunits_h = yes; then
    echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
    ga_use_udunits='yes'
        UDUNITS_LIBS='-ludunits'

fi


fi



  if test "z$ga_use_udunits" = "zyes" ; then

  ac_hdf4_netcdf_lib='no'
  ac_hdf4_sd_netcdf_lib='no'
  ac_hdf4_netcdf_h='no'


# Check whether --with-hdf4 or --without-hdf4 was given.
if test "${with_hdf4+set}" = set; then
  withval="$with_hdf4"
  HDF4_PATH=$withval
else
  HDF4_PATH=""
fi;


# Check whether --with-hdf4_include or --without-hdf4_include was given.
if test "${with_hdf4_include+set}" = set; then
  withval="$with_hdf4_include"
  HDF4_PATH_INC=$withval
else
  HDF4_PATH_INC=""
fi;


# Check whether --with-hdf4_libdir or --without-hdf4_libdir was given.
if test "${with_hdf4_libdir+set}" = set; then
  withval="$with_hdf4_libdir"
  HDF4_PATH_LIBDIR=$withval
else
  HDF4_PATH_LIBDIR=""
fi;


  if test "z$HDF4_PATH" != "z"; then

    if test "z$HDF4_PATH_LIBDIR" = "z"; then
  HDF4_PATH_LIBDIR="$HDF4_PATH/lib"
fi

    if test "z$HDF4_PATH_INC" = "z"; then
  HDF4_PATH_INC="$HDF4_PATH/include"
fi


fi



  ac_hdf4_lib_ok='no'
  ac_hdf4_save_LDFLAGS=$LDFLAGS
  HDF4_LIBS=
  if test "z$HDF4_PATH_LIBDIR" != "z"; then

      HDF4_LDFLAGS="-L$HDF4_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"

  HDF4_LIBS=
  ac_hdf4_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress='no'
  ac_check_lib_nocache_sz_SZ_BufftoBuffCompress_LIBS=$LIBS
  LIBS="-lsz  $LIBS"
  echo "$as_me:$LINENO: checking for SZ_BufftoBuffCompress in -lsz" >&5
echo $ECHO_N "checking for SZ_BufftoBuffCompress in -lsz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char SZ_BufftoBuffCompress ();
int
main ()
{
SZ_BufftoBuffCompress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_sz_SZ_BufftoBuffCompress_LIBS
  if test $ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress = 'yes'; then

      LIBS="$LIBS -lsz"
      HDF4_LIBS='-lsz'

else
  :
fi



  ac_hdf4_lib='no'

  ac_check_lib_nocache_ok_z_deflate='no'
  ac_check_lib_nocache_z_deflate_LIBS=$LIBS
  LIBS="-lz  $LIBS"
  echo "$as_me:$LINENO: checking for deflate in -lz" >&5
echo $ECHO_N "checking for deflate in -lz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char deflate ();
int
main ()
{
deflate ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_z_deflate='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_z_deflate_LIBS
  if test $ac_check_lib_nocache_ok_z_deflate = 'yes'; then

  ac_check_lib_nocache_ok_jpeg_jpeg_start_compress='no'
  ac_check_lib_nocache_jpeg_jpeg_start_compress_LIBS=$LIBS
  LIBS="-ljpeg  $LIBS"
  echo "$as_me:$LINENO: checking for jpeg_start_compress in -ljpeg" >&5
echo $ECHO_N "checking for jpeg_start_compress in -ljpeg... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char jpeg_start_compress ();
int
main ()
{
jpeg_start_compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_jpeg_jpeg_start_compress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_jpeg_jpeg_start_compress_LIBS
  if test $ac_check_lib_nocache_ok_jpeg_jpeg_start_compress = 'yes'; then

  ac_check_lib_nocache_ok_df_Hopen='no'
  ac_check_lib_nocache_df_Hopen_LIBS=$LIBS
  LIBS="-ldf -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for Hopen in -ldf" >&5
echo $ECHO_N "checking for Hopen in -ldf... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char Hopen ();
int
main ()
{
Hopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_df_Hopen='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_df_Hopen_LIBS
  if test $ac_check_lib_nocache_ok_df_Hopen = 'yes'; then

  ac_check_lib_nocache_ok_mfhdf_SDstart='no'
  ac_check_lib_nocache_mfhdf_SDstart_LIBS=$LIBS
  LIBS="-lmfhdf -ldf -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for SDstart in -lmfhdf" >&5
echo $ECHO_N "checking for SDstart in -lmfhdf... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char SDstart ();
int
main ()
{
SDstart ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_mfhdf_SDstart='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_mfhdf_SDstart_LIBS
  if test $ac_check_lib_nocache_ok_mfhdf_SDstart = 'yes'; then
   ac_hdf4_lib="yes"
          HDF4_LIBS="-lmfhdf -ldf -ljpeg -lz $HDF4_LIBS"

else
  :
fi



else
  :
fi



else
  :
fi



else
  :
fi


  LIBS=$ac_hdf4_save_LIBS

  if test "$ac_hdf4_lib" = 'yes'; then
  ac_hdf4_lib_ok='yes'
else
  :
fi



else

      for ac_hdf4_libdir in "" /usr/local/hdf4.2r1/lib64 /opt/hdf4.2r1/lib64 \
       /usr/hdf4.2r1/lib64 /usr/local/lib64/hdf4.2r1 /opt/lib64/hdf4.2r1 \
       /usr/lib64/hdf4.2r1 /usr/local/hdf/lib64/ /opt/hdf/lib64 /usr/hdf/lib64 \
       /usr/local/lib64/hdf /opt/lib64/hdf /usr/lib64/hdf \
       /usr/local/hdf4.2r1/lib /opt/hdf4.2r1/lib \
       /usr/hdf4.2r1/lib /usr/local/lib/hdf4.2r1 /opt/lib/hdf4.2r1 \
       /usr/lib/hdf4.2r1 /usr/local/hdf/lib/ /opt/hdf/lib /usr/hdf/lib \
       /usr/local/lib/hdf /opt/lib/hdf /usr/lib/hdf ; do
        if test "z$ac_hdf4_libdir" = 'z'; then
  HDF4_LDFLAGS=
else

             { echo "$as_me:$LINENO: searching hdf libraries in $ac_hdf4_libdir" >&5
echo "$as_me: searching hdf libraries in $ac_hdf4_libdir" >&6;}
             HDF4_LDFLAGS="-L$ac_hdf4_libdir"

fi

        LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"

  HDF4_LIBS=
  ac_hdf4_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress='no'
  ac_check_lib_nocache_sz_SZ_BufftoBuffCompress_LIBS=$LIBS
  LIBS="-lsz  $LIBS"
  echo "$as_me:$LINENO: checking for SZ_BufftoBuffCompress in -lsz" >&5
echo $ECHO_N "checking for SZ_BufftoBuffCompress in -lsz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char SZ_BufftoBuffCompress ();
int
main ()
{
SZ_BufftoBuffCompress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_sz_SZ_BufftoBuffCompress_LIBS
  if test $ac_check_lib_nocache_ok_sz_SZ_BufftoBuffCompress = 'yes'; then

      LIBS="$LIBS -lsz"
      HDF4_LIBS='-lsz'

else
  :
fi



  ac_hdf4_lib='no'

  ac_check_lib_nocache_ok_z_deflate='no'
  ac_check_lib_nocache_z_deflate_LIBS=$LIBS
  LIBS="-lz  $LIBS"
  echo "$as_me:$LINENO: checking for deflate in -lz" >&5
echo $ECHO_N "checking for deflate in -lz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char deflate ();
int
main ()
{
deflate ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_z_deflate='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_z_deflate_LIBS
  if test $ac_check_lib_nocache_ok_z_deflate = 'yes'; then

  ac_check_lib_nocache_ok_jpeg_jpeg_start_compress='no'
  ac_check_lib_nocache_jpeg_jpeg_start_compress_LIBS=$LIBS
  LIBS="-ljpeg  $LIBS"
  echo "$as_me:$LINENO: checking for jpeg_start_compress in -ljpeg" >&5
echo $ECHO_N "checking for jpeg_start_compress in -ljpeg... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char jpeg_start_compress ();
int
main ()
{
jpeg_start_compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_jpeg_jpeg_start_compress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_jpeg_jpeg_start_compress_LIBS
  if test $ac_check_lib_nocache_ok_jpeg_jpeg_start_compress = 'yes'; then

  ac_check_lib_nocache_ok_df_Hopen='no'
  ac_check_lib_nocache_df_Hopen_LIBS=$LIBS
  LIBS="-ldf -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for Hopen in -ldf" >&5
echo $ECHO_N "checking for Hopen in -ldf... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char Hopen ();
int
main ()
{
Hopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_df_Hopen='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_df_Hopen_LIBS
  if test $ac_check_lib_nocache_ok_df_Hopen = 'yes'; then

  ac_check_lib_nocache_ok_mfhdf_SDstart='no'
  ac_check_lib_nocache_mfhdf_SDstart_LIBS=$LIBS
  LIBS="-lmfhdf -ldf -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for SDstart in -lmfhdf" >&5
echo $ECHO_N "checking for SDstart in -lmfhdf... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char SDstart ();
int
main ()
{
SDstart ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_mfhdf_SDstart='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_mfhdf_SDstart_LIBS
  if test $ac_check_lib_nocache_ok_mfhdf_SDstart = 'yes'; then
   ac_hdf4_lib="yes"
          HDF4_LIBS="-lmfhdf -ldf -ljpeg -lz $HDF4_LIBS"

else
  :
fi



else
  :
fi



else
  :
fi



else
  :
fi


  LIBS=$ac_hdf4_save_LIBS

  if test "$ac_hdf4_lib" = 'yes'; then
  ac_hdf4_lib_ok='yes'
else
  :
fi


        if test $ac_hdf4_lib_ok = 'yes'; then
  break
fi

        LDFLAGS=$ac_hdf4_save_LDFLAGS
      done

fi

  LDFLAGS=$ac_hdf4_save_LDFLAGS

  ac_hdf4_h='no'
  HDF4_CFLAGS=
  ac_hdf4_save_CPPFLAGS=$CPPFLAGS
  if test "z$HDF4_PATH_INC" != "z"; then

       HDF4_CFLAGS="-I$HDF4_PATH_INC"
       CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS"

  ac_check_header_nocache_compile_mfhdf_h='no'
  ac_check_header_nocache_preproc_mfhdf_h='no'
  echo "$as_me:$LINENO: checking for mfhdf.h with compiler" >&5
echo $ECHO_N "checking for mfhdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_mfhdf_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  echo "$as_me:$LINENO: checking for mfhdf.h with preprocessor" >&5
echo $ECHO_N "checking for mfhdf.h with preprocessor... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_preproc_mfhdf_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      if test "$ac_check_header_nocache_compile_mfhdf_h" = 'yes'; then
  { echo "$as_me:$LINENO: WARNING: trusting compiler result, ignoring preprocessor error" >&5
echo "$as_me: WARNING: trusting compiler result, ignoring preprocessor error" >&2;}
fi


fi
rm -f conftest.err conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_mfhdf_h" = 'yes'; then
  ac_hdf4_h='yes'
else
  :
fi



else

      for ac_hdf4_incdir in "" /usr/local/hdf4.2r1/include /opt/hdf4.2r1/include \
       /usr/hdf4.2r1/include /usr/local/include/hdf4.2r1 \
       /opt/include/hdf4.2r1 /usr/include/hdf4.2r1 /usr/local/hdf/include \
       /opt/hdf/include /usr/hdf/include /usr/local/include/hdf \
       /opt/include/hdf /usr/include/hdf ; do
        if test "z$ac_hdf4_incdir" = 'z'; then
  HDF4_CFLAGS=
else

             { echo "$as_me:$LINENO: searching hdf includes in $ac_hdf4_incdir" >&5
echo "$as_me: searching hdf includes in $ac_hdf4_incdir" >&6;}
             HDF4_CFLAGS="-I$ac_hdf4_incdir"

fi

        CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS"

  ac_check_header_nocache_compile_mfhdf_h='no'
  ac_check_header_nocache_preproc_mfhdf_h='no'
  echo "$as_me:$LINENO: checking for mfhdf.h with compiler" >&5
echo $ECHO_N "checking for mfhdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_mfhdf_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  echo "$as_me:$LINENO: checking for mfhdf.h with preprocessor" >&5
echo $ECHO_N "checking for mfhdf.h with preprocessor... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_preproc_mfhdf_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      if test "$ac_check_header_nocache_compile_mfhdf_h" = 'yes'; then
  { echo "$as_me:$LINENO: WARNING: trusting compiler result, ignoring preprocessor error" >&5
echo "$as_me: WARNING: trusting compiler result, ignoring preprocessor error" >&2;}
fi


fi
rm -f conftest.err conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_mfhdf_h" = 'yes'; then
  ac_hdf4_h='yes'
else
  :
fi


        if test $ac_hdf4_h = 'yes'; then
  break
fi

        CPPFLAGS=$ac_hdf4_save_CPPFLAGS
      done

fi

  CPPFLAGS=$ac_hdf4_save_CPPFLAGS

  if test "$ac_hdf4_h" = 'yes' -a "$ac_hdf4_lib_ok" = 'yes'; then

    ac_hdf4_netcdf_save_LDFLAGS=$LDFLAGS
    ac_hdf4_netcdf_save_LIBS=$LIBS
    LIBS="$LIBS $HDF4_LIBS"
    LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"
    echo "$as_me:$LINENO: checking for sd_ncopen" >&5
echo $ECHO_N "checking for sd_ncopen... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char sd_ncopen ();
int
main ()
{
sd_ncopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

        echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
        ac_hdf4_sd_netcdf_lib='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


        echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
        ac_hdf4_sd_netcdf_lib='no'

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
    if test "$ac_hdf4_sd_netcdf_lib" = 'no'; then

      echo "$as_me:$LINENO: checking for ncopen with hdf link flags" >&5
echo $ECHO_N "checking for ncopen with hdf link flags... $ECHO_C" >&6
      cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char ncopen ();
int
main ()
{
ncopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

        echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
        ac_hdf4_netcdf_lib='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


        echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
        ac_hdf4_netcdf_lib='no'

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext

fi

    LDFLAGS=$ac_hdf4_netcdf_save_LDFLAGS
    LIBS=$ac_hdf4_netcdf_save_LIBS

    ac_hdf4_netcdf_save_CPPFLAGS=$CPPFLAGS
    CPPFLAGS="$CPPFLAGS $HDF4_CFLAGS"

for ac_header in hdf4_netcdf.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
 ac_hdf4_netcdf_h='yes'
fi

done


  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=

  ac_nc_save_CPPFLAGS=$CPPFLAGS
  :
  :
  echo "$as_me:$LINENO: checking for netcdf.h with compiler" >&5
echo $ECHO_N "checking for netcdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_compile='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_compile='no'

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
    echo "$as_me:$LINENO: checking for netcdf.h with preprocessor" >&5
echo $ECHO_N "checking for netcdf.h with preprocessor... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_preproc='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_preproc='no'

fi
rm -f conftest.err conftest.$ac_ext
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  if test $ac_netcdf_h_compile = 'yes'; then
  ac_netcdf_h='yes'
    if test "z$ac_nc_header_interface" = 'z3'; then

  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  echo "$as_me:$LINENO: checking for netcdf 3 interface" >&5
echo $ECHO_N "checking for netcdf 3 interface... $ECHO_C" >&6
  :
  if test "z$ac_check_netcdf_3_include" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"
fi

  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      if test "z$ac_check_netcdf_3_include" != "z"; then
  NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"
fi

      ac_check_netcdf_3_header='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_check_netcdf_3_header='no'
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  if test "$ac_check_netcdf_3_header" = 'yes'; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h='yes'

else

      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h='no'

fi




fi


fi


  if test "$ac_netcdf_h" = 'yes'; then

      ac_hdf4_netcdf_h='yes'

else
  :
fi


    CPPFLAGS=$ac_hdf4_netcdf_save_CPPFLAGS

else
  :
fi









  if test $ac_hdf4_netcdf_h = 'yes' -a $ac_hdf4_sd_netcdf_lib = 'yes'; then


cat >>confdefs.h <<\_ACEOF
#define HDF_HAVE_NETCDF
_ACEOF

     cat >>confdefs.h <<\_ACEOF
#define HDF_NETCDF_NAME(name) sd_ ## name
_ACEOF

     use_hdf=yes

else

    cat >>confdefs.h <<\_ACEOF
#define HDF_NETCDF_NAME(name) name
_ACEOF

    if test $ac_hdf4_netcdf_h = 'yes' -a $ac_hdf4_netcdf_lib = 'yes'; then
  use_hdf=yes
else
  :
fi


fi


      if test "$use_hdf" = 'yes'; then
        LDFLAGS="$LDFLAGS $HDF4_LDFLAGS"
        hdf_libs="$HDF4_LIBS $UDUNITS_LIBS"
      fi

  else
      :
  fi


  fi

  if test $use_hdf != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define USEHDF 0
_ACEOF

    echo "- hdf4 disabled"
  else



cat >>confdefs.h <<\_ACEOF
#define USEHDF 1
_ACEOF

    echo "+ hdf4 enabled"
  fi

  # look for libraries to support hdf5
  # check if supplibs directory exists
  echo
  if test "Z$ga_supplib_dir" != "Z" ; then
    echo "Checking in supplibs for libraries to support hdf5 ..."
    # look for zlib
    if test "$have_zlib" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in zlib ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in zlib.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
if test "${ac_cv_lib_z_compress+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_z_compress=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_z_compress=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_z_compress" >&5
echo "${ECHO_T}$ac_cv_lib_z_compress" >&6
if test $ac_cv_lib_z_compress = yes; then
   have_zlib=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    # look for jpeg
    if test "$have_jpeg" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""
  :
  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -ljpeg" >&5
echo $ECHO_N "checking for main in -ljpeg... $ECHO_C" >&6
if test "${ac_cv_lib_jpeg_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ljpeg  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_jpeg_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_jpeg_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_jpeg_main" >&5
echo "${ECHO_T}$ac_cv_lib_jpeg_main" >&6
if test $ac_cv_lib_jpeg_main = yes; then
   have_jpeg=yes

fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    if test "$have_zlib" = "yes" -a "$have_jpeg" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in hdf5 ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      echo "$as_me:$LINENO: checking for main in -lsz" >&5
echo $ECHO_N "checking for main in -lsz... $ECHO_C" >&6
if test "${ac_cv_lib_sz_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lsz  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_sz_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_sz_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_sz_main" >&5
echo "${ECHO_T}$ac_cv_lib_sz_main" >&6
if test $ac_cv_lib_sz_main = yes; then
   if test "${ac_cv_header_hdf5_h+set}" = set; then
  echo "$as_me:$LINENO: checking for hdf5.h" >&5
echo $ECHO_N "checking for hdf5.h... $ECHO_C" >&6
if test "${ac_cv_header_hdf5_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_hdf5_h" >&5
echo "${ECHO_T}$ac_cv_header_hdf5_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking hdf5.h usability" >&5
echo $ECHO_N "checking hdf5.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking hdf5.h presence" >&5
echo $ECHO_N "checking hdf5.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: hdf5.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: hdf5.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: hdf5.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: hdf5.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: hdf5.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: hdf5.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: hdf5.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: hdf5.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: hdf5.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: hdf5.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: hdf5.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for hdf5.h" >&5
echo $ECHO_N "checking for hdf5.h... $ECHO_C" >&6
if test "${ac_cv_header_hdf5_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_hdf5_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_hdf5_h" >&5
echo "${ECHO_T}$ac_cv_header_hdf5_h" >&6

fi
if test $ac_cv_header_hdf5_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lhdf5" >&5
echo $ECHO_N "checking for main in -lhdf5... $ECHO_C" >&6
if test "${ac_cv_lib_hdf5_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lhdf5  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_hdf5_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_hdf5_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_hdf5_main" >&5
echo "${ECHO_T}$ac_cv_lib_hdf5_main" >&6
if test $ac_cv_lib_hdf5_main = yes; then
   use_hdf5=yes

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in hdf5 ; do
      hdf5_inc="$hdf5_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in hdf5 sz z ; do
      hdf5_libs="$hdf5_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi



fi


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
  fi
  # if we haven't got what we need, look outside supplibs for hdf5
  if test "$use_hdf5" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then
    echo
    echo "Checking in system locations for libraries to support hdf5 ..."


# Check whether --with-hdf5 or --without-hdf5 was given.
if test "${with_hdf5+set}" = set; then
  withval="$with_hdf5"
  HDF5_PATH=$withval
else
  HDF5_PATH=""
fi;


# Check whether --with-hdf5_include or --without-hdf5_include was given.
if test "${with_hdf5_include+set}" = set; then
  withval="$with_hdf5_include"
  HDF5_PATH_INC=$withval
else
  HDF5_PATH_INC=""
fi;


# Check whether --with-hdf5_libdir or --without-hdf5_libdir was given.
if test "${with_hdf5_libdir+set}" = set; then
  withval="$with_hdf5_libdir"
  HDF5_PATH_LIBDIR=$withval
else
  HDF5_PATH_LIBDIR=""
fi;

  if test "z$HDF5_PATH" != "z"; then

    if test "z$HDF5_PATH_LIBDIR" = "z"; then
  HDF5_PATH_LIBDIR="$HDF5_PATH/lib"
fi

    if test "z$HDF5_PATH_INC" = "z"; then
  HDF5_PATH_INC="$HDF5_PATH/include"
fi


fi



  ac_hdf5_lib_ok='no'
  ac_hdf5_save_LDFLAGS=$LDFLAGS
  HDF5_LIBS=
  if test "z$HDF5_PATH_LIBDIR" != "z"; then

      HDF5_LDFLAGS="-L$HDF5_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $HDF5_LDFLAGS"

  HDF5_LIBS=
  ac_hdf5_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_sz_main='no'
  ac_check_lib_nocache_sz_main_LIBS=$LIBS
  LIBS="-lsz  $LIBS"
  echo "$as_me:$LINENO: checking for main in -lsz" >&5
echo $ECHO_N "checking for main in -lsz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_sz_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_sz_main_LIBS
  if test $ac_check_lib_nocache_ok_sz_main = 'yes'; then

      LIBS="$LIBS -lsz"
      HDF5_LIBS='-lsz'

else
  :
fi



  ac_hdf5_lib='no'

  ac_check_lib_nocache_ok_z_compress='no'
  ac_check_lib_nocache_z_compress_LIBS=$LIBS
  LIBS="-lz  $LIBS"
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_z_compress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_z_compress_LIBS
  if test $ac_check_lib_nocache_ok_z_compress = 'yes'; then

  ac_check_lib_nocache_ok_jpeg_main='no'
  ac_check_lib_nocache_jpeg_main_LIBS=$LIBS
  LIBS="-ljpeg  $LIBS"
  echo "$as_me:$LINENO: checking for main in -ljpeg" >&5
echo $ECHO_N "checking for main in -ljpeg... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_jpeg_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_jpeg_main_LIBS
  if test $ac_check_lib_nocache_ok_jpeg_main = 'yes'; then

  ac_check_lib_nocache_ok_hdf5_H5Fopen='no'
  ac_check_lib_nocache_hdf5_H5Fopen_LIBS=$LIBS
  LIBS="-lhdf5 -lhdf5 -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for H5Fopen in -lhdf5" >&5
echo $ECHO_N "checking for H5Fopen in -lhdf5... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char H5Fopen ();
int
main ()
{
H5Fopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_hdf5_H5Fopen='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_hdf5_H5Fopen_LIBS
  if test $ac_check_lib_nocache_ok_hdf5_H5Fopen = 'yes'; then
   ac_hdf5_lib="yes"
          HDF5_LIBS="-lhdf5 -ljpeg -lz $HDF5_LIBS"

else
  :
fi



else
  :
fi



else
  :
fi


  LIBS=$ac_hdf5_save_LIBS

  if test "$ac_hdf5_lib" = 'yes'; then
  ac_hdf5_lib_ok='yes'
else
  :
fi



else

      for ac_hdf5_libdir in "" /usr/local/hdf5/lib64/ /opt/hdf5/lib64 /usr/hdf5/lib64 \
       /usr/local/lib64/hdf5 /opt/lib64/hdf5 /usr/lib64/hdf5 /usr/lib64 \
       /usr/local/hdf5/lib/ /opt/hdf5/lib /usr/hdf5/lib \
       /usr/local/lib/hdf5 /opt/lib/hdf5 /usr/lib/hdf5 /usr/lib ; do
        if test "z$ac_hdf5_libdir" = 'z'; then
  HDF5_LDFLAGS=
else

             { echo "$as_me:$LINENO: searching hdf5 libraries in $ac_hdf5_libdir" >&5
echo "$as_me: searching hdf5 libraries in $ac_hdf5_libdir" >&6;}
             HDF5_LDFLAGS="-L$ac_hdf5_libdir"

fi

        LDFLAGS="$LDFLAGS $HDF5_LDFLAGS"

  HDF5_LIBS=
  ac_hdf5_save_LIBS=$LIBS

  ac_check_lib_nocache_ok_sz_main='no'
  ac_check_lib_nocache_sz_main_LIBS=$LIBS
  LIBS="-lsz  $LIBS"
  echo "$as_me:$LINENO: checking for main in -lsz" >&5
echo $ECHO_N "checking for main in -lsz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_sz_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_sz_main_LIBS
  if test $ac_check_lib_nocache_ok_sz_main = 'yes'; then

      LIBS="$LIBS -lsz"
      HDF5_LIBS='-lsz'

else
  :
fi



  ac_hdf5_lib='no'

  ac_check_lib_nocache_ok_z_compress='no'
  ac_check_lib_nocache_z_compress_LIBS=$LIBS
  LIBS="-lz  $LIBS"
  echo "$as_me:$LINENO: checking for compress in -lz" >&5
echo $ECHO_N "checking for compress in -lz... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char compress ();
int
main ()
{
compress ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_z_compress='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_z_compress_LIBS
  if test $ac_check_lib_nocache_ok_z_compress = 'yes'; then

  ac_check_lib_nocache_ok_jpeg_main='no'
  ac_check_lib_nocache_jpeg_main_LIBS=$LIBS
  LIBS="-ljpeg  $LIBS"
  echo "$as_me:$LINENO: checking for main in -ljpeg" >&5
echo $ECHO_N "checking for main in -ljpeg... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_jpeg_main='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_jpeg_main_LIBS
  if test $ac_check_lib_nocache_ok_jpeg_main = 'yes'; then

  ac_check_lib_nocache_ok_hdf5_H5Fopen='no'
  ac_check_lib_nocache_hdf5_H5Fopen_LIBS=$LIBS
  LIBS="-lhdf5 -lhdf5 -ljpeg -lz $LIBS"
  echo "$as_me:$LINENO: checking for H5Fopen in -lhdf5" >&5
echo $ECHO_N "checking for H5Fopen in -lhdf5... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char H5Fopen ();
int
main ()
{
H5Fopen ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

    ac_check_lib_nocache_ok_hdf5_H5Fopen='yes'
    echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


    echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
  LIBS=$ac_check_lib_nocache_hdf5_H5Fopen_LIBS
  if test $ac_check_lib_nocache_ok_hdf5_H5Fopen = 'yes'; then
   ac_hdf5_lib="yes"
          HDF5_LIBS="-lhdf5 -ljpeg -lz $HDF5_LIBS"

else
  :
fi



else
  :
fi



else
  :
fi


  LIBS=$ac_hdf5_save_LIBS

  if test "$ac_hdf5_lib" = 'yes'; then
  ac_hdf5_lib_ok='yes'
else
  :
fi


        if test $ac_hdf5_lib_ok = 'yes'; then
  break
fi

        LDFLAGS=$ac_hdf5_save_LDFLAGS
      done

fi

  LDFLAGS=$ac_hdf5_save_LDFLAGS

  ac_hdf5_h='no'
  HDF5_CFLAGS=
  ac_hdf5_save_CPPFLAGS=$CPPFLAGS
  if test "z$HDF5_PATH_INC" != "z"; then

       HDF5_CFLAGS="-I$HDF5_PATH_INC"
       CPPFLAGS="$CPPFLAGS $HDF5_CFLAGS"

  ac_check_header_nocache_compile_hdf5_h='no'
  echo "$as_me:$LINENO: checking for hdf5.h with compiler" >&5
echo $ECHO_N "checking for hdf5.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_hdf5_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_hdf5_h" = 'yes'; then
  ac_hdf5_h='yes'
else
  :
fi



else

      for ac_hdf5_incdir in "" /usr/include /usr/local/hdf5/include \
       /opt/hdf5/include /usr/hdf5/include /usr/local/include/hdf5 \
       /opt/include/hdf5 /usr/include/hdf5 ; do
        if test "z$ac_hdf5_incdir" = 'z'; then
  HDF5_CFLAGS=
else

             { echo "$as_me:$LINENO: searching hdf5 includes in $ac_hdf5_incdir" >&5
echo "$as_me: searching hdf5 includes in $ac_hdf5_incdir" >&6;}
             HDF5_CFLAGS="-I$ac_hdf5_incdir"

fi

        CPPFLAGS="$CPPFLAGS $HDF5_CFLAGS"

  ac_check_header_nocache_compile_hdf5_h='no'
  echo "$as_me:$LINENO: checking for hdf5.h with compiler" >&5
echo $ECHO_N "checking for hdf5.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_check_header_nocache_compile_hdf5_h='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  if test "$ac_check_header_nocache_compile_hdf5_h" = 'yes'; then
  ac_hdf5_h='yes'
else
  :
fi


        if test $ac_hdf5_h = 'yes'; then
  break
fi

        CPPFLAGS=$ac_hdf5_save_CPPFLAGS
      done

fi

  CPPFLAGS=$ac_hdf5_save_CPPFLAGS

  if test "$ac_hdf5_h" = 'yes' -a "$ac_hdf5_lib_ok" = 'yes'; then

      LDFLAGS="$LDFLAGS $HDF5_LDFLAGS"
      hdf5_libs="$HDF5_LIBS"
      hdf5_inc=$HDF5_CFLAGS
      use_hdf5='yes'

else
  :
fi






  fi

  if test $use_hdf5 != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define USEHDF5 0
_ACEOF

    echo "- hdf5 disabled"
  else



cat >>confdefs.h <<\_ACEOF
#define USEHDF5 1
_ACEOF

    echo "+ hdf5 enabled"

    # now that we have hdf5, look for libraries to support netcdf-4
    # check if supplibs directory exists
    echo
    if test "Z$ga_supplib_dir" != "Z" ; then
      echo "Checking in supplibs for libraries to support netcdf-4 ..."
      if test "$have_udunits" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in udunits ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in udunits.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
   have_udunits=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

      fi
      if test "$have_udunits" = "yes" ; then
        # look for netcdf4

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in netcdf ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

        if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo "$as_me:$LINENO: checking for netcdf.h" >&5
echo $ECHO_N "checking for netcdf.h... $ECHO_C" >&6
if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_netcdf_h" >&5
echo "${ECHO_T}$ac_cv_header_netcdf_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking netcdf.h usability" >&5
echo $ECHO_N "checking netcdf.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking netcdf.h presence" >&5
echo $ECHO_N "checking netcdf.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: netcdf.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: netcdf.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: netcdf.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: netcdf.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: netcdf.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: netcdf.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: netcdf.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: netcdf.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: netcdf.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: netcdf.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for netcdf.h" >&5
echo $ECHO_N "checking for netcdf.h... $ECHO_C" >&6
if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_netcdf_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_netcdf_h" >&5
echo "${ECHO_T}$ac_cv_header_netcdf_h" >&6

fi
if test $ac_cv_header_netcdf_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lnetcdf" >&5
echo $ECHO_N "checking for main in -lnetcdf... $ECHO_C" >&6
if test "${ac_cv_lib_netcdf_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lnetcdf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_netcdf_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_netcdf_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_netcdf_main" >&5
echo "${ECHO_T}$ac_cv_lib_netcdf_main" >&6
if test $ac_cv_lib_netcdf_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lhdf5_hl" >&5
echo $ECHO_N "checking for main in -lhdf5_hl... $ECHO_C" >&6
if test "${ac_cv_lib_hdf5_hl_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lhdf5_hl  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_hdf5_hl_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_hdf5_hl_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_hdf5_hl_main" >&5
echo "${ECHO_T}$ac_cv_lib_hdf5_hl_main" >&6
if test $ac_cv_lib_hdf5_hl_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lcurl" >&5
echo $ECHO_N "checking for main in -lcurl... $ECHO_C" >&6
if test "${ac_cv_lib_curl_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lcurl  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_curl_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_curl_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_curl_main" >&5
echo "${ECHO_T}$ac_cv_lib_curl_main" >&6
if test $ac_cv_lib_curl_main = yes; then
   use_nc4="yes"

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in udunits netcdf ; do
      nc_inc="$nc_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in udunits netcdf hdf5_hl hdf5 z sz curl ; do
      nc_libs="$nc_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi


fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

	# set these before calling the macros to look outside of supplibs


        NC_CONFIG=${ga_supplib_dir}/bin/nc-config
      fi
    fi
    #  if we haven't got what we need, look outside supplibs for netcdf-4
    if test "$use_nc4" != "yes" -a "$ga_dyn_supplibs" = "yes" ; then

  ga_use_udunits='no'
  if test "${ac_cv_header_udunits_h+set}" = set; then
  echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking udunits.h usability" >&5
echo $ECHO_N "checking udunits.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking udunits.h presence" >&5
echo $ECHO_N "checking udunits.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: udunits.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: udunits.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: udunits.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: udunits.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: udunits.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_udunits_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6

fi
if test $ac_cv_header_udunits_h = yes; then
    echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
    ga_use_udunits='yes'
        UDUNITS_LIBS='-ludunits'

fi


fi



  if test "z$ga_use_udunits" = "zyes" ; then


# Check whether --with-netcdf or --without-netcdf was given.
if test "${with_netcdf+set}" = set; then
  withval="$with_netcdf"
  NC_PATH=$withval
else
  NC_PATH=""
fi;


# Check whether --with-netcdf_include or --without-netcdf_include was given.
if test "${with_netcdf_include+set}" = set; then
  withval="$with_netcdf_include"
  NC_PATH_INC=$withval
else
  NC_PATH_INC=""
fi;


# Check whether --with-netcdf_libdir or --without-netcdf_libdir was given.
if test "${with_netcdf_libdir+set}" = set; then
  withval="$with_netcdf_libdir"
  NC_PATH_LIBDIR=$withval
else
  NC_PATH_LIBDIR=""
fi;

  if test "z$NC_PATH" != "z"; then

    if test "z$NC_PATH_LIBDIR" = "z"; then
  NC_PATH_LIBDIR="$NC_PATH/lib"
fi

    if test "z$NC_PATH_INC" = "z"; then
  NC_PATH_INC="$NC_PATH/include"
fi


fi


  ac_netcdf_ok='no'
  NC_LIBS=
  NC_LDFLAGS=
  ac_nc_save_LDFLAGS=$LDFLAGS
  ac_nc_save_LIBS=$LIBS
  ac_check_nc_func_checked='ncopen'
  ac_check_nc_interface=
  ac_check_nc_interface=2
  if test "z$ac_check_nc_interface" = 'z3'; then
  ac_check_nc_func_checked='nc_open'
fi

  if test "z$NC_PATH_LIBDIR" != "z"; then

      NC_LDFLAGS="-L$NC_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $NC_LDFLAGS"
      as_ac_Lib=`echo "ac_cv_lib_netcdf_$ac_check_nc_func_checked" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_check_nc_func_checked in -lnetcdf" >&5
echo $ECHO_N "checking for $ac_check_nc_func_checked in -lnetcdf... $ECHO_C" >&6
if eval "test \"\${$as_ac_Lib+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lnetcdf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_check_nc_func_checked ();
int
main ()
{
$ac_check_nc_func_checked ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_Lib=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_Lib=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Lib'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Lib'}'`" >&6
if test `eval echo '${'$as_ac_Lib'}'` = yes; then

          NC_LIBS='-lnetcdf'
          ac_netcdf_ok='yes'

fi


else

      for ac_netcdf_libdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/lib64 \
       /opt/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/local/lib64/netcdf-${ac_check_nc_interface} \
       /opt/lib64/netcdf-${ac_check_nc_interface} \
       /usr/lib64/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib64 /opt/netcdf/lib64 \
       /usr/netcdf/lib64 /usr/local/lib64/netcdf /opt/lib64/netcdf \
       /usr/lib64/netcdf \
       /usr/local/netcdf-${ac_check_nc_interface}/lib \
       /opt/netcdf-${ac_check_nc_interface}/lib \
       /usr/netcdf-${ac_check_nc_interface}/lib \
       /usr/local/lib/netcdf-${ac_check_nc_interface} \
       /opt/lib/netcdf-${ac_check_nc_interface} \
       /usr/lib/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib /opt/netcdf/lib \
       /usr/netcdf/lib /usr/local/lib/netcdf /opt/lib/netcdf \
       /usr/lib/netcdf ; do
        if test "z$ac_netcdf_libdir" = 'z'; then
  NC_LDFLAGS=
else

            echo "$as_me:$LINENO: checking for netcdf libraries in $ac_netcdf_libdir" >&5
echo $ECHO_N "checking for netcdf libraries in $ac_netcdf_libdir... $ECHO_C" >&6
            NC_LDFLAGS="-L$ac_netcdf_libdir"

fi

        LDFLAGS="$LDFLAGS $NC_LDFLAGS"
        LIBS="$LIBS -lnetcdf"
        cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_check_nc_func_checked ();
int
main ()
{
$ac_check_nc_func_checked ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

            NC_LIBS='-lnetcdf'
            ac_netcdf_ok='yes'
            if test "z$ac_netcdf_libdir" != 'z'; then
  echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
fi


else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


            if test "z$ac_netcdf_libdir" != 'z'; then
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi


fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
        if test $ac_netcdf_ok = 'yes'; then
  break
fi

        LDFLAGS=$ac_nc_save_LDFLAGS
        LIBS=$ac_nc_save_LIBS
      done

fi

  LDFLAGS=$ac_nc_save_LDFLAGS
  LIBS=$ac_nc_save_LIBS



  ac_netcdf_header='no'

  NC_CFLAGS=
  if test "z$NC_PATH_INC" != "z"; then


  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=

  ac_nc_save_CPPFLAGS=$CPPFLAGS

    ac_nc_include_dir="$NC_PATH_INC"
    if test "z$ac_nc_include_dir" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"
fi


  ac_nc_header_interface=$ac_check_nc_interface
  echo "$as_me:$LINENO: checking for netcdf.h with compiler" >&5
echo $ECHO_N "checking for netcdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_compile='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_compile='no'

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
    echo "$as_me:$LINENO: checking for netcdf.h with preprocessor" >&5
echo $ECHO_N "checking for netcdf.h with preprocessor... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_preproc='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_preproc='no'

fi
rm -f conftest.err conftest.$ac_ext
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  if test $ac_netcdf_h_compile = 'yes'; then
  ac_netcdf_h='yes'
    if test "z$ac_nc_header_interface" = 'z3'; then

  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  echo "$as_me:$LINENO: checking for netcdf 3 interface" >&5
echo $ECHO_N "checking for netcdf 3 interface... $ECHO_C" >&6

    ac_check_netcdf_3_include="$NC_PATH_INC"

  if test "z$ac_check_netcdf_3_include" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"
fi

  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      if test "z$ac_check_netcdf_3_include" != "z"; then
  NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"
fi

      ac_check_netcdf_3_header='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_check_netcdf_3_header='no'
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  if test "$ac_check_netcdf_3_header" = 'yes'; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h='yes'

else

      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h='no'

fi




fi


fi


  if test "$ac_netcdf_h" = 'yes'; then

      ac_netcdf_header='yes'

else
  ac_netcdf_header='no'
fi



else

      for ac_netcdf_incdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/include \
       /opt/netcdf-${ac_check_nc_interface}/include \
       /usr/netcdf-${ac_check_nc_interface}/include \
       /usr/local/include/netcdf-${ac_check_nc_interface} \
       /opt/include/netcdf-${ac_check_nc_interface} \
       /usr/include/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/include \
       /opt/netcdf/include /usr/netcdf/include /usr/local/include/netcdf \
       /opt/include/netcdf /usr/include/netcdf ; do
        { echo "$as_me:$LINENO: searching netcdf includes in $ac_netcdf_incdir" >&5
echo "$as_me: searching netcdf includes in $ac_netcdf_incdir" >&6;}

  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=

  ac_nc_save_CPPFLAGS=$CPPFLAGS

    ac_nc_include_dir="$ac_netcdf_incdir"
    if test "z$ac_nc_include_dir" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"
fi


  ac_nc_header_interface=$ac_check_nc_interface
  echo "$as_me:$LINENO: checking for netcdf.h with compiler" >&5
echo $ECHO_N "checking for netcdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_compile='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_compile='no'

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
    echo "$as_me:$LINENO: checking for netcdf.h with preprocessor" >&5
echo $ECHO_N "checking for netcdf.h with preprocessor... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_preproc='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_preproc='no'

fi
rm -f conftest.err conftest.$ac_ext
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  if test $ac_netcdf_h_compile = 'yes'; then
  ac_netcdf_h='yes'
    if test "z$ac_nc_header_interface" = 'z3'; then

  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  echo "$as_me:$LINENO: checking for netcdf 3 interface" >&5
echo $ECHO_N "checking for netcdf 3 interface... $ECHO_C" >&6

    ac_check_netcdf_3_include="$ac_netcdf_incdir"

  if test "z$ac_check_netcdf_3_include" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"
fi

  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      if test "z$ac_check_netcdf_3_include" != "z"; then
  NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"
fi

      ac_check_netcdf_3_header='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_check_netcdf_3_header='no'
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  if test "$ac_check_netcdf_3_header" = 'yes'; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h='yes'

else

      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h='no'

fi




fi


fi


  if test "$ac_netcdf_h" = 'yes'; then

      ac_netcdf_header='yes'

else
  ac_netcdf_header='no'
fi


        if test $ac_netcdf_header = 'yes'; then

           if test "z$ac_netcdf_incdir" != "z"; then
  NC_CFLAGS="-I$ac_nc_include_dir"
fi

           break

fi

      done

fi



  if test "$ac_netcdf_ok" = 'no' -o "$ac_netcdf_header" = 'no'; then
  :
else
   use_nc4=yes
            LDFLAGS="$LDFLAGS $NC_LDFLAGS"
            nc_libs="$NC_LIBS $UDUNITS_LIBS"
            nc_inc="$NC_CFLAGS $UDUNITS_CFLAGS"

fi



  else
      :
  fi


       NC_CONFIG="`pkg-config --variable=prefix netcdf`/bin/nc-config"
    fi
    if test $use_nc4 != "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define USENETCDF 0
_ACEOF


cat >>confdefs.h <<\_ACEOF
#define HAVENETCDF4 0
_ACEOF

      echo "- netcdf-4 disabled"
    else

cat >>confdefs.h <<\_ACEOF
#define USENETCDF 1
_ACEOF


cat >>confdefs.h <<\_ACEOF
#define HAVENETCDF4 1
_ACEOF

      echo "+ netcdf-4 enabled"
      # find out if it is dap-enabled
      use_dap=`$NC_CONFIG --has-dap`
      if test $use_dap = "yes" ; then

cat >>confdefs.h <<\_ACEOF
#define USEDAP 1
_ACEOF

      fi
    fi
  fi

  # look for libraries to support netcdf
  # check if we've already enabled netcdf-4
  echo
  if test $use_nc4 != "yes" ; then
    # check if supplibs directory exists
    if test "Z$ga_supplib_dir" != "Z" ; then
      if test $use_nc != "yes" ; then
        echo "Checking in supplibs for libraries to support netcdf-3 ..."
        if test "$have_udunits" = "no" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in udunits ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "


for ac_header in udunits.h
do
as_ac_Header=`echo "ac_cv_header_$ac_header" | $as_tr_sh`
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking $ac_header usability" >&5
echo $ECHO_N "checking $ac_header usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include <$ac_header>
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking $ac_header presence" >&5
echo $ECHO_N "checking $ac_header presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include <$ac_header>
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled" >&5
echo "$as_me: WARNING: $ac_header: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: $ac_header:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation" >&5
echo "$as_me: WARNING: $ac_header: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: $ac_header:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: $ac_header: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: $ac_header: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for $ac_header" >&5
echo $ECHO_N "checking for $ac_header... $ECHO_C" >&6
if eval "test \"\${$as_ac_Header+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  eval "$as_ac_Header=\$ac_header_preproc"
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Header'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Header'}'`" >&6

fi
if test `eval echo '${'$as_ac_Header'}'` = yes; then
  cat >>confdefs.h <<_ACEOF
#define `echo "HAVE_$ac_header" | $as_tr_cpp` 1
_ACEOF
  echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
   have_udunits=yes

fi


fi

done


  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

        fi
        if test "$have_udunits" = "yes" ; then

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in netcdf ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

          if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo "$as_me:$LINENO: checking for netcdf.h" >&5
echo $ECHO_N "checking for netcdf.h... $ECHO_C" >&6
if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_netcdf_h" >&5
echo "${ECHO_T}$ac_cv_header_netcdf_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking netcdf.h usability" >&5
echo $ECHO_N "checking netcdf.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking netcdf.h presence" >&5
echo $ECHO_N "checking netcdf.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: netcdf.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: netcdf.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: netcdf.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: netcdf.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: netcdf.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: netcdf.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: netcdf.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: netcdf.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: netcdf.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: netcdf.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: netcdf.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for netcdf.h" >&5
echo $ECHO_N "checking for netcdf.h... $ECHO_C" >&6
if test "${ac_cv_header_netcdf_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_netcdf_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_netcdf_h" >&5
echo "${ECHO_T}$ac_cv_header_netcdf_h" >&6

fi
if test $ac_cv_header_netcdf_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lnetcdf" >&5
echo $ECHO_N "checking for main in -lnetcdf... $ECHO_C" >&6
if test "${ac_cv_lib_netcdf_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lnetcdf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_netcdf_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_netcdf_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_netcdf_main" >&5
echo "${ECHO_T}$ac_cv_lib_netcdf_main" >&6
if test $ac_cv_lib_netcdf_main = yes; then
   use_nc="yes"

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in udunits netcdf ; do
      nc_inc="$nc_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in netcdf udunits ; do
      nc_libs="$nc_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

        fi
      fi
      # if we haven't got what we need, look outside supplibs
      if test $use_nc != "yes"  -a "$ga_dyn_supplibs" = "yes" ; then
        echo
        echo "Checking in system locations for libraries to support netcdf-3 ..."
        # check for netcdf 3

  ga_use_udunits='no'
  if test "${ac_cv_header_udunits_h+set}" = set; then
  echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking udunits.h usability" >&5
echo $ECHO_N "checking udunits.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking udunits.h presence" >&5
echo $ECHO_N "checking udunits.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: udunits.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: udunits.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: udunits.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: udunits.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: udunits.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: udunits.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: udunits.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: udunits.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: udunits.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for udunits.h" >&5
echo $ECHO_N "checking for udunits.h... $ECHO_C" >&6
if test "${ac_cv_header_udunits_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_udunits_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_udunits_h" >&5
echo "${ECHO_T}$ac_cv_header_udunits_h" >&6

fi
if test $ac_cv_header_udunits_h = yes; then
    echo "$as_me:$LINENO: checking for utInit in -ludunits" >&5
echo $ECHO_N "checking for utInit in -ludunits... $ECHO_C" >&6
if test "${ac_cv_lib_udunits_utInit+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ludunits  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char utInit ();
int
main ()
{
utInit ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_udunits_utInit=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_udunits_utInit=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_udunits_utInit" >&5
echo "${ECHO_T}$ac_cv_lib_udunits_utInit" >&6
if test $ac_cv_lib_udunits_utInit = yes; then
    ga_use_udunits='yes'
        UDUNITS_LIBS='-ludunits'

fi


fi



  if test "z$ga_use_udunits" = "zyes" ; then


# Check whether --with-netcdf or --without-netcdf was given.
if test "${with_netcdf+set}" = set; then
  withval="$with_netcdf"
  NC_PATH=$withval
else
  NC_PATH=""
fi;


# Check whether --with-netcdf_include or --without-netcdf_include was given.
if test "${with_netcdf_include+set}" = set; then
  withval="$with_netcdf_include"
  NC_PATH_INC=$withval
else
  NC_PATH_INC=""
fi;


# Check whether --with-netcdf_libdir or --without-netcdf_libdir was given.
if test "${with_netcdf_libdir+set}" = set; then
  withval="$with_netcdf_libdir"
  NC_PATH_LIBDIR=$withval
else
  NC_PATH_LIBDIR=""
fi;

  if test "z$NC_PATH" != "z"; then

    if test "z$NC_PATH_LIBDIR" = "z"; then
  NC_PATH_LIBDIR="$NC_PATH/lib"
fi

    if test "z$NC_PATH_INC" = "z"; then
  NC_PATH_INC="$NC_PATH/include"
fi


fi


  ac_netcdf_ok='no'
  NC_LIBS=
  NC_LDFLAGS=
  ac_nc_save_LDFLAGS=$LDFLAGS
  ac_nc_save_LIBS=$LIBS
  ac_check_nc_func_checked='ncopen'
  ac_check_nc_interface=
  ac_check_nc_interface=3
  if test "z$ac_check_nc_interface" = 'z3'; then
  ac_check_nc_func_checked='nc_open'
fi

  if test "z$NC_PATH_LIBDIR" != "z"; then

      NC_LDFLAGS="-L$NC_PATH_LIBDIR"
      LDFLAGS="$LDFLAGS $NC_LDFLAGS"
      as_ac_Lib=`echo "ac_cv_lib_netcdf_$ac_check_nc_func_checked" | $as_tr_sh`
echo "$as_me:$LINENO: checking for $ac_check_nc_func_checked in -lnetcdf" >&5
echo $ECHO_N "checking for $ac_check_nc_func_checked in -lnetcdf... $ECHO_C" >&6
if eval "test \"\${$as_ac_Lib+set}\" = set"; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lnetcdf  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_check_nc_func_checked ();
int
main ()
{
$ac_check_nc_func_checked ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  eval "$as_ac_Lib=yes"
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

eval "$as_ac_Lib=no"
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: `eval echo '${'$as_ac_Lib'}'`" >&5
echo "${ECHO_T}`eval echo '${'$as_ac_Lib'}'`" >&6
if test `eval echo '${'$as_ac_Lib'}'` = yes; then

          NC_LIBS='-lnetcdf'
          ac_netcdf_ok='yes'

fi


else

      for ac_netcdf_libdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/lib64 \
       /opt/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/netcdf-${ac_check_nc_interface}/lib64 \
       /usr/local/lib64/netcdf-${ac_check_nc_interface} \
       /opt/lib64/netcdf-${ac_check_nc_interface} \
       /usr/lib64/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib64 /opt/netcdf/lib64 \
       /usr/netcdf/lib64 /usr/local/lib64/netcdf /opt/lib64/netcdf \
       /usr/lib64/netcdf \
       /usr/local/netcdf-${ac_check_nc_interface}/lib \
       /opt/netcdf-${ac_check_nc_interface}/lib \
       /usr/netcdf-${ac_check_nc_interface}/lib \
       /usr/local/lib/netcdf-${ac_check_nc_interface} \
       /opt/lib/netcdf-${ac_check_nc_interface} \
       /usr/lib/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/lib /opt/netcdf/lib \
       /usr/netcdf/lib /usr/local/lib/netcdf /opt/lib/netcdf \
       /usr/lib/netcdf ; do
        if test "z$ac_netcdf_libdir" = 'z'; then
  NC_LDFLAGS=
else

            echo "$as_me:$LINENO: checking for netcdf libraries in $ac_netcdf_libdir" >&5
echo $ECHO_N "checking for netcdf libraries in $ac_netcdf_libdir... $ECHO_C" >&6
            NC_LDFLAGS="-L$ac_netcdf_libdir"

fi

        LDFLAGS="$LDFLAGS $NC_LDFLAGS"
        LIBS="$LIBS -lnetcdf"
        cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */

/* Override any gcc2 internal prototype to avoid an error.  */
#ifdef __cplusplus
extern "C"
#endif
/* We use char because int might match the return type of a gcc2
   builtin and then its argument prototype would still apply.  */
char $ac_check_nc_func_checked ();
int
main ()
{
$ac_check_nc_func_checked ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

            NC_LIBS='-lnetcdf'
            ac_netcdf_ok='yes'
            if test "z$ac_netcdf_libdir" != 'z'; then
  echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
fi


else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


            if test "z$ac_netcdf_libdir" != 'z'; then
  echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
fi


fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
        if test $ac_netcdf_ok = 'yes'; then
  break
fi

        LDFLAGS=$ac_nc_save_LDFLAGS
        LIBS=$ac_nc_save_LIBS
      done

fi

  LDFLAGS=$ac_nc_save_LDFLAGS
  LIBS=$ac_nc_save_LIBS



  ac_netcdf_header='no'

  NC_CFLAGS=
  if test "z$NC_PATH_INC" != "z"; then


  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=

  ac_nc_save_CPPFLAGS=$CPPFLAGS

    ac_nc_include_dir="$NC_PATH_INC"
    if test "z$ac_nc_include_dir" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"
fi


  ac_nc_header_interface=$ac_check_nc_interface
  echo "$as_me:$LINENO: checking for netcdf.h with compiler" >&5
echo $ECHO_N "checking for netcdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_compile='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_compile='no'

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
    echo "$as_me:$LINENO: checking for netcdf.h with preprocessor" >&5
echo $ECHO_N "checking for netcdf.h with preprocessor... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_preproc='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_preproc='no'

fi
rm -f conftest.err conftest.$ac_ext
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  if test $ac_netcdf_h_compile = 'yes'; then
  ac_netcdf_h='yes'
    if test "z$ac_nc_header_interface" = 'z3'; then

  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  echo "$as_me:$LINENO: checking for netcdf 3 interface" >&5
echo $ECHO_N "checking for netcdf 3 interface... $ECHO_C" >&6

    ac_check_netcdf_3_include="$NC_PATH_INC"

  if test "z$ac_check_netcdf_3_include" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"
fi

  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      if test "z$ac_check_netcdf_3_include" != "z"; then
  NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"
fi

      ac_check_netcdf_3_header='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_check_netcdf_3_header='no'
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  if test "$ac_check_netcdf_3_header" = 'yes'; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h='yes'

else

      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h='no'

fi




fi


fi


  if test "$ac_netcdf_h" = 'yes'; then

      ac_netcdf_header='yes'

else
  ac_netcdf_header='no'
fi



else

      for ac_netcdf_incdir in "" \
       /usr/local/netcdf-${ac_check_nc_interface}/include \
       /opt/netcdf-${ac_check_nc_interface}/include \
       /usr/netcdf-${ac_check_nc_interface}/include \
       /usr/local/include/netcdf-${ac_check_nc_interface} \
       /opt/include/netcdf-${ac_check_nc_interface} \
       /usr/include/netcdf-${ac_check_nc_interface} \
       /usr/local/netcdf/include \
       /opt/netcdf/include /usr/netcdf/include /usr/local/include/netcdf \
       /opt/include/netcdf /usr/include/netcdf ; do
        { echo "$as_me:$LINENO: searching netcdf includes in $ac_netcdf_incdir" >&5
echo "$as_me: searching netcdf includes in $ac_netcdf_incdir" >&6;}

  ac_netcdf_h='no'
  ac_netcdf_h_compile='no'
  ac_netcdf_h_preproc='no'
  ac_nc_include_dir=
  ac_nc_header_interface=

  ac_nc_save_CPPFLAGS=$CPPFLAGS

    ac_nc_include_dir="$ac_netcdf_incdir"
    if test "z$ac_nc_include_dir" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_nc_include_dir"
fi


  ac_nc_header_interface=$ac_check_nc_interface
  echo "$as_me:$LINENO: checking for netcdf.h with compiler" >&5
echo $ECHO_N "checking for netcdf.h with compiler... $ECHO_C" >&6
  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_compile='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_compile='no'

fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
    echo "$as_me:$LINENO: checking for netcdf.h with preprocessor" >&5
echo $ECHO_N "checking for netcdf.h with preprocessor... $ECHO_C" >&6
    cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h_preproc='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5


      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h_preproc='no'

fi
rm -f conftest.err conftest.$ac_ext
  CPPFLAGS="$ac_nc_save_CPPFLAGS"
  if test $ac_netcdf_h_compile = 'yes'; then
  ac_netcdf_h='yes'
    if test "z$ac_nc_header_interface" = 'z3'; then

  NC_NETCDF_3_CPPFLAG=
  ac_check_netcdf_3_include=
  ac_check_netcdf_3_header='no'
  ac_nc_save_CPPFLAGS=$CPPFLAGS
  echo "$as_me:$LINENO: checking for netcdf 3 interface" >&5
echo $ECHO_N "checking for netcdf 3 interface... $ECHO_C" >&6

    ac_check_netcdf_3_include="$ac_netcdf_incdir"

  if test "z$ac_check_netcdf_3_include" != "z"; then
  CPPFLAGS="$CPPFLAGS -I$ac_check_netcdf_3_include"
fi

  cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
int
main ()
{
int status;
int ncid;
char vernum;
status = nc_open("foo.nc", 0, &ncid);
vernum = *nc_inq_libvers();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then

      if test "z$ac_check_netcdf_3_include" != "z"; then
  NC_NETCDF_3_CPPFLAG="-I$ac_check_netcdf_3_include"
fi

      ac_check_netcdf_3_header='yes'

else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_check_netcdf_3_header='no'
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
  CPPFLAGS=$ac_nc_save_CPPFLAGS
  if test "$ac_check_netcdf_3_header" = 'yes'; then

      echo "$as_me:$LINENO: result: yes" >&5
echo "${ECHO_T}yes" >&6
      ac_netcdf_h='yes'

else

      echo "$as_me:$LINENO: result: no" >&5
echo "${ECHO_T}no" >&6
      ac_netcdf_h='no'

fi




fi


fi


  if test "$ac_netcdf_h" = 'yes'; then

      ac_netcdf_header='yes'

else
  ac_netcdf_header='no'
fi


        if test $ac_netcdf_header = 'yes'; then

           if test "z$ac_netcdf_incdir" != "z"; then
  NC_CFLAGS="-I$ac_nc_include_dir"
fi

           break

fi

      done

fi



  if test "$ac_netcdf_ok" = 'no' -o "$ac_netcdf_header" = 'no'; then
  :
else
   use_nc=yes
            LDFLAGS="$LDFLAGS $NC_LDFLAGS"
            nc_libs="$NC_LIBS $UDUNITS_LIBS"

fi



  else
      :
  fi


      fi
    fi
    if test $use_nc = "yes" ; then



cat >>confdefs.h <<\_ACEOF
#define USENETCDF 1
_ACEOF

      echo "+ netcdf enabled"
    else

cat >>confdefs.h <<\_ACEOF
#define USENETCDF 0
_ACEOF

      echo "- netcdf disabled"
    fi
  fi

  # look for libraries to support OPeNDAP station data interface
  # check if supplibs directory exists
  echo
  if test "$with_gadap" = "no" ; then

cat >>confdefs.h <<\_ACEOF
#define USEGADAP 0
_ACEOF

    echo "- OPeNDAP for station data disabled"
  else
    if test "Z$ga_supplib_dir" != "Z" ; then
      echo "Checking in supplibs for libraries to support OPeNDAP station data access ..."

  # Use to make temporary changes to -I and -L paths
  # Just for use during tests, because configure and make may run
  # from different directories.
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""

    for ga_inc_name in gadap ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done

  CPPFLAGS="$CPPFLAGS "
  LDFLAGS="-L${ga_supplib_dir}/lib "
  LIBS="$LIBS "

      if test "${ac_cv_header_gadap_h+set}" = set; then
  echo "$as_me:$LINENO: checking for gadap.h" >&5
echo $ECHO_N "checking for gadap.h... $ECHO_C" >&6
if test "${ac_cv_header_gadap_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gadap_h" >&5
echo "${ECHO_T}$ac_cv_header_gadap_h" >&6
else
  # Is the header compilable?
echo "$as_me:$LINENO: checking gadap.h usability" >&5
echo $ECHO_N "checking gadap.h usability... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
$ac_includes_default
#include 
_ACEOF
rm -f conftest.$ac_objext
if { (eval echo "$as_me:$LINENO: \"$ac_compile\"") >&5
  (eval $ac_compile) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest.$ac_objext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_header_compiler=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_header_compiler=no
fi
rm -f conftest.err conftest.$ac_objext conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_compiler" >&5
echo "${ECHO_T}$ac_header_compiler" >&6

# Is the header present?
echo "$as_me:$LINENO: checking gadap.h presence" >&5
echo $ECHO_N "checking gadap.h presence... $ECHO_C" >&6
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */
#include 
_ACEOF
if { (eval echo "$as_me:$LINENO: \"$ac_cpp conftest.$ac_ext\"") >&5
  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } >/dev/null; then
  if test -s conftest.err; then
    ac_cpp_err=$ac_c_preproc_warn_flag
    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag
  else
    ac_cpp_err=
  fi
else
  ac_cpp_err=yes
fi
if test -z "$ac_cpp_err"; then
  ac_header_preproc=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

  ac_header_preproc=no
fi
rm -f conftest.err conftest.$ac_ext
echo "$as_me:$LINENO: result: $ac_header_preproc" >&5
echo "${ECHO_T}$ac_header_preproc" >&6

# So?  What about this header?
case $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in
  yes:no: )
    { echo "$as_me:$LINENO: WARNING: gadap.h: accepted by the compiler, rejected by the preprocessor!" >&5
echo "$as_me: WARNING: gadap.h: accepted by the compiler, rejected by the preprocessor!" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h: proceeding with the compiler's result" >&5
echo "$as_me: WARNING: gadap.h: proceeding with the compiler's result" >&2;}
    ac_header_preproc=yes
    ;;
  no:yes:* )
    { echo "$as_me:$LINENO: WARNING: gadap.h: present but cannot be compiled" >&5
echo "$as_me: WARNING: gadap.h: present but cannot be compiled" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h:     check for missing prerequisite headers?" >&5
echo "$as_me: WARNING: gadap.h:     check for missing prerequisite headers?" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h: see the Autoconf documentation" >&5
echo "$as_me: WARNING: gadap.h: see the Autoconf documentation" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h:     section \"Present But Cannot Be Compiled\"" >&5
echo "$as_me: WARNING: gadap.h:     section \"Present But Cannot Be Compiled\"" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h: proceeding with the preprocessor's result" >&5
echo "$as_me: WARNING: gadap.h: proceeding with the preprocessor's result" >&2;}
    { echo "$as_me:$LINENO: WARNING: gadap.h: in the future, the compiler will take precedence" >&5
echo "$as_me: WARNING: gadap.h: in the future, the compiler will take precedence" >&2;}
    (
      cat <<\_ASBOX
## --------------------------- ##
## Report this to jma@iges.org ##
## --------------------------- ##
_ASBOX
    ) |
      sed "s/^/$as_me: WARNING:     /" >&2
    ;;
esac
echo "$as_me:$LINENO: checking for gadap.h" >&5
echo $ECHO_N "checking for gadap.h... $ECHO_C" >&6
if test "${ac_cv_header_gadap_h+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_cv_header_gadap_h=$ac_header_preproc
fi
echo "$as_me:$LINENO: result: $ac_cv_header_gadap_h" >&5
echo "${ECHO_T}$ac_cv_header_gadap_h" >&6

fi
if test $ac_cv_header_gadap_h = yes; then
   echo "$as_me:$LINENO: checking for main in -lgadap" >&5
echo $ECHO_N "checking for main in -lgadap... $ECHO_C" >&6
if test "${ac_cv_lib_gadap_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lgadap  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_gadap_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_gadap_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_gadap_main" >&5
echo "${ECHO_T}$ac_cv_lib_gadap_main" >&6
if test $ac_cv_lib_gadap_main = yes; then
   echo "$as_me:$LINENO: checking for main in -ldap" >&5
echo $ECHO_N "checking for main in -ldap... $ECHO_C" >&6
if test "${ac_cv_lib_dap_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ldap  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_dap_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_dap_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_dap_main" >&5
echo "${ECHO_T}$ac_cv_lib_dap_main" >&6
if test $ac_cv_lib_dap_main = yes; then
   echo "$as_me:$LINENO: checking for main in -ldapclient" >&5
echo $ECHO_N "checking for main in -ldapclient... $ECHO_C" >&6
if test "${ac_cv_lib_dapclient_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-ldapclient  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_dapclient_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_dapclient_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_dapclient_main" >&5
echo "${ECHO_T}$ac_cv_lib_dapclient_main" >&6
if test $ac_cv_lib_dapclient_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lxml2" >&5
echo $ECHO_N "checking for main in -lxml2... $ECHO_C" >&6
if test "${ac_cv_lib_xml2_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lxml2  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_xml2_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_xml2_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_xml2_main" >&5
echo "${ECHO_T}$ac_cv_lib_xml2_main" >&6
if test $ac_cv_lib_xml2_main = yes; then
   echo "$as_me:$LINENO: checking for main in -lcurl" >&5
echo $ECHO_N "checking for main in -lcurl... $ECHO_C" >&6
if test "${ac_cv_lib_curl_main+set}" = set; then
  echo $ECHO_N "(cached) $ECHO_C" >&6
else
  ac_check_lib_save_LIBS=$LIBS
LIBS="-lcurl  $LIBS"
cat >conftest.$ac_ext <<_ACEOF
/* confdefs.h.  */
_ACEOF
cat confdefs.h >>conftest.$ac_ext
cat >>conftest.$ac_ext <<_ACEOF
/* end confdefs.h.  */


int
main ()
{
main ();
  ;
  return 0;
}
_ACEOF
rm -f conftest.$ac_objext conftest$ac_exeext
if { (eval echo "$as_me:$LINENO: \"$ac_link\"") >&5
  (eval $ac_link) 2>conftest.er1
  ac_status=$?
  grep -v '^ *+' conftest.er1 >conftest.err
  rm -f conftest.er1
  cat conftest.err >&5
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); } &&
	 { ac_try='test -z "$ac_c_werror_flag"
			 || test ! -s conftest.err'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; } &&
	 { ac_try='test -s conftest$ac_exeext'
  { (eval echo "$as_me:$LINENO: \"$ac_try\"") >&5
  (eval $ac_try) 2>&5
  ac_status=$?
  echo "$as_me:$LINENO: \$? = $ac_status" >&5
  (exit $ac_status); }; }; then
  ac_cv_lib_curl_main=yes
else
  echo "$as_me: failed program was:" >&5
sed 's/^/| /' conftest.$ac_ext >&5

ac_cv_lib_curl_main=no
fi
rm -f conftest.err conftest.$ac_objext \
      conftest$ac_exeext conftest.$ac_ext
LIBS=$ac_check_lib_save_LIBS
fi
echo "$as_me:$LINENO: result: $ac_cv_lib_curl_main" >&5
echo "${ECHO_T}$ac_cv_lib_curl_main" >&6
if test $ac_cv_lib_curl_main = yes; then
   use_gadap="yes"

  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in gadap ; do
      gadap_inc="$gadap_inc ${ga_include_prefix}/${ga_include_name}"
  done


  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in gadap dapclient dap curl xml2 z ; do
      gadap_libs="$gadap_libs ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done


fi


fi


fi


fi


fi


fi



  # Use to undo temporary changes to -I and -L paths
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs

    fi
    #  here's where you would add code for looking outside of supplibs
    if test $use_gadap = "yes" ; then
      # add linking options
      if test "$is_darwin" = "yes" ; then
        dap_extra_libs="-lpthread -lm -liconv"
      else
        dap_extra_libs="-lpthread -lm -ldl -lrt"
      fi
      # merge gadap and extras
      dap_libs="$gadap_libs $dap_extra_libs"
      #



cat >>confdefs.h <<\_ACEOF
#define USEGADAP 1
_ACEOF

      echo "+ OPeNDAP for station data enabled"
    else

cat >>confdefs.h <<\_ACEOF
#define USEGADAP 0
_ACEOF

      echo "- OPeNDAP for station data disabled"
    fi
  fi
fi
# end of if $with_sdf test
echo

#  ----------------------------------------------------
# Send test results to makefile and config.h
# ----------------------------------------------------

# Some non-configuration-dependent GrADS macros

cat >>confdefs.h <<\_ACEOF
#define GRADS_VERSION "2.0.1"
_ACEOF


cat >>confdefs.h <<\_ACEOF
#define GRADS_DESC
_ACEOF


# These are used to add the necessary source files to Makefile targets


if  test "$use_readline"  = "yes"  ; then
  READLINE_TRUE=
  READLINE_FALSE='#'
else
  READLINE_TRUE='#'
  READLINE_FALSE=
fi



if  test "$use_gui"  = "yes"  ; then
  USEGUI_TRUE=
  USEGUI_FALSE='#'
else
  USEGUI_TRUE='#'
  USEGUI_FALSE=
fi



if  test "$use_printim"  = "yes"  ; then
  GXPNG_TRUE=
  GXPNG_FALSE='#'
else
  GXPNG_TRUE='#'
  GXPNG_FALSE=
fi



if  test "$use_geotiff"  = "yes"  ; then
  GEOTIFF_TRUE=
  GEOTIFF_FALSE='#'
else
  GEOTIFF_TRUE='#'
  GEOTIFF_FALSE=
fi



if  test "$use_shp"  = "yes"  ; then
  USESHP_TRUE=
  USESHP_FALSE='#'
else
  USESHP_TRUE='#'
  USESHP_FALSE=
fi



if  test "$use_gadap" = "yes"  ; then
  USEGADAP_TRUE=
  USEGADAP_FALSE='#'
else
  USEGADAP_TRUE='#'
  USEGADAP_FALSE=
fi



if  test "$use_dap" = "yes"  ; then
  USEDAP_TRUE=
  USEDAP_FALSE='#'
else
  USEDAP_TRUE='#'
  USEDAP_FALSE=
fi



if  test "$use_hdf" = "yes"  ; then
  USEHDF_TRUE=
  USEHDF_FALSE='#'
else
  USEHDF_TRUE='#'
  USEHDF_FALSE=
fi



# Host specific linker flags




build_date=`date +%D`
build_host=`uname -sr`
build_info="Built `date` for ${host}"

   echo \
"  +=========================================================================+"
   echo "   GrADS "2.0.1 ":" $build_info
   echo \
"  +=========================================================================+"
   echo
   echo "  +-------------------------------+"
   echo "  |                               |"
   echo "  |  GrADS will be built with:    |"
   echo "  |                               |"
if test "$use_gui" = "yes" ; then
   echo "  |  + GUI enabled                |"
else
   echo "  |  - GUI disabled               |"
fi
if test "$use_readline" = "yes" ; then
   echo "  |  + readline enabled           |"
else
   echo "  |  - readline disabled          |"
fi
if test "$use_geotiff" = "yes" ; then
   echo "  |  + geotiff enabled            |"
else
   echo "  |  - geotiff disabled           |"
fi
if test "$use_shp" = "yes" ; then
   echo "  |  + shapefile enabled          |"
else
   echo "  |  - shapefile disabled         |"
fi
if test "$use_printim" = "yes" ; then
   echo "  |  + printim enabled            |"
else
   echo "  |  - printim disabled           |"
fi
if test "$use_grib2" = "yes" ; then
   echo "  |  + grib2 enabled              |"
else
   echo "  |  - grib2 disabled             |"
fi
if test "$use_hdf" = "yes" ; then
   echo "  |  + hdf4 enabled               |"
else
   echo "  |  - hdf4 disabled              |"
fi
if test "$use_hdf5" = "yes" ; then
   echo "  |  + hdf5 enabled               |"
else
   echo "  |  - hdf5 disabled              |"
fi
if test "$use_nc4" = "yes" ; then
   echo "  |  + netcdf-4 enabled           |"
else
  if test "$use_nc" = "yes" ; then
     echo "  |  + netcdf-3 enabled           |"
  else
     echo "  |  - netcdf disabled            |"
  fi
fi


if test "$use_gadap" = "yes" -o "$use_dap" = "yes" ; then
  echo "  |  + OPeNDAP enabled            |"
  if test "$use_gadap" = "yes" -a "$use_dap" = "yes" ; then
    echo "  |     for grids and stn data    |"
  else
    if test "$use_gadap" = "yes" ; then
      echo "  |     for stn data only         |"
    else
      echo "  |     for grids only            |"
    fi
  fi
else
  echo "  |  - OPeNDAP disabled           |"
fi
if test "$use_printim" != "yes" ; then
   echo "  |                               |"
   echo "  |  gxtran will not be built     |"
fi
if test "$use_grib2" != "yes" ; then
   echo "  |  grib2scan will not be built  |"
fi
   echo "  |                               |"
   echo "  +-------------------------------+"

echo "configure: creating src/VERSION"
echo 2.0.1 > src/VERSION

echo "configure: creating src/buildinfo.h"
mkdir -p src
echo "static char *buildinfo = \"${build_info}\";" > src/buildinfo.h

                    ac_config_files="$ac_config_files Makefile src/Makefile"

cat >confcache <<\_ACEOF
# This file is a shell script that caches the results of configure
# tests run on this system so they can be shared between configure
# scripts and configure runs, see configure's option --config-cache.
# It is not useful on other systems.  If it contains results you don't
# want to keep, you may remove or edit it.
#
# config.status only pays attention to the cache file if you give it
# the --recheck option to rerun configure.
#
# `ac_cv_env_foo' variables (set or unset) will be overridden when
# loading this file, other *unset* `ac_cv_foo' will be assigned the
# following values.

_ACEOF

# The following way of writing the cache mishandles newlines in values,
# but we know of no workaround that is simple, portable, and efficient.
# So, don't put newlines in cache variables' values.
# Ultrix sh set writes to stderr and can't be redirected directly,
# and sets the high bit in the cache file unless we assign to the vars.
{
  (set) 2>&1 |
    case `(ac_space=' '; set | grep ac_space) 2>&1` in
    *ac_space=\ *)
      # `set' does not quote correctly, so add quotes (double-quote
      # substitution turns \\\\ into \\, and sed turns \\ into \).
      sed -n \
	"s/'/'\\\\''/g;
	  s/^\\([_$as_cr_alnum]*_cv_[_$as_cr_alnum]*\\)=\\(.*\\)/\\1='\\2'/p"
      ;;
    *)
      # `set' quotes correctly as required by POSIX, so do not add quotes.
      sed -n \
	"s/^\\([_$as_cr_alnum]*_cv_[_$as_cr_alnum]*\\)=\\(.*\\)/\\1=\\2/p"
      ;;
    esac;
} |
  sed '
     t clear
     : clear
     s/^\([^=]*\)=\(.*[{}].*\)$/test "${\1+set}" = set || &/
     t end
     /^ac_cv_env/!s/^\([^=]*\)=\(.*\)$/\1=${\1=\2}/
     : end' >>confcache
if diff $cache_file confcache >/dev/null 2>&1; then :; else
  if test -w $cache_file; then
    test "x$cache_file" != "x/dev/null" && echo "updating cache $cache_file"
    cat confcache >$cache_file
  else
    echo "not updating unwritable cache $cache_file"
  fi
fi
rm -f confcache

test "x$prefix" = xNONE && prefix=$ac_default_prefix
# Let make expand exec_prefix.
test "x$exec_prefix" = xNONE && exec_prefix='${prefix}'

# VPATH may cause trouble with some makes, so we remove $(srcdir),
# ${srcdir} and @srcdir@ from VPATH if srcdir is ".", strip leading and
# trailing colons and then remove the whole line if VPATH becomes empty
# (actually we leave an empty line to preserve line numbers).
if test "x$srcdir" = x.; then
  ac_vpsub='/^[	 ]*VPATH[	 ]*=/{
s/:*\$(srcdir):*/:/;
s/:*\${srcdir}:*/:/;
s/:*@srcdir@:*/:/;
s/^\([^=]*=[	 ]*\):*/\1/;
s/:*$//;
s/^[^=]*=[	 ]*$//;
}'
fi

DEFS=-DHAVE_CONFIG_H

ac_libobjs=
ac_ltlibobjs=
for ac_i in : $LIBOBJS; do test "x$ac_i" = x: && continue
  # 1. Remove the extension, and $U if already installed.
  ac_i=`echo "$ac_i" |
	 sed 's/\$U\././;s/\.o$//;s/\.obj$//'`
  # 2. Add them.
  ac_libobjs="$ac_libobjs $ac_i\$U.$ac_objext"
  ac_ltlibobjs="$ac_ltlibobjs $ac_i"'$U.lo'
done
LIBOBJS=$ac_libobjs

LTLIBOBJS=$ac_ltlibobjs


if test -z "${MAINTAINER_MODE_TRUE}" && test -z "${MAINTAINER_MODE_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"MAINTAINER_MODE\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"MAINTAINER_MODE\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${READLINE_TRUE}" && test -z "${READLINE_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"READLINE\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"READLINE\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${USEGUI_TRUE}" && test -z "${USEGUI_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"USEGUI\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"USEGUI\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${GXPNG_TRUE}" && test -z "${GXPNG_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"GXPNG\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"GXPNG\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${GEOTIFF_TRUE}" && test -z "${GEOTIFF_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"GEOTIFF\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"GEOTIFF\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${USESHP_TRUE}" && test -z "${USESHP_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"USESHP\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"USESHP\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${USEGADAP_TRUE}" && test -z "${USEGADAP_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"USEGADAP\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"USEGADAP\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${USEDAP_TRUE}" && test -z "${USEDAP_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"USEDAP\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"USEDAP\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi
if test -z "${USEHDF_TRUE}" && test -z "${USEHDF_FALSE}"; then
  { { echo "$as_me:$LINENO: error: conditional \"USEHDF\" was never defined.
Usually this means the macro was only invoked conditionally." >&5
echo "$as_me: error: conditional \"USEHDF\" was never defined.
Usually this means the macro was only invoked conditionally." >&2;}
   { (exit 1); exit 1; }; }
fi

: ${CONFIG_STATUS=./config.status}
ac_clean_files_save=$ac_clean_files
ac_clean_files="$ac_clean_files $CONFIG_STATUS"
{ echo "$as_me:$LINENO: creating $CONFIG_STATUS" >&5
echo "$as_me: creating $CONFIG_STATUS" >&6;}
cat >$CONFIG_STATUS <<_ACEOF
#! $SHELL
# Generated by $as_me.
# Run this file to recreate the current configuration.
# Compiler output produced by configure, useful for debugging
# configure, is in config.log if it exists.

debug=false
ac_cs_recheck=false
ac_cs_silent=false
SHELL=\${CONFIG_SHELL-$SHELL}
_ACEOF

cat >>$CONFIG_STATUS <<\_ACEOF
## --------------------- ##
## M4sh Initialization.  ##
## --------------------- ##

# Be Bourne compatible
if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then
  emulate sh
  NULLCMD=:
  # Zsh 3.x and 4.x performs word splitting on ${1+"$@"}, which
  # is contrary to our usage.  Disable this feature.
  alias -g '${1+"$@"}'='"$@"'
elif test -n "${BASH_VERSION+set}" && (set -o posix) >/dev/null 2>&1; then
  set -o posix
fi
DUALCASE=1; export DUALCASE # for MKS sh

# Support unset when possible.
if ( (MAIL=60; unset MAIL) || exit) >/dev/null 2>&1; then
  as_unset=unset
else
  as_unset=false
fi


# Work around bugs in pre-3.0 UWIN ksh.
$as_unset ENV MAIL MAILPATH
PS1='$ '
PS2='> '
PS4='+ '

# NLS nuisances.
for as_var in \
  LANG LANGUAGE LC_ADDRESS LC_ALL LC_COLLATE LC_CTYPE LC_IDENTIFICATION \
  LC_MEASUREMENT LC_MESSAGES LC_MONETARY LC_NAME LC_NUMERIC LC_PAPER \
  LC_TELEPHONE LC_TIME
do
  if (set +x; test -z "`(eval $as_var=C; export $as_var) 2>&1`"); then
    eval $as_var=C; export $as_var
  else
    $as_unset $as_var
  fi
done

# Required to use basename.
if expr a : '\(a\)' >/dev/null 2>&1; then
  as_expr=expr
else
  as_expr=false
fi

if (basename /) >/dev/null 2>&1 && test "X`basename / 2>&1`" = "X/"; then
  as_basename=basename
else
  as_basename=false
fi


# Name of the executable.
as_me=`$as_basename "$0" ||
$as_expr X/"$0" : '.*/\([^/][^/]*\)/*$' \| \
	 X"$0" : 'X\(//\)$' \| \
	 X"$0" : 'X\(/\)$' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X/"$0" |
    sed '/^.*\/\([^/][^/]*\)\/*$/{ s//\1/; q; }
  	  /^X\/\(\/\/\)$/{ s//\1/; q; }
  	  /^X\/\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`


# PATH needs CR, and LINENO needs CR and PATH.
# Avoid depending upon Character Ranges.
as_cr_letters='abcdefghijklmnopqrstuvwxyz'
as_cr_LETTERS='ABCDEFGHIJKLMNOPQRSTUVWXYZ'
as_cr_Letters=$as_cr_letters$as_cr_LETTERS
as_cr_digits='0123456789'
as_cr_alnum=$as_cr_Letters$as_cr_digits

# The user is always right.
if test "${PATH_SEPARATOR+set}" != set; then
  echo "#! /bin/sh" >conf$$.sh
  echo  "exit 0"   >>conf$$.sh
  chmod +x conf$$.sh
  if (PATH="/nonexistent;."; conf$$.sh) >/dev/null 2>&1; then
    PATH_SEPARATOR=';'
  else
    PATH_SEPARATOR=:
  fi
  rm -f conf$$.sh
fi


  as_lineno_1=$LINENO
  as_lineno_2=$LINENO
  as_lineno_3=`(expr $as_lineno_1 + 1) 2>/dev/null`
  test "x$as_lineno_1" != "x$as_lineno_2" &&
  test "x$as_lineno_3"  = "x$as_lineno_2"  || {
  # Find who we are.  Look in the path if we contain no path at all
  # relative or not.
  case $0 in
    *[\\/]* ) as_myself=$0 ;;
    *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in $PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  test -r "$as_dir/$0" && as_myself=$as_dir/$0 && break
done

       ;;
  esac
  # We did not find ourselves, most probably we were run as `sh COMMAND'
  # in which case we are not to be found in the path.
  if test "x$as_myself" = x; then
    as_myself=$0
  fi
  if test ! -f "$as_myself"; then
    { { echo "$as_me:$LINENO: error: cannot find myself; rerun with an absolute path" >&5
echo "$as_me: error: cannot find myself; rerun with an absolute path" >&2;}
   { (exit 1); exit 1; }; }
  fi
  case $CONFIG_SHELL in
  '')
    as_save_IFS=$IFS; IFS=$PATH_SEPARATOR
for as_dir in /bin$PATH_SEPARATOR/usr/bin$PATH_SEPARATOR$PATH
do
  IFS=$as_save_IFS
  test -z "$as_dir" && as_dir=.
  for as_base in sh bash ksh sh5; do
	 case $as_dir in
	 /*)
	   if ("$as_dir/$as_base" -c '
  as_lineno_1=$LINENO
  as_lineno_2=$LINENO
  as_lineno_3=`(expr $as_lineno_1 + 1) 2>/dev/null`
  test "x$as_lineno_1" != "x$as_lineno_2" &&
  test "x$as_lineno_3"  = "x$as_lineno_2" ') 2>/dev/null; then
	     $as_unset BASH_ENV || test "${BASH_ENV+set}" != set || { BASH_ENV=; export BASH_ENV; }
	     $as_unset ENV || test "${ENV+set}" != set || { ENV=; export ENV; }
	     CONFIG_SHELL=$as_dir/$as_base
	     export CONFIG_SHELL
	     exec "$CONFIG_SHELL" "$0" ${1+"$@"}
	   fi;;
	 esac
       done
done
;;
  esac

  # Create $as_me.lineno as a copy of $as_myself, but with $LINENO
  # uniformly replaced by the line number.  The first 'sed' inserts a
  # line-number line before each line; the second 'sed' does the real
  # work.  The second script uses 'N' to pair each line-number line
  # with the numbered line, and appends trailing '-' during
  # substitution so that $LINENO is not a special case at line end.
  # (Raja R Harinath suggested sed '=', and Paul Eggert wrote the
  # second 'sed' script.  Blame Lee E. McMahon for sed's syntax.  :-)
  sed '=' <$as_myself |
    sed '
      N
      s,$,-,
      : loop
      s,^\(['$as_cr_digits']*\)\(.*\)[$]LINENO\([^'$as_cr_alnum'_]\),\1\2\1\3,
      t loop
      s,-$,,
      s,^['$as_cr_digits']*\n,,
    ' >$as_me.lineno &&
  chmod +x $as_me.lineno ||
    { { echo "$as_me:$LINENO: error: cannot create $as_me.lineno; rerun with a POSIX shell" >&5
echo "$as_me: error: cannot create $as_me.lineno; rerun with a POSIX shell" >&2;}
   { (exit 1); exit 1; }; }

  # Don't try to exec as it changes $[0], causing all sort of problems
  # (the dirname of $[0] is not the place where we might find the
  # original and so on.  Autoconf is especially sensible to this).
  . ./$as_me.lineno
  # Exit status is that of the last command.
  exit
}


case `echo "testing\c"; echo 1,2,3`,`echo -n testing; echo 1,2,3` in
  *c*,-n*) ECHO_N= ECHO_C='
' ECHO_T='	' ;;
  *c*,*  ) ECHO_N=-n ECHO_C= ECHO_T= ;;
  *)       ECHO_N= ECHO_C='\c' ECHO_T= ;;
esac

if expr a : '\(a\)' >/dev/null 2>&1; then
  as_expr=expr
else
  as_expr=false
fi

rm -f conf$$ conf$$.exe conf$$.file
echo >conf$$.file
if ln -s conf$$.file conf$$ 2>/dev/null; then
  # We could just check for DJGPP; but this test a) works b) is more generic
  # and c) will remain valid once DJGPP supports symlinks (DJGPP 2.04).
  if test -f conf$$.exe; then
    # Don't use ln at all; we don't have any links
    as_ln_s='cp -p'
  else
    as_ln_s='ln -s'
  fi
elif ln conf$$.file conf$$ 2>/dev/null; then
  as_ln_s=ln
else
  as_ln_s='cp -p'
fi
rm -f conf$$ conf$$.exe conf$$.file

if mkdir -p . 2>/dev/null; then
  as_mkdir_p=:
else
  test -d ./-p && rmdir ./-p
  as_mkdir_p=false
fi

as_executable_p="test -f"

# Sed expression to map a string onto a valid CPP name.
as_tr_cpp="eval sed 'y%*$as_cr_letters%P$as_cr_LETTERS%;s%[^_$as_cr_alnum]%_%g'"

# Sed expression to map a string onto a valid variable name.
as_tr_sh="eval sed 'y%*+%pp%;s%[^_$as_cr_alnum]%_%g'"


# IFS
# We need space, tab and new line, in precisely that order.
as_nl='
'
IFS=" 	$as_nl"

# CDPATH.
$as_unset CDPATH

exec 6>&1

# Open the log real soon, to keep \$[0] and so on meaningful, and to
# report actual input values of CONFIG_FILES etc. instead of their
# values after options handling.  Logging --version etc. is OK.
exec 5>>config.log
{
  echo
  sed 'h;s/./-/g;s/^.../## /;s/...$/ ##/;p;x;p;x' <<_ASBOX
## Running $as_me. ##
_ASBOX
} >&5
cat >&5 <<_CSEOF

This file was extended by GrADS $as_me 2.0.1, which was
generated by GNU Autoconf 2.59.  Invocation command line was

  CONFIG_FILES    = $CONFIG_FILES
  CONFIG_HEADERS  = $CONFIG_HEADERS
  CONFIG_LINKS    = $CONFIG_LINKS
  CONFIG_COMMANDS = $CONFIG_COMMANDS
  $ $0 $@

_CSEOF
echo "on `(hostname || uname -n) 2>/dev/null | sed 1q`" >&5
echo >&5
_ACEOF

# Files that config.status was made for.
if test -n "$ac_config_files"; then
  echo "config_files=\"$ac_config_files\"" >>$CONFIG_STATUS
fi

if test -n "$ac_config_headers"; then
  echo "config_headers=\"$ac_config_headers\"" >>$CONFIG_STATUS
fi

if test -n "$ac_config_links"; then
  echo "config_links=\"$ac_config_links\"" >>$CONFIG_STATUS
fi

if test -n "$ac_config_commands"; then
  echo "config_commands=\"$ac_config_commands\"" >>$CONFIG_STATUS
fi

cat >>$CONFIG_STATUS <<\_ACEOF

ac_cs_usage="\
\`$as_me' instantiates files from templates according to the
current configuration.

Usage: $0 [OPTIONS] [FILE]...

  -h, --help       print this help, then exit
  -V, --version    print version number, then exit
  -q, --quiet      do not print progress messages
  -d, --debug      don't remove temporary files
      --recheck    update $as_me by reconfiguring in the same conditions
  --file=FILE[:TEMPLATE]
		   instantiate the configuration file FILE
  --header=FILE[:TEMPLATE]
		   instantiate the configuration header FILE

Configuration files:
$config_files

Configuration headers:
$config_headers

Report bugs to ."
_ACEOF

cat >>$CONFIG_STATUS <<_ACEOF
ac_cs_version="\\
GrADS config.status 2.0.1
configured by $0, generated by GNU Autoconf 2.59,
  with options \\"`echo "$ac_configure_args" | sed 's/[\\""\`\$]/\\\\&/g'`\\"

Copyright (C) 2003 Free Software Foundation, Inc.
This config.status script is free software; the Free Software Foundation
gives unlimited permission to copy, distribute and modify it."
srcdir=$srcdir
INSTALL="$INSTALL"
_ACEOF

cat >>$CONFIG_STATUS <<\_ACEOF
# If no file are specified by the user, then we need to provide default
# value.  By we need to know if files were specified by the user.
ac_need_defaults=:
while test $# != 0
do
  case $1 in
  --*=*)
    ac_option=`expr "x$1" : 'x\([^=]*\)='`
    ac_optarg=`expr "x$1" : 'x[^=]*=\(.*\)'`
    ac_shift=:
    ;;
  -*)
    ac_option=$1
    ac_optarg=$2
    ac_shift=shift
    ;;
  *) # This is not an option, so the user has probably given explicit
     # arguments.
     ac_option=$1
     ac_need_defaults=false;;
  esac

  case $ac_option in
  # Handling of the options.
_ACEOF
cat >>$CONFIG_STATUS <<\_ACEOF
  -recheck | --recheck | --rechec | --reche | --rech | --rec | --re | --r)
    ac_cs_recheck=: ;;
  --version | --vers* | -V )
    echo "$ac_cs_version"; exit 0 ;;
  --he | --h)
    # Conflict between --help and --header
    { { echo "$as_me:$LINENO: error: ambiguous option: $1
Try \`$0 --help' for more information." >&5
echo "$as_me: error: ambiguous option: $1
Try \`$0 --help' for more information." >&2;}
   { (exit 1); exit 1; }; };;
  --help | --hel | -h )
    echo "$ac_cs_usage"; exit 0 ;;
  --debug | --d* | -d )
    debug=: ;;
  --file | --fil | --fi | --f )
    $ac_shift
    CONFIG_FILES="$CONFIG_FILES $ac_optarg"
    ac_need_defaults=false;;
  --header | --heade | --head | --hea )
    $ac_shift
    CONFIG_HEADERS="$CONFIG_HEADERS $ac_optarg"
    ac_need_defaults=false;;
  -q | -quiet | --quiet | --quie | --qui | --qu | --q \
  | -silent | --silent | --silen | --sile | --sil | --si | --s)
    ac_cs_silent=: ;;

  # This is an error.
  -*) { { echo "$as_me:$LINENO: error: unrecognized option: $1
Try \`$0 --help' for more information." >&5
echo "$as_me: error: unrecognized option: $1
Try \`$0 --help' for more information." >&2;}
   { (exit 1); exit 1; }; } ;;

  *) ac_config_targets="$ac_config_targets $1" ;;

  esac
  shift
done

ac_configure_extra_args=

if $ac_cs_silent; then
  exec 6>/dev/null
  ac_configure_extra_args="$ac_configure_extra_args --silent"
fi

_ACEOF
cat >>$CONFIG_STATUS <<_ACEOF
if \$ac_cs_recheck; then
  echo "running $SHELL $0 " $ac_configure_args \$ac_configure_extra_args " --no-create --no-recursion" >&6
  exec $SHELL $0 $ac_configure_args \$ac_configure_extra_args --no-create --no-recursion
fi

_ACEOF





cat >>$CONFIG_STATUS <<\_ACEOF
for ac_config_target in $ac_config_targets
do
  case "$ac_config_target" in
  # Handling of arguments.
  "Makefile" ) CONFIG_FILES="$CONFIG_FILES Makefile" ;;
  "src/Makefile" ) CONFIG_FILES="$CONFIG_FILES src/Makefile" ;;
  "src/config.h" ) CONFIG_HEADERS="$CONFIG_HEADERS src/config.h" ;;
  *) { { echo "$as_me:$LINENO: error: invalid argument: $ac_config_target" >&5
echo "$as_me: error: invalid argument: $ac_config_target" >&2;}
   { (exit 1); exit 1; }; };;
  esac
done

# If the user did not use the arguments to specify the items to instantiate,
# then the envvar interface is used.  Set only those that are not.
# We use the long form for the default assignment because of an extremely
# bizarre bug on SunOS 4.1.3.
if $ac_need_defaults; then
  test "${CONFIG_FILES+set}" = set || CONFIG_FILES=$config_files
  test "${CONFIG_HEADERS+set}" = set || CONFIG_HEADERS=$config_headers
fi

# Have a temporary directory for convenience.  Make it in the build tree
# simply because there is no reason to put it here, and in addition,
# creating and moving files from /tmp can sometimes cause problems.
# Create a temporary directory, and hook for its removal unless debugging.
$debug ||
{
  trap 'exit_status=$?; rm -rf $tmp && exit $exit_status' 0
  trap '{ (exit 1); exit 1; }' 1 2 13 15
}

# Create a (secure) tmp directory for tmp files.

{
  tmp=`(umask 077 && mktemp -d -q "./confstatXXXXXX") 2>/dev/null` &&
  test -n "$tmp" && test -d "$tmp"
}  ||
{
  tmp=./confstat$$-$RANDOM
  (umask 077 && mkdir $tmp)
} ||
{
   echo "$me: cannot create a temporary directory in ." >&2
   { (exit 1); exit 1; }
}

_ACEOF

cat >>$CONFIG_STATUS <<_ACEOF

#
# CONFIG_FILES section.
#

# No need to generate the scripts if there are no CONFIG_FILES.
# This happens for instance when ./config.status config.h
if test -n "\$CONFIG_FILES"; then
  # Protect against being on the right side of a sed subst in config.status.
  sed 's/,@/@@/; s/@,/@@/; s/,;t t\$/@;t t/; /@;t t\$/s/[\\\\&,]/\\\\&/g;
   s/@@/,@/; s/@@/@,/; s/@;t t\$/,;t t/' >\$tmp/subs.sed <<\\CEOF
s,@SHELL@,$SHELL,;t t
s,@PATH_SEPARATOR@,$PATH_SEPARATOR,;t t
s,@PACKAGE_NAME@,$PACKAGE_NAME,;t t
s,@PACKAGE_TARNAME@,$PACKAGE_TARNAME,;t t
s,@PACKAGE_VERSION@,$PACKAGE_VERSION,;t t
s,@PACKAGE_STRING@,$PACKAGE_STRING,;t t
s,@PACKAGE_BUGREPORT@,$PACKAGE_BUGREPORT,;t t
s,@exec_prefix@,$exec_prefix,;t t
s,@prefix@,$prefix,;t t
s,@program_transform_name@,$program_transform_name,;t t
s,@bindir@,$bindir,;t t
s,@sbindir@,$sbindir,;t t
s,@libexecdir@,$libexecdir,;t t
s,@datadir@,$datadir,;t t
s,@sysconfdir@,$sysconfdir,;t t
s,@sharedstatedir@,$sharedstatedir,;t t
s,@localstatedir@,$localstatedir,;t t
s,@libdir@,$libdir,;t t
s,@includedir@,$includedir,;t t
s,@oldincludedir@,$oldincludedir,;t t
s,@infodir@,$infodir,;t t
s,@mandir@,$mandir,;t t
s,@build_alias@,$build_alias,;t t
s,@host_alias@,$host_alias,;t t
s,@target_alias@,$target_alias,;t t
s,@DEFS@,$DEFS,;t t
s,@ECHO_C@,$ECHO_C,;t t
s,@ECHO_N@,$ECHO_N,;t t
s,@ECHO_T@,$ECHO_T,;t t
s,@LIBS@,$LIBS,;t t
s,@INSTALL_PROGRAM@,$INSTALL_PROGRAM,;t t
s,@INSTALL_SCRIPT@,$INSTALL_SCRIPT,;t t
s,@INSTALL_DATA@,$INSTALL_DATA,;t t
s,@CYGPATH_W@,$CYGPATH_W,;t t
s,@PACKAGE@,$PACKAGE,;t t
s,@VERSION@,$VERSION,;t t
s,@ACLOCAL@,$ACLOCAL,;t t
s,@AUTOCONF@,$AUTOCONF,;t t
s,@AUTOMAKE@,$AUTOMAKE,;t t
s,@AUTOHEADER@,$AUTOHEADER,;t t
s,@MAKEINFO@,$MAKEINFO,;t t
s,@install_sh@,$install_sh,;t t
s,@STRIP@,$STRIP,;t t
s,@ac_ct_STRIP@,$ac_ct_STRIP,;t t
s,@INSTALL_STRIP_PROGRAM@,$INSTALL_STRIP_PROGRAM,;t t
s,@mkdir_p@,$mkdir_p,;t t
s,@AWK@,$AWK,;t t
s,@SET_MAKE@,$SET_MAKE,;t t
s,@am__leading_dot@,$am__leading_dot,;t t
s,@AMTAR@,$AMTAR,;t t
s,@am__tar@,$am__tar,;t t
s,@am__untar@,$am__untar,;t t
s,@MAINTAINER_MODE_TRUE@,$MAINTAINER_MODE_TRUE,;t t
s,@MAINTAINER_MODE_FALSE@,$MAINTAINER_MODE_FALSE,;t t
s,@MAINT@,$MAINT,;t t
s,@CC@,$CC,;t t
s,@CFLAGS@,$CFLAGS,;t t
s,@LDFLAGS@,$LDFLAGS,;t t
s,@CPPFLAGS@,$CPPFLAGS,;t t
s,@ac_ct_CC@,$ac_ct_CC,;t t
s,@EXEEXT@,$EXEEXT,;t t
s,@OBJEXT@,$OBJEXT,;t t
s,@CXX@,$CXX,;t t
s,@CXXFLAGS@,$CXXFLAGS,;t t
s,@ac_ct_CXX@,$ac_ct_CXX,;t t
s,@LN_S@,$LN_S,;t t
s,@build@,$build,;t t
s,@build_cpu@,$build_cpu,;t t
s,@build_vendor@,$build_vendor,;t t
s,@build_os@,$build_os,;t t
s,@host@,$host,;t t
s,@host_cpu@,$host_cpu,;t t
s,@host_vendor@,$host_vendor,;t t
s,@host_os@,$host_os,;t t
s,@host_ldadd@,$host_ldadd,;t t
s,@CPP@,$CPP,;t t
s,@X_CFLAGS@,$X_CFLAGS,;t t
s,@X_PRE_LIBS@,$X_PRE_LIBS,;t t
s,@X_LIBS@,$X_LIBS,;t t
s,@X_EXTRA_LIBS@,$X_EXTRA_LIBS,;t t
s,@EGREP@,$EGREP,;t t
s,@SUPPLIBS@,$SUPPLIBS,;t t
s,@PKG_CONFIG@,$PKG_CONFIG,;t t
s,@ac_pt_PKG_CONFIG@,$ac_pt_PKG_CONFIG,;t t
s,@XAW7_CFLAGS@,$XAW7_CFLAGS,;t t
s,@XAW7_LIBS@,$XAW7_LIBS,;t t
s,@XAW_LIBS@,$XAW_LIBS,;t t
s,@XAW_XLIBS@,$XAW_XLIBS,;t t
s,@XAW_CFLAGS@,$XAW_CFLAGS,;t t
s,@GA_LIBSX_LIBS@,$GA_LIBSX_LIBS,;t t
s,@grads_xlibs@,$grads_xlibs,;t t
s,@gui_inc@,$gui_inc,;t t
s,@gui_libs@,$gui_libs,;t t
s,@readline_inc@,$readline_inc,;t t
s,@readline_libs@,$readline_libs,;t t
s,@GEOTIFF_LIBS@,$GEOTIFF_LIBS,;t t
s,@GEOTIFF_CFLAGS@,$GEOTIFF_CFLAGS,;t t
s,@GEOTIFF_LDFLAGS@,$GEOTIFF_LDFLAGS,;t t
s,@geotiff_inc@,$geotiff_inc,;t t
s,@geotiff_libs@,$geotiff_libs,;t t
s,@shp_inc@,$shp_inc,;t t
s,@shp_libs@,$shp_libs,;t t
s,@GD_CFLAGS@,$GD_CFLAGS,;t t
s,@GD_LIBS@,$GD_LIBS,;t t
s,@GD_CONFIG@,$GD_CONFIG,;t t
s,@GD_LDFLAGS@,$GD_LDFLAGS,;t t
s,@printim_inc@,$printim_inc,;t t
s,@printim_libs@,$printim_libs,;t t
s,@G2_LIBS@,$G2_LIBS,;t t
s,@grib2_inc@,$grib2_inc,;t t
s,@grib2_libs@,$grib2_libs,;t t
s,@NC_NETCDF_3_CPPFLAG@,$NC_NETCDF_3_CPPFLAG,;t t
s,@HDF4_LIBS@,$HDF4_LIBS,;t t
s,@HDF4_CFLAGS@,$HDF4_CFLAGS,;t t
s,@HDF4_LDFLAGS@,$HDF4_LDFLAGS,;t t
s,@UDUNITS_LIBS@,$UDUNITS_LIBS,;t t
s,@hdf_inc@,$hdf_inc,;t t
s,@hdf_libs@,$hdf_libs,;t t
s,@HDF5_LIBS@,$HDF5_LIBS,;t t
s,@HDF5_CFLAGS@,$HDF5_CFLAGS,;t t
s,@HDF5_LDFLAGS@,$HDF5_LDFLAGS,;t t
s,@hdf5_inc@,$hdf5_inc,;t t
s,@hdf5_libs@,$hdf5_libs,;t t
s,@nc_inc@,$nc_inc,;t t
s,@nc_libs@,$nc_libs,;t t
s,@NC_LDFLAGS@,$NC_LDFLAGS,;t t
s,@NC_LIBS@,$NC_LIBS,;t t
s,@NC_CFLAGS@,$NC_CFLAGS,;t t
s,@gadap_inc@,$gadap_inc,;t t
s,@dap_libs@,$dap_libs,;t t
s,@READLINE_TRUE@,$READLINE_TRUE,;t t
s,@READLINE_FALSE@,$READLINE_FALSE,;t t
s,@USEGUI_TRUE@,$USEGUI_TRUE,;t t
s,@USEGUI_FALSE@,$USEGUI_FALSE,;t t
s,@GXPNG_TRUE@,$GXPNG_TRUE,;t t
s,@GXPNG_FALSE@,$GXPNG_FALSE,;t t
s,@GEOTIFF_TRUE@,$GEOTIFF_TRUE,;t t
s,@GEOTIFF_FALSE@,$GEOTIFF_FALSE,;t t
s,@USESHP_TRUE@,$USESHP_TRUE,;t t
s,@USESHP_FALSE@,$USESHP_FALSE,;t t
s,@USEGADAP_TRUE@,$USEGADAP_TRUE,;t t
s,@USEGADAP_FALSE@,$USEGADAP_FALSE,;t t
s,@USEDAP_TRUE@,$USEDAP_TRUE,;t t
s,@USEDAP_FALSE@,$USEDAP_FALSE,;t t
s,@USEHDF_TRUE@,$USEHDF_TRUE,;t t
s,@USEHDF_FALSE@,$USEHDF_FALSE,;t t
s,@extra_utils@,$extra_utils,;t t
s,@LIBOBJS@,$LIBOBJS,;t t
s,@LTLIBOBJS@,$LTLIBOBJS,;t t
CEOF

_ACEOF

  cat >>$CONFIG_STATUS <<\_ACEOF
  # Split the substitutions into bite-sized pieces for seds with
  # small command number limits, like on Digital OSF/1 and HP-UX.
  ac_max_sed_lines=48
  ac_sed_frag=1 # Number of current file.
  ac_beg=1 # First line for current file.
  ac_end=$ac_max_sed_lines # Line after last line for current file.
  ac_more_lines=:
  ac_sed_cmds=
  while $ac_more_lines; do
    if test $ac_beg -gt 1; then
      sed "1,${ac_beg}d; ${ac_end}q" $tmp/subs.sed >$tmp/subs.frag
    else
      sed "${ac_end}q" $tmp/subs.sed >$tmp/subs.frag
    fi
    if test ! -s $tmp/subs.frag; then
      ac_more_lines=false
    else
      # The purpose of the label and of the branching condition is to
      # speed up the sed processing (if there are no `@' at all, there
      # is no need to browse any of the substitutions).
      # These are the two extra sed commands mentioned above.
      (echo ':t
  /@[a-zA-Z_][a-zA-Z_0-9]*@/!b' && cat $tmp/subs.frag) >$tmp/subs-$ac_sed_frag.sed
      if test -z "$ac_sed_cmds"; then
	ac_sed_cmds="sed -f $tmp/subs-$ac_sed_frag.sed"
      else
	ac_sed_cmds="$ac_sed_cmds | sed -f $tmp/subs-$ac_sed_frag.sed"
      fi
      ac_sed_frag=`expr $ac_sed_frag + 1`
      ac_beg=$ac_end
      ac_end=`expr $ac_end + $ac_max_sed_lines`
    fi
  done
  if test -z "$ac_sed_cmds"; then
    ac_sed_cmds=cat
  fi
fi # test -n "$CONFIG_FILES"

_ACEOF
cat >>$CONFIG_STATUS <<\_ACEOF
for ac_file in : $CONFIG_FILES; do test "x$ac_file" = x: && continue
  # Support "outfile[:infile[:infile...]]", defaulting infile="outfile.in".
  case $ac_file in
  - | *:- | *:-:* ) # input from stdin
	cat >$tmp/stdin
	ac_file_in=`echo "$ac_file" | sed 's,[^:]*:,,'`
	ac_file=`echo "$ac_file" | sed 's,:.*,,'` ;;
  *:* ) ac_file_in=`echo "$ac_file" | sed 's,[^:]*:,,'`
	ac_file=`echo "$ac_file" | sed 's,:.*,,'` ;;
  * )   ac_file_in=$ac_file.in ;;
  esac

  # Compute @srcdir@, @top_srcdir@, and @INSTALL@ for subdirectories.
  ac_dir=`(dirname "$ac_file") 2>/dev/null ||
$as_expr X"$ac_file" : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
	 X"$ac_file" : 'X\(//\)[^/]' \| \
	 X"$ac_file" : 'X\(//\)$' \| \
	 X"$ac_file" : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X"$ac_file" |
    sed '/^X\(.*[^/]\)\/\/*[^/][^/]*\/*$/{ s//\1/; q; }
  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
  	  /^X\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`
  { if $as_mkdir_p; then
    mkdir -p "$ac_dir"
  else
    as_dir="$ac_dir"
    as_dirs=
    while test ! -d "$as_dir"; do
      as_dirs="$as_dir $as_dirs"
      as_dir=`(dirname "$as_dir") 2>/dev/null ||
$as_expr X"$as_dir" : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
	 X"$as_dir" : 'X\(//\)[^/]' \| \
	 X"$as_dir" : 'X\(//\)$' \| \
	 X"$as_dir" : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X"$as_dir" |
    sed '/^X\(.*[^/]\)\/\/*[^/][^/]*\/*$/{ s//\1/; q; }
  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
  	  /^X\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`
    done
    test ! -n "$as_dirs" || mkdir $as_dirs
  fi || { { echo "$as_me:$LINENO: error: cannot create directory \"$ac_dir\"" >&5
echo "$as_me: error: cannot create directory \"$ac_dir\"" >&2;}
   { (exit 1); exit 1; }; }; }

  ac_builddir=.

if test "$ac_dir" != .; then
  ac_dir_suffix=/`echo "$ac_dir" | sed 's,^\.[\\/],,'`
  # A "../" for each directory in $ac_dir_suffix.
  ac_top_builddir=`echo "$ac_dir_suffix" | sed 's,/[^\\/]*,../,g'`
else
  ac_dir_suffix= ac_top_builddir=
fi

case $srcdir in
  .)  # No --srcdir option.  We are building in place.
    ac_srcdir=.
    if test -z "$ac_top_builddir"; then
       ac_top_srcdir=.
    else
       ac_top_srcdir=`echo $ac_top_builddir | sed 's,/$,,'`
    fi ;;
  [\\/]* | ?:[\\/]* )  # Absolute path.
    ac_srcdir=$srcdir$ac_dir_suffix;
    ac_top_srcdir=$srcdir ;;
  *) # Relative path.
    ac_srcdir=$ac_top_builddir$srcdir$ac_dir_suffix
    ac_top_srcdir=$ac_top_builddir$srcdir ;;
esac

# Do not use `cd foo && pwd` to compute absolute paths, because
# the directories may not exist.
case `pwd` in
.) ac_abs_builddir="$ac_dir";;
*)
  case "$ac_dir" in
  .) ac_abs_builddir=`pwd`;;
  [\\/]* | ?:[\\/]* ) ac_abs_builddir="$ac_dir";;
  *) ac_abs_builddir=`pwd`/"$ac_dir";;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_top_builddir=${ac_top_builddir}.;;
*)
  case ${ac_top_builddir}. in
  .) ac_abs_top_builddir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_top_builddir=${ac_top_builddir}.;;
  *) ac_abs_top_builddir=$ac_abs_builddir/${ac_top_builddir}.;;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_srcdir=$ac_srcdir;;
*)
  case $ac_srcdir in
  .) ac_abs_srcdir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_srcdir=$ac_srcdir;;
  *) ac_abs_srcdir=$ac_abs_builddir/$ac_srcdir;;
  esac;;
esac
case $ac_abs_builddir in
.) ac_abs_top_srcdir=$ac_top_srcdir;;
*)
  case $ac_top_srcdir in
  .) ac_abs_top_srcdir=$ac_abs_builddir;;
  [\\/]* | ?:[\\/]* ) ac_abs_top_srcdir=$ac_top_srcdir;;
  *) ac_abs_top_srcdir=$ac_abs_builddir/$ac_top_srcdir;;
  esac;;
esac


  case $INSTALL in
  [\\/$]* | ?:[\\/]* ) ac_INSTALL=$INSTALL ;;
  *) ac_INSTALL=$ac_top_builddir$INSTALL ;;
  esac

  if test x"$ac_file" != x-; then
    { echo "$as_me:$LINENO: creating $ac_file" >&5
echo "$as_me: creating $ac_file" >&6;}
    rm -f "$ac_file"
  fi
  # Let's still pretend it is `configure' which instantiates (i.e., don't
  # use $as_me), people would be surprised to read:
  #    /* config.h.  Generated by config.status.  */
  if test x"$ac_file" = x-; then
    configure_input=
  else
    configure_input="$ac_file.  "
  fi
  configure_input=$configure_input"Generated from `echo $ac_file_in |
				     sed 's,.*/,,'` by configure."

  # First look for the input files in the build tree, otherwise in the
  # src tree.
  ac_file_inputs=`IFS=:
    for f in $ac_file_in; do
      case $f in
      -) echo $tmp/stdin ;;
      [\\/$]*)
	 # Absolute (can't be DOS-style, as IFS=:)
	 test -f "$f" || { { echo "$as_me:$LINENO: error: cannot find input file: $f" >&5
echo "$as_me: error: cannot find input file: $f" >&2;}
   { (exit 1); exit 1; }; }
	 echo "$f";;
      *) # Relative
	 if test -f "$f"; then
	   # Build tree
	   echo "$f"
	 elif test -f "$srcdir/$f"; then
	   # Source tree
	   echo "$srcdir/$f"
	 else
	   # /dev/null tree
	   { { echo "$as_me:$LINENO: error: cannot find input file: $f" >&5
echo "$as_me: error: cannot find input file: $f" >&2;}
   { (exit 1); exit 1; }; }
	 fi;;
      esac
    done` || { (exit 1); exit 1; }
_ACEOF
cat >>$CONFIG_STATUS <<_ACEOF
  sed "$ac_vpsub
$extrasub
_ACEOF
cat >>$CONFIG_STATUS <<\_ACEOF
:t
/@[a-zA-Z_][a-zA-Z_0-9]*@/!b
s,@configure_input@,$configure_input,;t t
s,@srcdir@,$ac_srcdir,;t t
s,@abs_srcdir@,$ac_abs_srcdir,;t t
s,@top_srcdir@,$ac_top_srcdir,;t t
s,@abs_top_srcdir@,$ac_abs_top_srcdir,;t t
s,@builddir@,$ac_builddir,;t t
s,@abs_builddir@,$ac_abs_builddir,;t t
s,@top_builddir@,$ac_top_builddir,;t t
s,@abs_top_builddir@,$ac_abs_top_builddir,;t t
s,@INSTALL@,$ac_INSTALL,;t t
" $ac_file_inputs | (eval "$ac_sed_cmds") >$tmp/out
  rm -f $tmp/stdin
  if test x"$ac_file" != x-; then
    mv $tmp/out $ac_file
  else
    cat $tmp/out
    rm -f $tmp/out
  fi

done
_ACEOF
cat >>$CONFIG_STATUS <<\_ACEOF

#
# CONFIG_HEADER section.
#

# These sed commands are passed to sed as "A NAME B NAME C VALUE D", where
# NAME is the cpp macro being defined and VALUE is the value it is being given.
#
# ac_d sets the value in "#define NAME VALUE" lines.
ac_dA='s,^\([	 ]*\)#\([	 ]*define[	 ][	 ]*\)'
ac_dB='[	 ].*$,\1#\2'
ac_dC=' '
ac_dD=',;t'
# ac_u turns "#undef NAME" without trailing blanks into "#define NAME VALUE".
ac_uA='s,^\([	 ]*\)#\([	 ]*\)undef\([	 ][	 ]*\)'
ac_uB='$,\1#\2define\3'
ac_uC=' '
ac_uD=',;t'

for ac_file in : $CONFIG_HEADERS; do test "x$ac_file" = x: && continue
  # Support "outfile[:infile[:infile...]]", defaulting infile="outfile.in".
  case $ac_file in
  - | *:- | *:-:* ) # input from stdin
	cat >$tmp/stdin
	ac_file_in=`echo "$ac_file" | sed 's,[^:]*:,,'`
	ac_file=`echo "$ac_file" | sed 's,:.*,,'` ;;
  *:* ) ac_file_in=`echo "$ac_file" | sed 's,[^:]*:,,'`
	ac_file=`echo "$ac_file" | sed 's,:.*,,'` ;;
  * )   ac_file_in=$ac_file.in ;;
  esac

  test x"$ac_file" != x- && { echo "$as_me:$LINENO: creating $ac_file" >&5
echo "$as_me: creating $ac_file" >&6;}

  # First look for the input files in the build tree, otherwise in the
  # src tree.
  ac_file_inputs=`IFS=:
    for f in $ac_file_in; do
      case $f in
      -) echo $tmp/stdin ;;
      [\\/$]*)
	 # Absolute (can't be DOS-style, as IFS=:)
	 test -f "$f" || { { echo "$as_me:$LINENO: error: cannot find input file: $f" >&5
echo "$as_me: error: cannot find input file: $f" >&2;}
   { (exit 1); exit 1; }; }
	 # Do quote $f, to prevent DOS paths from being IFS'd.
	 echo "$f";;
      *) # Relative
	 if test -f "$f"; then
	   # Build tree
	   echo "$f"
	 elif test -f "$srcdir/$f"; then
	   # Source tree
	   echo "$srcdir/$f"
	 else
	   # /dev/null tree
	   { { echo "$as_me:$LINENO: error: cannot find input file: $f" >&5
echo "$as_me: error: cannot find input file: $f" >&2;}
   { (exit 1); exit 1; }; }
	 fi;;
      esac
    done` || { (exit 1); exit 1; }
  # Remove the trailing spaces.
  sed 's/[	 ]*$//' $ac_file_inputs >$tmp/in

_ACEOF

# Transform confdefs.h into two sed scripts, `conftest.defines' and
# `conftest.undefs', that substitutes the proper values into
# config.h.in to produce config.h.  The first handles `#define'
# templates, and the second `#undef' templates.
# And first: Protect against being on the right side of a sed subst in
# config.status.  Protect against being in an unquoted here document
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# Using a here document instead of a string reduces the quoting nightmare.
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s/[\\&,]/\\&/g
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t end
s,^[	 ]*#[	 ]*define[	 ][	 ]*\([^	 ][^	 ]*\)[	 ]*\(.*\)$,${ac_dA}\1${ac_dB}\1${ac_dC}\2${ac_dD},gp
: end
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# the same #defines, which is useless.  Nevertheless, we may not want to
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sed 's/ac_d/ac_u/g' conftest.defines >conftest.undefs
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# example, in the case of _POSIX_SOURCE, which is predefined and required
# on some systems where configure will not decide to define it.
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s,^[	 ]*#[	 ]*undef[	 ][	 ]*[a-zA-Z_][a-zA-Z_0-9]*,/* & */,
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echo '  if grep "^[	 ]*#[	 ]*define" $tmp/in >/dev/null; then' >>$CONFIG_STATUS
echo '  # If there are no defines, we may have an empty if/fi' >>$CONFIG_STATUS
echo '  :' >>$CONFIG_STATUS
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      ac_dir=`(dirname "$ac_file") 2>/dev/null ||
$as_expr X"$ac_file" : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
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	 X"$ac_file" : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X"$ac_file" |
    sed '/^X\(.*[^/]\)\/\/*[^/][^/]*\/*$/{ s//\1/; q; }
  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
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$as_expr X"$as_dir" : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
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	 X"$as_dir" : 'X\(//\)$' \| \
	 X"$as_dir" : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X"$as_dir" |
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  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
  	  /^X\(\/\).*/{ s//\1/; q; }
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    test ! -n "$as_dirs" || mkdir $as_dirs
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echo "$as_me: error: cannot create directory \"$ac_dir\"" >&2;}
   { (exit 1); exit 1; }; }; }

      rm -f $ac_file
      mv $tmp/config.h $ac_file
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# Compute $ac_file's index in $config_headers.
_am_stamp_count=1
for _am_header in $config_headers :; do
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echo "timestamp for $ac_file" >`(dirname $ac_file) 2>/dev/null ||
$as_expr X$ac_file : 'X\(.*[^/]\)//*[^/][^/]*/*$' \| \
	 X$ac_file : 'X\(//\)[^/]' \| \
	 X$ac_file : 'X\(//\)$' \| \
	 X$ac_file : 'X\(/\)' \| \
	 .     : '\(.\)' 2>/dev/null ||
echo X$ac_file |
    sed '/^X\(.*[^/]\)\/\/*[^/][^/]*\/*$/{ s//\1/; q; }
  	  /^X\(\/\/\)[^/].*/{ s//\1/; q; }
  	  /^X\(\/\/\)$/{ s//\1/; q; }
  	  /^X\(\/\).*/{ s//\1/; q; }
  	  s/.*/./; q'`/stamp-h$_am_stamp_count
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cat >>$CONFIG_STATUS <<\_ACEOF

{ (exit 0); exit 0; }
_ACEOF
chmod +x $CONFIG_STATUS
ac_clean_files=$ac_clean_files_save


# configure is writing to config.log, and then calls config.status.
# config.status does its own redirection, appending to config.log.
# Unfortunately, on DOS this fails, as config.log is still kept open
# by configure, so config.status won't be able to write to it; its
# output is simply discarded.  So we exec the FD to /dev/null,
# effectively closing config.log, so it can be properly (re)opened and
# appended to by config.status.  When coming back to configure, we
# need to make the FD available again.
if test "$no_create" != yes; then
  ac_cs_success=:
  ac_config_status_args=
  test "$silent" = yes &&
    ac_config_status_args="$ac_config_status_args --quiet"
  exec 5>/dev/null
  $SHELL $CONFIG_STATUS $ac_config_status_args || ac_cs_success=false
  exec 5>>config.log
  # Use ||, not &&, to avoid exiting from the if with $? = 1, which
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  $ac_cs_success || { (exit 1); exit 1; }
fi


echo
echo "Run 'make && make install' to build GrADS."
echo "Executables will be installed" \
     "to bin/ in current dir, unless prefix was specified."
echo
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	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	mkid -fID $$unique
tags: TAGS

TAGS: tags-recursive $(HEADERS) $(SOURCES)  $(TAGS_DEPENDENCIES) \
		$(TAGS_FILES) $(LISP)
	tags=; \
	here=`pwd`; \
	if ($(ETAGS) --etags-include --version) >/dev/null 2>&1; then \
	  include_option=--etags-include; \
	  empty_fix=.; \
	else \
	  include_option=--include; \
	  empty_fix=; \
	fi; \
	list='$(SUBDIRS)'; for subdir in $$list; do \
	  if test "$$subdir" = .; then :; else \
	    test ! -f $$subdir/TAGS || \
	      tags="$$tags $$include_option=$$here/$$subdir/TAGS"; \
	  fi; \
	done; \
	list='$(SOURCES) $(HEADERS)  $(LISP) $(TAGS_FILES)'; \
	unique=`for i in $$list; do \
	    if test -f "$$i"; then echo $$i; else echo $(srcdir)/$$i; fi; \
	  done | \
	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	if test -z "$(ETAGS_ARGS)$$tags$$unique"; then :; else \
	  test -n "$$unique" || unique=$$empty_fix; \
	  $(ETAGS) $(ETAGSFLAGS) $(AM_ETAGSFLAGS) $(ETAGS_ARGS) \
	    $$tags $$unique; \
	fi
ctags: CTAGS
CTAGS: ctags-recursive $(HEADERS) $(SOURCES)  $(TAGS_DEPENDENCIES) \
		$(TAGS_FILES) $(LISP)
	tags=; \
	here=`pwd`; \
	list='$(SOURCES) $(HEADERS)  $(LISP) $(TAGS_FILES)'; \
	unique=`for i in $$list; do \
	    if test -f "$$i"; then echo $$i; else echo $(srcdir)/$$i; fi; \
	  done | \
	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	test -z "$(CTAGS_ARGS)$$tags$$unique" \
	  || $(CTAGS) $(CTAGSFLAGS) $(AM_CTAGSFLAGS) $(CTAGS_ARGS) \
	     $$tags $$unique

GTAGS:
	here=`$(am__cd) $(top_builddir) && pwd` \
	  && cd $(top_srcdir) \
	  && gtags -i $(GTAGS_ARGS) $$here

distclean-tags:
	-rm -f TAGS ID GTAGS GRTAGS GSYMS GPATH tags

distdir: $(DISTFILES)
	$(am__remove_distdir)
	mkdir $(distdir)
	$(mkdir_p) $(distdir)/etc $(distdir)/m4
	@srcdirstrip=`echo "$(srcdir)" | sed 's|.|.|g'`; \
	topsrcdirstrip=`echo "$(top_srcdir)" | sed 's|.|.|g'`; \
	list='$(DISTFILES)'; for file in $$list; do \
	  case $$file in \
	    $(srcdir)/*) file=`echo "$$file" | sed "s|^$$srcdirstrip/||"`;; \
	    $(top_srcdir)/*) file=`echo "$$file" | sed "s|^$$topsrcdirstrip/|$(top_builddir)/|"`;; \
	  esac; \
	  if test -f $$file || test -d $$file; then d=.; else d=$(srcdir); fi; \
	  dir=`echo "$$file" | sed -e 's,/[^/]*$$,,'`; \
	  if test "$$dir" != "$$file" && test "$$dir" != "."; then \
	    dir="/$$dir"; \
	    $(mkdir_p) "$(distdir)$$dir"; \
	  else \
	    dir=''; \
	  fi; \
	  if test -d $$d/$$file; then \
	    if test -d $(srcdir)/$$file && test $$d != $(srcdir); then \
	      cp -pR $(srcdir)/$$file $(distdir)$$dir || exit 1; \
	    fi; \
	    cp -pR $$d/$$file $(distdir)$$dir || exit 1; \
	  else \
	    test -f $(distdir)/$$file \
	    || cp -p $$d/$$file $(distdir)/$$file \
	    || exit 1; \
	  fi; \
	done
	list='$(DIST_SUBDIRS)'; for subdir in $$list; do \
	  if test "$$subdir" = .; then :; else \
	    test -d "$(distdir)/$$subdir" \
	    || $(mkdir_p) "$(distdir)/$$subdir" \
	    || exit 1; \
	    distdir=`$(am__cd) $(distdir) && pwd`; \
	    top_distdir=`$(am__cd) $(top_distdir) && pwd`; \
	    (cd $$subdir && \
	      $(MAKE) $(AM_MAKEFLAGS) \
	        top_distdir="$$top_distdir" \
	        distdir="$$distdir/$$subdir" \
	        distdir) \
	      || exit 1; \
	  fi; \
	done
	-find $(distdir) -type d ! -perm -755 -exec chmod a+rwx,go+rx {} \; -o \
	  ! -type d ! -perm -444 -links 1 -exec chmod a+r {} \; -o \
	  ! -type d ! -perm -400 -exec chmod a+r {} \; -o \
	  ! -type d ! -perm -444 -exec $(SHELL) $(install_sh) -c -m a+r {} {} \; \
	|| chmod -R a+r $(distdir)
dist-gzip: distdir
	tardir=$(distdir) && $(am__tar) | GZIP=$(GZIP_ENV) gzip -c >$(distdir).tar.gz
	$(am__remove_distdir)

dist-bzip2: distdir
	tardir=$(distdir) && $(am__tar) | bzip2 -9 -c >$(distdir).tar.bz2
	$(am__remove_distdir)

dist-tarZ: distdir
	tardir=$(distdir) && $(am__tar) | compress -c >$(distdir).tar.Z
	$(am__remove_distdir)

dist-shar: distdir
	shar $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir).shar.gz
	$(am__remove_distdir)

dist-zip: distdir
	-rm -f $(distdir).zip
	zip -rq $(distdir).zip $(distdir)
	$(am__remove_distdir)

dist dist-all: distdir
	tardir=$(distdir) && $(am__tar) | GZIP=$(GZIP_ENV) gzip -c >$(distdir).tar.gz
	$(am__remove_distdir)

# This target untars the dist file and tries a VPATH configuration.  Then
# it guarantees that the distribution is self-contained by making another
# tarfile.
distcheck: dist
	case '$(DIST_ARCHIVES)' in \
	*.tar.gz*) \
	  GZIP=$(GZIP_ENV) gunzip -c $(distdir).tar.gz | $(am__untar) ;;\
	*.tar.bz2*) \
	  bunzip2 -c $(distdir).tar.bz2 | $(am__untar) ;;\
	*.tar.Z*) \
	  uncompress -c $(distdir).tar.Z | $(am__untar) ;;\
	*.shar.gz*) \
	  GZIP=$(GZIP_ENV) gunzip -c $(distdir).shar.gz | unshar ;;\
	*.zip*) \
	  unzip $(distdir).zip ;;\
	esac
	chmod -R a-w $(distdir); chmod a+w $(distdir)
	mkdir $(distdir)/_build
	mkdir $(distdir)/_inst
	chmod a-w $(distdir)
	dc_install_base=`$(am__cd) $(distdir)/_inst && pwd | sed -e 's,^[^:\\/]:[\\/],/,'` \
	  && dc_destdir="$${TMPDIR-/tmp}/am-dc-$$$$/" \
	  && cd $(distdir)/_build \
	  && ../configure --srcdir=.. --prefix="$$dc_install_base" \
	    $(DISTCHECK_CONFIGURE_FLAGS) \
	  && $(MAKE) $(AM_MAKEFLAGS) \
	  && $(MAKE) $(AM_MAKEFLAGS) dvi \
	  && $(MAKE) $(AM_MAKEFLAGS) check \
	  && $(MAKE) $(AM_MAKEFLAGS) install \
	  && $(MAKE) $(AM_MAKEFLAGS) installcheck \
	  && $(MAKE) $(AM_MAKEFLAGS) uninstall \
	  && $(MAKE) $(AM_MAKEFLAGS) distuninstallcheck_dir="$$dc_install_base" \
	        distuninstallcheck \
	  && chmod -R a-w "$$dc_install_base" \
	  && ({ \
	       (cd ../.. && umask 077 && mkdir "$$dc_destdir") \
	       && $(MAKE) $(AM_MAKEFLAGS) DESTDIR="$$dc_destdir" install \
	       && $(MAKE) $(AM_MAKEFLAGS) DESTDIR="$$dc_destdir" uninstall \
	       && $(MAKE) $(AM_MAKEFLAGS) DESTDIR="$$dc_destdir" \
	            distuninstallcheck_dir="$$dc_destdir" distuninstallcheck; \
	      } || { rm -rf "$$dc_destdir"; exit 1; }) \
	  && rm -rf "$$dc_destdir" \
	  && $(MAKE) $(AM_MAKEFLAGS) dist \
	  && rm -rf $(DIST_ARCHIVES) \
	  && $(MAKE) $(AM_MAKEFLAGS) distcleancheck
	$(am__remove_distdir)
	@(echo "$(distdir) archives ready for distribution: "; \
	  list='$(DIST_ARCHIVES)'; for i in $$list; do echo $$i; done) | \
	  sed -e '1{h;s/./=/g;p;x;}' -e '$${p;x;}'
distuninstallcheck:
	@cd $(distuninstallcheck_dir) \
	&& test `$(distuninstallcheck_listfiles) | wc -l` -le 1 \
	   || { echo "ERROR: files left after uninstall:" ; \
	        if test -n "$(DESTDIR)"; then \
	          echo "  (check DESTDIR support)"; \
	        fi ; \
	        $(distuninstallcheck_listfiles) ; \
	        exit 1; } >&2
distcleancheck: distclean
	@if test '$(srcdir)' = . ; then \
	  echo "ERROR: distcleancheck can only run from a VPATH build" ; \
	  exit 1 ; \
	fi
	@test `$(distcleancheck_listfiles) | wc -l` -eq 0 \
	  || { echo "ERROR: files left in build directory after distclean:" ; \
	       $(distcleancheck_listfiles) ; \
	       exit 1; } >&2
check-am: all-am
check: check-recursive
all-am: Makefile
installdirs: installdirs-recursive
installdirs-am:
install: install-recursive
install-exec: install-exec-recursive
install-data: install-data-recursive
uninstall: uninstall-recursive

install-am: all-am
	@$(MAKE) $(AM_MAKEFLAGS) install-exec-am install-data-am

installcheck: installcheck-recursive
install-strip:
	$(MAKE) $(AM_MAKEFLAGS) INSTALL_PROGRAM="$(INSTALL_STRIP_PROGRAM)" \
	  install_sh_PROGRAM="$(INSTALL_STRIP_PROGRAM)" INSTALL_STRIP_FLAG=-s \
	  `test -z '$(STRIP)' || \
	    echo "INSTALL_PROGRAM_ENV=STRIPPROG='$(STRIP)'"` install
mostlyclean-generic:

clean-generic:

distclean-generic:
	-test -z "$(CONFIG_CLEAN_FILES)" || rm -f $(CONFIG_CLEAN_FILES)

maintainer-clean-generic:
	@echo "This command is intended for maintainers to use"
	@echo "it deletes files that may require special tools to rebuild."
clean: clean-recursive

clean-am: clean-generic mostlyclean-am

distclean: distclean-recursive
	-rm -f $(am__CONFIG_DISTCLEAN_FILES)
	-rm -f Makefile
distclean-am: clean-am distclean-generic distclean-tags

dvi: dvi-recursive

dvi-am:

html: html-recursive

info: info-recursive

info-am:

install-data-am:

install-exec-am:

install-info: install-info-recursive

install-man:

installcheck-am:

maintainer-clean: maintainer-clean-recursive
	-rm -f $(am__CONFIG_DISTCLEAN_FILES)
	-rm -rf $(top_srcdir)/autom4te.cache
	-rm -f Makefile
maintainer-clean-am: distclean-am maintainer-clean-generic

mostlyclean: mostlyclean-recursive

mostlyclean-am: mostlyclean-generic

pdf: pdf-recursive

pdf-am:

ps: ps-recursive

ps-am:

uninstall-am: uninstall-info-am

uninstall-info: uninstall-info-recursive

.PHONY: $(RECURSIVE_TARGETS) CTAGS GTAGS all all-am am--refresh check \
	check-am clean clean-generic clean-recursive ctags \
	ctags-recursive dist dist-all dist-bzip2 dist-gzip dist-shar \
	dist-tarZ dist-zip distcheck distclean distclean-generic \
	distclean-recursive distclean-tags distcleancheck distdir \
	distuninstallcheck dvi dvi-am html html-am info info-am \
	install install-am install-data install-data-am install-exec \
	install-exec-am install-info install-info-am install-man \
	install-strip installcheck installcheck-am installdirs \
	installdirs-am maintainer-clean maintainer-clean-generic \
	maintainer-clean-recursive mostlyclean mostlyclean-generic \
	mostlyclean-recursive pdf pdf-am ps ps-am tags tags-recursive \
	uninstall uninstall-am uninstall-info-am


# Indicate that these targets are not the names of files
.PHONY: nobin-dists all-dists snapshot-dist bin-dist snapshot-bin-dist \
	data-dist doc-dist

dist-all: dist data-dist doc-dist

bin-dist: all-am
	$(MAKE) $(AM_MAKE_FLAGS) prefix=$(prefix)/$(distdir) install-exec; \
	for file in $(BINDISTFILES) ; do \
	  cp -pR $$file $(distdir)/ ; \
	done; \
	rm -rf `find $(distdir) -name CVS`; \
	$(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-bin-$(host_triplet).tar.gz; \
	$(am__remove_distdir)

data-dist:
	mkdir -p $(distdir); \
	for file in $(DATADISTFILES) ; do \
	  cp -pR $$file $(distdir)/ ; \
	done; \
	rm -rf `find $(distdir) -name CVS`; \
	$(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-data.tar.gz; \
	$(am__remove_distdir)

doc-dist:
	mkdir -p $(distdir); \
	for file in $(DOCDISTFILES) ; do \
	  cp -pR $$file $(distdir)/ ; \
	done; \
	rm -rf `find $(distdir) -name CVS`
	$(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-doc.tar.gz; \
	$(am__remove_distdir)

snapshot: distdir
	date_str=`date '+%Y%m%d-%H%M'`; \
	$(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-snapshot-$${date_str}.tar.gz; \
	$(am__remove_distdir)

bin-snapshot: all-am
	$(MAKE) $(AM_MAKE_FLAGS) prefix=$(prefix)/$(distdir) install-exec; \
	for file in $(BINDISTFILES) ; do \
	  cp -pR $$file $(distdir)/ ; \
	done; \
	rm -rf `find $(distdir) -name CVS`; \
	date_str=`date '+%Y%m%d-%H%M'`; \
	$(AMTAR) chof - $(distdir) | GZIP=$(GZIP_ENV) gzip -c >$(distdir)-bin-snapshot-$${date_str}.tar.gz; \
	$(am__remove_distdir)
# Tell versions [3.59,3.63) of GNU make to not export all variables.
# Otherwise a system limit (for SysV at least) may be exceeded.
.NOEXPORT:
grads-2.0.1/COPYRIGHT0000644000175000017500000004543511353137541015255 0ustar  amckinstryamckinstry    The Grid Analysis and Display System (GrADS) 

    Copyright (C) 1988-2010 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  

    The Center for Ocean-Land-Atmosphere Studies (COLA) is the center
    within IGES where GrADS is developed and maintained.

    The copyright holders cann be contacted at:

         COLA/IGES
         4041 Powder Mill Rd.  Suite 302
         Calverton, MD  20705

         Phone:  301 595 7000

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; using version 2 of the License.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, write to the Free Software
    Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA


==============================================================================

		    GNU GENERAL PUBLIC LICENSE
		       Version 2, June 1991

 Copyright (C) 1989, 1991 Free Software Foundation, Inc.
                       59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 Everyone is permitted to copy and distribute verbatim copies
 of this license document, but changing it is not allowed.

			    Preamble

  The licenses for most software are designed to take away your
freedom to share and change it.  By contrast, the GNU General Public
License is intended to guarantee your freedom to share and change free
software--to make sure the software is free for all its users.  This
General Public License applies to most of the Free Software
Foundation's software and to any other program whose authors commit to
using it.  (Some other Free Software Foundation software is covered by
the GNU Library General Public License instead.)  You can apply it to
your programs, too.

  When we speak of free software, we are referring to freedom, not
price.  Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
this service if you wish), that you receive source code or can get it
if you want it, that you can change the software or use pieces of it
in new free programs; and that you know you can do these things.

  To protect your rights, we need to make restrictions that forbid
anyone to deny you these rights or to ask you to surrender the rights.
These restrictions translate to certain responsibilities for you if you
distribute copies of the software, or if you modify it.

  For example, if you distribute copies of such a program, whether
gratis or for a fee, you must give the recipients all the rights that
you have.  You must make sure that they, too, receive or can get the
source code.  And you must show them these terms so they know their
rights.

  We protect your rights with two steps: (1) copyright the software, and
(2) offer you this license which gives you legal permission to copy,
distribute and/or modify the software.

  Also, for each author's protection and ours, we want to make certain
that everyone understands that there is no warranty for this free
software.  If the software is modified by someone else and passed on, we
want its recipients to know that what they have is not the original, so
that any problems introduced by others will not reflect on the original
authors' reputations.

  Finally, any free program is threatened constantly by software
patents.  We wish to avoid the danger that redistributors of a free
program will individually obtain patent licenses, in effect making the
program proprietary.  To prevent this, we have made it clear that any
patent must be licensed for everyone's free use or not licensed at all.

  The precise terms and conditions for copying, distribution and
modification follow.

		    GNU GENERAL PUBLIC LICENSE
   TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION

  0. This License applies to any program or other work which contains
a notice placed by the copyright holder saying it may be distributed
under the terms of this General Public License.  The "Program", below,
refers to any such program or work, and a "work based on the Program"
means either the Program or any derivative work under copyright law:
that is to say, a work containing the Program or a portion of it,
either verbatim or with modifications and/or translated into another
language.  (Hereinafter, translation is included without limitation in
the term "modification".)  Each licensee is addressed as "you".

Activities other than copying, distribution and modification are not
covered by this License; they are outside its scope.  The act of
running the Program is not restricted, and the output from the Program
is covered only if its contents constitute a work based on the
Program (independent of having been made by running the Program).
Whether that is true depends on what the Program does.

  1. You may copy and distribute verbatim copies of the Program's
source code as you receive it, in any medium, provided that you
conspicuously and appropriately publish on each copy an appropriate
copyright notice and disclaimer of warranty; keep intact all the
notices that refer to this License and to the absence of any warranty;
and give any other recipients of the Program a copy of this License
along with the Program.

You may charge a fee for the physical act of transferring a copy, and
you may at your option offer warranty protection in exchange for a fee.

  2. You may modify your copy or copies of the Program or any portion
of it, thus forming a work based on the Program, and copy and
distribute such modifications or work under the terms of Section 1
above, provided that you also meet all of these conditions:

    a) You must cause the modified files to carry prominent notices
    stating that you changed the files and the date of any change.

    b) You must cause any work that you distribute or publish, that in
    whole or in part contains or is derived from the Program or any
    part thereof, to be licensed as a whole at no charge to all third
    parties under the terms of this License.

    c) If the modified program normally reads commands interactively
    when run, you must cause it, when started running for such
    interactive use in the most ordinary way, to print or display an
    announcement including an appropriate copyright notice and a
    notice that there is no warranty (or else, saying that you provide
    a warranty) and that users may redistribute the program under
    these conditions, and telling the user how to view a copy of this
    License.  (Exception: if the Program itself is interactive but
    does not normally print such an announcement, your work based on
    the Program is not required to print an announcement.)

These requirements apply to the modified work as a whole.  If
identifiable sections of that work are not derived from the Program,
and can be reasonably considered independent and separate works in
themselves, then this License, and its terms, do not apply to those
sections when you distribute them as separate works.  But when you
distribute the same sections as part of a whole which is a work based
on the Program, the distribution of the whole must be on the terms of
this License, whose permissions for other licensees extend to the
entire whole, and thus to each and every part regardless of who wrote it.

Thus, it is not the intent of this section to claim rights or contest
your rights to work written entirely by you; rather, the intent is to
exercise the right to control the distribution of derivative or
collective works based on the Program.

In addition, mere aggregation of another work not based on the Program
with the Program (or with a work based on the Program) on a volume of
a storage or distribution medium does not bring the other work under
the scope of this License.

  3. You may copy and distribute the Program (or a work based on it,
under Section 2) in object code or executable form under the terms of
Sections 1 and 2 above provided that you also do one of the following:

    a) Accompany it with the complete corresponding machine-readable
    source code, which must be distributed under the terms of Sections
    1 and 2 above on a medium customarily used for software interchange; or,

    b) Accompany it with a written offer, valid for at least three
    years, to give any third party, for a charge no more than your
    cost of physically performing source distribution, a complete
    machine-readable copy of the corresponding source code, to be
    distributed under the terms of Sections 1 and 2 above on a medium
    customarily used for software interchange; or,

    c) Accompany it with the information you received as to the offer
    to distribute corresponding source code.  (This alternative is
    allowed only for noncommercial distribution and only if you
    received the program in object code or executable form with such
    an offer, in accord with Subsection b above.)

The source code for a work means the preferred form of the work for
making modifications to it.  For an executable work, complete source
code means all the source code for all modules it contains, plus any
associated interface definition files, plus the scripts used to
control compilation and installation of the executable.  However, as a
special exception, the source code distributed need not include
anything that is normally distributed (in either source or binary
form) with the major components (compiler, kernel, and so on) of the
operating system on which the executable runs, unless that component
itself accompanies the executable.

If distribution of executable or object code is made by offering
access to copy from a designated place, then offering equivalent
access to copy the source code from the same place counts as
distribution of the source code, even though third parties are not
compelled to copy the source along with the object code.

  4. You may not copy, modify, sublicense, or distribute the Program
except as expressly provided under this License.  Any attempt
otherwise to copy, modify, sublicense or distribute the Program is
void, and will automatically terminate your rights under this License.
However, parties who have received copies, or rights, from you under
this License will not have their licenses terminated so long as such
parties remain in full compliance.

  5. You are not required to accept this License, since you have not
signed it.  However, nothing else grants you permission to modify or
distribute the Program or its derivative works.  These actions are
prohibited by law if you do not accept this License.  Therefore, by
modifying or distributing the Program (or any work based on the
Program), you indicate your acceptance of this License to do so, and
all its terms and conditions for copying, distributing or modifying
the Program or works based on it.

  6. Each time you redistribute the Program (or any work based on the
Program), the recipient automatically receives a license from the
original licensor to copy, distribute or modify the Program subject to
these terms and conditions.  You may not impose any further
restrictions on the recipients' exercise of the rights granted herein.
You are not responsible for enforcing compliance by third parties to
this License.

  7. If, as a consequence of a court judgment or allegation of patent
infringement or for any other reason (not limited to patent issues),
conditions are imposed on you (whether by court order, agreement or
otherwise) that contradict the conditions of this License, they do not
excuse you from the conditions of this License.  If you cannot
distribute so as to satisfy simultaneously your obligations under this
License and any other pertinent obligations, then as a consequence you
may not distribute the Program at all.  For example, if a patent
license would not permit royalty-free redistribution of the Program by
all those who receive copies directly or indirectly through you, then
the only way you could satisfy both it and this License would be to
refrain entirely from distribution of the Program.

If any portion of this section is held invalid or unenforceable under
any particular circumstance, the balance of the section is intended to
apply and the section as a whole is intended to apply in other
circumstances.

It is not the purpose of this section to induce you to infringe any
patents or other property right claims or to contest validity of any
such claims; this section has the sole purpose of protecting the
integrity of the free software distribution system, which is
implemented by public license practices.  Many people have made
generous contributions to the wide range of software distributed
through that system in reliance on consistent application of that
system; it is up to the author/donor to decide if he or she is willing
to distribute software through any other system and a licensee cannot
impose that choice.

This section is intended to make thoroughly clear what is believed to
be a consequence of the rest of this License.

  8. If the distribution and/or use of the Program is restricted in
certain countries either by patents or by copyrighted interfaces, the
original copyright holder who places the Program under this License
may add an explicit geographical distribution limitation excluding
those countries, so that distribution is permitted only in or among
countries not thus excluded.  In such case, this License incorporates
the limitation as if written in the body of this License.

  9. The Free Software Foundation may publish revised and/or new versions
of the General Public License from time to time.  Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.

Each version is given a distinguishing version number.  If the Program
specifies a version number of this License which applies to it and "any
later version", you have the option of following the terms and conditions
either of that version or of any later version published by the Free
Software Foundation.  If the Program does not specify a version number of
this License, you may choose any version ever published by the Free Software
Foundation.

  10. If you wish to incorporate parts of the Program into other free
programs whose distribution conditions are different, write to the author
to ask for permission.  For software which is copyrighted by the Free
Software Foundation, write to the Free Software Foundation; we sometimes
make exceptions for this.  Our decision will be guided by the two goals
of preserving the free status of all derivatives of our free software and
of promoting the sharing and reuse of software generally.

			    NO WARRANTY

  11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY
FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW.  EXCEPT WHEN
OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES
PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE RISK AS
TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.  SHOULD THE
PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,
REPAIR OR CORRECTION.

  12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR
REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING
OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED
TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY
YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER
PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES.

		     END OF TERMS AND CONDITIONS

	    How to Apply These Terms to Your New Programs

  If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.

  To do so, attach the following notices to the program.  It is safest
to attach them to the start of each source file to most effectively
convey the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.

    
    Copyright (C)   

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; either version 2 of the License, or
    (at your option) any later version.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; 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.

If the program is interactive, make it output a short notice like this
when it starts in an interactive mode:

    Gnomovision version 69, Copyright (C) year name of author
    Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
    This is free software, and you are welcome to redistribute it
    under certain conditions; type `show c' for details.

The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License.  Of course, the commands you use may
be called something other than `show w' and `show c'; they could even be
mouse-clicks or menu items--whatever suits your program.

You should also get your employer (if you work as a programmer) or your
school, if any, to sign a "copyright disclaimer" for the program, if
necessary.  Here is a sample; alter the names:

  Yoyodyne, Inc., hereby disclaims all copyright interest in the program
  `Gnomovision' (which makes passes at compilers) written by James Hacker.

  , 1 April 1989
  Ty Coon, President of Vice

This General Public License does not permit incorporating your program into
proprietary programs.  If your program is a subroutine library, you may
consider it more useful to permit linking proprietary applications with the
library.  If this is what you want to do, use the GNU Library General
Public License instead of this License.


grads-2.0.1/etc/0000755000175000017500000000000011651523373014525 5ustar  amckinstryamckinstrygrads-2.0.1/etc/config.sub0000755000175000017500000007054307676365076016541 0ustar  amckinstryamckinstry#! /bin/sh
# Configuration validation subroutine script.
#   Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999,
#   2000, 2001, 2002 Free Software Foundation, Inc.

timestamp='2002-03-07'

# This file is (in principle) common to ALL GNU software.
# The presence of a machine in this file suggests that SOME GNU software
# can handle that machine.  It does not imply ALL GNU software can.
#
# This file is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330,
# Boston, MA 02111-1307, USA.

# As a special exception to the GNU General Public License, if you
# distribute this file as part of a program that contains a
# configuration script generated by Autoconf, you may include it under
# the same distribution terms that you use for the rest of that program.

# Please send patches to .  Submit a context
# diff and a properly formatted ChangeLog entry.
#
# Configuration subroutine to validate and canonicalize a configuration type.
# Supply the specified configuration type as an argument.
# If it is invalid, we print an error message on stderr and exit with code 1.
# Otherwise, we print the canonical config type on stdout and succeed.

# This file is supposed to be the same for all GNU packages
# and recognize all the CPU types, system types and aliases
# that are meaningful with *any* GNU software.
# Each package is responsible for reporting which valid configurations
# it does not support.  The user should be able to distinguish
# a failure to support a valid configuration from a meaningless
# configuration.

# The goal of this file is to map all the various variations of a given
# machine specification into a single specification in the form:
#	CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM
# or in some cases, the newer four-part form:
#	CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM
# It is wrong to echo any other type of specification.

me=`echo "$0" | sed -e 's,.*/,,'`

usage="\
Usage: $0 [OPTION] CPU-MFR-OPSYS
       $0 [OPTION] ALIAS

Canonicalize a configuration name.

Operation modes:
  -h, --help         print this help, then exit
  -t, --time-stamp   print date of last modification, then exit
  -v, --version      print version number, then exit

Report bugs and patches to ."

version="\
GNU config.sub ($timestamp)

Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001
Free Software Foundation, Inc.

This is free software; see the source for copying conditions.  There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE."

help="
Try \`$me --help' for more information."

# Parse command line
while test $# -gt 0 ; do
  case $1 in
    --time-stamp | --time* | -t )
       echo "$timestamp" ; exit 0 ;;
    --version | -v )
       echo "$version" ; exit 0 ;;
    --help | --h* | -h )
       echo "$usage"; exit 0 ;;
    -- )     # Stop option processing
       shift; break ;;
    - )	# Use stdin as input.
       break ;;
    -* )
       echo "$me: invalid option $1$help"
       exit 1 ;;

    *local*)
       # First pass through any local machine types.
       echo $1
       exit 0;;

    * )
       break ;;
  esac
done

case $# in
 0) echo "$me: missing argument$help" >&2
    exit 1;;
 1) ;;
 *) echo "$me: too many arguments$help" >&2
    exit 1;;
esac

# Separate what the user gave into CPU-COMPANY and OS or KERNEL-OS (if any).
# Here we must recognize all the valid KERNEL-OS combinations.
maybe_os=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\2/'`
case $maybe_os in
  nto-qnx* | linux-gnu* | storm-chaos* | os2-emx* | windows32-* | rtmk-nova*)
    os=-$maybe_os
    basic_machine=`echo $1 | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'`
    ;;
  *)
    basic_machine=`echo $1 | sed 's/-[^-]*$//'`
    if [ $basic_machine != $1 ]
    then os=`echo $1 | sed 's/.*-/-/'`
    else os=; fi
    ;;
esac

### Let's recognize common machines as not being operating systems so
### that things like config.sub decstation-3100 work.  We also
### recognize some manufacturers as not being operating systems, so we
### can provide default operating systems below.
case $os in
	-sun*os*)
		# Prevent following clause from handling this invalid input.
		;;
	-dec* | -mips* | -sequent* | -encore* | -pc532* | -sgi* | -sony* | \
	-att* | -7300* | -3300* | -delta* | -motorola* | -sun[234]* | \
	-unicom* | -ibm* | -next | -hp | -isi* | -apollo | -altos* | \
	-convergent* | -ncr* | -news | -32* | -3600* | -3100* | -hitachi* |\
	-c[123]* | -convex* | -sun | -crds | -omron* | -dg | -ultra | -tti* | \
	-harris | -dolphin | -highlevel | -gould | -cbm | -ns | -masscomp | \
	-apple | -axis)
		os=
		basic_machine=$1
		;;
	-sim | -cisco | -oki | -wec | -winbond)
		os=
		basic_machine=$1
		;;
	-scout)
		;;
	-wrs)
		os=-vxworks
		basic_machine=$1
		;;
	-chorusos*)
		os=-chorusos
		basic_machine=$1
		;;
 	-chorusrdb)
 		os=-chorusrdb
		basic_machine=$1
 		;;
	-hiux*)
		os=-hiuxwe2
		;;
	-sco5)
		os=-sco3.2v5
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-sco4)
		os=-sco3.2v4
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-sco3.2.[4-9]*)
		os=`echo $os | sed -e 's/sco3.2./sco3.2v/'`
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-sco3.2v[4-9]*)
		# Don't forget version if it is 3.2v4 or newer.
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-sco*)
		os=-sco3.2v2
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-udk*)
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-isc)
		os=-isc2.2
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-clix*)
		basic_machine=clipper-intergraph
		;;
	-isc*)
		basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'`
		;;
	-lynx*)
		os=-lynxos
		;;
	-ptx*)
		basic_machine=`echo $1 | sed -e 's/86-.*/86-sequent/'`
		;;
	-windowsnt*)
		os=`echo $os | sed -e 's/windowsnt/winnt/'`
		;;
	-psos*)
		os=-psos
		;;
	-mint | -mint[0-9]*)
		basic_machine=m68k-atari
		os=-mint
		;;
esac

# Decode aliases for certain CPU-COMPANY combinations.
case $basic_machine in
	# Recognize the basic CPU types without company name.
	# Some are omitted here because they have special meanings below.
	1750a | 580 \
	| a29k \
	| alpha | alphaev[4-8] | alphaev56 | alphaev6[78] | alphapca5[67] \
	| alpha64 | alpha64ev[4-8] | alpha64ev56 | alpha64ev6[78] | alpha64pca5[67] \
	| arc | arm | arm[bl]e | arme[lb] | armv[2345] | armv[345][lb] | avr \
	| c4x | clipper \
	| d10v | d30v | dsp16xx \
	| fr30 \
	| h8300 | h8500 | hppa | hppa1.[01] | hppa2.0 | hppa2.0[nw] | hppa64 \
	| i370 | i860 | i960 | ia64 \
	| m32r | m68000 | m68k | m88k | mcore \
	| mips | mips16 | mips64 | mips64el | mips64orion | mips64orionel \
	| mips64vr4100 | mips64vr4100el | mips64vr4300 \
	| mips64vr4300el | mips64vr5000 | mips64vr5000el \
	| mipsbe | mipseb | mipsel | mipsle | mipstx39 | mipstx39el \
	| mipsisa32 | mipsisa64 \
	| mn10200 | mn10300 \
	| ns16k | ns32k \
	| openrisc | or32 \
	| pdp10 | pdp11 | pj | pjl \
	| powerpc | powerpc64 | powerpc64le | powerpcle | ppcbe \
	| pyramid \
	| sh | sh[34] | sh[34]eb | shbe | shle | sh64 \
	| sparc | sparc64 | sparc86x | sparclet | sparclite | sparcv9 | sparcv9b \
	| strongarm \
	| tahoe | thumb | tic80 | tron \
	| v850 | v850e \
	| we32k \
	| x86 | xscale | xstormy16 | xtensa \
	| z8k)
		basic_machine=$basic_machine-unknown
		;;
	m6811 | m68hc11 | m6812 | m68hc12)
		# Motorola 68HC11/12.
		basic_machine=$basic_machine-unknown
		os=-none
		;;
	m88110 | m680[12346]0 | m683?2 | m68360 | m5200 | v70 | w65 | z8k)
		;;

	# We use `pc' rather than `unknown'
	# because (1) that's what they normally are, and
	# (2) the word "unknown" tends to confuse beginning users.
	i*86 | x86_64)
	  basic_machine=$basic_machine-pc
	  ;;
	# Object if more than one company name word.
	*-*-*)
		echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2
		exit 1
		;;
	# Recognize the basic CPU types with company name.
	580-* \
	| a29k-* \
	| alpha-* | alphaev[4-8]-* | alphaev56-* | alphaev6[78]-* \
	| alpha64-* | alpha64ev[4-8]-* | alpha64ev56-* | alpha64ev6[78]-* \
	| alphapca5[67]-* | alpha64pca5[67]-* | arc-* \
	| arm-*  | armbe-* | armle-* | armv*-* \
	| avr-* \
	| bs2000-* \
	| c[123]* | c30-* | [cjt]90-* | c54x-* \
	| clipper-* | cydra-* \
	| d10v-* | d30v-* \
	| elxsi-* \
	| f30[01]-* | f700-* | fr30-* | fx80-* \
	| h8300-* | h8500-* \
	| hppa-* | hppa1.[01]-* | hppa2.0-* | hppa2.0[nw]-* | hppa64-* \
	| i*86-* | i860-* | i960-* | ia64-* \
	| m32r-* \
	| m68000-* | m680[012346]0-* | m68360-* | m683?2-* | m68k-* \
	| m88110-* | m88k-* | mcore-* \
	| mips-* | mips16-* | mips64-* | mips64el-* | mips64orion-* \
	| mips64orionel-* | mips64vr4100-* | mips64vr4100el-* \
	| mips64vr4300-* | mips64vr4300el-* | mipsbe-* | mipseb-* \
	| mipsle-* | mipsel-* | mipstx39-* | mipstx39el-* \
	| none-* | np1-* | ns16k-* | ns32k-* \
	| orion-* \
	| pdp10-* | pdp11-* | pj-* | pjl-* | pn-* | power-* \
	| powerpc-* | powerpc64-* | powerpc64le-* | powerpcle-* | ppcbe-* \
	| pyramid-* \
	| romp-* | rs6000-* \
	| sh-* | sh[34]-* | sh[34]eb-* | shbe-* | shle-* | sh64-* \
	| sparc-* | sparc64-* | sparc86x-* | sparclet-* | sparclite-* \
	| sparcv9-* | sparcv9b-* | strongarm-* | sv1-* | sx?-* \
	| tahoe-* | thumb-* | tic30-* | tic54x-* | tic80-* | tron-* \
	| v850-* | v850e-* | vax-* \
	| we32k-* \
	| x86-* | x86_64-* | xps100-* | xscale-* | xstormy16-* \
	| xtensa-* \
	| ymp-* \
	| z8k-*)
		;;
	# Recognize the various machine names and aliases which stand
	# for a CPU type and a company and sometimes even an OS.
	386bsd)
		basic_machine=i386-unknown
		os=-bsd
		;;
	3b1 | 7300 | 7300-att | att-7300 | pc7300 | safari | unixpc)
		basic_machine=m68000-att
		;;
	3b*)
		basic_machine=we32k-att
		;;
	a29khif)
		basic_machine=a29k-amd
		os=-udi
		;;
	adobe68k)
		basic_machine=m68010-adobe
		os=-scout
		;;
	alliant | fx80)
		basic_machine=fx80-alliant
		;;
	altos | altos3068)
		basic_machine=m68k-altos
		;;
	am29k)
		basic_machine=a29k-none
		os=-bsd
		;;
	amdahl)
		basic_machine=580-amdahl
		os=-sysv
		;;
	amiga | amiga-*)
		basic_machine=m68k-unknown
		;;
	amigaos | amigados)
		basic_machine=m68k-unknown
		os=-amigaos
		;;
	amigaunix | amix)
		basic_machine=m68k-unknown
		os=-sysv4
		;;
	apollo68)
		basic_machine=m68k-apollo
		os=-sysv
		;;
	apollo68bsd)
		basic_machine=m68k-apollo
		os=-bsd
		;;
	aux)
		basic_machine=m68k-apple
		os=-aux
		;;
	balance)
		basic_machine=ns32k-sequent
		os=-dynix
		;;
	c90)
		basic_machine=c90-cray
		os=-unicos
		;;
	convex-c1)
		basic_machine=c1-convex
		os=-bsd
		;;
	convex-c2)
		basic_machine=c2-convex
		os=-bsd
		;;
	convex-c32)
		basic_machine=c32-convex
		os=-bsd
		;;
	convex-c34)
		basic_machine=c34-convex
		os=-bsd
		;;
	convex-c38)
		basic_machine=c38-convex
		os=-bsd
		;;
	cray | j90)
		basic_machine=j90-cray
		os=-unicos
		;;
	crds | unos)
		basic_machine=m68k-crds
		;;
	cris | cris-* | etrax*)
		basic_machine=cris-axis
		;;
	da30 | da30-*)
		basic_machine=m68k-da30
		;;
	decstation | decstation-3100 | pmax | pmax-* | pmin | dec3100 | decstatn)
		basic_machine=mips-dec
		;;
	decsystem10* | dec10*)
		basic_machine=pdp10-dec
		os=-tops10
		;;
	decsystem20* | dec20*)
		basic_machine=pdp10-dec
		os=-tops20
		;;
	delta | 3300 | motorola-3300 | motorola-delta \
	      | 3300-motorola | delta-motorola)
		basic_machine=m68k-motorola
		;;
	delta88)
		basic_machine=m88k-motorola
		os=-sysv3
		;;
	dpx20 | dpx20-*)
		basic_machine=rs6000-bull
		os=-bosx
		;;
	dpx2* | dpx2*-bull)
		basic_machine=m68k-bull
		os=-sysv3
		;;
	ebmon29k)
		basic_machine=a29k-amd
		os=-ebmon
		;;
	elxsi)
		basic_machine=elxsi-elxsi
		os=-bsd
		;;
	encore | umax | mmax)
		basic_machine=ns32k-encore
		;;
	es1800 | OSE68k | ose68k | ose | OSE)
		basic_machine=m68k-ericsson
		os=-ose
		;;
	fx2800)
		basic_machine=i860-alliant
		;;
	genix)
		basic_machine=ns32k-ns
		;;
	gmicro)
		basic_machine=tron-gmicro
		os=-sysv
		;;
	go32)
		basic_machine=i386-pc
		os=-go32
		;;
	h3050r* | hiux*)
		basic_machine=hppa1.1-hitachi
		os=-hiuxwe2
		;;
	h8300hms)
		basic_machine=h8300-hitachi
		os=-hms
		;;
	h8300xray)
		basic_machine=h8300-hitachi
		os=-xray
		;;
	h8500hms)
		basic_machine=h8500-hitachi
		os=-hms
		;;
	harris)
		basic_machine=m88k-harris
		os=-sysv3
		;;
	hp300-*)
		basic_machine=m68k-hp
		;;
	hp300bsd)
		basic_machine=m68k-hp
		os=-bsd
		;;
	hp300hpux)
		basic_machine=m68k-hp
		os=-hpux
		;;
	hp3k9[0-9][0-9] | hp9[0-9][0-9])
		basic_machine=hppa1.0-hp
		;;
	hp9k2[0-9][0-9] | hp9k31[0-9])
		basic_machine=m68000-hp
		;;
	hp9k3[2-9][0-9])
		basic_machine=m68k-hp
		;;
	hp9k6[0-9][0-9] | hp6[0-9][0-9])
		basic_machine=hppa1.0-hp
		;;
	hp9k7[0-79][0-9] | hp7[0-79][0-9])
		basic_machine=hppa1.1-hp
		;;
	hp9k78[0-9] | hp78[0-9])
		# FIXME: really hppa2.0-hp
		basic_machine=hppa1.1-hp
		;;
	hp9k8[67]1 | hp8[67]1 | hp9k80[24] | hp80[24] | hp9k8[78]9 | hp8[78]9 | hp9k893 | hp893)
		# FIXME: really hppa2.0-hp
		basic_machine=hppa1.1-hp
		;;
	hp9k8[0-9][13679] | hp8[0-9][13679])
		basic_machine=hppa1.1-hp
		;;
	hp9k8[0-9][0-9] | hp8[0-9][0-9])
		basic_machine=hppa1.0-hp
		;;
	hppa-next)
		os=-nextstep3
		;;
	hppaosf)
		basic_machine=hppa1.1-hp
		os=-osf
		;;
	hppro)
		basic_machine=hppa1.1-hp
		os=-proelf
		;;
	i370-ibm* | ibm*)
		basic_machine=i370-ibm
		;;
# I'm not sure what "Sysv32" means.  Should this be sysv3.2?
	i*86v32)
		basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'`
		os=-sysv32
		;;
	i*86v4*)
		basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'`
		os=-sysv4
		;;
	i*86v)
		basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'`
		os=-sysv
		;;
	i*86sol2)
		basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'`
		os=-solaris2
		;;
	i386mach)
		basic_machine=i386-mach
		os=-mach
		;;
	i386-vsta | vsta)
		basic_machine=i386-unknown
		os=-vsta
		;;
	iris | iris4d)
		basic_machine=mips-sgi
		case $os in
		    -irix*)
			;;
		    *)
			os=-irix4
			;;
		esac
		;;
	isi68 | isi)
		basic_machine=m68k-isi
		os=-sysv
		;;
	m88k-omron*)
		basic_machine=m88k-omron
		;;
	magnum | m3230)
		basic_machine=mips-mips
		os=-sysv
		;;
	merlin)
		basic_machine=ns32k-utek
		os=-sysv
		;;
	mingw32)
		basic_machine=i386-pc
		os=-mingw32
		;;
	miniframe)
		basic_machine=m68000-convergent
		;;
	*mint | -mint[0-9]* | *MiNT | *MiNT[0-9]*)
		basic_machine=m68k-atari
		os=-mint
		;;
	mips3*-*)
		basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'`
		;;
	mips3*)
		basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'`-unknown
		;;
	mmix*)
		basic_machine=mmix-knuth
		os=-mmixware
		;;
	monitor)
		basic_machine=m68k-rom68k
		os=-coff
		;;
	morphos)
		basic_machine=powerpc-unknown
		os=-morphos
		;;
	msdos)
		basic_machine=i386-pc
		os=-msdos
		;;
	mvs)
		basic_machine=i370-ibm
		os=-mvs
		;;
	ncr3000)
		basic_machine=i486-ncr
		os=-sysv4
		;;
	netbsd386)
		basic_machine=i386-unknown
		os=-netbsd
		;;
	netwinder)
		basic_machine=armv4l-rebel
		os=-linux
		;;
	news | news700 | news800 | news900)
		basic_machine=m68k-sony
		os=-newsos
		;;
	news1000)
		basic_machine=m68030-sony
		os=-newsos
		;;
	news-3600 | risc-news)
		basic_machine=mips-sony
		os=-newsos
		;;
	necv70)
		basic_machine=v70-nec
		os=-sysv
		;;
	next | m*-next )
		basic_machine=m68k-next
		case $os in
		    -nextstep* )
			;;
		    -ns2*)
		      os=-nextstep2
			;;
		    *)
		      os=-nextstep3
			;;
		esac
		;;
	nh3000)
		basic_machine=m68k-harris
		os=-cxux
		;;
	nh[45]000)
		basic_machine=m88k-harris
		os=-cxux
		;;
	nindy960)
		basic_machine=i960-intel
		os=-nindy
		;;
	mon960)
		basic_machine=i960-intel
		os=-mon960
		;;
	nonstopux)
		basic_machine=mips-compaq
		os=-nonstopux
		;;
	np1)
		basic_machine=np1-gould
		;;
	nsr-tandem)
		basic_machine=nsr-tandem
		;;
	op50n-* | op60c-*)
		basic_machine=hppa1.1-oki
		os=-proelf
		;;
	or32 | or32-*)
		basic_machine=or32-unknown
		os=-coff
		;;
	OSE68000 | ose68000)
		basic_machine=m68000-ericsson
		os=-ose
		;;
	os68k)
		basic_machine=m68k-none
		os=-os68k
		;;
	pa-hitachi)
		basic_machine=hppa1.1-hitachi
		os=-hiuxwe2
		;;
	paragon)
		basic_machine=i860-intel
		os=-osf
		;;
	pbd)
		basic_machine=sparc-tti
		;;
	pbb)
		basic_machine=m68k-tti
		;;
        pc532 | pc532-*)
		basic_machine=ns32k-pc532
		;;
	pentium | p5 | k5 | k6 | nexgen | viac3)
		basic_machine=i586-pc
		;;
	pentiumpro | p6 | 6x86 | athlon)
		basic_machine=i686-pc
		;;
	pentiumii | pentium2)
		basic_machine=i686-pc
		;;
	pentium-* | p5-* | k5-* | k6-* | nexgen-* | viac3-*)
		basic_machine=i586-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	pentiumpro-* | p6-* | 6x86-* | athlon-*)
		basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	pentiumii-* | pentium2-*)
		basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	pn)
		basic_machine=pn-gould
		;;
	power)	basic_machine=power-ibm
		;;
	ppc)	basic_machine=powerpc-unknown
	        ;;
	ppc-*)	basic_machine=powerpc-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	ppcle | powerpclittle | ppc-le | powerpc-little)
		basic_machine=powerpcle-unknown
	        ;;
	ppcle-* | powerpclittle-*)
		basic_machine=powerpcle-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	ppc64)	basic_machine=powerpc64-unknown
	        ;;
	ppc64-*) basic_machine=powerpc64-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	ppc64le | powerpc64little | ppc64-le | powerpc64-little)
		basic_machine=powerpc64le-unknown
	        ;;
	ppc64le-* | powerpc64little-*)
		basic_machine=powerpc64le-`echo $basic_machine | sed 's/^[^-]*-//'`
		;;
	ps2)
		basic_machine=i386-ibm
		;;
	pw32)
		basic_machine=i586-unknown
		os=-pw32
		;;
	rom68k)
		basic_machine=m68k-rom68k
		os=-coff
		;;
	rm[46]00)
		basic_machine=mips-siemens
		;;
	rtpc | rtpc-*)
		basic_machine=romp-ibm
		;;
	s390 | s390-*)
		basic_machine=s390-ibm
		;;
	s390x | s390x-*)
		basic_machine=s390x-ibm
		;;
	sa29200)
		basic_machine=a29k-amd
		os=-udi
		;;
	sequent)
		basic_machine=i386-sequent
		;;
	sh)
		basic_machine=sh-hitachi
		os=-hms
		;;
	sparclite-wrs | simso-wrs)
		basic_machine=sparclite-wrs
		os=-vxworks
		;;
	sps7)
		basic_machine=m68k-bull
		os=-sysv2
		;;
	spur)
		basic_machine=spur-unknown
		;;
	st2000)
		basic_machine=m68k-tandem
		;;
	stratus)
		basic_machine=i860-stratus
		os=-sysv4
		;;
	sun2)
		basic_machine=m68000-sun
		;;
	sun2os3)
		basic_machine=m68000-sun
		os=-sunos3
		;;
	sun2os4)
		basic_machine=m68000-sun
		os=-sunos4
		;;
	sun3os3)
		basic_machine=m68k-sun
		os=-sunos3
		;;
	sun3os4)
		basic_machine=m68k-sun
		os=-sunos4
		;;
	sun4os3)
		basic_machine=sparc-sun
		os=-sunos3
		;;
	sun4os4)
		basic_machine=sparc-sun
		os=-sunos4
		;;
	sun4sol2)
		basic_machine=sparc-sun
		os=-solaris2
		;;
	sun3 | sun3-*)
		basic_machine=m68k-sun
		;;
	sun4)
		basic_machine=sparc-sun
		;;
	sun386 | sun386i | roadrunner)
		basic_machine=i386-sun
		;;
        sv1)
		basic_machine=sv1-cray
		os=-unicos
		;;
	symmetry)
		basic_machine=i386-sequent
		os=-dynix
		;;
	t3d)
		basic_machine=alpha-cray
		os=-unicos
		;;
	t3e)
		basic_machine=alphaev5-cray
		os=-unicos
		;;
	t90)
		basic_machine=t90-cray
		os=-unicos
		;;
	tic54x | c54x*)
		basic_machine=tic54x-unknown
		os=-coff
		;;
	tx39)
		basic_machine=mipstx39-unknown
		;;
	tx39el)
		basic_machine=mipstx39el-unknown
		;;
	toad1)
		basic_machine=pdp10-xkl
		os=-tops20
		;;
	tower | tower-32)
		basic_machine=m68k-ncr
		;;
	udi29k)
		basic_machine=a29k-amd
		os=-udi
		;;
	ultra3)
		basic_machine=a29k-nyu
		os=-sym1
		;;
	v810 | necv810)
		basic_machine=v810-nec
		os=-none
		;;
	vaxv)
		basic_machine=vax-dec
		os=-sysv
		;;
	vms)
		basic_machine=vax-dec
		os=-vms
		;;
	vpp*|vx|vx-*)
               basic_machine=f301-fujitsu
               ;;
	vxworks960)
		basic_machine=i960-wrs
		os=-vxworks
		;;
	vxworks68)
		basic_machine=m68k-wrs
		os=-vxworks
		;;
	vxworks29k)
		basic_machine=a29k-wrs
		os=-vxworks
		;;
	w65*)
		basic_machine=w65-wdc
		os=-none
		;;
	w89k-*)
		basic_machine=hppa1.1-winbond
		os=-proelf
		;;
	windows32)
		basic_machine=i386-pc
		os=-windows32-msvcrt
		;;
        xps | xps100)
		basic_machine=xps100-honeywell
		;;
	ymp)
		basic_machine=ymp-cray
		os=-unicos
		;;
	z8k-*-coff)
		basic_machine=z8k-unknown
		os=-sim
		;;
	none)
		basic_machine=none-none
		os=-none
		;;

# Here we handle the default manufacturer of certain CPU types.  It is in
# some cases the only manufacturer, in others, it is the most popular.
	w89k)
		basic_machine=hppa1.1-winbond
		;;
	op50n)
		basic_machine=hppa1.1-oki
		;;
	op60c)
		basic_machine=hppa1.1-oki
		;;
	romp)
		basic_machine=romp-ibm
		;;
	rs6000)
		basic_machine=rs6000-ibm
		;;
	vax)
		basic_machine=vax-dec
		;;
	pdp10)
		# there are many clones, so DEC is not a safe bet
		basic_machine=pdp10-unknown
		;;
	pdp11)
		basic_machine=pdp11-dec
		;;
	we32k)
		basic_machine=we32k-att
		;;
	sh3 | sh4 | sh3eb | sh4eb)
		basic_machine=sh-unknown
		;;
	sh64)
		basic_machine=sh64-unknown
		;;
	sparc | sparcv9 | sparcv9b)
		basic_machine=sparc-sun
		;;
        cydra)
		basic_machine=cydra-cydrome
		;;
	orion)
		basic_machine=orion-highlevel
		;;
	orion105)
		basic_machine=clipper-highlevel
		;;
	mac | mpw | mac-mpw)
		basic_machine=m68k-apple
		;;
	pmac | pmac-mpw)
		basic_machine=powerpc-apple
		;;
	c4x*)
		basic_machine=c4x-none
		os=-coff
		;;
	*-unknown)
		# Make sure to match an already-canonicalized machine name.
		;;
	*)
		echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2
		exit 1
		;;
esac

# Here we canonicalize certain aliases for manufacturers.
case $basic_machine in
	*-digital*)
		basic_machine=`echo $basic_machine | sed 's/digital.*/dec/'`
		;;
	*-commodore*)
		basic_machine=`echo $basic_machine | sed 's/commodore.*/cbm/'`
		;;
	*)
		;;
esac

# Decode manufacturer-specific aliases for certain operating systems.

if [ x"$os" != x"" ]
then
case $os in
        # First match some system type aliases
        # that might get confused with valid system types.
	# -solaris* is a basic system type, with this one exception.
	-solaris1 | -solaris1.*)
		os=`echo $os | sed -e 's|solaris1|sunos4|'`
		;;
	-solaris)
		os=-solaris2
		;;
	-svr4*)
		os=-sysv4
		;;
	-unixware*)
		os=-sysv4.2uw
		;;
	-gnu/linux*)
		os=`echo $os | sed -e 's|gnu/linux|linux-gnu|'`
		;;
	# First accept the basic system types.
	# The portable systems comes first.
	# Each alternative MUST END IN A *, to match a version number.
	# -sysv* is not here because it comes later, after sysvr4.
	-gnu* | -bsd* | -mach* | -minix* | -genix* | -ultrix* | -irix* \
	      | -*vms* | -sco* | -esix* | -isc* | -aix* | -sunos | -sunos[34]*\
	      | -hpux* | -unos* | -osf* | -luna* | -dgux* | -solaris* | -sym* \
	      | -amigaos* | -amigados* | -msdos* | -newsos* | -unicos* | -aof* \
	      | -aos* \
	      | -nindy* | -vxsim* | -vxworks* | -ebmon* | -hms* | -mvs* \
	      | -clix* | -riscos* | -uniplus* | -iris* | -rtu* | -xenix* \
	      | -hiux* | -386bsd* | -netbsd* | -openbsd* | -freebsd* | -riscix* \
	      | -lynxos* | -bosx* | -nextstep* | -cxux* | -aout* | -elf* | -oabi* \
	      | -ptx* | -coff* | -ecoff* | -winnt* | -domain* | -vsta* \
	      | -udi* | -eabi* | -lites* | -ieee* | -go32* | -aux* \
	      | -chorusos* | -chorusrdb* \
	      | -cygwin* | -pe* | -psos* | -moss* | -proelf* | -rtems* \
	      | -mingw32* | -linux-gnu* | -uxpv* | -beos* | -mpeix* | -udk* \
	      | -interix* | -uwin* | -rhapsody* | -darwin* | -opened* \
	      | -openstep* | -oskit* | -conix* | -pw32* | -nonstopux* \
	      | -storm-chaos* | -tops10* | -tenex* | -tops20* | -its* \
	      | -os2* | -vos* | -palmos* | -uclinux* | -nucleus* \
	      | -morphos* | -superux* | -rtmk* | -rtmk-nova*)
	# Remember, each alternative MUST END IN *, to match a version number.
		;;
	-qnx*)
		case $basic_machine in
		    x86-* | i*86-*)
			;;
		    *)
			os=-nto$os
			;;
		esac
		;;
	-nto*)
		os=-nto-qnx
		;;
	-sim | -es1800* | -hms* | -xray | -os68k* | -none* | -v88r* \
	      | -windows* | -osx | -abug | -netware* | -os9* | -beos* \
	      | -macos* | -mpw* | -magic* | -mmixware* | -mon960* | -lnews*)
		;;
	-mac*)
		os=`echo $os | sed -e 's|mac|macos|'`
		;;
	-linux*)
		os=`echo $os | sed -e 's|linux|linux-gnu|'`
		;;
	-sunos5*)
		os=`echo $os | sed -e 's|sunos5|solaris2|'`
		;;
	-sunos6*)
		os=`echo $os | sed -e 's|sunos6|solaris3|'`
		;;
	-opened*)
		os=-openedition
		;;
	-wince*)
		os=-wince
		;;
	-osfrose*)
		os=-osfrose
		;;
	-osf*)
		os=-osf
		;;
	-utek*)
		os=-bsd
		;;
	-dynix*)
		os=-bsd
		;;
	-acis*)
		os=-aos
		;;
	-atheos*)
		os=-atheos
		;;
	-386bsd)
		os=-bsd
		;;
	-ctix* | -uts*)
		os=-sysv
		;;
	-nova*)
		os=-rtmk-nova
		;;
	-ns2 )
	        os=-nextstep2
		;;
	-nsk*)
		os=-nsk
		;;
	# Preserve the version number of sinix5.
	-sinix5.*)
		os=`echo $os | sed -e 's|sinix|sysv|'`
		;;
	-sinix*)
		os=-sysv4
		;;
	-triton*)
		os=-sysv3
		;;
	-oss*)
		os=-sysv3
		;;
	-svr4)
		os=-sysv4
		;;
	-svr3)
		os=-sysv3
		;;
	-sysvr4)
		os=-sysv4
		;;
	# This must come after -sysvr4.
	-sysv*)
		;;
	-ose*)
		os=-ose
		;;
	-es1800*)
		os=-ose
		;;
	-xenix)
		os=-xenix
		;;
        -*mint | -mint[0-9]* | -*MiNT | -MiNT[0-9]*)
	        os=-mint
		;;
	-none)
		;;
	*)
		# Get rid of the `-' at the beginning of $os.
		os=`echo $os | sed 's/[^-]*-//'`
		echo Invalid configuration \`$1\': system \`$os\' not recognized 1>&2
		exit 1
		;;
esac
else

# Here we handle the default operating systems that come with various machines.
# The value should be what the vendor currently ships out the door with their
# machine or put another way, the most popular os provided with the machine.

# Note that if you're going to try to match "-MANUFACTURER" here (say,
# "-sun"), then you have to tell the case statement up towards the top
# that MANUFACTURER isn't an operating system.  Otherwise, code above
# will signal an error saying that MANUFACTURER isn't an operating
# system, and we'll never get to this point.

case $basic_machine in
	*-acorn)
		os=-riscix1.2
		;;
	arm*-rebel)
		os=-linux
		;;
	arm*-semi)
		os=-aout
		;;
	# This must come before the *-dec entry.
	pdp10-*)
		os=-tops20
		;;
        pdp11-*)
		os=-none
		;;
	*-dec | vax-*)
		os=-ultrix4.2
		;;
	m68*-apollo)
		os=-domain
		;;
	i386-sun)
		os=-sunos4.0.2
		;;
	m68000-sun)
		os=-sunos3
		# This also exists in the configure program, but was not the
		# default.
		# os=-sunos4
		;;
	m68*-cisco)
		os=-aout
		;;
	mips*-cisco)
		os=-elf
		;;
	mips*-*)
		os=-elf
		;;
	or32-*)
		os=-coff
		;;
	*-tti)	# must be before sparc entry or we get the wrong os.
		os=-sysv3
		;;
	sparc-* | *-sun)
		os=-sunos4.1.1
		;;
	*-be)
		os=-beos
		;;
	*-ibm)
		os=-aix
		;;
	*-wec)
		os=-proelf
		;;
	*-winbond)
		os=-proelf
		;;
	*-oki)
		os=-proelf
		;;
	*-hp)
		os=-hpux
		;;
	*-hitachi)
		os=-hiux
		;;
	i860-* | *-att | *-ncr | *-altos | *-motorola | *-convergent)
		os=-sysv
		;;
	*-cbm)
		os=-amigaos
		;;
	*-dg)
		os=-dgux
		;;
	*-dolphin)
		os=-sysv3
		;;
	m68k-ccur)
		os=-rtu
		;;
	m88k-omron*)
		os=-luna
		;;
	*-next )
		os=-nextstep
		;;
	*-sequent)
		os=-ptx
		;;
	*-crds)
		os=-unos
		;;
	*-ns)
		os=-genix
		;;
	i370-*)
		os=-mvs
		;;
	*-next)
		os=-nextstep3
		;;
        *-gould)
		os=-sysv
		;;
        *-highlevel)
		os=-bsd
		;;
	*-encore)
		os=-bsd
		;;
        *-sgi)
		os=-irix
		;;
        *-siemens)
		os=-sysv4
		;;
	*-masscomp)
		os=-rtu
		;;
	f30[01]-fujitsu | f700-fujitsu)
		os=-uxpv
		;;
	*-rom68k)
		os=-coff
		;;
	*-*bug)
		os=-coff
		;;
	*-apple)
		os=-macos
		;;
	*-atari*)
		os=-mint
		;;
	*)
		os=-none
		;;
esac
fi

# Here we handle the case where we know the os, and the CPU type, but not the
# manufacturer.  We pick the logical manufacturer.
vendor=unknown
case $basic_machine in
	*-unknown)
		case $os in
			-riscix*)
				vendor=acorn
				;;
			-sunos*)
				vendor=sun
				;;
			-aix*)
				vendor=ibm
				;;
			-beos*)
				vendor=be
				;;
			-hpux*)
				vendor=hp
				;;
			-mpeix*)
				vendor=hp
				;;
			-hiux*)
				vendor=hitachi
				;;
			-unos*)
				vendor=crds
				;;
			-dgux*)
				vendor=dg
				;;
			-luna*)
				vendor=omron
				;;
			-genix*)
				vendor=ns
				;;
			-mvs* | -opened*)
				vendor=ibm
				;;
			-ptx*)
				vendor=sequent
				;;
			-vxsim* | -vxworks*)
				vendor=wrs
				;;
			-aux*)
				vendor=apple
				;;
			-hms*)
				vendor=hitachi
				;;
			-mpw* | -macos*)
				vendor=apple
				;;
			-*mint | -mint[0-9]* | -*MiNT | -MiNT[0-9]*)
				vendor=atari
				;;
			-vos*)
				vendor=stratus
				;;
		esac
		basic_machine=`echo $basic_machine | sed "s/unknown/$vendor/"`
		;;
esac

echo $basic_machine$os
exit 0

# Local variables:
# eval: (add-hook 'write-file-hooks 'time-stamp)
# time-stamp-start: "timestamp='"
# time-stamp-format: "%:y-%02m-%02d"
# time-stamp-end: "'"
# End:
grads-2.0.1/etc/install-sh0000755000175000017500000001267107676365076016560 0ustar  amckinstryamckinstry#!/bin/sh
#
# install - install a program, script, or datafile
# This comes from X11R5 (mit/util/scripts/install.sh).
#
# Copyright 1991 by the Massachusetts Institute of Technology
#
# Permission to use, copy, modify, distribute, and sell this software and its
# documentation for any purpose is hereby granted without fee, provided that
# the above copyright notice appear in all copies and that both that
# copyright notice and this permission notice appear in supporting
# documentation, and that the name of M.I.T. not be used in advertising or
# publicity pertaining to distribution of the software without specific,
# written prior permission.  M.I.T. makes no representations about the
# suitability of this software for any purpose.  It is provided "as is"
# without express or implied warranty.
#
# Calling this script install-sh is preferred over install.sh, to prevent
# `make' implicit rules from creating a file called install from it
# when there is no Makefile.
#
# This script is compatible with the BSD install script, but was written
# from scratch.  It can only install one file at a time, a restriction
# shared with many OS's install programs.


# set DOITPROG to echo to test this script

# Don't use :- since 4.3BSD and earlier shells don't like it.
doit="${DOITPROG-}"


# put in absolute paths if you don't have them in your path; or use env. vars.

mvprog="${MVPROG-mv}"
cpprog="${CPPROG-cp}"
chmodprog="${CHMODPROG-chmod}"
chownprog="${CHOWNPROG-chown}"
chgrpprog="${CHGRPPROG-chgrp}"
stripprog="${STRIPPROG-strip}"
rmprog="${RMPROG-rm}"
mkdirprog="${MKDIRPROG-mkdir}"

transformbasename=""
transform_arg=""
instcmd="$mvprog"
chmodcmd="$chmodprog 0755"
chowncmd=""
chgrpcmd=""
stripcmd=""
rmcmd="$rmprog -f"
mvcmd="$mvprog"
src=""
dst=""
dir_arg=""

while [ x"$1" != x ]; do
    case $1 in
	-c) instcmd="$cpprog"
	    shift
	    continue;;

	-d) dir_arg=true
	    shift
	    continue;;

	-m) chmodcmd="$chmodprog $2"
	    shift
	    shift
	    continue;;

	-o) chowncmd="$chownprog $2"
	    shift
	    shift
	    continue;;

	-g) chgrpcmd="$chgrpprog $2"
	    shift
	    shift
	    continue;;

	-s) stripcmd="$stripprog"
	    shift
	    continue;;

	-t=*) transformarg=`echo $1 | sed 's/-t=//'`
	    shift
	    continue;;

	-b=*) transformbasename=`echo $1 | sed 's/-b=//'`
	    shift
	    continue;;

	*)  if [ x"$src" = x ]
	    then
		src=$1
	    else
		# this colon is to work around a 386BSD /bin/sh bug
		:
		dst=$1
	    fi
	    shift
	    continue;;
    esac
done

if [ x"$src" = x ]
then
	echo "install:	no input file specified"
	exit 1
else
	:
fi

if [ x"$dir_arg" != x ]; then
	dst=$src
	src=""
	
	if [ -d $dst ]; then
		instcmd=:
		chmodcmd=""
	else
		instcmd=$mkdirprog
	fi
else

# Waiting for this to be detected by the "$instcmd $src $dsttmp" command
# might cause directories to be created, which would be especially bad 
# if $src (and thus $dsttmp) contains '*'.

	if [ -f $src -o -d $src ]
	then
		:
	else
		echo "install:  $src does not exist"
		exit 1
	fi
	
	if [ x"$dst" = x ]
	then
		echo "install:	no destination specified"
		exit 1
	else
		:
	fi

# If destination is a directory, append the input filename; if your system
# does not like double slashes in filenames, you may need to add some logic

	if [ -d $dst ]
	then
		dst="$dst"/`basename $src`
	else
		:
	fi
fi

## this sed command emulates the dirname command
dstdir=`echo $dst | sed -e 's,[^/]*$,,;s,/$,,;s,^$,.,'`

# Make sure that the destination directory exists.
#  this part is taken from Noah Friedman's mkinstalldirs script

# Skip lots of stat calls in the usual case.
if [ ! -d "$dstdir" ]; then
defaultIFS='
	'
IFS="${IFS-${defaultIFS}}"

oIFS="${IFS}"
# Some sh's can't handle IFS=/ for some reason.
IFS='%'
set - `echo ${dstdir} | sed -e 's@/@%@g' -e 's@^%@/@'`
IFS="${oIFS}"

pathcomp=''

while [ $# -ne 0 ] ; do
	pathcomp="${pathcomp}${1}"
	shift

	if [ ! -d "${pathcomp}" ] ;
        then
		$mkdirprog "${pathcomp}"
	else
		:
	fi

	pathcomp="${pathcomp}/"
done
fi

if [ x"$dir_arg" != x ]
then
	$doit $instcmd $dst &&

	if [ x"$chowncmd" != x ]; then $doit $chowncmd $dst; else : ; fi &&
	if [ x"$chgrpcmd" != x ]; then $doit $chgrpcmd $dst; else : ; fi &&
	if [ x"$stripcmd" != x ]; then $doit $stripcmd $dst; else : ; fi &&
	if [ x"$chmodcmd" != x ]; then $doit $chmodcmd $dst; else : ; fi
else

# If we're going to rename the final executable, determine the name now.

	if [ x"$transformarg" = x ] 
	then
		dstfile=`basename $dst`
	else
		dstfile=`basename $dst $transformbasename | 
			sed $transformarg`$transformbasename
	fi

# don't allow the sed command to completely eliminate the filename

	if [ x"$dstfile" = x ] 
	then
		dstfile=`basename $dst`
	else
		:
	fi

# Make a temp file name in the proper directory.

	dsttmp=$dstdir/#inst.$$#

# Move or copy the file name to the temp name

	$doit $instcmd $src $dsttmp &&

	trap "rm -f ${dsttmp}" 0 &&

# and set any options; do chmod last to preserve setuid bits

# If any of these fail, we abort the whole thing.  If we want to
# ignore errors from any of these, just make sure not to ignore
# errors from the above "$doit $instcmd $src $dsttmp" command.

	if [ x"$chowncmd" != x ]; then $doit $chowncmd $dsttmp; else :;fi &&
	if [ x"$chgrpcmd" != x ]; then $doit $chgrpcmd $dsttmp; else :;fi &&
	if [ x"$stripcmd" != x ]; then $doit $stripcmd $dsttmp; else :;fi &&
	if [ x"$chmodcmd" != x ]; then $doit $chmodcmd $dsttmp; else :;fi &&

# Now rename the file to the real destination.

	$doit $rmcmd -f $dstdir/$dstfile &&
	$doit $mvcmd $dsttmp $dstdir/$dstfile 

fi &&


exit 0
grads-2.0.1/etc/compile0000755000175000017500000000532607676365076016131 0ustar  amckinstryamckinstry#! /bin/sh

# Wrapper for compilers which do not understand `-c -o'.

# Copyright 1999, 2000 Free Software Foundation, Inc.
# Written by Tom Tromey .
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2, or (at your option)
# any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.

# As a special exception to the GNU General Public License, if you
# distribute this file as part of a program that contains a
# configuration script generated by Autoconf, you may include it under
# the same distribution terms that you use for the rest of that program.

# Usage:
# compile PROGRAM [ARGS]...
# `-o FOO.o' is removed from the args passed to the actual compile.

prog=$1
shift

ofile=
cfile=
args=
while test $# -gt 0; do
   case "$1" in
    -o)
       # configure might choose to run compile as `compile cc -o foo foo.c'.
       # So we do something ugly here.
       ofile=$2
       shift
       case "$ofile" in
	*.o | *.obj)
	   ;;
	*)
	   args="$args -o $ofile"
	   ofile=
	   ;;
       esac
       ;;
    *.c)
       cfile=$1
       args="$args $1"
       ;;
    *)
       args="$args $1"
       ;;
   esac
   shift
done

if test -z "$ofile" || test -z "$cfile"; then
   # If no `-o' option was seen then we might have been invoked from a
   # pattern rule where we don't need one.  That is ok -- this is a
   # normal compilation that the losing compiler can handle.  If no
   # `.c' file was seen then we are probably linking.  That is also
   # ok.
   exec "$prog" $args
fi

# Name of file we expect compiler to create.
cofile=`echo $cfile | sed -e 's|^.*/||' -e 's/\.c$/.o/'`

# Create the lock directory.
# Note: use `[/.-]' here to ensure that we don't use the same name
# that we are using for the .o file.  Also, base the name on the expected
# object file name, since that is what matters with a parallel build.
lockdir=`echo $cofile | sed -e 's|[/.-]|_|g'`.d
while true; do
   if mkdir $lockdir > /dev/null 2>&1; then
      break
   fi
   sleep 1
done
# FIXME: race condition here if user kills between mkdir and trap.
trap "rmdir $lockdir; exit 1" 1 2 15

# Run the compile.
"$prog" $args
status=$?

if test -f "$cofile"; then
   mv "$cofile" "$ofile"
fi

rmdir $lockdir
exit $status
grads-2.0.1/etc/mkinstalldirs0000755000175000017500000000350407676365076017355 0ustar  amckinstryamckinstry#! /bin/sh
# mkinstalldirs --- make directory hierarchy
# Author: Noah Friedman 
# Created: 1993-05-16
# Public domain

# $Id: mkinstalldirs,v 1.1 2003/06/25 18:30:22 joew Exp $

errstatus=0
dirmode=""

usage="\
Usage: mkinstalldirs [-h] [--help] [-m mode] dir ..."

# process command line arguments
while test $# -gt 0 ; do
   case "${1}" in
     -h | --help | --h* )			# -h for help
	echo "${usage}" 1>&2; exit 0 ;;
     -m )					# -m PERM arg
	shift
	test $# -eq 0 && { echo "${usage}" 1>&2; exit 1; }
	dirmode="${1}"
	shift ;;
     -- ) shift; break ;;			# stop option processing
     -* ) echo "${usage}" 1>&2; exit 1 ;;	# unknown option
     * )  break ;;				# first non-opt arg
   esac
done

for file
do
  if test -d "$file"; then
    shift
  else
    break
  fi
done

case $# in
0) exit 0 ;;
esac

case $dirmode in
'')
  if mkdir -p -- . 2>/dev/null; then
    echo "mkdir -p -- $*"
    exec mkdir -p -- "$@"
  fi ;;
*)
  if mkdir -m "$dirmode" -p -- . 2>/dev/null; then
    echo "mkdir -m $dirmode -p -- $*"
    exec mkdir -m "$dirmode" -p -- "$@"
  fi ;;
esac

for file
do
   set fnord `echo ":$file" | sed -ne 's/^:\//#/;s/^://;s/\// /g;s/^#/\//;p'`
   shift

   pathcomp=
   for d
   do
     pathcomp="$pathcomp$d"
     case "$pathcomp" in
       -* ) pathcomp=./$pathcomp ;;
     esac

     if test ! -d "$pathcomp"; then
	echo "mkdir $pathcomp"

	mkdir "$pathcomp" || lasterr=$?

	if test ! -d "$pathcomp"; then
	  errstatus=$lasterr
	else
	  if test ! -z "$dirmode"; then
	     echo "chmod $dirmode $pathcomp"

	     lasterr=""
	     chmod "$dirmode" "$pathcomp" || lasterr=$?

	     if test ! -z "$lasterr"; then
	       errstatus=$lasterr
	     fi
	  fi
	fi
     fi

     pathcomp="$pathcomp/"
   done
done

exit $errstatus

# Local Variables:
# mode: shell-script
# sh-indentation: 3
# End:
# mkinstalldirs ends here
grads-2.0.1/etc/missing0000755000175000017500000002405007676365076016145 0ustar  amckinstryamckinstry#! /bin/sh
# Common stub for a few missing GNU programs while installing.
# Copyright 1996, 1997, 1999, 2000 Free Software Foundation, Inc.
# Originally by Fran,cois Pinard , 1996.

# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2, or (at your option)
# any later version.

# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.

# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
# 02111-1307, USA.

# As a special exception to the GNU General Public License, if you
# distribute this file as part of a program that contains a
# configuration script generated by Autoconf, you may include it under
# the same distribution terms that you use for the rest of that program.

if test $# -eq 0; then
  echo 1>&2 "Try \`$0 --help' for more information"
  exit 1
fi

run=:

# In the cases where this matters, `missing' is being run in the
# srcdir already.
if test -f configure.ac; then
  configure_ac=configure.ac
else
  configure_ac=configure.in
fi

case "$1" in
--run)
  # Try to run requested program, and just exit if it succeeds.
  run=
  shift
  "$@" && exit 0
  ;;
esac

# If it does not exist, or fails to run (possibly an outdated version),
# try to emulate it.
case "$1" in

  -h|--h|--he|--hel|--help)
    echo "\
$0 [OPTION]... PROGRAM [ARGUMENT]...

Handle \`PROGRAM [ARGUMENT]...' for when PROGRAM is missing, or return an
error status if there is no known handling for PROGRAM.

Options:
  -h, --help      display this help and exit
  -v, --version   output version information and exit
  --run           try to run the given command, and emulate it if it fails

Supported PROGRAM values:
  aclocal      touch file \`aclocal.m4'
  autoconf     touch file \`configure'
  autoheader   touch file \`config.h.in'
  automake     touch all \`Makefile.in' files
  bison        create \`y.tab.[ch]', if possible, from existing .[ch]
  flex         create \`lex.yy.c', if possible, from existing .c
  help2man     touch the output file
  lex          create \`lex.yy.c', if possible, from existing .c
  makeinfo     touch the output file
  tar          try tar, gnutar, gtar, then tar without non-portable flags
  yacc         create \`y.tab.[ch]', if possible, from existing .[ch]"
    ;;

  -v|--v|--ve|--ver|--vers|--versi|--versio|--version)
    echo "missing 0.4 - GNU automake"
    ;;

  -*)
    echo 1>&2 "$0: Unknown \`$1' option"
    echo 1>&2 "Try \`$0 --help' for more information"
    exit 1
    ;;

  aclocal*)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified \`acinclude.m4' or \`${configure_ac}'.  You might want
         to install the \`Automake' and \`Perl' packages.  Grab them from
         any GNU archive site."
    touch aclocal.m4
    ;;

  autoconf)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified \`${configure_ac}'.  You might want to install the
         \`Autoconf' and \`GNU m4' packages.  Grab them from any GNU
         archive site."
    touch configure
    ;;

  autoheader)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified \`acconfig.h' or \`${configure_ac}'.  You might want
         to install the \`Autoconf' and \`GNU m4' packages.  Grab them
         from any GNU archive site."
    files=`sed -n 's/^[ ]*A[CM]_CONFIG_HEADER(\([^)]*\)).*/\1/p' ${configure_ac}`
    test -z "$files" && files="config.h"
    touch_files=
    for f in $files; do
      case "$f" in
      *:*) touch_files="$touch_files "`echo "$f" |
				       sed -e 's/^[^:]*://' -e 's/:.*//'`;;
      *) touch_files="$touch_files $f.in";;
      esac
    done
    touch $touch_files
    ;;

  automake*)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified \`Makefile.am', \`acinclude.m4' or \`${configure_ac}'.
         You might want to install the \`Automake' and \`Perl' packages.
         Grab them from any GNU archive site."
    find . -type f -name Makefile.am -print |
	   sed 's/\.am$/.in/' |
	   while read f; do touch "$f"; done
    ;;

  autom4te)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is needed, and you do not seem to have it handy on your
         system.  You might have modified some files without having the
         proper tools for further handling them.
         You can get \`$1Help2man' as part of \`Autoconf' from any GNU
         archive site."

    file=`echo "$*" | sed -n 's/.*--output[ =]*\([^ ]*\).*/\1/p'`
    test -z "$file" && file=`echo "$*" | sed -n 's/.*-o[ ]*\([^ ]*\).*/\1/p'`
    if test -f "$file"; then
	touch $file
    else
	test -z "$file" || exec >$file
	echo "#! /bin/sh"
	echo "# Created by GNU Automake missing as a replacement of"
	echo "#  $ $@"
	echo "exit 0"
	chmod +x $file
	exit 1
    fi
    ;;

  bison|yacc)
    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified a \`.y' file.  You may need the \`Bison' package
         in order for those modifications to take effect.  You can get
         \`Bison' from any GNU archive site."
    rm -f y.tab.c y.tab.h
    if [ $# -ne 1 ]; then
        eval LASTARG="\${$#}"
	case "$LASTARG" in
	*.y)
	    SRCFILE=`echo "$LASTARG" | sed 's/y$/c/'`
	    if [ -f "$SRCFILE" ]; then
	         cp "$SRCFILE" y.tab.c
	    fi
	    SRCFILE=`echo "$LASTARG" | sed 's/y$/h/'`
	    if [ -f "$SRCFILE" ]; then
	         cp "$SRCFILE" y.tab.h
	    fi
	  ;;
	esac
    fi
    if [ ! -f y.tab.h ]; then
	echo >y.tab.h
    fi
    if [ ! -f y.tab.c ]; then
	echo 'main() { return 0; }' >y.tab.c
    fi
    ;;

  lex|flex)
    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified a \`.l' file.  You may need the \`Flex' package
         in order for those modifications to take effect.  You can get
         \`Flex' from any GNU archive site."
    rm -f lex.yy.c
    if [ $# -ne 1 ]; then
        eval LASTARG="\${$#}"
	case "$LASTARG" in
	*.l)
	    SRCFILE=`echo "$LASTARG" | sed 's/l$/c/'`
	    if [ -f "$SRCFILE" ]; then
	         cp "$SRCFILE" lex.yy.c
	    fi
	  ;;
	esac
    fi
    if [ ! -f lex.yy.c ]; then
	echo 'main() { return 0; }' >lex.yy.c
    fi
    ;;

  help2man)
    if test -z "$run" && ($1 --version) > /dev/null 2>&1; then
       # We have it, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
	 you modified a dependency of a manual page.  You may need the
	 \`Help2man' package in order for those modifications to take
	 effect.  You can get \`Help2man' from any GNU archive site."

    file=`echo "$*" | sed -n 's/.*-o \([^ ]*\).*/\1/p'`
    if test -z "$file"; then
	file=`echo "$*" | sed -n 's/.*--output=\([^ ]*\).*/\1/p'`
    fi
    if [ -f "$file" ]; then
	touch $file
    else
	test -z "$file" || exec >$file
	echo ".ab help2man is required to generate this page"
	exit 1
    fi
    ;;

  makeinfo)
    if test -z "$run" && (makeinfo --version) > /dev/null 2>&1; then
       # We have makeinfo, but it failed.
       exit 1
    fi

    echo 1>&2 "\
WARNING: \`$1' is missing on your system.  You should only need it if
         you modified a \`.texi' or \`.texinfo' file, or any other file
         indirectly affecting the aspect of the manual.  The spurious
         call might also be the consequence of using a buggy \`make' (AIX,
         DU, IRIX).  You might want to install the \`Texinfo' package or
         the \`GNU make' package.  Grab either from any GNU archive site."
    file=`echo "$*" | sed -n 's/.*-o \([^ ]*\).*/\1/p'`
    if test -z "$file"; then
      file=`echo "$*" | sed 's/.* \([^ ]*\) *$/\1/'`
      file=`sed -n '/^@setfilename/ { s/.* \([^ ]*\) *$/\1/; p; q; }' $file`
    fi
    touch $file
    ;;

  tar)
    shift
    if test -n "$run"; then
      echo 1>&2 "ERROR: \`tar' requires --run"
      exit 1
    fi

    # We have already tried tar in the generic part.
    # Look for gnutar/gtar before invocation to avoid ugly error
    # messages.
    if (gnutar --version > /dev/null 2>&1); then
       gnutar ${1+"$@"} && exit 0
    fi
    if (gtar --version > /dev/null 2>&1); then
       gtar ${1+"$@"} && exit 0
    fi
    firstarg="$1"
    if shift; then
	case "$firstarg" in
	*o*)
	    firstarg=`echo "$firstarg" | sed s/o//`
	    tar "$firstarg" ${1+"$@"} && exit 0
	    ;;
	esac
	case "$firstarg" in
	*h*)
	    firstarg=`echo "$firstarg" | sed s/h//`
	    tar "$firstarg" ${1+"$@"} && exit 0
	    ;;
	esac
    fi

    echo 1>&2 "\
WARNING: I can't seem to be able to run \`tar' with the given arguments.
         You may want to install GNU tar or Free paxutils, or check the
         command line arguments."
    exit 1
    ;;

  *)
    echo 1>&2 "\
WARNING: \`$1' is needed, and you do not seem to have it handy on your
         system.  You might have modified some files without having the
         proper tools for further handling them.  Check the \`README' file,
         it often tells you about the needed prerequirements for installing
         this package.  You may also peek at any GNU archive site, in case
         some other package would contain this missing \`$1' program."
    exit 1
    ;;
esac

exit 0
grads-2.0.1/etc/config.guess0000755000175000017500000011310607676365076017067 0ustar  amckinstryamckinstry#! /bin/sh
# Attempt to guess a canonical system name.
#   Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999,
#   2000, 2001, 2002 Free Software Foundation, Inc.

timestamp='2002-03-20'

# This file is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
# General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
# As a special exception to the GNU General Public License, if you
# distribute this file as part of a program that contains a
# configuration script generated by Autoconf, you may include it under
# the same distribution terms that you use for the rest of that program.

# Originally written by Per Bothner .
# Please send patches to .  Submit a context
# diff and a properly formatted ChangeLog entry.
#
# This script attempts to guess a canonical system name similar to
# config.sub.  If it succeeds, it prints the system name on stdout, and
# exits with 0.  Otherwise, it exits with 1.
#
# The plan is that this can be called by configure scripts if you
# don't specify an explicit build system type.

me=`echo "$0" | sed -e 's,.*/,,'`

usage="\
Usage: $0 [OPTION]

Output the configuration name of the system \`$me' is run on.

Operation modes:
  -h, --help         print this help, then exit
  -t, --time-stamp   print date of last modification, then exit
  -v, --version      print version number, then exit

Report bugs and patches to ."

version="\
GNU config.guess ($timestamp)

Originally written by Per Bothner.
Copyright (C) 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001
Free Software Foundation, Inc.

This is free software; see the source for copying conditions.  There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE."

help="
Try \`$me --help' for more information."

# Parse command line
while test $# -gt 0 ; do
  case $1 in
    --time-stamp | --time* | -t )
       echo "$timestamp" ; exit 0 ;;
    --version | -v )
       echo "$version" ; exit 0 ;;
    --help | --h* | -h )
       echo "$usage"; exit 0 ;;
    -- )     # Stop option processing
       shift; break ;;
    - )	# Use stdin as input.
       break ;;
    -* )
       echo "$me: invalid option $1$help" >&2
       exit 1 ;;
    * )
       break ;;
  esac
done

if test $# != 0; then
  echo "$me: too many arguments$help" >&2
  exit 1
fi


dummy=dummy-$$
trap 'rm -f $dummy.c $dummy.o $dummy.rel $dummy; exit 1' 1 2 15

# CC_FOR_BUILD -- compiler used by this script.
# Historically, `CC_FOR_BUILD' used to be named `HOST_CC'. We still
# use `HOST_CC' if defined, but it is deprecated.

set_cc_for_build='case $CC_FOR_BUILD,$HOST_CC,$CC in
 ,,)    echo "int dummy(){}" > $dummy.c ;
	for c in cc gcc c89 c99 ; do
	  ($c $dummy.c -c -o $dummy.o) >/dev/null 2>&1 ;
	  if test $? = 0 ; then
	     CC_FOR_BUILD="$c"; break ;
	  fi ;
	done ;
	rm -f $dummy.c $dummy.o $dummy.rel ;
	if test x"$CC_FOR_BUILD" = x ; then
	  CC_FOR_BUILD=no_compiler_found ;
	fi
	;;
 ,,*)   CC_FOR_BUILD=$CC ;;
 ,*,*)  CC_FOR_BUILD=$HOST_CC ;;
esac'

# This is needed to find uname on a Pyramid OSx when run in the BSD universe.
# (ghazi@noc.rutgers.edu 1994-08-24)
if (test -f /.attbin/uname) >/dev/null 2>&1 ; then
	PATH=$PATH:/.attbin ; export PATH
fi

UNAME_MACHINE=`(uname -m) 2>/dev/null` || UNAME_MACHINE=unknown
UNAME_RELEASE=`(uname -r) 2>/dev/null` || UNAME_RELEASE=unknown
UNAME_SYSTEM=`(uname -s) 2>/dev/null`  || UNAME_SYSTEM=unknown
UNAME_VERSION=`(uname -v) 2>/dev/null` || UNAME_VERSION=unknown

# Note: order is significant - the case branches are not exclusive.

case "${UNAME_MACHINE}:${UNAME_SYSTEM}:${UNAME_RELEASE}:${UNAME_VERSION}" in
    *:NetBSD:*:*)
	# NetBSD (nbsd) targets should (where applicable) match one or
	# more of the tupples: *-*-netbsdelf*, *-*-netbsdaout*,
	# *-*-netbsdecoff* and *-*-netbsd*.  For targets that recently
	# switched to ELF, *-*-netbsd* would select the old
	# object file format.  This provides both forward
	# compatibility and a consistent mechanism for selecting the
	# object file format.
	#
	# Note: NetBSD doesn't particularly care about the vendor
	# portion of the name.  We always set it to "unknown".
	sysctl="sysctl -n hw.machine_arch"
	UNAME_MACHINE_ARCH=`(/sbin/$sysctl 2>/dev/null || \
	    /usr/sbin/$sysctl 2>/dev/null || echo unknown)`
	case "${UNAME_MACHINE_ARCH}" in
	    arm*) machine=arm-unknown ;;
	    sh3el) machine=shl-unknown ;;
	    sh3eb) machine=sh-unknown ;;
	    *) machine=${UNAME_MACHINE_ARCH}-unknown ;;
	esac
	# The Operating System including object format, if it has switched
	# to ELF recently, or will in the future.
	case "${UNAME_MACHINE_ARCH}" in
	    arm*|i386|m68k|ns32k|sh3*|sparc|vax)
		eval $set_cc_for_build
		if echo __ELF__ | $CC_FOR_BUILD -E - 2>/dev/null \
			| grep __ELF__ >/dev/null
		then
		    # Once all utilities can be ECOFF (netbsdecoff) or a.out (netbsdaout).
		    # Return netbsd for either.  FIX?
		    os=netbsd
		else
		    os=netbsdelf
		fi
		;;
	    *)
	        os=netbsd
		;;
	esac
	# The OS release
	release=`echo ${UNAME_RELEASE}|sed -e 's/[-_].*/\./'`
	# Since CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM:
	# contains redundant information, the shorter form:
	# CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM is used.
	echo "${machine}-${os}${release}"
	exit 0 ;;
    amiga:OpenBSD:*:*)
	echo m68k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    arc:OpenBSD:*:*)
	echo mipsel-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    hp300:OpenBSD:*:*)
	echo m68k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    mac68k:OpenBSD:*:*)
	echo m68k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    macppc:OpenBSD:*:*)
	echo powerpc-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    mvme68k:OpenBSD:*:*)
	echo m68k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    mvme88k:OpenBSD:*:*)
	echo m88k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    mvmeppc:OpenBSD:*:*)
	echo powerpc-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    pmax:OpenBSD:*:*)
	echo mipsel-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    sgi:OpenBSD:*:*)
	echo mipseb-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    sun3:OpenBSD:*:*)
	echo m68k-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    wgrisc:OpenBSD:*:*)
	echo mipsel-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    *:OpenBSD:*:*)
	echo ${UNAME_MACHINE}-unknown-openbsd${UNAME_RELEASE}
	exit 0 ;;
    alpha:OSF1:*:*)
	if test $UNAME_RELEASE = "V4.0"; then
		UNAME_RELEASE=`/usr/sbin/sizer -v | awk '{print $3}'`
	fi
	# A Vn.n version is a released version.
	# A Tn.n version is a released field test version.
	# A Xn.n version is an unreleased experimental baselevel.
	# 1.2 uses "1.2" for uname -r.
	cat <$dummy.s
	.data
\$Lformat:
	.byte 37,100,45,37,120,10,0	# "%d-%x\n"

	.text
	.globl main
	.align 4
	.ent main
main:
	.frame \$30,16,\$26,0
	ldgp \$29,0(\$27)
	.prologue 1
	.long 0x47e03d80 # implver \$0
	lda \$2,-1
	.long 0x47e20c21 # amask \$2,\$1
	lda \$16,\$Lformat
	mov \$0,\$17
	not \$1,\$18
	jsr \$26,printf
	ldgp \$29,0(\$26)
	mov 0,\$16
	jsr \$26,exit
	.end main
EOF
	eval $set_cc_for_build
	$CC_FOR_BUILD $dummy.s -o $dummy 2>/dev/null
	if test "$?" = 0 ; then
		case `./$dummy` in
			0-0)
				UNAME_MACHINE="alpha"
				;;
			1-0)
				UNAME_MACHINE="alphaev5"
				;;
			1-1)
				UNAME_MACHINE="alphaev56"
				;;
			1-101)
				UNAME_MACHINE="alphapca56"
				;;
			2-303)
				UNAME_MACHINE="alphaev6"
				;;
			2-307)
				UNAME_MACHINE="alphaev67"
				;;
			2-1307)
				UNAME_MACHINE="alphaev68"
				;;
		esac
	fi
	rm -f $dummy.s $dummy
	echo ${UNAME_MACHINE}-dec-osf`echo ${UNAME_RELEASE} | sed -e 's/^[VTX]//' | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'`
	exit 0 ;;
    Alpha\ *:Windows_NT*:*)
	# How do we know it's Interix rather than the generic POSIX subsystem?
	# Should we change UNAME_MACHINE based on the output of uname instead
	# of the specific Alpha model?
	echo alpha-pc-interix
	exit 0 ;;
    21064:Windows_NT:50:3)
	echo alpha-dec-winnt3.5
	exit 0 ;;
    Amiga*:UNIX_System_V:4.0:*)
	echo m68k-unknown-sysv4
	exit 0;;
    *:[Aa]miga[Oo][Ss]:*:*)
	echo ${UNAME_MACHINE}-unknown-amigaos
	exit 0 ;;
    *:[Mm]orph[Oo][Ss]:*:*)
	echo ${UNAME_MACHINE}-unknown-morphos
	exit 0 ;;
    *:OS/390:*:*)
	echo i370-ibm-openedition
	exit 0 ;;
    arm:RISC*:1.[012]*:*|arm:riscix:1.[012]*:*)
	echo arm-acorn-riscix${UNAME_RELEASE}
	exit 0;;
    SR2?01:HI-UX/MPP:*:* | SR8000:HI-UX/MPP:*:*)
	echo hppa1.1-hitachi-hiuxmpp
	exit 0;;
    Pyramid*:OSx*:*:* | MIS*:OSx*:*:* | MIS*:SMP_DC-OSx*:*:*)
	# akee@wpdis03.wpafb.af.mil (Earle F. Ake) contributed MIS and NILE.
	if test "`(/bin/universe) 2>/dev/null`" = att ; then
		echo pyramid-pyramid-sysv3
	else
		echo pyramid-pyramid-bsd
	fi
	exit 0 ;;
    NILE*:*:*:dcosx)
	echo pyramid-pyramid-svr4
	exit 0 ;;
    sun4H:SunOS:5.*:*)
	echo sparc-hal-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'`
	exit 0 ;;
    sun4*:SunOS:5.*:* | tadpole*:SunOS:5.*:*)
	echo sparc-sun-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'`
	exit 0 ;;
    i86pc:SunOS:5.*:*)
	echo i386-pc-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'`
	exit 0 ;;
    sun4*:SunOS:6*:*)
	# According to config.sub, this is the proper way to canonicalize
	# SunOS6.  Hard to guess exactly what SunOS6 will be like, but
	# it's likely to be more like Solaris than SunOS4.
	echo sparc-sun-solaris3`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'`
	exit 0 ;;
    sun4*:SunOS:*:*)
	case "`/usr/bin/arch -k`" in
	    Series*|S4*)
		UNAME_RELEASE=`uname -v`
		;;
	esac
	# Japanese Language versions have a version number like `4.1.3-JL'.
	echo sparc-sun-sunos`echo ${UNAME_RELEASE}|sed -e 's/-/_/'`
	exit 0 ;;
    sun3*:SunOS:*:*)
	echo m68k-sun-sunos${UNAME_RELEASE}
	exit 0 ;;
    sun*:*:4.2BSD:*)
	UNAME_RELEASE=`(sed 1q /etc/motd | awk '{print substr($5,1,3)}') 2>/dev/null`
	test "x${UNAME_RELEASE}" = "x" && UNAME_RELEASE=3
	case "`/bin/arch`" in
	    sun3)
		echo m68k-sun-sunos${UNAME_RELEASE}
		;;
	    sun4)
		echo sparc-sun-sunos${UNAME_RELEASE}
		;;
	esac
	exit 0 ;;
    aushp:SunOS:*:*)
	echo sparc-auspex-sunos${UNAME_RELEASE}
	exit 0 ;;
    # The situation for MiNT is a little confusing.  The machine name
    # can be virtually everything (everything which is not
    # "atarist" or "atariste" at least should have a processor
    # > m68000).  The system name ranges from "MiNT" over "FreeMiNT"
    # to the lowercase version "mint" (or "freemint").  Finally
    # the system name "TOS" denotes a system which is actually not
    # MiNT.  But MiNT is downward compatible to TOS, so this should
    # be no problem.
    atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*)
        echo m68k-atari-mint${UNAME_RELEASE}
	exit 0 ;;
    atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*)
	echo m68k-atari-mint${UNAME_RELEASE}
        exit 0 ;;
    *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*)
        echo m68k-atari-mint${UNAME_RELEASE}
	exit 0 ;;
    milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*)
        echo m68k-milan-mint${UNAME_RELEASE}
        exit 0 ;;
    hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*)
        echo m68k-hades-mint${UNAME_RELEASE}
        exit 0 ;;
    *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*)
        echo m68k-unknown-mint${UNAME_RELEASE}
        exit 0 ;;
    powerpc:machten:*:*)
	echo powerpc-apple-machten${UNAME_RELEASE}
	exit 0 ;;
    RISC*:Mach:*:*)
	echo mips-dec-mach_bsd4.3
	exit 0 ;;
    RISC*:ULTRIX:*:*)
	echo mips-dec-ultrix${UNAME_RELEASE}
	exit 0 ;;
    VAX*:ULTRIX*:*:*)
	echo vax-dec-ultrix${UNAME_RELEASE}
	exit 0 ;;
    2020:CLIX:*:* | 2430:CLIX:*:*)
	echo clipper-intergraph-clix${UNAME_RELEASE}
	exit 0 ;;
    mips:*:*:UMIPS | mips:*:*:RISCos)
	eval $set_cc_for_build
	sed 's/^	//' << EOF >$dummy.c
#ifdef __cplusplus
#include   /* for printf() prototype */
	int main (int argc, char *argv[]) {
#else
	int main (argc, argv) int argc; char *argv[]; {
#endif
	#if defined (host_mips) && defined (MIPSEB)
	#if defined (SYSTYPE_SYSV)
	  printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0);
	#endif
	#if defined (SYSTYPE_SVR4)
	  printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0);
	#endif
	#if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD)
	  printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0);
	#endif
	#endif
	  exit (-1);
	}
EOF
	$CC_FOR_BUILD $dummy.c -o $dummy \
	  && ./$dummy `echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` \
	  && rm -f $dummy.c $dummy && exit 0
	rm -f $dummy.c $dummy
	echo mips-mips-riscos${UNAME_RELEASE}
	exit 0 ;;
    Motorola:PowerMAX_OS:*:*)
	echo powerpc-motorola-powermax
	exit 0 ;;
    Night_Hawk:Power_UNIX:*:*)
	echo powerpc-harris-powerunix
	exit 0 ;;
    m88k:CX/UX:7*:*)
	echo m88k-harris-cxux7
	exit 0 ;;
    m88k:*:4*:R4*)
	echo m88k-motorola-sysv4
	exit 0 ;;
    m88k:*:3*:R3*)
	echo m88k-motorola-sysv3
	exit 0 ;;
    AViiON:dgux:*:*)
        # DG/UX returns AViiON for all architectures
        UNAME_PROCESSOR=`/usr/bin/uname -p`
	if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ]
	then
	    if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \
	       [ ${TARGET_BINARY_INTERFACE}x = x ]
	    then
		echo m88k-dg-dgux${UNAME_RELEASE}
	    else
		echo m88k-dg-dguxbcs${UNAME_RELEASE}
	    fi
	else
	    echo i586-dg-dgux${UNAME_RELEASE}
	fi
 	exit 0 ;;
    M88*:DolphinOS:*:*)	# DolphinOS (SVR3)
	echo m88k-dolphin-sysv3
	exit 0 ;;
    M88*:*:R3*:*)
	# Delta 88k system running SVR3
	echo m88k-motorola-sysv3
	exit 0 ;;
    XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3)
	echo m88k-tektronix-sysv3
	exit 0 ;;
    Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD)
	echo m68k-tektronix-bsd
	exit 0 ;;
    *:IRIX*:*:*)
	echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'`
	exit 0 ;;
    ????????:AIX?:[12].1:2)   # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX.
	echo romp-ibm-aix      # uname -m gives an 8 hex-code CPU id
	exit 0 ;;              # Note that: echo "'`uname -s`'" gives 'AIX '
    i*86:AIX:*:*)
	echo i386-ibm-aix
	exit 0 ;;
    ia64:AIX:*:*)
	if [ -x /usr/bin/oslevel ] ; then
		IBM_REV=`/usr/bin/oslevel`
	else
		IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE}
	fi
	echo ${UNAME_MACHINE}-ibm-aix${IBM_REV}
	exit 0 ;;
    *:AIX:2:3)
	if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then
		eval $set_cc_for_build
		sed 's/^		//' << EOF >$dummy.c
		#include 

		main()
			{
			if (!__power_pc())
				exit(1);
			puts("powerpc-ibm-aix3.2.5");
			exit(0);
			}
EOF
		$CC_FOR_BUILD $dummy.c -o $dummy && ./$dummy && rm -f $dummy.c $dummy && exit 0
		rm -f $dummy.c $dummy
		echo rs6000-ibm-aix3.2.5
	elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then
		echo rs6000-ibm-aix3.2.4
	else
		echo rs6000-ibm-aix3.2
	fi
	exit 0 ;;
    *:AIX:*:[45])
	IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'`
	if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then
		IBM_ARCH=rs6000
	else
		IBM_ARCH=powerpc
	fi
	if [ -x /usr/bin/oslevel ] ; then
		IBM_REV=`/usr/bin/oslevel`
	else
		IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE}
	fi
	echo ${IBM_ARCH}-ibm-aix${IBM_REV}
	exit 0 ;;
    *:AIX:*:*)
	echo rs6000-ibm-aix
	exit 0 ;;
    ibmrt:4.4BSD:*|romp-ibm:BSD:*)
	echo romp-ibm-bsd4.4
	exit 0 ;;
    ibmrt:*BSD:*|romp-ibm:BSD:*)            # covers RT/PC BSD and
	echo romp-ibm-bsd${UNAME_RELEASE}   # 4.3 with uname added to
	exit 0 ;;                           # report: romp-ibm BSD 4.3
    *:BOSX:*:*)
	echo rs6000-bull-bosx
	exit 0 ;;
    DPX/2?00:B.O.S.:*:*)
	echo m68k-bull-sysv3
	exit 0 ;;
    9000/[34]??:4.3bsd:1.*:*)
	echo m68k-hp-bsd
	exit 0 ;;
    hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*)
	echo m68k-hp-bsd4.4
	exit 0 ;;
    9000/[34678]??:HP-UX:*:*)
	HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'`
	case "${UNAME_MACHINE}" in
	    9000/31? )            HP_ARCH=m68000 ;;
	    9000/[34]?? )         HP_ARCH=m68k ;;
	    9000/[678][0-9][0-9])
		if [ -x /usr/bin/getconf ]; then
		    sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null`
                    sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null`
                    case "${sc_cpu_version}" in
                      523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0
                      528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1
                      532)                      # CPU_PA_RISC2_0
                        case "${sc_kernel_bits}" in
                          32) HP_ARCH="hppa2.0n" ;;
                          64) HP_ARCH="hppa2.0w" ;;
			  '') HP_ARCH="hppa2.0" ;;   # HP-UX 10.20
                        esac ;;
                    esac
		fi
		if [ "${HP_ARCH}" = "" ]; then
		    eval $set_cc_for_build
		    sed 's/^              //' << EOF >$dummy.c

              #define _HPUX_SOURCE
              #include 
              #include 

              int main ()
              {
              #if defined(_SC_KERNEL_BITS)
                  long bits = sysconf(_SC_KERNEL_BITS);
              #endif
                  long cpu  = sysconf (_SC_CPU_VERSION);

                  switch (cpu)
              	{
              	case CPU_PA_RISC1_0: puts ("hppa1.0"); break;
              	case CPU_PA_RISC1_1: puts ("hppa1.1"); break;
              	case CPU_PA_RISC2_0:
              #if defined(_SC_KERNEL_BITS)
              	    switch (bits)
              		{
              		case 64: puts ("hppa2.0w"); break;
              		case 32: puts ("hppa2.0n"); break;
              		default: puts ("hppa2.0"); break;
              		} break;
              #else  /* !defined(_SC_KERNEL_BITS) */
              	    puts ("hppa2.0"); break;
              #endif
              	default: puts ("hppa1.0"); break;
              	}
                  exit (0);
              }
EOF
		    (CCOPTS= $CC_FOR_BUILD $dummy.c -o $dummy 2>/dev/null) && HP_ARCH=`./$dummy`
		    if test -z "$HP_ARCH"; then HP_ARCH=hppa; fi
		    rm -f $dummy.c $dummy
		fi ;;
	esac
	echo ${HP_ARCH}-hp-hpux${HPUX_REV}
	exit 0 ;;
    ia64:HP-UX:*:*)
	HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'`
	echo ia64-hp-hpux${HPUX_REV}
	exit 0 ;;
    3050*:HI-UX:*:*)
	eval $set_cc_for_build
	sed 's/^	//' << EOF >$dummy.c
	#include 
	int
	main ()
	{
	  long cpu = sysconf (_SC_CPU_VERSION);
	  /* The order matters, because CPU_IS_HP_MC68K erroneously returns
	     true for CPU_PA_RISC1_0.  CPU_IS_PA_RISC returns correct
	     results, however.  */
	  if (CPU_IS_PA_RISC (cpu))
	    {
	      switch (cpu)
		{
		  case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break;
		  case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break;
		  case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break;
		  default: puts ("hppa-hitachi-hiuxwe2"); break;
		}
	    }
	  else if (CPU_IS_HP_MC68K (cpu))
	    puts ("m68k-hitachi-hiuxwe2");
	  else puts ("unknown-hitachi-hiuxwe2");
	  exit (0);
	}
EOF
	$CC_FOR_BUILD $dummy.c -o $dummy && ./$dummy && rm -f $dummy.c $dummy && exit 0
	rm -f $dummy.c $dummy
	echo unknown-hitachi-hiuxwe2
	exit 0 ;;
    9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* )
	echo hppa1.1-hp-bsd
	exit 0 ;;
    9000/8??:4.3bsd:*:*)
	echo hppa1.0-hp-bsd
	exit 0 ;;
    *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*)
	echo hppa1.0-hp-mpeix
	exit 0 ;;
    hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* )
	echo hppa1.1-hp-osf
	exit 0 ;;
    hp8??:OSF1:*:*)
	echo hppa1.0-hp-osf
	exit 0 ;;
    i*86:OSF1:*:*)
	if [ -x /usr/sbin/sysversion ] ; then
	    echo ${UNAME_MACHINE}-unknown-osf1mk
	else
	    echo ${UNAME_MACHINE}-unknown-osf1
	fi
	exit 0 ;;
    parisc*:Lites*:*:*)
	echo hppa1.1-hp-lites
	exit 0 ;;
    C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*)
	echo c1-convex-bsd
        exit 0 ;;
    C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*)
	if getsysinfo -f scalar_acc
	then echo c32-convex-bsd
	else echo c2-convex-bsd
	fi
        exit 0 ;;
    C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*)
	echo c34-convex-bsd
        exit 0 ;;
    C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*)
	echo c38-convex-bsd
        exit 0 ;;
    C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*)
	echo c4-convex-bsd
        exit 0 ;;
    CRAY*Y-MP:*:*:*)
	echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    CRAY*[A-Z]90:*:*:*)
	echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \
	| sed -e 's/CRAY.*\([A-Z]90\)/\1/' \
	      -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \
	      -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    CRAY*TS:*:*:*)
	echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    CRAY*T3D:*:*:*)
	echo alpha-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    CRAY*T3E:*:*:*)
	echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    CRAY*SV1:*:*:*)
	echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/'
	exit 0 ;;
    F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*)
	FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'`
        FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'`
        FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'`
        echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}"
        exit 0 ;;
    i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*)
	echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE}
	exit 0 ;;
    sparc*:BSD/OS:*:*)
	echo sparc-unknown-bsdi${UNAME_RELEASE}
	exit 0 ;;
    *:BSD/OS:*:*)
	echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE}
	exit 0 ;;
    *:FreeBSD:*:*)
	echo ${UNAME_MACHINE}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'`
	exit 0 ;;
    i*:CYGWIN*:*)
	echo ${UNAME_MACHINE}-pc-cygwin
	exit 0 ;;
    i*:MINGW*:*)
	echo ${UNAME_MACHINE}-pc-mingw32
	exit 0 ;;
    i*:PW*:*)
	echo ${UNAME_MACHINE}-pc-pw32
	exit 0 ;;
    x86:Interix*:3*)
	echo i386-pc-interix3
	exit 0 ;;
    i*:Windows_NT*:* | Pentium*:Windows_NT*:*)
	# How do we know it's Interix rather than the generic POSIX subsystem?
	# It also conflicts with pre-2.0 versions of AT&T UWIN. Should we
	# UNAME_MACHINE based on the output of uname instead of i386?
	echo i386-pc-interix
	exit 0 ;;
    i*:UWIN*:*)
	echo ${UNAME_MACHINE}-pc-uwin
	exit 0 ;;
    p*:CYGWIN*:*)
	echo powerpcle-unknown-cygwin
	exit 0 ;;
    prep*:SunOS:5.*:*)
	echo powerpcle-unknown-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'`
	exit 0 ;;
    *:GNU:*:*)
	echo `echo ${UNAME_MACHINE}|sed -e 's,[-/].*$,,'`-unknown-gnu`echo ${UNAME_RELEASE}|sed -e 's,/.*$,,'`
	exit 0 ;;
    i*86:Minix:*:*)
	echo ${UNAME_MACHINE}-pc-minix
	exit 0 ;;
    arm*:Linux:*:*)
	echo ${UNAME_MACHINE}-unknown-linux-gnu
	exit 0 ;;
    ia64:Linux:*:*)
	echo ${UNAME_MACHINE}-unknown-linux-gnu
	exit 0 ;;
    m68*:Linux:*:*)
	echo ${UNAME_MACHINE}-unknown-linux-gnu
	exit 0 ;;
    mips:Linux:*:*)
	eval $set_cc_for_build
	sed 's/^	//' << EOF >$dummy.c
	#undef CPU
	#undef mips
	#undef mipsel
	#if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL)
	CPU=mipsel
	#else
	#if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB)
	CPU=mips
	#else
	CPU=
	#endif
	#endif
EOF
	eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep ^CPU=`
	rm -f $dummy.c
	test x"${CPU}" != x && echo "${CPU}-pc-linux-gnu" && exit 0
	;;
    ppc:Linux:*:*)
	echo powerpc-unknown-linux-gnu
	exit 0 ;;
    ppc64:Linux:*:*)
	echo powerpc64-unknown-linux-gnu
	exit 0 ;;
    alpha:Linux:*:*)
	case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in
	  EV5)   UNAME_MACHINE=alphaev5 ;;
	  EV56)  UNAME_MACHINE=alphaev56 ;;
	  PCA56) UNAME_MACHINE=alphapca56 ;;
	  PCA57) UNAME_MACHINE=alphapca56 ;;
	  EV6)   UNAME_MACHINE=alphaev6 ;;
	  EV67)  UNAME_MACHINE=alphaev67 ;;
	  EV68*) UNAME_MACHINE=alphaev68 ;;
        esac
	objdump --private-headers /bin/sh | grep ld.so.1 >/dev/null
	if test "$?" = 0 ; then LIBC="libc1" ; else LIBC="" ; fi
	echo ${UNAME_MACHINE}-unknown-linux-gnu${LIBC}
	exit 0 ;;
    parisc:Linux:*:* | hppa:Linux:*:*)
	# Look for CPU level
	case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in
	  PA7*) echo hppa1.1-unknown-linux-gnu ;;
	  PA8*) echo hppa2.0-unknown-linux-gnu ;;
	  *)    echo hppa-unknown-linux-gnu ;;
	esac
	exit 0 ;;
    parisc64:Linux:*:* | hppa64:Linux:*:*)
	echo hppa64-unknown-linux-gnu
	exit 0 ;;
    s390:Linux:*:* | s390x:Linux:*:*)
	echo ${UNAME_MACHINE}-ibm-linux
	exit 0 ;;
    sh*:Linux:*:*)
	echo ${UNAME_MACHINE}-unknown-linux-gnu
	exit 0 ;;
    sparc:Linux:*:* | sparc64:Linux:*:*)
	echo ${UNAME_MACHINE}-unknown-linux-gnu
	exit 0 ;;
    x86_64:Linux:*:*)
	echo x86_64-unknown-linux-gnu
	exit 0 ;;
    i*86:Linux:*:*)
	# The BFD linker knows what the default object file format is, so
	# first see if it will tell us. cd to the root directory to prevent
	# problems with other programs or directories called `ld' in the path.
	# Set LC_ALL=C to ensure ld outputs messages in English.
	ld_supported_targets=`cd /; LC_ALL=C ld --help 2>&1 \
			 | sed -ne '/supported targets:/!d
				    s/[ 	][ 	]*/ /g
				    s/.*supported targets: *//
				    s/ .*//
				    p'`
        case "$ld_supported_targets" in
	  elf32-i386)
		TENTATIVE="${UNAME_MACHINE}-pc-linux-gnu"
		;;
	  a.out-i386-linux)
		echo "${UNAME_MACHINE}-pc-linux-gnuaout"
		exit 0 ;;		
	  coff-i386)
		echo "${UNAME_MACHINE}-pc-linux-gnucoff"
		exit 0 ;;
	  "")
		# Either a pre-BFD a.out linker (linux-gnuoldld) or
		# one that does not give us useful --help.
		echo "${UNAME_MACHINE}-pc-linux-gnuoldld"
		exit 0 ;;
	esac
	# Determine whether the default compiler is a.out or elf
	eval $set_cc_for_build
	sed 's/^	//' << EOF >$dummy.c
	#include 
	#ifdef __ELF__
	# ifdef __GLIBC__
	#  if __GLIBC__ >= 2
	LIBC=gnu
	#  else
	LIBC=gnulibc1
	#  endif
	# else
	LIBC=gnulibc1
	# endif
	#else
	#ifdef __INTEL_COMPILER
	LIBC=gnu
	#else
	LIBC=gnuaout
	#endif
	#endif
EOF
	eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep ^LIBC=`
	rm -f $dummy.c
	test x"${LIBC}" != x && echo "${UNAME_MACHINE}-pc-linux-${LIBC}" && exit 0
	test x"${TENTATIVE}" != x && echo "${TENTATIVE}" && exit 0
	;;
    i*86:DYNIX/ptx:4*:*)
	# ptx 4.0 does uname -s correctly, with DYNIX/ptx in there.
	# earlier versions are messed up and put the nodename in both
	# sysname and nodename.
	echo i386-sequent-sysv4
	exit 0 ;;
    i*86:UNIX_SV:4.2MP:2.*)
        # Unixware is an offshoot of SVR4, but it has its own version
        # number series starting with 2...
        # I am not positive that other SVR4 systems won't match this,
	# I just have to hope.  -- rms.
        # Use sysv4.2uw... so that sysv4* matches it.
	echo ${UNAME_MACHINE}-pc-sysv4.2uw${UNAME_VERSION}
	exit 0 ;;
    i*86:*:4.*:* | i*86:SYSTEM_V:4.*:*)
	UNAME_REL=`echo ${UNAME_RELEASE} | sed 's/\/MP$//'`
	if grep Novell /usr/include/link.h >/dev/null 2>/dev/null; then
		echo ${UNAME_MACHINE}-univel-sysv${UNAME_REL}
	else
		echo ${UNAME_MACHINE}-pc-sysv${UNAME_REL}
	fi
	exit 0 ;;
    i*86:*:5:[78]*)
	case `/bin/uname -X | grep "^Machine"` in
	    *486*)	     UNAME_MACHINE=i486 ;;
	    *Pentium)	     UNAME_MACHINE=i586 ;;
	    *Pent*|*Celeron) UNAME_MACHINE=i686 ;;
	esac
	echo ${UNAME_MACHINE}-unknown-sysv${UNAME_RELEASE}${UNAME_SYSTEM}${UNAME_VERSION}
	exit 0 ;;
    i*86:*:3.2:*)
	if test -f /usr/options/cb.name; then
		UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then
		UNAME_REL=`(/bin/uname -X|egrep Release|sed -e 's/.*= //')`
		(/bin/uname -X|egrep i80486 >/dev/null) && UNAME_MACHINE=i486
		(/bin/uname -X|egrep '^Machine.*Pentium' >/dev/null) \
			&& UNAME_MACHINE=i586
		(/bin/uname -X|egrep '^Machine.*Pent ?II' >/dev/null) \
			&& UNAME_MACHINE=i686
		(/bin/uname -X|egrep '^Machine.*Pentium Pro' >/dev/null) \
			&& UNAME_MACHINE=i686
		echo ${UNAME_MACHINE}-pc-sco$UNAME_REL
	else
		echo ${UNAME_MACHINE}-pc-sysv32
	fi
	exit 0 ;;
    i*86:*DOS:*:*)
	echo ${UNAME_MACHINE}-pc-msdosdjgpp
	exit 0 ;;
    pc:*:*:*)
	# Left here for compatibility:
        # uname -m prints for DJGPP always 'pc', but it prints nothing about
        # the processor, so we play safe by assuming i386.
	echo i386-pc-msdosdjgpp
        exit 0 ;;
    Intel:Mach:3*:*)
	echo i386-pc-mach3
	exit 0 ;;
    paragon:*:*:*)
	echo i860-intel-osf1
	exit 0 ;;
    i860:*:4.*:*) # i860-SVR4
	if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then
	  echo i860-stardent-sysv${UNAME_RELEASE} # Stardent Vistra i860-SVR4
	else # Add other i860-SVR4 vendors below as they are discovered.
	  echo i860-unknown-sysv${UNAME_RELEASE}  # Unknown i860-SVR4
	fi
	exit 0 ;;
    mini*:CTIX:SYS*5:*)
	# "miniframe"
	echo m68010-convergent-sysv
	exit 0 ;;
    M68*:*:R3V[567]*:*)
	test -r /sysV68 && echo 'm68k-motorola-sysv' && exit 0 ;;
    3[34]??:*:4.0:3.0 | 3[34]??A:*:4.0:3.0 | 3[34]??,*:*:4.0:3.0 | 3[34]??/*:*:4.0:3.0 | 4850:*:4.0:3.0 | SKA40:*:4.0:3.0)
	OS_REL=''
	test -r /etc/.relid \
	&& OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid`
	/bin/uname -p 2>/dev/null | grep 86 >/dev/null \
	  && echo i486-ncr-sysv4.3${OS_REL} && exit 0
	/bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \
	  && echo i586-ncr-sysv4.3${OS_REL} && exit 0 ;;
    3[34]??:*:4.0:* | 3[34]??,*:*:4.0:*)
        /bin/uname -p 2>/dev/null | grep 86 >/dev/null \
          && echo i486-ncr-sysv4 && exit 0 ;;
    m68*:LynxOS:2.*:* | m68*:LynxOS:3.0*:*)
	echo m68k-unknown-lynxos${UNAME_RELEASE}
	exit 0 ;;
    mc68030:UNIX_System_V:4.*:*)
	echo m68k-atari-sysv4
	exit 0 ;;
    i*86:LynxOS:2.*:* | i*86:LynxOS:3.[01]*:* | i*86:LynxOS:4.0*:*)
	echo i386-unknown-lynxos${UNAME_RELEASE}
	exit 0 ;;
    TSUNAMI:LynxOS:2.*:*)
	echo sparc-unknown-lynxos${UNAME_RELEASE}
	exit 0 ;;
    rs6000:LynxOS:2.*:*)
	echo rs6000-unknown-lynxos${UNAME_RELEASE}
	exit 0 ;;
    PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.0*:*)
	echo powerpc-unknown-lynxos${UNAME_RELEASE}
	exit 0 ;;
    SM[BE]S:UNIX_SV:*:*)
	echo mips-dde-sysv${UNAME_RELEASE}
	exit 0 ;;
    RM*:ReliantUNIX-*:*:*)
	echo mips-sni-sysv4
	exit 0 ;;
    RM*:SINIX-*:*:*)
	echo mips-sni-sysv4
	exit 0 ;;
    *:SINIX-*:*:*)
	if uname -p 2>/dev/null >/dev/null ; then
		UNAME_MACHINE=`(uname -p) 2>/dev/null`
		echo ${UNAME_MACHINE}-sni-sysv4
	else
		echo ns32k-sni-sysv
	fi
	exit 0 ;;
    PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort
                      # says 
        echo i586-unisys-sysv4
        exit 0 ;;
    *:UNIX_System_V:4*:FTX*)
	# From Gerald Hewes .
	# How about differentiating between stratus architectures? -djm
	echo hppa1.1-stratus-sysv4
	exit 0 ;;
    *:*:*:FTX*)
	# From seanf@swdc.stratus.com.
	echo i860-stratus-sysv4
	exit 0 ;;
    *:VOS:*:*)
	# From Paul.Green@stratus.com.
	echo hppa1.1-stratus-vos
	exit 0 ;;
    mc68*:A/UX:*:*)
	echo m68k-apple-aux${UNAME_RELEASE}
	exit 0 ;;
    news*:NEWS-OS:6*:*)
	echo mips-sony-newsos6
	exit 0 ;;
    R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*)
	if [ -d /usr/nec ]; then
	        echo mips-nec-sysv${UNAME_RELEASE}
	else
	        echo mips-unknown-sysv${UNAME_RELEASE}
	fi
        exit 0 ;;
    BeBox:BeOS:*:*)	# BeOS running on hardware made by Be, PPC only.
	echo powerpc-be-beos
	exit 0 ;;
    BeMac:BeOS:*:*)	# BeOS running on Mac or Mac clone, PPC only.
	echo powerpc-apple-beos
	exit 0 ;;
    BePC:BeOS:*:*)	# BeOS running on Intel PC compatible.
	echo i586-pc-beos
	exit 0 ;;
    SX-4:SUPER-UX:*:*)
	echo sx4-nec-superux${UNAME_RELEASE}
	exit 0 ;;
    SX-5:SUPER-UX:*:*)
	echo sx5-nec-superux${UNAME_RELEASE}
	exit 0 ;;
    Power*:Rhapsody:*:*)
	echo powerpc-apple-rhapsody${UNAME_RELEASE}
	exit 0 ;;
    *:Rhapsody:*:*)
	echo ${UNAME_MACHINE}-apple-rhapsody${UNAME_RELEASE}
	exit 0 ;;
    *:Darwin:*:*)
	echo `uname -p`-apple-darwin${UNAME_RELEASE}
	exit 0 ;;
    *:procnto*:*:* | *:QNX:[0123456789]*:*)
	UNAME_PROCESSOR=`uname -p`
	if test "$UNAME_PROCESSOR" = "x86"; then
		UNAME_PROCESSOR=i386
		UNAME_MACHINE=pc
	fi
	echo ${UNAME_PROCESSOR}-${UNAME_MACHINE}-nto-qnx${UNAME_RELEASE}
	exit 0 ;;
    *:QNX:*:4*)
	echo i386-pc-qnx
	exit 0 ;;
    NSR-[GKLNPTVW]:NONSTOP_KERNEL:*:*)
	echo nsr-tandem-nsk${UNAME_RELEASE}
	exit 0 ;;
    *:NonStop-UX:*:*)
	echo mips-compaq-nonstopux
	exit 0 ;;
    BS2000:POSIX*:*:*)
	echo bs2000-siemens-sysv
	exit 0 ;;
    DS/*:UNIX_System_V:*:*)
	echo ${UNAME_MACHINE}-${UNAME_SYSTEM}-${UNAME_RELEASE}
	exit 0 ;;
    *:Plan9:*:*)
	# "uname -m" is not consistent, so use $cputype instead. 386
	# is converted to i386 for consistency with other x86
	# operating systems.
	if test "$cputype" = "386"; then
	    UNAME_MACHINE=i386
	else
	    UNAME_MACHINE="$cputype"
	fi
	echo ${UNAME_MACHINE}-unknown-plan9
	exit 0 ;;
    i*86:OS/2:*:*)
	# If we were able to find `uname', then EMX Unix compatibility
	# is probably installed.
	echo ${UNAME_MACHINE}-pc-os2-emx
	exit 0 ;;
    *:TOPS-10:*:*)
	echo pdp10-unknown-tops10
	exit 0 ;;
    *:TENEX:*:*)
	echo pdp10-unknown-tenex
	exit 0 ;;
    KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*)
	echo pdp10-dec-tops20
	exit 0 ;;
    XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*)
	echo pdp10-xkl-tops20
	exit 0 ;;
    *:TOPS-20:*:*)
	echo pdp10-unknown-tops20
	exit 0 ;;
    *:ITS:*:*)
	echo pdp10-unknown-its
	exit 0 ;;
    i*86:XTS-300:*:STOP)
	echo ${UNAME_MACHINE}-unknown-stop
	exit 0 ;;
    i*86:atheos:*:*)
	echo ${UNAME_MACHINE}-unknown-atheos
	exit 0 ;;
esac

#echo '(No uname command or uname output not recognized.)' 1>&2
#echo "${UNAME_MACHINE}:${UNAME_SYSTEM}:${UNAME_RELEASE}:${UNAME_VERSION}" 1>&2

eval $set_cc_for_build
cat >$dummy.c <
# include 
#endif
main ()
{
#if defined (sony)
#if defined (MIPSEB)
  /* BFD wants "bsd" instead of "newsos".  Perhaps BFD should be changed,
     I don't know....  */
  printf ("mips-sony-bsd\n"); exit (0);
#else
#include 
  printf ("m68k-sony-newsos%s\n",
#ifdef NEWSOS4
          "4"
#else
	  ""
#endif
         ); exit (0);
#endif
#endif

#if defined (__arm) && defined (__acorn) && defined (__unix)
  printf ("arm-acorn-riscix"); exit (0);
#endif

#if defined (hp300) && !defined (hpux)
  printf ("m68k-hp-bsd\n"); exit (0);
#endif

#if defined (NeXT)
#if !defined (__ARCHITECTURE__)
#define __ARCHITECTURE__ "m68k"
#endif
  int version;
  version=`(hostinfo | sed -n 's/.*NeXT Mach \([0-9]*\).*/\1/p') 2>/dev/null`;
  if (version < 4)
    printf ("%s-next-nextstep%d\n", __ARCHITECTURE__, version);
  else
    printf ("%s-next-openstep%d\n", __ARCHITECTURE__, version);
  exit (0);
#endif

#if defined (MULTIMAX) || defined (n16)
#if defined (UMAXV)
  printf ("ns32k-encore-sysv\n"); exit (0);
#else
#if defined (CMU)
  printf ("ns32k-encore-mach\n"); exit (0);
#else
  printf ("ns32k-encore-bsd\n"); exit (0);
#endif
#endif
#endif

#if defined (__386BSD__)
  printf ("i386-pc-bsd\n"); exit (0);
#endif

#if defined (sequent)
#if defined (i386)
  printf ("i386-sequent-dynix\n"); exit (0);
#endif
#if defined (ns32000)
  printf ("ns32k-sequent-dynix\n"); exit (0);
#endif
#endif

#if defined (_SEQUENT_)
    struct utsname un;

    uname(&un);

    if (strncmp(un.version, "V2", 2) == 0) {
	printf ("i386-sequent-ptx2\n"); exit (0);
    }
    if (strncmp(un.version, "V1", 2) == 0) { /* XXX is V1 correct? */
	printf ("i386-sequent-ptx1\n"); exit (0);
    }
    printf ("i386-sequent-ptx\n"); exit (0);

#endif

#if defined (vax)
# if !defined (ultrix)
#  include 
#  if defined (BSD)
#   if BSD == 43
      printf ("vax-dec-bsd4.3\n"); exit (0);
#   else
#    if BSD == 199006
      printf ("vax-dec-bsd4.3reno\n"); exit (0);
#    else
      printf ("vax-dec-bsd\n"); exit (0);
#    endif
#   endif
#  else
    printf ("vax-dec-bsd\n"); exit (0);
#  endif
# else
    printf ("vax-dec-ultrix\n"); exit (0);
# endif
#endif

#if defined (alliant) && defined (i860)
  printf ("i860-alliant-bsd\n"); exit (0);
#endif

  exit (1);
}
EOF

$CC_FOR_BUILD $dummy.c -o $dummy 2>/dev/null && ./$dummy && rm -f $dummy.c $dummy && exit 0
rm -f $dummy.c $dummy

# Apollos put the system type in the environment.

test -d /usr/apollo && { echo ${ISP}-apollo-${SYSTYPE}; exit 0; }

# Convex versions that predate uname can use getsysinfo(1)

if [ -x /usr/convex/getsysinfo ]
then
    case `getsysinfo -f cpu_type` in
    c1*)
	echo c1-convex-bsd
	exit 0 ;;
    c2*)
	if getsysinfo -f scalar_acc
	then echo c32-convex-bsd
	else echo c2-convex-bsd
	fi
	exit 0 ;;
    c34*)
	echo c34-convex-bsd
	exit 0 ;;
    c38*)
	echo c38-convex-bsd
	exit 0 ;;
    c4*)
	echo c4-convex-bsd
	exit 0 ;;
    esac
fi

cat >&2 < in order to provide the needed
information to handle your system.

config.guess timestamp = $timestamp

uname -m = `(uname -m) 2>/dev/null || echo unknown`
uname -r = `(uname -r) 2>/dev/null || echo unknown`
uname -s = `(uname -s) 2>/dev/null || echo unknown`
uname -v = `(uname -v) 2>/dev/null || echo unknown`

/usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null`
/bin/uname -X     = `(/bin/uname -X) 2>/dev/null`

hostinfo               = `(hostinfo) 2>/dev/null`
/bin/universe          = `(/bin/universe) 2>/dev/null`
/usr/bin/arch -k       = `(/usr/bin/arch -k) 2>/dev/null`
/bin/arch              = `(/bin/arch) 2>/dev/null`
/usr/bin/oslevel       = `(/usr/bin/oslevel) 2>/dev/null`
/usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null`

UNAME_MACHINE = ${UNAME_MACHINE}
UNAME_RELEASE = ${UNAME_RELEASE}
UNAME_SYSTEM  = ${UNAME_SYSTEM}
UNAME_VERSION = ${UNAME_VERSION}
EOF

exit 1

# Local variables:
# eval: (add-hook 'write-file-hooks 'time-stamp)
# time-stamp-start: "timestamp='"
# time-stamp-format: "%:y-%02m-%02d"
# time-stamp-end: "'"
# End:
grads-2.0.1/data/0000755000175000017500000000000011651523372014662 5ustar  amckinstryamckinstrygrads-2.0.1/data/udunits.dat0000644000175000017500000003551407611363607017063 0ustar  amckinstryamckinstry# $Id: udunits.dat,v 1.2 1995/08/29 19:15:20 steve Exp $
#
# The first column is the unit name.  The second column indicates whether or
# not the unit name has a plural form (i.e. with an 's' appended).  
# A 'P' indicates that the unit has a plural form, whereas, a 'S' indicates
# that the unit has a singular form only.  The remainder of the line is the 
# definition for the unit.
#
# '#' is the to-end-of-line comment-character.
#
# NB: When adding to this table, be *very* careful to distinquish between
# the letter 'O' and the numeral zero '0'.  For example, the following two
# entries don't do what one might otherwise expect:
#
#	mercury_0C		mercury_32F
#	millimeter_Hg_0C	mm mercury_OC

#
# BASE UNITS.  These must be first and are identified by a nil definition.
#
ampere			P			# electric current
bit			P			# unit of information
candela			P			# luminous intensity
kelvin			P			# thermodynamic temperature
kilogram		P			# mass
meter			P			# length
mole			P			# amount of substance
second			P			# time
radian			P			# plane angle

#
# CONSTANTS
#
percent			S 0.01
PI			S 3.14159265358979323846
bakersdozen		S 13
pair			P 2
ten			P 10
dozen			S 12
score			S 20
hundred			P 100
thousand		P 1.0e3
million			P 1.0e6

%			S percent
pi			S PI

#
# NB: All subsequent definitions must be given in terms of
# earlier definitions.  Forward referencing is not permitted.
#

#
# The following are non-base units of the fundamental quantities
#

#
# UNITS OF ELECTRIC CURRENT
#
A			S ampere
amp			P ampere
abampere		P 10 ampere		# exact
gilbert			P 7.957747e-1 ampere
statampere		P 3.335640e-10 ampere
biot			P 10 ampere

#
# UNITS OF LUMINOUS INTENSITY
#
cd			S candela
candle			P candela

#
# UNITS OF THERMODYNAMIC TEMPERATURE
#
degree_Kelvin		P kelvin
degree_Celsius		S kelvin @ 273.15
degree_Rankine		P kelvin/1.8
degree_Fahrenheit	P degree_Rankine @ 459.67

#C			S degree_Celsius	# `C' means `coulomb'
Celsius			S degree_Celsius
celsius			S degree_Celsius
centigrade		S degree_Celsius
degC			S degree_Celsius
degreeC			S degree_Celsius
degree_C		S degree_Celsius
degree_c		S degree_Celsius
deg_C			S degree_Celsius
deg_c			S degree_Celsius
degK			S kelvin
degreeK			S kelvin
degree_K		S kelvin
degree_k		S kelvin
deg_K			S kelvin
deg_k			S kelvin
K			S kelvin
Kelvin			P kelvin

degF			S degree_Fahrenheit
degreeF			S degree_Fahrenheit
degree_F		S degree_Fahrenheit
degree_f		S degree_Fahrenheit
deg_F			S degree_Fahrenheit
deg_f			S degree_Fahrenheit
F			S degree_Fahrenheit
Fahrenheit		P degree_Fahrenheit
fahrenheit		P degree_Fahrenheit

degR			S degree_Rankine
degreeR			S degree_Rankine
degree_R		S degree_Rankine
degree_r		S degree_Rankine
deg_R			S degree_Rankine
deg_r			S degree_Rankine
#R			S degree_Rankine	# `R' means `roentgen'
Rankine			P degree_Rankine
rankine			P degree_Rankine

#
# UNITS OF MASS
#
assay_ton		P 2.916667e2 kilogram
avoirdupois_ounce	P 2.834952e-2 kilogram
avoirdupois_pound	P 4.5359237e-1 kilogram	# exact
carat			P 2e-4 kilogram
grain			P 6.479891e-5 kilogram	# exact
gram			P 1e-3 kilogram		# exact
kg			S kilogram
long_hundredweight	P 5.080235e1 kilogram
metric_ton		P 1e3 kilogram		# exact
pennyweight		P 1.555174e-3 kilogram
short_hundredweight	P 4.535924e1 kilogram
slug			P 14.59390 kilogram
troy_ounce		P 3.110348e-2 kilogram
troy_pound		P 3.732417e-1 kilogram
atomic_mass_unit	P 1.66044e-27 kilogram

tonne			P metric_ton
apothecary_ounce	P troy_ounce
apothecary_pound	P avoirdupois_pound
pound			P avoirdupois_pound
metricton		P metric_ton
gr			S grain
scruple			P 20 grain
apdram			P 60 grain
apounce			P 480 grain
appound			P 5760 grain
atomicmassunit		P atomic_mass_unit
amu			P atomic_mass_unit

t			S tonne
lb			P pound
bag			P 94 pound
short_ton		P 2000 pound
long_ton		P 2240 pound

ton			P short_ton
shortton		P short_ton
longton			P long_ton

#
# UNITS OF LENGTH
#
angstrom		P decinanometer
astronomical_unit	P 1.495979e11 meter
fathom			P 1.828804 meter
fermi			P 1e-15 meter		# exact
m			S meter
metre			P meter
light_year		P 9.46055e15 meter
micron			P 1e-6 meter		# exact
mil			P 2.54e-5 meter		# exact
nautical_mile		P 1.852000e3 meter	# exact
parsec			P 3.085678e16 meter
printers_point		P 3.514598e-4 meter	# exact
US_statute_mile		P 1.609347e3 meter	# = intn'l mile + .000003 meter
US_survey_foot		P 3.048006e-1 meter
chain			P 2.011684e1 meter

inch			S 2.54 cm		# exact
printers_pica		P 12 printers_point	# exact
astronomicalunit	P astronomical_unit
au			S astronomical_unit
nmile			P nautical_mile
nmi			S nautical_mile

pica			P printers_pica
big_point		P inch/72		# exact
inches			S inch
foot			S 12 inch		# exact
in			S inch
barleycorn		P inch/3

ft			S foot
feet			S foot
yard			P 3 foot
furlong			P 660 foot
international_mile	P 5280 foot		# exact
arpentlin		P 191.835 foot

yd			S yard
rod			P 5.5 yard
mile			P international_mile

arpentcan		P 27.52 mile

#
# UNITS OF AMOUNT OF SUBSTANCE
#
mol			S mole

#
# UNITS OF TIME
#
day			P 8.64e4 second		# exact
hour			P 3.6e3 second		# exact
minute			P 60 second		# exact
s			S second
sec			P second
shake			P 1e-8 second		# exact
sidereal_day		P 8.616409e4 second
sidereal_hour		P 3.590170e3 second
sidereal_minute		P 5.983617e1 second
sidereal_second		P 0.9972696 second
sidereal_year		P 3.155815e7 second
# Interval between 2 successive passages of sun through vernal equinox
# (365.242198781 days -- see 
# http://www.ast.cam.ac.uk/RGO/leaflets/calendar/calendar.html
# and http://adswww.colorado.edu/adswww/astro_coord.html):
tropical_year		P 3.15569259747e7 second
lunar_month		P 29.530589 day

common_year		P 365 day		# exact: 153600e7 seconds
leap_year		P 366 day		# exact
Julian_year		P 365.25 day		# exact
Gregorian_year		P 365.2425 day		# exact
sidereal_month		P 27.321661 day
tropical_month		P 27.321582 day
d			S day
min			P minute
hr			P hour
h			S hour
fortnight		P 14 day		# exact
week			P 7 day			# exact

year			P tropical_year

yr			P year
a			S year			# "anno"
eon			P 1e9 year		# fuzzy
month			P year/12		# on average

#
# UNITS OF PLANE ANGLE
#
#rad			P radian		# `rad' means `grey'
circle			P 2 pi radian
angular_degree		P (pi/180) radian

turn			P circle
degree			P angular_degree
degree_north		S angular_degree
degree_east		S angular_degree
degree_true		S angular_degree
arcdeg			P angular_degree
angular_minute		P angular_degree/60
angular_second		P angular_minute/60
grade			P 0.9 angular_degree	# exact

degrees_north		S degree_north
degreeN			S degree_north
degree_N		S degree_north
degreesN		S degree_north
degrees_N		S degree_north

degrees_east		S degree_east
degreeE			S degree_east
degree_E		S degree_east
degreesE		S degree_east
degrees_E		S degree_east

degree_west             S -1 degree_east
degrees_west            S degree_west
degreeW                 S degree_west
degree_W                S degree_west
degreesW                S degree_west
degrees_W               S degree_west

degrees_true		S degree_true
degreeT			S degree_true
degree_T		S degree_true
degreesT		S degree_true
degrees_T		S degree_true

arcminute		P angular_minute
arcsecond		P angular_second

arcmin			P arcminute
arcsec			P arcsecond

#
# The following are derived units with special names.  They are useful for
# defining other derived units.
#
steradian		P radian2
hertz			S 1/second
newton			P kilogram.meter/second2
coulomb			P ampere.second
lumen			P candela steradian
becquerel		P 1/second		# SI unit of activity of a 
#						# radionuclide
standard_free_fall	S 9.806650 meter/second2	# exact

pascal			P newton/meter2
joule			P newton.meter
hz			S hertz
sr			S steradian
force			S standard_free_fall
gravity			S standard_free_fall
free_fall		S standard_free_fall
lux			S lumen/meter2
sphere			P 4 pi steradian

luxes			S lux
watt			P joule/second
gray			P joule/kilogram	# absorbed dose. derived unit
sievert			P joule/kilogram	# dose equivalent. derived unit
mercury_32F		S gravity 13595.065 kg/m3
mercury_60F		S gravity 13556.806 kg/m3
water_39F		S gravity 999.97226 kg/m3	# actually 39.2 F
water_60F		S gravity 999.00072 kg/m3
g			S gravity

volt			P watt/ampere
mercury_0C		S mercury_32F
mercury			S mercury_32F
water			S water_39F

farad			P coulomb/volt
ohm			P volt/ampere
siemens			S ampere/volt
weber			P volt.second
Hg			S mercury
hg			S mercury
H2O			S water
h2o			S water

tesla			P weber/meter2
henry			P weber/ampere

#
# The following are compound units: units whose definitions consist 
# of two or more base units.  They may now be defined in terms of the 
# preceding units.
#

#
# ACCELERATION
#
gal			P 1e-2 meter/second2	# exact

#
# Area
#
are			P 1e2 m2		# exact
barn			P 1e-28 m2		# exact
circular_mil		P 5.067075e-10 m2
darcy			P 9.869233e-13 m2	# permeability of porous solids
hectare			P 1e4 m2		# exact
acre			P 4840 yard2

#
# ELECTRICITY AND MAGNETISM
#
abfarad			P 1e9 farad		# exact
abhenry			P 1e-9 henry		# exact
abmho			P 1e9 siemens		# exact
abohm			P 1e-9 ohm		# exact
abvolt			P 1e-8 volt		# exact
C			S coulomb
e			S 1.6021917e-19 coulomb	# charge of electron
chemical_faraday	P 9.64957e4 coulomb
physical_faraday	P 9.65219e4 coulomb
C12_faraday		P 9.64870e4 coulomb
gamma			P 1e-9 tesla		# exact
gauss			S 1e-4 tesla		# exact
H			S henry
maxwell			P 1e-8 weber		# exact
oersted			P 7.957747e1 ampere/meter
S			S siemens
statcoulomb		P 3.335640e-10 coulomb
statfarad		P 1.112650e-12 farad
stathenry		P 8.987554e11 henry
statmho			P 1.112650e-12 siemens
statohm			P 8.987554e11 ohm
statvolt		P 2.997925e2 volt
T			S tesla
unit_pole		P 1.256637e-7 weber
V			S volt
Wb			S weber
mho			P siemens
Oe			S oersted
faraday			P C12_faraday		# charge of 1 mole of 
#						# electrons

#
# ENERGY (INCLUDES WORK)
#
electronvolt		P 1.60219e-19 joule
erg			P 1e-7 joule		# exact
IT_Btu			P 1.055056 joule	# exact
EC_therm		P 1.05506e8 joule
thermochemical_calorie	P 4.184000 joule	# exact
IT_calorie		P 4.1868 joule		# exact
J			S joule
ton_TNT			S 4.184e9 joule
US_therm		P 1.054804e8 joule	# exact
watthour		P watt hour

therm			P US_therm
Wh			S watthour
Btu			P IT_Btu
calorie			P IT_calorie
electron_volt		P electronvolt

thm			S therm
cal			S calorie
eV			S electronvolt
bev			S gigaelectron_volt

#
# FORCE
#
dyne			P 1e-5 newton		# exact
pond			P 1.806650e-3 newton	# exact
force_kilogram		S 9.806650 newton	# exact
force_ounce		S 2.780139e-1 newton
force_pound		S 4.4482216152605 newton# exact
poundal			P 1.382550e-1 newton
N			S newton
gf			S gram force

force_gram		P 1e-3 force_kilogram
force_ton		P 2000 force_pound	# exact
lbf			S force_pound
ounce_force		S force_ounce
kilogram_force		S force_kilogram
pound_force		S force_pound
ozf			S force_ounce
kgf			S force_kilogram

kip			P 1000 lbf
ton_force		S force_ton
gram_force		S force_gram

#
# HEAT
#
clo			P 1.55e-1 kelvin.meter2/watt

#
# LIGHT
#
lm			S lumen
lx			S lux
footcandle		P 1.076391e-1 lux
footlambert		P 3.426259 candela/meter2
lambert			P (1e4/PI) candela/meter2	# exact
stilb			P 1e4 candela/meter2	# exact
phot			P 1e4 lumen/meter2	# exact
nit			P 1 candela/meter2	# exact
langley			P 4.184000e4 joule/meter2	# exact
blondel			P candela/(pi meter2)

apostilb		P blondel
nt			S nit
ph			S phot
sb			S stilb

#
# MASS PER UNIT LENGTH
#
denier			P 1.111111e-7 kilogram/meter
tex			P 1e-6 kilogram/meter	# exact

#
# MASS PER UNIT TIME (INCLUDES FLOW)
#
perm_0C			S 5.72135e-11 kg/(Pa.s.m2)
perm_23C		S 5.74525e-11 kg/(Pa.s.m2)

#
# POWER
#
voltampere		P volt ampere
VA			S volt ampere
boiler_horsepower	P 9.80950e3 watt
shaft_horsepower	P 7.456999e2 watt
metric_horsepower	P 7.35499 watt
electric_horsepower	P 7.460000e2 watt	# exact
W			S watt
water_horsepower	P 7.46043e2 watt
UK_horsepower		P 7.4570e2 watt
refrigeration_ton	P 12000 Btu/hour

horsepower		P shaft_horsepower
ton_of_refrigeration	P refrigeration_ton

hp			S horsepower

#
# PRESSURE OR STRESS
#
bar			P 1e5 pascal		# exact
standard_atmosphere	P 1.01325e5 pascal	# exact
technical_atmosphere	P 1 kg gravity/cm2	# exact
inch_H2O_39F		S inch water_39F
inch_H2O_60F		S inch water_60F
inch_Hg_32F		S inch mercury_32F
inch_Hg_60F		S inch mercury_60F
millimeter_Hg_0C	S mm mercury_0C
footH2O			S foot water
cmHg			S cm Hg
cmH2O			S cm water
Pa			S pascal
inch_Hg			S inch Hg
inch_hg			S inch Hg
inHg			S inch Hg
in_Hg			S inch Hg
in_hg			S inch Hg
millimeter_Hg		S mm Hg
mmHg			S mm Hg
mm_Hg			S mm Hg
mm_hg			S mm Hg
torr			P mm Hg
foot_H2O		S foot water
ftH2O			S foot water
psi			S 1 pound gravity/in2
ksi			S kip/in2
barie			P 0.1 newton/meter2

at			S technical_atmosphere
atmosphere		P standard_atmosphere
atm			P standard_atmosphere
barye			P barie

#
# RADIATION UNITS
#
Bq			S becquerel
curie			P 3.7e10 becquerel	# exact
rem			P 1e-2 sievert		# dose equivalent. exact
rad			P 1e-2 gray		# absorbed dose. exact
roentgen		P 2.58e-4 coulomb/kg	# exact
Sv			S sievert
Gy			S gray

Ci			S curie
R			S roentgen
rd			S rad

#
# VELOCITY (INCLUDES SPEED)
#
c			S 2.997925e+8 meter/sec
knot			P nautical_mile/hour

knot_international	S knot
international_knot	S knot
kt			P knot

#
# VISCOSITY
#
poise			S 1e-1 pascal second	# absolute viscosity. 
#						# exact
stokes			S 1e-4 meter2/second	# exact
rhe			S 10/(pascal second)	# exact

St			S stokes

#
# VOLUME (INCLUDES CAPACITY)
#
acre_foot		S 1.233489e3 m3
board_foot		S 2.359737e-3 m3
bushel			P 3.523907e-2 m3
UK_liquid_gallon	P 4.546092e-3 m3
Canadian_liquid_gallon	P 4.546090e-3 m3
US_dry_gallon		P 4.404884e-3 m3
US_liquid_gallon	P 3.785412e-3 m3
cc			S cm3
liter			P 1e-3 m3		# exact. However, from 1901 to 
#						# 1964, 1 liter = 1.000028 dm3
stere			P 1 m3			# exact
register_ton		P 3.831685 m3

US_dry_quart		P US_dry_gallon/4
US_dry_pint		P US_dry_gallon/8

US_liquid_quart		P US_liquid_gallon/4
US_liquid_pint		P US_liquid_gallon/8
US_liquid_cup		P US_liquid_gallon/16
US_liquid_gill		P US_liquid_gallon/32
US_fluid_ounce		P US_liquid_gallon/128
US_liquid_ounce		P US_fluid_ounce

UK_liquid_quart		P UK_liquid_gallon/4
UK_liquid_pint		P UK_liquid_gallon/8
UK_liquid_cup		P UK_liquid_gallon/16
UK_liquid_gill		P UK_liquid_gallon/32
UK_fluid_ounce		P UK_liquid_gallon/160
UK_liquid_ounce		P UK_fluid_ounce

liquid_gallon		P US_liquid_gallon
fluid_ounce		P US_fluid_ounce
#liquid_gallon		P UK_liquid_gallon
#fluid_ounce		P UK_fluid_ounce

dry_quart		P US_dry_quart
dry_pint		P US_dry_pint

liquid_quart		P liquid_gallon/4
liquid_pint		P liquid_gallon/8

gallon			P liquid_gallon
barrel			P 42 US_liquid_gallon	# petroleum industry definition
quart			P liquid_quart
pint			P liquid_pint
cup			P liquid_gallon/16
gill			P liquid_gallon/32
tablespoon		P US_fluid_ounce/2
teaspoon		P tablespoon/3
peck			P bushel/4

oz			P fluid_ounce
floz			S fluid_ounce
acre_feet		S acre_foot
board_feet		S board_foot
Tbl			P tablespoon
Tbsp			S tablespoon
tbsp			S tablespoon
Tblsp			S tablespoon
tblsp			S tablespoon
litre			P liter
l			S liter
tsp			S teaspoon
pk			S peck
bu			S bushel

fldr			S floz/8
dram			P floz/16

bbl			S barrel
firkin			P barrel/4		# exact but barrel is vague
pt			S pint
dr			S dram


#
# COMPUTERS AND COMMUNICATION
#
baud			S 1/second		# exact
b			S bit
bps			S bit/second
cps			S hertz

Bd			S baud

#
# MISC
#
kayser			P 1e2/meter		# exact
rps			S hertz
rpm			S hertz/60
geopotential		S gravity
work_year		P 2056 hours
work_month		P work_year/12

gp			S geopotential
dynamic			S geopotential
grads-2.0.1/data/font5.dat0000644000175000017500000002047307611363607016421 0ustar  amckinstryamckinstry  1I[
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Ü+w›ü‰+u§ìé+‡áÜ£+{ƒÖÇ+-c¦™+2˜«(+*!­+*!­+,«(grads-2.0.1/data/tables/0000755000175000017500000000000011651523372016134 5ustar  amckinstryamckinstrygrads-2.0.1/data/tables/B3M-000-007-A0000644000175000017500000001005107750236075017422 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3L-098-001-B0000644000175000017500000001666107750236075017452 0ustar  amckinstryamckinstry  0;    0;      1;      0;           0;   24;     CCITTIA5; TABLE A: ENTRY
  0;    0;      2;      0;           0;  256;     CCITTIA5; TABLE A: DATA CATEGORY DESCRIPTION, LINE 1
  0;    0;      3;      0;           0;  256;     CCITTIA5; TABLE A: DATA CATEGORY DESCRIPTION, LINE 2
  0;    0;      5;      0;           0;   24;     CCITTIA5; BUFR EDITION NUMBER
  0;    0;     10;      0;           0;    8;     CCITTIA5; F DESCRIPTOR TO BE ADDED OR DEFINED
  0;    0;     11;      0;           0;   16;     CCITTIA5; X DESCRIPTOR TO BE ADDED OR DEFINED
  0;    0;     12;      0;           0;   24;     CCITTIA5; Y DESCRIPTOR TO BE ADDED OR DEFINED
  0;    0;     13;      0;           0;  256;     CCITTIA5; ELEMENT NAME, LINE 1
  0;    0;     14;      0;           0;  256;     CCITTIA5; ELEMENT NAME, LINE 2
  0;    0;     15;      0;           0;  192;     CCITTIA5; UNITS NAME
  0;    0;     16;      0;           0;    8;     CCITTIA5; UNITS SCALE SIGN
  0;    0;     17;      0;           0;   24;     CCITTIA5; UNITS SCALE
  0;    0;     18;      0;           0;    8;     CCITTIA5; UNITS REFERENCE SIGN
  0;    0;     19;      0;           0;   80;     CCITTIA5; UNITS REFERENCE VALUE
  0;    0;     20;      0;           0;   24;     CCITTIA5; ELEMENT DATA WIDTH
  0;    0;     30;      0;           0;   48;     CCITTIA5; DESCRIPTOR DEFINING SEQUENCE
  0;    1;      1;      0;           0;    7;      NUMERIC; WMO BLOCK NUMBER
  0;    1;      2;      0;           0;   10;      NUMERIC; WMO STATION NUMBER
  0;    1;      3;      0;           0;    3;      NUMERIC; WMO REGION NUMBER/GEOGRAPHICAL AREA
  0;    1;      4;      0;           0;    3;      NUMERIC; WMO REGION SUB-AREA
  0;    1;      5;      0;           0;   17;      NUMERIC; BUOY/PLATFORM IDENTIFIER
  0;    1;      6;      0;           0;   64;     CCITTIA5; AIRCRAFT FLIGHT NUMBER
  0;    1;      7;      0;           0;   10;         CODE; TABLE   	SATELLITE IDENTIFIER
  0;    1;      8;      0;           0;   64;     CCITTIA5; AIRCRAFT REGISTRATION NUMBER
  0;    1;      9;      0;           0;   64;     CCITTIA5; TYPE OF COMMERCIAL AIRCRAFT
  0;    1;     10;      0;           0;   64;     CCITTIA5; STATIONARY BUOY PLATFORM IDENTIFIER(C-MAN BUOYS)
  0;    1;     11;      0;           0;   72;     CCITTIA5; SHIP'S CALL SIGN
  0;    1;     12;      0;           0;    9;       DEGREE; TRUE  	DIRECTION OF MOTION OF MOVING OBSERVING PLATFORM
  0;    1;     13;      0;           0;   10;          M/S; SPEED OF MOTION OF MOVING OBSERVING PLATFORM
  0;    1;     14;      2;           0;   10;          M/S; PLATFORM DRIFT SPEED(HIGH PRECISION
  0;    1;     21;      0;           0;   14;      NUMERIC; SYNOPTIC FEATURE IDENTIFIER
  0;    1;     25;      0;           0;   24;     CCITTIA5; STORM IDENTIFIER
  0;    1;     26;      0;           0;   64;     CCITTIA5; WMO STORM NAME
  0;    1;     31;      0;           0;   16;         CODE; TABLE   	GENERATING CENTRE
  0;    1;     32;      0;           0;    8;         CODE; TABLE   	GENERATING APPLICATION
  0;    1;     63;      0;           0;   64;     CCITTIA5; ICAO LOCATION INDICATOR
  0;    1;    192;      0;           0;    8;         CODE; TABLE   	MODEL VERSION NUMBER
  0;    1;    193;      0;           0;    4;         CODE; TABLE   	SIGMA_0 SIMULATION METHOD
  0;    1;    194;      0;           0;   72;     CCITTIA5; CARRIER BALLOON/AIRCRAFT IDENTIFIER
  0;    1;    195;      0;           0;   72;     CCITTIA5; MOBIL LAND STATION IDENTIFIER
  0;    1;    196;      0;           0;   72;     CCITTIA5; CONSTANT LEVEL BALLOON IDENTIFIER
  0;    1;    197;      0;           0;   10;         CODE; TABLE   	RTP - PLATFORM TYPE
  0;    1;    198;      0;           0;   10;         CODE; TABLE   	ITP - DECK ID
  0;    1;    199;      0;           0;    4;         CODE; TABLE   	DUP - DUPLICATE STATUS
  0;    1;    201;      0;           0;    8;         CODE; TABLE   	GENERATING APPLICATION
  0;    1;    205;      0;           0;   10;         CODE; TABLE   	SATELLITE IDENTIFIER
  0;    1;    208;      5; -1073741824;   31;          M/S; VELOCITY OF PLATFORM, X
  0;    1;    209;      5; -1073741824;   31;          M/S; VELOCITY OF PLATFORM, Y
  0;    1;    210;      5; -1073741824;   31;          M/S; VELOCITY OF PLATFORM, Z
  0;    2;      1;      0;           0;    2;         CODE; TABLE   	TYPE OF STATION
  0;    2;      2;      0;           0;    4;         FLAG; TABLE   	TYPE OF INSTRUMENTATION FOR WIND MEASUREMENT
  0;    2;      3;      0;           0;    4;         CODE; TABLE   	TYPE OF MEASURING EQUIPMENT USED
  0;    2;      4;      0;           0;    4;         CODE; TABLE   	TYPE OF INSTRUMENTATION FOR EVAPORATION MEASUEMENT
  0;    2;      5;      2;           0;    7;            K; PRECISION OF TEMPERATURE OBSERVATION
  0;    2;     11;      0;           0;    8;         CODE; TABLE   	RADIOSONDE TYPE
  0;    2;     12;      0;           0;    4;         CODE; TABLE   	RADIOSONDE COMPUTATIONAL METHOD
  0;    2;     13;      0;           0;    4;         CODE; TABLE   	SOLAR AND INFRARED RADIATION CORRECTION
  0;    2;     14;      0;           0;    7;         CODE; TABLE   	TRACKING TECHNIQUE/STATUS OF SYSTEM USED
  0;    2;     15;      0;           0;    4;         CODE; TABLE   	RADIOSONDE COMPLETENESS
  0;    2;     21;      0;           0;    9;         FLAG; TABLE   	SATELLITE INSTRUMENT DATA USED IN PROCESSING
  0;    2;     22;      0;           0;    8;         FLAG; TABLE   	SATELLITE DATA PROCESSING TECHNIQUE USED
  0;    2;     23;      0;           0;    4;         CODE; TABLE   	SATELLITE DERIVED WIND COMPUTATION METHOD
  0;    2;     24;      0;           0;    4;         CODE; TABLE   	INTEGRATED MEAN HUMIDITY COMPUTATIONAL METHOD
  0;    2;     25;      0;           0;   25;         FLAG; TABLE   	SATELLITE CHANNEL(S) USED IN COMPUTATION
  0;    2;     26;      2;           0;   12;            M; CROSS TRACK RESOLUTION
  0;    2;     27;      2;           0;   12;            M; ALONG TRACK RESOLUTION
  0;    2;     30;      0;           0;    3;         CODE; TABLE   	METHOD OF CURRENT MEASUREMENT
  0;    2;     31;      0;           0;    5;         CODE; TABLE   	DURATION AND TIME OF CURRENT MEASUREMENT
  0;    2;     32;      0;           0;    2;         CODE; TABLE   	INDICATOR FOR DIGITIZATION
  0;    2;     33;      0;           0;    3;         CODE; TABLE   	METHOD OF SALINITY/DEPTH MEASUREMENT
  0;    2;     34;      0;           0;    5;         CODE; TABLE   	DROGUE TYPE
  0;    2;     35;      0;           0;    9;            M; CABLE LENGTH
  0;    2;     36;      0;           0;    2;         CODE; TABLE   	BUOY TYPE
  0;    2;     37;      0;           0;    3;         CODE; TABLE   	METHOD OF TIDAL OBSERVATION
  0;    2;     38;      0;           0;    4;         CODE; TABLE   	METHOD OF SEA-SURFACE TEMPERATURE MEASUREMENT
  0;    2;     39;      0;           0;    3;         CODE; TABLE   	METHOD OF WET-BULB TEMPERATURE MEASUREMENT
  0;    2;     40;      0;           0;    4;         CODE; TABLE   	METHOD OF REMOVING VELOCITY AND MOTION OF PLATFORM FROM CURRENT
  0;    2;     41;      0;           0;    6;         CODE; TABLE   	METHOD FOR ESTIMATING REPORTS RELATED TO SYNOPTIC FEATURES
  0;    2;     51;      0;           0;    4;         CODE; TABLE   	INDICATOR TO SPECIFY OBSERVING METHOD FOR EXTREME TEMPERATURES
  0;    2;     61;      0;           0;    3;         CODE; TABLE   	AIRCRAFT NAVIGATIONAL SYSTEM
  0;    2;     62;      0;           0;    4;         CODE; TABLE   	TYPE OF AIRCRAFT DATA RELAY SYST
grads-2.0.1/data/tables/B2L-058-001-D0000644000175000017500000000127407750236075017441 0ustar  amckinstryamckinstry#
# B2L-058-001-D.001 - Local BUFR Table D (Lists of Common Sequences)
# for Center 058 (FNMOC), Minor Local Version 1
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#

# Phony local descriptor for debugging purposes
#
#3	5	1
#	0	2	102		# Antenna height above tower base (8 bits)
#	0	2	104		# Antenna polarization            (4 bits)
#	0	2	113		# Number of azimuth looks         (4 bits)
#	-1
#
3	5	1
	0	2	 11		# Radiosonde type                 (8 bits)
	0	2	 22		# Satellite DP technique used     (8 bits)
	0	2	102		# Antenna height above tower base (8 bits)
	-1

grads-2.0.1/data/tables/B3M-000-008-A0000644000175000017500000001005107750236075017423 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3L-058-000-D0000644000175000017500000001654007750236075017443 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# sccs keywords: @(#)Table_D.txt	1.1 05/07/97
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	2
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	22
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	1	2	32
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	0	6	12
	1	6	0
	0	31	1
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	0	2	135
	-1
grads-2.0.1/data/tables/B3M-000-004-B0000644000175000017500000015312207750236075017427 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     15;      0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;     20;      0;           0;    4;      Numeric; WMO Region sub-area
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     22;      0;           0;  224;    CCITT_IA5; Name of feature
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Identification of originating/generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application
  0;    1;     33;      0;           0;    8;   Code_Table; Identification of originating/generating center
  0;    1;     34;      0;           0;    8;   Code_Table; Identification of originating/generating sub-center
  0;    1;     41;      5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;     42;      5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;     43;      5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;     60;      0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator
  0;    1;     64;      0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;     75;      0;           0;   40;    CCITT_IA5; Ride station identification

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;          deg; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     37;      0;           0;    3;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Method of sea-surface temperature measurement
  0;    2;     39;      0;           0;    3;   Code_Table; Method of wet-buld temperature measurement
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion of platform from current
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report
  0;    2;     44;      0;           0;    4;   Code_Table; Inicator for method of calculating spectral wave data
  0;    2;     45;      0;           0;    4;   Code_Table; Indicator for type of platform
  0;    2;     46;      0;           0;    4;   Code_Table; Wave measurement instrumentation
  0;    2;     48;      0;           0;    4;   Code_Table; Satellite sensor indicator
  0;    2;     49;      0;           0;    8;   Flag_Table; Geostationary satellite data-processing technique used
  0;    2;     50;      0;           0;   20;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator ro specify observing method for extreme temperatures
  0;    2;     52;      0;           0;    6;   Flag_Table; Geostationary imager satellite channels used
  0;    2;     53;      0;           0;    4;   Code_Table; GOES-I/M  brightness temperature characteristics
  0;    2;     54;      0;           0;    4;   Code_Table; GOES-I/M  soundings parameter characteristics
  0;    2;     55;      0;           0;    4;   Code_Table; Geostationary soundings statistical parameters
  0;    2;     56;      0;           0;    4;   Code_Table; Geostationary soundings accuracy statistics
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings
  0;    2;     58;      0;           0;    4;   Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;    2;     59;      0;           0;    4;   Code_Table; Origin of analysis information for GOES-I/M soundings
  0;    2;     60;      0;           0;    4;   Code_Table; Origin of surface information for GOES-I/M soundings
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     64;      0;           0;    2;   Code_Table; Aircraft roll angle quality
  0;    2;     65;      0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    100;      1;           0;   12;           dB; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    140;      2;           0;    9;          deg; Satellite radar beam azimuth
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument serial number/identification
  0;    2;    143;      0;           0;    7;   Code_Table; Ozone instrument type
  0;    2;    144;      0;           0;    4;   Code_Table; Light source type for Brewer spectrophotometer
  0;    2;    145;      0;           0;    4;   Code_Table; Wave length setting for Dobson instruments
  0;    2;    146;      0;           0;    4;   Code_Table; Source conditions for Dobson instruments

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to followinG value
  0;    4;     32;      0;           0;    6;       Minute; Duration of time relating to following value
  0;    4;     41;      0;       -1440;   12;       Minute; Time Difference, UTC-LMT
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipition equal to or more than 1mm
  0;    4;    192;      0;           0;    3;   Code_Table; Season

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;    6;     11;      5;   -18000000;   26;          deg; Longitude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longitude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Height
  0;    7;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     24;      2;       -9000;   15;          deg; Satellite zenith angle
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea/water surface
  0;    7;    190;      0;           0;   12;            m; Height increment

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Meteorological attribute significance
  0;    8;      7;      0;           0;    4;   Code_Table; Dimensional significance
  0;    8;     11;      0;           0;    6;   Code_Table; Meteorological feature
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     14;      0;           0;    4;   Code_Table; Qualification for runway visual range
  0;    8;     16;      0;           0;    3;   Code_Table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;    8;     17;      0;           0;    2;   Code_Table; Qualifier of the time when the forecast change is expected
  0;    8;     20;      0;           0;   16;      Numeric; Total number of missing entities (with respect to accumulation or average)
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     23;      0;           0;    6;   Code_Table; First order statistics
  0;    8;     24;      0;           0;    6;   Code_Table; Difference statistics
  0;    8;     25;      0;           0;    4;   Code_Table; Time difference qualifier
  0;    8;     30;      0;           0;   13;      Numeric; Manual on Codes
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurance follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurance qualifier
  0;    8;     60;      0;           0;    4;   Code_Table; Sample scanning mode significance

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;     31;      2; -1073741824;   31;            m; In direction of the North Pole, distance from the Earth's centre
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency
  0;   10;     70;      0;        -400;   16;            m; Indicated aircraft altitude

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     16;      0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable wind
  0;   11;     17;      0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable wind
  0;   11;     21;      9;      -65536;   17;        s**-1; Relative vorticity
  0;   11;     22;      9;      -65536;   17;        s**-1; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust speed
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     44;      0;           0;    9;     deg_true; Mean wind direction for surface - 1500m
  0;   11;     45;      1;           0;   12;          m/s; Mean wind speed for surface - 1500m
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind speed
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear in 1 kilometer layer below
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear in1 kilometer layer above
  0;   11;     70;      0;           0;   32; CCITT_IA5Designator; of the runway affected by wind shear
  0;   11;     71;      3;        -128;   14;   m**2/s**-2; Turbulent vertical momemtum flux
  0;   11;     72;      3;        -128;   11;            K; m/s**-2	Turbulent vertical buouancy flux
  0;   11;     73;      2;       -1024;   13;   m**2/s**-2; Turbulent kinetic energy
  0;   11;     74;      2;       -1024;   10;   m**2/s**-2; Dissipation energy
  0;   11;     75;      2;           0;    8; m**(2/3)/s**-1; Mean turbulence intensity
  0;   11;     76;      2;           0;    8; m**(2/3)/s**-1; Peak turbulence intensity

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation of temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature

  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      4;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     33;      1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     38;      0;           0;    2;   Code_Table; Superadiabatic indicator
  0;   13;     39;      0;           0;    3;   Code_Table; Terrain type (ice/snow)
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipition
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipition

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      2;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over period specified
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     26;      0;           0;    7;      percent; Albedo at the top of clouds
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air mass (slant path at 22km)
  0;   15;     11;      3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;     15;      0;           0;   31;      Numeric; Maximum image spectral composition before normalization

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radius with respect to wind speed above threshold (large storms)

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      9;      0;           0;    4;   Code_Table; General Weather Indicator
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;      0;           0;    2;   Code_Table; Tendency of runway visual range
  0;   20;     19;      0;           0;   72;    CCITT_IA5; Significant present or forecast weather
  0;   20;     20;      0;           0;   32;    CCITT_IA5; Significant recent weather phenomena
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     90;      0;           0;    4;   Code_Table; Special clouds
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;           0;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;     62;      2;       -5000;   13;     Decibels; Backscatter
  0;   21;     63;      1;           0;   10;      Percent; Radiometric resolution (noise value)
  0;   21;     64;      0;           0;    8;      Numeric; Clutter noise estimate
  0;   21;     65;      0;        -127;    8;      Numeric; Missing packet counter
  0;   21;     66;      0;           0;   12;   Flag_Table; Wave scatterometer product confidence
  0;   21;     67;      0;           0;   13;   Flag_Table; Wind product confidence data
  0;   21;     68;      0;           0;    8;   Flag_Table; Radar altimeter product confidence data
  0;   21;     69;      0;           0;   10;   Flag_Table; SST product confidence data
  0;   21;     71;      0;           0;   16;      Numeric; Peakiness
  0;   21;     72;      0;           0;    4;   Flag_Table; Satellite altimeter calibration status
  0;   21;     73;      0;           0;    9;   Flag_Table; Satellite altimeter instrument mode
  0;   21;     75;      0;           0;    8;      Numeric; Spectral intensity
  0;   21;     76;      0;           0;    3;   Code_Table; Representation of intensities
  0;   21;     77;      3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;     78;      3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;     79;      3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;     80;      3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;     81;      3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;     82;      3;       -3000;   14;     Decibels; Open loop correction (auto gain control)
  0;   21;     85;      0;       -3000;    4;      Numeric; ATSR sea surface temperature across-track band number

  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     26;      2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national chart datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     40;      3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea/water temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea/water temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;     67;      0;           0;   10;   Code_Table; Instrument type for water temperature profile measurement
  0;   22;     68;      0;           0;    7;   Code_Table; Water temperature profile recorder types
  0;   22;     70;      2;           0;   13;            m; Significant wave height
  0;   22;     71;      1;           0;    9;            s; Spectral peak wave period
  0;   22;     72;      0;           0;   13;            m; Spectral peak wave length
  0;   22;     73;      2;           0;   13;            m; Maximum wave height
  0;   22;     74;      1;           0;    9;            s; Average wave period
  0;   22;     75;      0;           0;   13;            m; Average wave length
  0;   22;     76;      0;           0;    9;  Degree_True; Direction from which dominant waves are coming
  0;   22;     77;      0;           0;    9;       Degree; Directional spred of dominant wave
  0;   22;     78;      0;           0;   12;            s; Duration of wave record
  0;   22;     79;      0;           0;   16;            m; Length of wave record
  0;   22;     80;      3;           0;   10;           Hz; Waveband central frequency
  0;   22;     81;      5;           0;   13;        m**-1; Waveband central wave number
  0;   22;     82;      2;           0;   20;       m**2/s; Maximum non-directional spectral wave density
  0;   22;     83;      2;           0;   20;         m**3; Maximum non-directional spectral wave number
  0;   22;     84;      0;           0;    7;      Numeric; Band containing maximum non-directional spectral wave density
  0;   22;     85;      0;           0;    7;      Numeric; Spectral wave density ratio
  0;   22;     86;      0;           0;    9;  Degree_True; Mean direction from which waves are coming
  0;   22;     87;      0;           0;    9;  Degree_True; Principal direction from which waves are coming
  0;   22;     88;      2;           0;    7;      Numeric; First normalized polar coordinate from Fourier coefficients
  0;   22;     89;      2;           0;    7;      Numeric; Second normalized polar coordinate from Fourier coefficients
  0;   22;     90;      2;           0;   20;       m**2/s; Non-directional spectral estimate by wave frequency
  0;   22;     91;      2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;     92;      2;           0;   20; m**2/rad**-1/s; Directional spectral estimate by wave frequency
  0;   22;     93;      2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;     94;      0;           0;    7;      Numeric; Total number of wave bands
  0;   22;     95;      0;           0;    8;       Degree; Directional spread of individual waves
  0;   22;     96;      3;           0;    4;        s**-1; Spectral band width
  0;   22;     97;      0;           0;   14;            m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0;   22;     98;      0;           0;   14;            m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0;   22;     99;      0;           0;    9;     deg_true; Mean direction at low wave numbers (wavelength > 731 m)
  0;   22;    100;      0;           0;    9;       Degree; Direction spread at low wave numbers (wavelength > 731 m)
  0;   22;    101;      0;           0;   31;     Numberic; Total energy (wavelength > 731 m) at low wave numbers
  0;   22;    120;      0;           0;    5;   Code_Table; Tide station automated water level check
  0;   22;    121;      0;           0;    5;   Code_Table; Tide station manual water level check
  0;   22;    122;      0;           0;    5;   Code_Table; Tide station automated Meteorological data check
  0;   22;    123;      0;           0;    5;   Code_Table; Tide station manual Meteorological data check

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;     -1;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;     -1;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     14;      0;           0;   12;      Numeric; Azimuth clutter cut-off
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   Code_Table; CO2 wind product derivation
  0;   25;     41;      0;           0;    2;   Code_Table; Moving platform direction reporting method
  0;   25;     42;      0;           0;    2;   Code_Table; Moving platform speed reporting method
  0;   25;     43;      4;           0;   15;            s; Wave sampling interval (time)
  0;   25;     44;      2;           0;   14;            m; Wave sampling interval (space)
  0;   25;     45;      0;           0;   21;   Flag_Table; HIRS channel combination
  0;   25;     46;      0;           0;    5;   Flag_Table; MSU channel combination
  0;   25;     47;      0;           0;    4;   Flag_Table; SSU channel combination
  0;   25;     48;      0;           0;   16;   Flag_Table; AMSU-A channel combination
  0;   25;     49;      0;           0;    6;   Flag_Table; AMSU-B channel combination
  0;   25;     50;      0;           0;    7;   Flag_Table; AVHRR channel combination
  0;   25;     51;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     60;      0;           0;   14;      Numeric; Software identification

  0;   26;      1;      1;           0;   12;         Hour; Principal time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;         Hour; Principal time of daily reading in UTC of minimum temperature
  0;   26;      3;      0;       -1440;   12;       Minute; Time difference

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions
  0;   27;     31;      2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance from the Earth's centre

  0;   28;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   28;     31;      2; -1073741824;   31;            m; In direction of 90 degrees East, distance from the Earth's centre

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      Numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      Numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;      Numeric; Short delayed descriptor replication factor
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;     31;      0;           0;    1;   Flag_Table; Data present indicator

  0;   33;      2;      0;           0;    2;   Code_Table; Quality information
  0;   33;      3;      0;           0;    3;   Code_Table; Quality information
  0;   33;      7;      0;           0;    7;      Percent; Per cent confidence
  0;   33;     20;      0;           0;    3;   Code_Table; Quality control indication of following value
  0;   33;     21;      0;           0;    2;   Code_Table; Quality of following value
  0;   33;     22;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission
  0;   33;     23;      0;           0;    2;   Code_Table; Quality of buoy location
  0;   33;     24;      0;           0;    4;   Code_Table; Station elevation quality mark (for mobile stations)
  0;   33;     25;      0;           0;    3;   Code_Table; ACARS interpolated values
  0;   33;     26;      0;           0;    6;   Code_Table; Mixing ratio quality
  0;   33;     27;      0;           0;    3;   Code_Table; Location quality class
grads-2.0.1/data/tables/B3L-128-001-B0000644000175000017500000000046407750236075017436 0ustar  amckinstryamckinstry#
# LOCAL BUFR Table B - Classification of Elements
#
# sccs keywords: @(#)Table_B.txt	1.1 05/07/97
#					Data
  0;   12;    194;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;    1;    194;      0;           0;   72;    CCITT_IA5; test Ship or mobile land station identifier
grads-2.0.1/data/tables/B3M-000-008-D0000644000175000017500000021517107750236075017440 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabD-5-2000.txt
# Master Table D Version 8
#
#-----------------------------------------------------
# F X Y --> Table D descriptor being defined
#      F X Y --> 
#      F X Y --> descriptors defining sequence for
#      F X Y --> corresponding Table D descriptor
#      -1 --> end of sequence designator
#------------------------------------------------------
#  Category 00 - BUFR table entries sequences
  3   0   2
      0   0   2  "Table A category, line 1"
      0   0   3  "Table A category, line 2"
     -1
  3   0   3
      0   0  10  "F,  part descriptor"
      0   0  11  "X,  part descriptor"
      0   0  12  "Y,  part descriptor"
     -1
  3   0   4
      3   0   3
      0   0  13  "Element name, line 1"
      0   0  14  "Element name, line 2"
      0   0  15  Units name
      0   0  16  Units scale sign
      0   0  17  Units scale
      0   0  18  Units reference sign
      0   0  19  Units reference value
      0   0  20  Element data width
     -1
  3   0  10
      3   0   3  Table D descriptor to be defined
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      0   0  30  Descriptor defining sequence
     -1
#  Category 01 - Location and Identification sequences
  3   1   1
      0   1   1  WMO block number
      0   1   2  WMO station number
     -1
  3   1   2
      0   1   3  WMO Region number
      0   1   4  WMO Region sub-area
      0   1   5  Buoy/platform identifier
     -1
  3   1   3
      0   1  11  Ship's call sign
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
     -1
  3   1  11
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
     -1
  3   1  12
      0   4   4  Hour
      0   4   5  Minute
     -1
  3   1  13
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
     -1
  3   1  21
      0   5   1  Latitude - high accuracy
      0   6   1  Longitude - high accuracy
     -1
  3   1  22
      0   5   1  Latitude - high accuracy
      0   6   1  Longitude - high accuracy
      0   7   1  Height of station
     -1
  3   1  23
      0   5   2  Latitude - coarse accuracy
      0   6   2  Longitude - coarse accuracy
     -1
  3   1  24
      0   5   2  Latitude - coarse accuracy
      0   6   2  Longitude - coarse accuracy
      0   7   1  Height of station
     -1
  3   1  25
      3   1  23  Latitude and longitude (coarse accuracy)
      0   4   3  Day
      3   1  12  Time
     -1
  3   1  26
      3   1  21  Latitude and longitude (high accuracy)
      0   4   3
      0   4   3  (Time period in days)
      0   4   4
      0   4   4  (Time period in hours)
      0   4   5
      0   4   5  (Time period in minutes)
     -1
  3   1  31
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high  accuracy), height of station"
     -1
  3   1  32
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Buoy/platform — fixed)
  3   1  33
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  34
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — moving)
  3   1  35
      0   1   5  Buoy/platform identifier
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Ship)
  3   1  36
      3   1   3  Ship's call sign and motion
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Land station for vertical soundings)
  3   1  37
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high accuracy), height of station"
     -1
#  (Land station for vertical soundings)
  3   1  38
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Ship for vertical soundings)
  3   1  39
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
  3   1  40
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
  3   1  41
      0   1   7  Satellite identifier
      0   2  21  Satellite instrument data used in processing
      0   2  22  Satellite data processing technique used
      3   1  11  Date
      3   1  12  Time
     -1
  3   1  42
      3   1  41  "Satellite identifier, data used, and data processing technique; date/time"
      3   1  21  "Latitude, longitude"
     -1
  3   1  43
      0   1   7  Satellite identifier
      0   2  23  Cloud motion computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
  3   1  44
      0   1   7  Satellite identifier
      0   2  24  Integrated mean humidity computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  (Satellite location and velocity)
  3   1  45
      3   1  11  "Year, month, day"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   4  30  Location relative to the Earth’s centre
      3   4  31  Velocity relative to the Earth’s centre
     -1
  3   1  46
      0   1   7  Satellite identifier
      0   1  12  Direction of motion of moving observing platform
      0   2  48  Satellite sensor indicator
      0  21 119  Wind scatterometer geophysical model function
      0  25  60  Software identification
      2   2 124  Change scale
      0   2  26  Cross-track resolution
      0   2  27  Along-tract resolution
      2   2   0  Change scale back to Table B
      0   5  40  Orbit number
     -1
#  (ERS product header)
  3   1  47
      0   1   7  Satellite identifier
      0  25  60  Software identification
      0   1  33  Originating/generating centre
      0   1  34  Originating/generating sub-centre
      0   1  12  Direction of motion of moving observation platform
      3   1  45  Satellite location and velocity
      0   2  21  Satellite instrument data used in processing
      3   1  11  "Date (year, month, day)"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change bit width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   1  23  "Location (latitude, longitude)"
     -1
#  (Radar parameters)
  3   1  48
      0   2 104  Antenna polarization
      0   2 121  Mean frequency
      0   2 113  Number of azimuth looks
      0   2  26  Cross-track resolution
      0   2  27  Along-track resolution
      0   2 111  Radar incidence angle
      0   2 140  Satellite radar beam azimuth angle
      2   2 127  Change scale to –1
      0   1  13  Radar platform velocity
      2   2 126  Change scale to –2
      0   7   1  Radar platform altitude
      2   2   0  Change scale to Table B
      0  25  10  Clutter treatment
      0  21  64  Clutter noise estimate
     -1
#  (Radar beam data)
  3   1  49
      0   2 111  Radar incidence angle
      0   2 112  Radar look angle
      0  21  62  Backscatter
      0  21  63  Radiometric resolution (Noise value)
      0  21  65  Missing packet counter
     -1
  3   1  51
      0   1   6  Aircraft identifier
      0   2  61  Navigational system
      3   1  11  Date
      3   1  12  Time
      3   1  21  "Latitude, longitude"
      0   8   4  Phase of aircraft flight
     -1
  3   1  55
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
     -1
#  (Radar location(s))
  3   1  62
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   1   1  WMO block and station number
     -1
#  (ACARS identification)
  3   1  65
      0   1   6  Aircraft flight number (see Note)
      0   1   8  Aircraft registration number (see Note)
      0   2   1  Type of station
      0   2   2  Type of instrumentation for wind measurement
      0   2   5  Precision of temperature observation
      0   2  62  Type of aircraft data relay system
      0   2  70  Original specification of latitude/longitude
      0   2  65  ACARS ground receiving station
     -1
#  (ACARS location)
  3   1  66
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  23  Latitude and longitude (coarse accuracy)
      0   7   4  Pressure
      0   2  64  Aircraft roll angle quality
      0   8   4  Phase of aircraft flight
     -1
#  (Satellite identifier/Generating resolution)
  3   1  71
      0   1   7  Satellite identifier
      0   1  31  Generating centre
      0   2  20  Satellite classification
      0   2  28  Segment size at nadir in X direction
      0   2  29  Segment size at nadir in Y direction
     -1
#  (Satellite identification)
  3   1  72
      3   1  71  "Satellite identification, Generation resolution"
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  Category 02 - Meteorological sequences common to surface data
  3   2   1
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (High altitude station)
  3   2   2
      0  10   4  Pressure (at station level)
      0   7   4  Pressure level
      0  10   3  Geopotential of pressure level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
  3   2   3
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Temperature (2 m)
      0  12   6  Dew point (2 m)
      0  13   3  Relative humidity
      0  20   1  Horizontal visibility
      0  20   3  Present weather
      0  20   4  Past weather (1)
      0  20   5  Past weather (2)
     -1
#  (General cloud information)
  3   2   4
      0  20  10  Cloud cover (total)
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  13  Height of base of cloud
      0  20  12  Cloud type
      0  20  12  Cloud type
      0  20  12  Cloud type
     -1
  3   2   5
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0  20  13  Height of base of cloud
     -1
  3   2   6
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  62  24-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (Low altitude station)
  3   2  11
      3   2   1  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud layer
     -1
#  (High altitude station)
  3   2  12
      3   2   2  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud information
     -1
  3   2  13
      3   2   6  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   2   5  Cloud layer information
     -1
  3   2  21
      0  22   1  Direction of waves
      0  22  11  Period of waves
      0  22  21  Height of waves
     -1
  3   2  22
      0  22   2  Direction of wind waves
      0  22  12  Period of wind waves
      0  22  22  Height of wind waves
     -1
  3   2  23
      0  22   3  Direction of swell waves
      0  22  13  Period of swell waves
      0  22  23  Height of swell waves
     -1
  3   2  24
      3   2  22  Wind waves
      1   1   2  Replicate 1 descriptor 2 times
      3   2  23  Swell waves (2 systems of swell)
     -1
  3   2  51
      0  10   4  Pressure
      0  10  51  Pressure reduced to mean sea level
      0   7   4  Pressure (vertical location)
      0  10   3  Geopotential
      0  12   4  Dry-bulb temperature at 2 m
      0  12  51  Standard deviation temperature
      0  12  16  "Maximum temperature at 2 m, past 24 hours"
      0  12  17  "Minimum temperature at 2 m, past 24 hours"
      0  13   4  Vapour pressure
      1   2   4  Replicate 2 descriptors 4 times
      0   8  51  Qualifier for number of missing values in calculation of statistic
      0   8  20  Total number of missing entities (with respect to accumulation or average)
     -1
#  Category 03 - Meteorological sequences common to vertical soundings data
  3   3   1
      0   7   3  Geopotential
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   2
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   3
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
     -1
  3   3   4
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  11
      0   7   3  Geopotential
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  12
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  13
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  13   3  Relative humidity
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  14
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  21
      0   7   4  Pressure (1)
      0   7   4  Pressure (2)     defines layer
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
     -1
  3   3  22
      3   3  21  "Layer, quality"
      0  10   3  Geopotential (layer mean thickness)
      2   4   0  Cancel the added associated field
     -1
  3   3  23
      3   3  21  "Layer, quality"
      0  12   1  Temperature (layer mean)
      2   4   0  Cancel the added associated field
     -1
  3   3  24
      3   3  21  "Layer, quality"
      0  13  16  Precipitation water
      2   4   0  Cancel the added associated field
     -1
  3   3  25
      0   2  25  Satellite channel
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12  63  Brightness temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  26
      0   7   4  Pressure
      0   8   3  Vertical significance
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12   1  Temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  27
      0   7   4  Pressure
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  10   3  Geopotential
      2   4   0  Cancel the added associated field
     -1
  3   3  31
      0   7   4  Pressure
      0   8   3  Vertical significance (base of sounding)
      0   7  21  Elevation (local zenith)
      0   7  22  Solar elevation (solar zenith)
      0   8  12  Land/sea qualifier
      0  12  61  Skin temperature
     -1
  3   3  32
      0  20  11  Cloud amount
      0  20  16  Pressure at top of cloud
     -1
  3   3  33
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at the top of cloud
     -1
#  (Wind sequence)
  3   3  41
      0   2 152  Geostationary satellite instrument used
      0   2  23  Cloud motion computational method
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  71  Coldest cluster T
     -1
#  Category 04 - Meteorological sequences common to satellite observations
  3   4   1
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   2
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   3
      0   8   3  Vertical significance
      0  12   1  Temperature
     -1
  3   4   4
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  20  10  Cloud cover (total)
      0  12   1  Temperature
     -1
  3   4   5
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure(1)
      0   7   4  Pressure (2)    defines layer
      0  13   3  Relative humidity
     -1
  3   4   6
      0  14   1  Outgoing long-wave radiation
      0  14   1  Incoming long-wave radiation
      0  14   3  Outgoing short-wave radiation
     -1
#  (GOES-I/M info)
  3   4  11
      0   2 163  Height assignment method
      0   2 164  Tracer correlation method
      0   8  12  Land/sea qualifier
      0   7  24  Satellite zenith angle
      0   2  57  Origin of first guess information
      0   8  21  Time significance
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   8  21  Time significance
      0   4  24  Time period or displacement
      1  10   4  Replicate 10 descriptors 4 times
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0  11   1  Wind direction
      0  11   2  Wind speed
      1   3  10  Replicate 3 descriptors 10 times
      0   2 163  Height assignment method
      0   7   4  Pressure
      0  12   1  Temperature
     -1
#  (Location of platform)
  3   4  30
      0  27  31  "In direction of 0 degree longitude, distance from the Earth’s centre"
      0  28  31  "In direction of 90 degrees East longitude, distance from the Earth’s centre"
      0  10  31  "In direction of North Pole, distance from Earth’s centre"
     -1
#  (Speed of platform)
  3   4  31
      0   1  41  Absolute platform velocity – first component
      0   1  42  Absolute platform velocity – second component
      0   1  43  Absolute platform velocity – third component
     -1
#  (Cloud fraction)
  3   4  32
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  20  81  Cloud amount in segment
      0  20  82  Amount segment cloud free
      0  20  12  Cloud type
     -1
#  (Clear sky radiance)
  3   4  33
      0   2 152  Satellite instrument used in data processing
      0   2 166  Radiance type
      0   2 167  Radiance computational method
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  75  Spectral radiance
      0  12  76  Radiance
      0  12  63  Brightness temperature
     -1
#  Category 06 - Meteorological or oceanographic sequences common to oceanographic observations
  3   6   1
      0   2  32  Indicator for digitization
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  42  Subsurface sea temperature
     -1
  3   6   2
      0   2  31  Method of current measurement
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
  3   6   3
      0   2   2  Wind instrumentation
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Dry-bulb temperature (2 m)
     -1
  3   6   4
      0   2  32  Indicator for digitization
      0   2  33  Method of salinity/depth measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  43  Subsurface sea temperature
      0  22  62  Salinity
     -1
  3   6   5
      0   2  31  Method of current measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
#  (Under water sounding (optional) parameters)
  3   6   6
      3   6   3  Surface wind and temperature
      3   6   2  Current
      0  22  63  Total water depth
     -1
#  (Buoy spare block parameters)
  3   6   7
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
      3   6   8  Buoy instrumentation
      0   4  24  Time period
      0  27   3  Alternate latitude
      0  28   3  Alternate longitude
     -1
#  (Buoy instrumentation parameters)
  3   6   8
      0   2  34  Drogue type
      0   2  35  Cable length
      0   2  36  Buoy type
     -1
  3   6  20
      3   6od or displacement, time increment"  "Tide station identification, date/time, water temperature, tide station tide data status, time period or displacement, time increment"
      1   2   6  Replicate 2 descriptors 6 times
      0  22  38  Tidal elevation with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
     -1
  3   6  21
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22 122  Tide station automated meteorological data check
      0  22 123  Tide station manual meteorological data check
      0  12   1  Air temperature
      3   3   2  "Pressure, wind direction, wind speed"
     -1
  3   6  22
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal elevation with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
     -1
  3   6  23
      0   1  15  Station or site name
      3   1  23  "Latitude, longitude"
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal level with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
     -1
  3   6  24
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  42  Sea/water temperature
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
      0   4  25  Time period or displacement
      0   4  15  Time increment
     -1
#  Category 07 - Surface report sequences (land)
#  (Low altitude station)
  3   7   1
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   2
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   3
      3   7   1  Location (high accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   4
      3   7   2  Location (coarse accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   5
      3   7   1  Location (high accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (Low altitude station)
  3   7   6
      3   7   2  Location (coarse accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (High altitude station)
  3   7   7
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  12  Basic surface report
     -1
#  (High altitude station)
  3   7   8
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  12  Basic surface report
     -1
  3   7   9
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  13  Basic surface report
     -1
#  (Main part of data for representation of METAR/SPECI code in BUFR)
  3   7  11
      0   1  63  ICAO location indicator - CCCC
      0   2   1  Type of station - (AUTO)
      3   1  11  "Year, month, day (YY)"
      3   1  12  "GG, gg"
      3   1  24  "Latitude-longitude (coarse accuracy), height of station"
      0   7   6  Height above station (= height of an anemometer)
      0  11   1  Wind direction - ddd
      0  11  16  Extreme counterclockwise wind direction of a variable wind -dndndn
      0  11  17  Extreme clockwise wind direction of a variable wind - dxdxdx
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0   7   6  Height above station (= height of a thermometer)
      0  12   1  Temperature - T´T´
      0  12   3  Dew-point temperature - T´dT´d
      0  10  52  Altimeter setting (QNH) - PhPhPhPh
      0  20   9  General Weather Indicator TAF/METAR
     -1
#  (DvVVVV)
  3   7  12
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Number of replication (up to 3)
      0   8  23  First order statistics
      0   5  21  Direction of visibility observed - Dv
      0  20   1  Horizontal visibility - WW
     -1
#  (DRDRVRVRVRVR)
  3   7  13
      1   6   0  Delayed replication of 6 descriptors
      0  31   1  Number of replication (up to 4)
      0   1  64  Runway designator -
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VrVrVrVr
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VrVrVrVr
      0  20  18  Tendency of runway visual range
     -1
#  (w´w´)
  3   7  14
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  19  Significant present weather - w´w´
     -1
#  (Clouds group(s))
  3   7  15
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      3   2   5  "(NsNsNs, CC, hshshs)"
      0  20   2  Vertical visibility - VVhshshs
     -1
#  (REw´w´)
  3   7  16
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  20  Significant recent weather phenomena - REw´w´
     -1
#  (Wind shear on runways(s))
  3   7  17
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      0  11  70  Runway designator of the runway affected by wind shear (including ALL) - WS RWYDrDr
     -1
#  (Trend-type landing forecast)
  3   7  18
      0   8  16  Change qualifier of a trend-type - TTTTT
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Number of replication (up to 2)
      0   8  17  Qualifier of the time when the forecast - TT
      3   1  12  "GG, gg"
      1   4   0  Delayed replication of 4 descriptor
      0  31   1  Number of replication (up to 1)
      0   7   6  Height above station
      0  11   1  Wind direction - ddd
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0  20   9  General Weather Indicator
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 1)
      0  20   1  Horizontal visibility - WW
      3   7  14  w´w´
     -1
#  (Short METAR/SPECI)
  3   7  20
      3   7  11  Main part of data
      3   7  14  w´w´
      3   7  16  REw´w´
     -1
#  (Total sequence for representation of METAR/SPECI code in BUFR)
  3   7  21
      3   7  11  Main part of data
      3   7  12  DvVVVV
      3   7  13  DRDRVRVRVRVR
      3   7  14  w´w´
      3   7  15  Clouds group(s)
      3   7  16  REw´w´
      3   7  17  Wind shear on runway(s)
      3   7  18  Trend-type landing forecast
      3   7  15  Clouds group(s)
     -1
#  Category 08 - Surface report sequences (sea)
#  (Buoy/platform — fixed)
  3   8   1
      3   1  33  "Identification, type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — fixed)
  3   8   2
      3   1  34  "Identification, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — moving)
  3   8   3
      3   1  35  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Ship)
  3   8   4
      3   1  36  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
  3   8   5
      3   8   4  Basic ship report
      3   2  24  Wind waves and swell waves
     -1
#  (Buoy Section 1 optional parameters)
  3   8   6
      0  10   4  Pressure
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   4  Dry-bulb temperature at 2 m
      0  13   3  Relative humidity
      0  22  42  Sea temperature
     -1
  3   8   7
      3   1  55  "Identification, movement type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0   7  62  Depth below sea/water surface
      0  22  42  Sea/water temperature
     -1
#  Category 09 - Vertical sounding sequences (conventional data)
#  (Vertical wind profile)
  3   9   1
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   2
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   3
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical wind profile)
  3   9   4
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9   5
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with relative humidity)
  3   9   6
      3   1  38  "Identification, etc. (land station, coarse  accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   7
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   8
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  11
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  12
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  13
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  14
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  15
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  16
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  17
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  18
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Wind profiler — wind data sounding)
  3   9  19
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Wind profiler — Cartesian coordinates)
  3   9  20
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   7   3  Geopotential
      0  11   3  u-component
      0  11   4  v-component
      0  11   5  w-component
     -1
#  Category 10 - Vertical sounding sequences (satellite data)
#  (Satellite — brightness temperature)
  3  10   1
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1  26  Replicate 1 descriptor 26 times
      3   3  25  Satellite channel and brightness temperature
     -1
#  (Satellite — low level)
  3  10   2
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   9  Replicate 1 descriptor 9 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — high level)
  3  10   3
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   6  Replicate 1 descriptor 6 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — precipitable water)
  3  10   4
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   3  Replicate 1 descriptor 3 times
      3   3  24  Precipitable water
     -1
  3  10   5
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  25  Satellite channel and brightness temperature
     -1
  3  10   6
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  23  Layer mean temperature
     -1
  3  10   7
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  24  Precipitable water
     -1
#  (ATOVS HIRS report)
  3  10   8
      3  10  11  ATOVS field of view variables
      1   1  19  Replicate 1 descriptor 19 times
      3  10  12  ATOVS channel variables
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  79  Albedo-radiance solar filtered irradiance for ATOVS
      0  25  80  Albedo-radiance equivalent filter width for ATOVS
      0  33  32  Channel quality flags for ATOVS
      0  14  45  Channel radiance
     -1
#  (ATOVS AMSU-A report)
  3  10   9
      3  10  11  ATOVS field of view variables
      1   1  15  Replicate 1 descriptor 15 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS AMSU-B report)
  3  10  10
      3  10  11  ATOVS field of view variables
      1   1   5  Replicate 1 descriptor 5 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS field of view variables)
  3  10  11
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   1   7  Satellite identification
      0   2  48  Satellite sensor indicator
      0   5  40  Orbit number
      0  25  75  Satellite antenna corrections version number
      2   1 133  Change width
      0   5  41  Scan line number
      2   1   0  Change width
      0   5  43  Field of view number
      0  25  70  Major frame count
      0  33  30  Scan line status flags for ATOVS
      0  33  31  Scan line quality flags for ATOVS
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      2   2 131  Change scale
      2   1 138  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2   0  Change scale
      0   5   1  Latitude
      0   6   1  Longitude
      2   2 126  Change scale
      0   7   1  Height of station
      2   2   0  Change scale
      0   7  24  Satellite zenith angle
      0   5  21  Satellite azimuth
      0   7  25  Solar zenith angle
      0   5  22  Solar azimuth
      0  33  33  Field of view quality flags for ATOVS
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
     -1
#  (ATOVS channel variables)
  3  10  12
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  76  Log–10 of (temperature-radiance central wavenumber) for ATOVS
      0  25  77  Bandwidth correction coefficient 1 for ATOVS
      0  25  78  Bandwidth correction coefficient 2 for ATOVS
      0  33  32  Channel quality flags for ATOVS
      2   1 132  Change width
      2   2 129  Change scale
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (AVHRR (GAC) report)
  3  10  13
      0   1   7  Satellite ID
      0   5  40  Orbit number
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   5   1  Latitude
      0   6   1  Longitude
      0   7  25  Solar zenith angle
      0   5  43  Field of view number
      0  25  85  Fraction of clear pixels in HIRS field of view
      2   1 131  Change width
      2   2 129  Change scale
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      2   2   0  Change scale
      2   1   0  Change width
      2   1 132  Change width
      2   2 129  Change scale
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (Satellite — geostationnary wind data)
  3  10  14
      3   1  72  "Satellite identification, date, time, latitude, longitude"
      3   3  41  Wind sequence
      3   4  11  GOES-I/M information
     -1
#  (Meteosat radiace data)
  3  10  15
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1   3  Replicate next descriptor 3 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1   3  Replicate next descriptor 3 times
      3   4  33  Clear sky radiance
     -1
#  (Meteosat Second Generation (MSG) radiance data)
  3  10  16
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1  12  Replicate next descriptor 12 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1  12  Replicate next descriptor 12 times
      3   4  33  Clear sky radiance
     -1
#  Category 11 - Single level report sequences (conventional data)
#  (Aircraft reports)
  3  11   1
      3   1  51  "ASDAR aircraft identifier, navigational system, date/time, position, phase of aircraft flight"
      0   7   2  Altitude
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  11  31  Degree of turbulence
      0  11  32  Height of base of turbulence
      0  11  33  Height of top of turbulence
      0  20  41  Airframe icing
     -1
#  (ACARS reports)
  3  11   2
      3   1  65  ACARS identification
      3   1  66  ACARS location
      3  11   3  ACARS standard reported variables
      3  11   4  ACARS supplementary reported variables
     -1
#  (ACARS standard reported variables)
  3  11   3
      0  10  70  Indicated aircraft altitude
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   1  Temperature/dry-bulb temperature
      0  13   2  Mixing ratio
     -1
#  (ACARS supplementary reported variables)
  3  11   4
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  34  Vertical gust velocity
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  35  Vertical gust acceleration
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  75  Mean turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  76  Peak turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  25  ACARS interpolated values
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  26  Mixing ratio quality
     -1
#  Category 12 - Single level report sequences (satellite data)
  3  12   1
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   1  "Cloud top pressure, temperature, wind"
     -1
  3  12   2
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   2  "Cloud top pressure, wind"
     -1
  3  12   3
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   3  Surface temperature
     -1
  3  12   4
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   4  Cloud cover
     -1
  3  12   5
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      0  20  14  Height of top of cloud
     -1
  3  12   6
      3   1  44  "Satellite identifier, instrumentation, location, date/time"
      3   4   5  Layer mean relative humidity
     -1
  3  12   7
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   6  Radiation
     -1
#  "(Orbital information, Part I)"
  3  12  10
      0   1   7  Satellite identifier
      0   5  40  Orbit number
      0   2  21  Satellite instrumentation
      0   5  41  Scan line number
      0   4   1  Year
      0   4  43  Day of year
     -1
#  "(Orbital information, Part II)"
  3  12  11
      2   2 131  Change scale
      2   1 149  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2 126  Change scale
      0  10   2  Height
      2   2   0  Change scale
      0   5  43  Field of view number
      0   5  53  Field of view number increment
     -1
#  (HIRS brightness temperatures — channels 1–19)
  3  12  12
      2   2 129  Change scale
      2   1 132  Change width
      1   1  19  Replicate 1 descriptor 19 times
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS brightness temperatures — channel 20)
  3  12  13
      0   5  42  Channel number
      2   2 129  Change scale
      2   1 135  Change width
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS satellite data)
  3  12  14
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      1   5  56  Replicate 5 descriptors 56 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      3  12  12  HIRS brightness temperatures — channels 1–19
      3  12  13  HIRS brightness temperature — channel 20
     -1
#  (MSU brightness temperatures — channels 1–4)
  3  12  15
      1   9  11  Replicate 9 descriptors 11 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   4  Replicate 1 descriptor 4 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (MSU satellite data)
  3  12  16
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  15  MSU brightness temperatures — channels 1–4
     -1
#  (SSU brightness temperatures — channels 1–3)
  3  12  17
      1   9   8  Replicate 9 descriptors 8 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   3  Replicate 1 descriptor 3 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (SSU satellite data)
  3  12  18
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  17  SSU brightness temperatures — channels 1–3
     -1
#  (Wave scatterometer product with width change for wave number (spectral))
  3  12  19
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalisation
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   6  12  Repeat next 6 descriptors 12 times
      2   1 129  Change width to 14 bits
      0   6  30  Wave number (spectral)
      2   1   0  Change width to Table B
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Image spectrum intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wave scatterometer product)
  3  12  20
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalization
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   4  12  Repeat next 4 descriptors 12 times
      0   6  30  Wave number (spectral)
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Spectral intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wind scatterometer product)
  3  12  21
      3   1  47  Product header
      1   1   3  Repeat 1 descriptor 3 times
      3   1  49  Radar beam data
      0  11  12  Wind speed at 10 m
      0  11  11  Wind direction at 10 m
      0  21  67  Wind product confidence data
     -1
#  (Radar altimeter product)
  3  12  22
      3   1  47  Product header
      0   8  22  Number in average
      0  11  12  Wind speed
      0  11  50  Standard deviation of horizontal wind speed
      0  22  70  Significant wave height
      0  22  26  Standard deviation of significant wave height
      3  12  41  Altitude
      0  10  50  Standard deviation of altitude
      0  21  68  Radar altimeter product confidence data
      0  21  71  Peakiness
      0  21  72  Altimeter calibration status
      0  21  73  Altimeter instrument mode
      3  12  42  Altitude corrections
      0  21  62  Backscatter
      0  15  11  Log 10 of integrated electron density
     -1
#  (ATSR sea surface temperature product)
  3  12  23
      3   1  47  Product header
      1   3   3  Repeat 3 descriptors 3 times
      0   8  22  Number in average
      0  12  61  Skin temperature
      0  22  50  Standard deviation of sea surface temperature
      0  21  69  SST product confidence data
      0  21  85  ATSR sea surface temperature across-track band number
     -1
#  (Wave scatterometer product enhanced)
  3  12  24
      3  12  20  (Wave scatterometer product)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode signification – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Wave scatterometer enhanced product (with change of width for wave number (spectral))
  3  12  25
      3  12  19  Wave scatterometer product with width change for wave number (spectral)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode significance – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Quikscat data)
  3  12  26
      3   1  46
      3   1  11  Data
      3   1  13  Time
      3   1  23  Location
      3  12  31
      1   1   4  Replicate 1 descriptor 4 times
      3  12  30
      0  21 110  Number of inner-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 111  Number of outer-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 112  Number of inner-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
      0  21 113  Number of outer-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
     -1
  3  12  30
      2   1 130  Change data width
      2   2 129  Change scale
      0  11  12  Wind speed at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  52  Formal uncertainty in wind speed
      2   1 135  Change data width
      2   2 130  Change scale
      0  11  11  Wind direction at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  53  Formal uncertainty in wind speed
      0  21 104  Likelihood computed for solution
     -1
  3  12  31
      0   5  34  Along-track row number
      0   6  34  Cross-track cell number
      0  21 109  SEAWINDS wind vector cell quality
      0  11  81  Model wind direction at 10 m
      0  11  82  Model wind speed at 10 m
      0  21 101  Number of vector ambiguities
      0  21 102  Index of selected wind vector
      0  21 103  Total number of sigma-0 measurements
     -1
#  (Altitude)
  3  12  41
      2   1 141  Change width to 28 bits
      2   2 130  Change scale to 2
      0   7   1  Altitude
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
     -1
#  (Altitude corrections)
  3  12  42
      0  21  77  "Altitude correction, ionosphere"
      0  21  78  "Altitude correction, dry troposphere"
      0  21  79  "Altitude correction, wet troposphere"
      0  21  80  "Altitude correction, calibration constant"
      0  21  81  Open loop height-time loop calibration correction
      0  21  82  Open loop automatic gain control calibration correction
     -1
#  Category 13 - Sequences common to image data
#  (Radar reflectivity values)
  3  13   9
      0  21   1  Horizontal reflectivity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21   1  Horizontal reflectivity
     -1
#  (Radar rainfall intensities)
  3  13  10
      0  21  36  Radar rainfall intensity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21  36  Radar rainfall intensity
     -1
#  (Non run-length encoded row for Pixel value (4 bits))
  3  13  31
      0   6   2  First longitude location minus one increment
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Non run-length encoded picture data for Pixel value (4 bits))
  3  13  32
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  31  Non run-length encoded row
     -1
#  (Run-length encoded row for Pixel value (4 bits))
  3  13  41
      0   6   2  First longitude location minus one increment
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  12  Repetition factor
      0  30   1  Pixel value (4 bits)
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Run-length encoded picture data for Pixel value (4 bits))
  3  13  42
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  41  Run-length encoded row
     -1
#  "(Run-length encoded picture data for Pixel value (4 bits), regular grid)"
  3  13  43
      0   6   2  First longitude location minus one increment
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment
      1  12   0  Delayed replication of 12 descriptors
      0  31   1  Replication factor
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  11  Repetition factor
      0  30   1  Pixel value (4 bits)
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  Category 15 - Oceanographic report sequences
#  (Typically reported underwater sounding without optional fields)
  3  15   1
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   1  "Depth, temperature"
     -1
#  (Typically reported underwater sounding without optional fields)
  3  15   2
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   4  "Depth, temperature, salinity"
     -1
#  Category 16 - Synoptic feature sequences
  3  16   1
      3   1  11  "Year, month, day"
      0   4   4  Hour
      3   1  23  Latitude and longitude (coarse accuracy)
      0   1  21  Synoptic feature identifier
      0   2  41  Method for estimating reports related to synoptic features
      0  19   1  Type of synoptic feature
      0  10  51  Pressure reduced to mean sea level
      0  19   2  Effective radius of feature
      0  19   3  Wind speed threshold (15 m s–1 typically)
      0  19   4  Effective radius with respect to wind speeds above threshold
     -1
#  (Header)
  3  16   2
      0   8  21  Data time (analysis)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   1  33  Originating/generating centre
      0   8  21  Validity time (fcst)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   7   2  Flight level (altitude) (base of chart layer)
      0   7   2  Flight level (altitude) (top of chart layer)
     -1
#  (Jet stream)
  3  16   3
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (jet stream value)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Flight level (altitude)
      0  11   2  Wind speed
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Turbulence)
  3  16   4
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for turbulence)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  11  31  Degree of turbulence
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Storm)
  3  16   5
      1   8   0  Delayed replication
      0  31   1  Replication
      0   8   5  Meteorological attribute significance (storm centre)
      0   8   7  Dimensional significance (value for point)
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   1  26  WMO storm name (use “unknown” for a sandstorm)
      0  19   1  Synoptic features (value for type of storm)
      0   8   7  Dimensional significance (cancel)
      0   8   5  Meteorological attribute significance (cancel/end of object)
     -1
#  (Cloud)
  3  16   6
      1  12   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for cloud)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Front)
  3  16   7
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8011+F1456  Meteorological feature (value for type of front)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  19   5  Direction of feature
      0  19   6  Speed of feature
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Tropopause)
  3  16   8
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8   1  Vertical significance (bit 3 set for tropopause)
      0   8   7  Dimensional significance (value for point)
      0   8  23  Statistic (type of tropopause value)
      1   3   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Height/altitude
      0   8  23  Statistic (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8   1  Vertical significance (cancel/end of object)
     -1
#  (Airframe icing area)
  3  16   9
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for airframe icing)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  41  Airframe icing (type of airframe icing)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Name of feature)
  3  16  10
      1   7   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature
      0   8   7  Dimensional significance (value for point)
      0   1  22  Name of feature
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Volcano erupting)
  3  16  11
      1  16   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for special clouds)
      0   1  22  Name of feature (volcano name)
      0   8   7  Dimensional significance (value for point)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8  21  Time significance (eruption starting time)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0  20  90  Special clouds (clouds from volcanic eruptions)
      0   8  21  Time significance (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  Category 18 - Radiological report sequences
  3  18   1
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0  24  11  Dose
     -1
  3  18   3
      3   1  26  "Latitude and longitude (high accuracy), time periods in days,"
     -1
#  hours and minutes
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  21  Air concentration
     -1
  3  18   4
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0   4  23  Time period or displacement
      0  13  11  Total precipitation/total water equivalent
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  22  Concentration in precipitation
     -1
#  Category 21 - Radar report sequences
#  (Wind profiler — antenna characteristics)
  3  21   1
      0   2 101  Type of antenna
      0   2 114  Antenna effective surface area
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 121  Mean frequency
     -1
#  (Wind profiler — moment data)
  3  21   3
      0  21  51  Signal power above 1 mW
      0  21  14  Doppler mean velocity (radial)
      0  21  17  Doppler velocity spectral width
      0  21  30  Signal to noise ratio
     -1
#  (Wind profiler — moment data sounding)
  3  21   4
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3  21   3  Wind profiler — moment data
     -1
#  (Transmitter-receiver characteristics)
  3  21   5
      0  25   4  Echo processing
      0   2 121  Mean frequency
      0   2 122  Frequency agility range
      0   2 123  Peak power
      0   2 124  Average power
      0   2 125  Pulse repetition frequency
      0   2 126  Pulse width
      0   2 127  Receiver intermediate frequency
      0   2 128  Intermediate frequency bandwidth
      0   2 129  Minimum detectable signal
      0   2 130  Dynamic range
      0   2 131  Sensitivity time control
     -1
#  (Integration characteristics)
  3  21   6
      0  25   1  Range-gate length
      0  25   2  Number of gates averaged
      0  25   3  Number of integrated pulses
      0  25   5  Echo integration
     -1
#  (Corrections)
  3  21   7
      0  25   9  Calibration method
      0  25  10  Clutter treatment
      0  25  11  Ground occultation correction
      0  25  12  Range attenuation correction
      0  25  13  Bright-band correction
      0  25  15  Radome attenuation correction
      0  25  16  Clear-air attenuation correction
      0  25  17  Precipitation attenuation correction
     -1
#  (Z to R conversion)
  3  21   8
      0  25   6  Z to R conversion
      0  25   7  Z to R conversion factor
      0  25   8  Z to R conversion exponent
     -1
#  (A to Z law)
  3  21   9
      0  25  18  A to Z law for attenuation factor
      0  25  19  A to Z law for attenuation exponent
     -1
#  (Antenna characteristics)
  3  21  10
      0   2 101  Type of antenna
      0   7   2  Altitude of the tower base
      0   2 102  Antenna height above tower base
      0   2 103  Radome
      0   2 104  Antenna polarisation
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 108  Crosspol discrimination (on axis)
      0   2 109  Antenna speed (azimuth)
      0   2 110  Antenna speed (elevation)
      0   2 132  Azimuth pointing accuracy
      0   2 133  Elevation pointing accuracy
     -1
#  (General characteristics)
  3  21  11
      0  30  31  Picture type
      0  30  32  Combination with other data
      0  29   2  Coordinate grid type
     -1
#  (Antenna elevations)
  3  21  12
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0   2 135  Antenna elevation
     -1
  3  21  27
      0  21 118  Attenuation correction on sigma-0
      2   2 129  Change scale
      2   1 132  Change data width
      0   2 112  Radar look angle
      2   1   0  Change data width to Table B
      2   1 131  Change data width
      0   2 111  Radar incidence angle
      2   1   0  Change data width to Table B
      2   2   0  Change scale back to Table B
      0   2 104  Antenna polarization
      0  21 105  Normalized radar cross-section
      0  21 106  Kp variance coefficient (alpha)
      0  21 107  Kp variance coefficient (beta)
      0  21 114  Kp variance coefficient (gamma)
      0  21 115  SEAWINDS sigma-0 quality
      0  21 116  SEAWINDS sigma-0 mode
      0   8  18  SEAWINDS land/ice surface type
      0  21 117  Sigma-0 variance quality control
     -1
grads-2.0.1/data/tables/B3L-200-001-B0000644000175000017500000000305507750236075017424 0ustar  amckinstryamckinstry#
#       BUFR Table B - Classification of elements specific to RSA
#
#
#F	X	Y	Scale	RefVal	Data Width	Units		Element Name
############################################################################################

#                                PROFILER DATA
  0;    1;    192;      0;           0;   32;      Numeric; Platform ID
  0;    1;    193;      0;           0;  248;    CCITT_IA5; Platform Name
  0;    4;    192;      0;           0;   16;      Numeric; Report Duration
  0;   33;    192;      0;           0;    8;      Numeric; Accuracy

#                                   LLP DATA
  0;   20;    192;      0;           0;    5;      Numeric; Maximum Mulitplicity
  0;   20;    193;      1;        -200;   12;      Numeric; Strength
  0;   20;    194;      0;           0;  100;    CCITT_IA5; Condition

#                                  RTAMPS DATA
  0;    1;    194;      0;           0;   48;    CCITT_IA5; Mission Name
  0;    4;    193;      2;           0;   21;            s; Sample Time
  0;   10;    192;      2;           0;   24;            m; Geopotential Height
  0;   11;    192;      2;           0;   18;          m/s; Velocity of Sound
  0;   13;    192;      1;           0;   10;            %; Relative Humidity
  0;   13;    193;      5;           0;   14;      kg/m**3; Absolute Humidity
  0;   13;    194;      5;           0;   19;      kg/m**3; Density of Air
  0;   21;    192;      2;           0;   19;      numeric; Microwave Index of Refraction
  0;   21;    193;      2;           0;   19;      numeric; Optical Index of Refraction
grads-2.0.1/data/tables/B2L-058-000-B0000644000175000017500000023003307750236075017433 0ustar  amckinstryamckinstry#
# SCCS KEYWORDS: @(#)B2L-058-000-B	1.2 08/13/99
#
# B2L-058-000-B - Special local BUFR Table B for center 058 (FNMOC) for those
# cases when an FNOC-generated BUFR message uses local descriptors but has a
# value of 0 in Section 1, Octet 12 (thus indicating that it does not use
# local descriptors).
#
# <> v1.2 25 Aug 1999 -- Laws,D.J.
#   WMO bufr table B ver 1998.
#
#                                       Data
#F      X       Y       Scale   RefVal  Width   Units   Element Name
  0;    0;     1;    0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;     2;    0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;     3;    0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;     5;    0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;    10;    0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;    11;    0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;    12;    0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;    13;    0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;    14;    0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;    15;    0;           0;  192;    CCITT_IA5; Units name
  0;    0;    16;    0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;    17;    0;           0;   24;    CCITT_IA5; Units scale
  0;    0;    18;    0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;    19;    0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;    20;    0;           0;   24;    CCITT_IA5; Element data width
  0;    0;    30;    0;           0;   40;    CCITT_IA5; Descriptor defining sequence
  0;    1;     1;    0;           0;    7;      numeric; WMO block number (II)
  0;    1;     2;    0;           0;   10;      numeric; WMO station number (iii)
  0;    1;     3;    0;           0;    3;   code_table; WMO region number
  0;    1;     4;    0;           0;    3;      numeric; WMO region sub-area
  0;    1;     5;    0;           0;   17;      numeric; Buoy/platform identifier
  0;    1;     6;    0;           0;   64;    CCITT_IA5; Aircraft identifier (I2I2I2)
  0;    1;     7;    0;           0;   10;   code_table; Satellite identifier (I2I2I2)
  0;    1;     8;    0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;     9;    0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;    10;    0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;    11;    0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier (D...D)
  0;    1;    12;    0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;    13;    0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;    14;    2;           0;   10;          m/s; Platform drift speed (high precision) (VBVB)
  0;    1;    15;    0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;    20;    0;           0;    4;      numeric; WMO Region sub-area
  0;    1;    21;    0;           0;   14;      numeric; Synoptic feature identifier
  0;    1;    25;    0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;    26;    0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;    31;    0;           0;   16;   code_table; Generating center
  0;    1;    32;    0;           0;    8;   code_table; Generating application
  0;    1;    33;    0;           0;    8;   code_table; Generating center
  0;    1;    34;    0;           0;    8;   code_table; Generating sub-center
  0;    1;    41;    5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;    42;    5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;    43;    5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;    60;    0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;    1;    63;    0;           0;   64;    CCITT_IA5; ICAO location indicator (CCCC)
  0;    1;    64;    0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;    75;    0;           0;   40;    CCITT_IA5; Tide station identification
  0;    1;   192;    0;           0;   24;    CCITT_IA5; Receiving circuit
  0;    1;   193;    0;           0;    4;   code_table; Global octant
  0;    1;   194;    0;           0;    4;      numeric; Beam position
  0;    1;   195;    0;           0;    4;      numeric; Decimal point value (dp)
  0;    1;   196;    0;           0;   64;    CCITT_IA5; Observation number
  0;    1;   197;    0;           0;    6;      numeric; Runway number
  0;    1;   198;    0;           0;   10;   code_table; Marsden square number
  0;    1;   199;    0;           0;   64;    CCITT_IA5; nature of mission
  0;    1;   200;    0;           0;    2;   code_table; Radar Capability indicator (XXX)
  0;    1;   201;    0;           0;    8;   code_table; Country or agency that operates the satellite
  0;    1;   203;    0;           0;   16;    CCITT_IA5; Satellite name
  0;    1;   204;    0;           0;   16;    CCITT_IA5; Satellite series
  0;    1;   206;    0;           0;   32;    CCITT_IA5; TOVS generating center name
  0;    1;   207;    0;           0;   72;    CCITT_IA5; File name
  0;    1;   208;    0;           0;    4;   code_table; Satellite data type
  0;    1;   209;    0;           0;    8;   code_table; Observation type for MCSST
  0;    1;   210;    0;           0;    7;   code_table; Observation source
  0;    1;   211;    0;           0;    5;      numeric; Beam position
  0;    1;   212;    0;           0;   24;      numeric; Data processing block number
  0;    1;   213;    0;           0;    3;   code_table; Tip source type identifier
  0;    1;   214;    0;           0;   32;    CCITT_IA5; Header originator
  0;    1;   215;    0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;    1;   216;    0;           0;   14;      numeric; Engineering status
  0;    1;   217;    0;           0;    5;      numeric; Satellite number
  0;    1;   218;    0;           0;  176;    CCITT_IA5; Sequence (report) type
  0;    1;   219;    0;           0;   40;    CCITT_IA5; Mission number
  0;    1;   220;    0;           0;    7;      numeric; Observation number
  0;    1;   221;    0;           0;    8;   code_table; Surface type
  0;    1;   222;    0;           0;   32;    CCITT_IA5; Report modifier
  0;    1;   223;    0;           0;    3;   code_table; Runway parallel indicator
  0;    1;   224;    0;           0;    5;   code_table; Terrain code identifier
  0;    2;     1;    0;           0;    2;   code_table; Type of station (ix)
  0;    2;     2;    0;           0;    4;   flag_table; Type of instrumentation for wind measurement (ewew)
  0;    2;     3;    0;           0;    4;   code_table; Type of measuring instrumentation used (a4, I3,
  0;    2;     4;    0;           0;    4;   code_table; Type of instrumentation for evaporation measurement or
  0;    2;     5;    2;           0;    7;        deg_K; Precision of temperature observed (s3)
  0;    2;    11;    0;           0;    8;   code_table; Radiosonde type (rara)
  0;    2;    12;    0;           0;    4;   code_table; Radiosonde computational method
  0;    2;    13;    0;           0;    4;   code_table; Solar and infrared radiation correction (Sr)
  0;    2;    14;    0;           0;    7;   code_table; Tracking technique/status of system (sasa)
  0;    2;    15;    0;           0;    4;   code_table; Radiosonde completeness
  0;    2;    20;    0;           0;    9;   code_table; satellite classification
  0;    2;    21;    0;           0;    9;   flag_table; Satellite instrumentation data used in processing
  0;    2;    22;    0;           0;    8;   flag_table; Satellite data processing technique used
  0;    2;    23;    0;           0;    4;   code_table; Cloud motion computational method
  0;    2;    24;    0;           0;    4;   code_table; Integrated mean humidity computational method
  0;    2;    25;    0;           0;   25;   flag_table; Satellite channel(s) used in computation
  0;    2;    26;    2;           0;   12;            m; Cross track resolution
  0;    2;    27;    2;           0;   12;            m; Along track resolution
  0;    2;    28;    0;           0;   18;            m; segment size at nadir in X direction
  0;    2;    29;    0;           0;   18;            m; segment size at nadir in Y direction
  0;    2;    30;    0;           0;    3;   code_table; Method of current measurement (k5)
  0;    2;    31;    0;           0;    5;   code_table; Duration and time of current measurement
  0;    2;    32;    0;           0;    2;   code_table; Indicator for digitization (k1)
  0;    2;    33;    0;           0;    3;   code_table; Method of salinity/depth measurement (k2)
  0;    2;    34;    0;           0;    5;   code_table; Drogue type (id)
  0;    2;    35;    0;           0;    9;            m; Cable length (ZdZdZd)
  0;    2;    36;    0;           0;    2;   code_table; Buoy type (Ip or Vi...Vi)
  0;    2;    37;    0;           0;    3;   code_table; Method of tidal observation
  0;    2;    38;    0;           0;    4;   code_table; Sea surface temperature method indicator
  0;    2;    39;    0;           0;    3;   code_table; Wet bulb temperature method indicator
  0;    2;    40;    0;           0;    4;   code_table; Method of removing velocity and motion table
  0;    2;    41;    0;           0;    6;   code_table; Method for estimating reports related to synoptic
  0;    2;    44;    0;           0;    4;   code_table; Spectral calculation method (Im)
  0;    2;    45;    0;           0;    4;   code_table; Platform type (Ip)
  0;    2;    46;    0;           0;    4;   code_table; Wave measurement instrument (no symbol letters)
  0;    2;    48;    0;           0;    4;   code_table; Satellite sensor indicator
  0;    2;    49;    0;           0;    8;   flag_table; Geostationary satellite data-processing technique used
  0;    2;    50;    0;           0;   20;   flag_table; Geostationary sounder satellite channels used
  0;    2;    51;    0;           0;    4;   code_table; Indicator to specify observing method for extreme
  0;    2;    52;    0;           0;    6;   flag_table; Geostationary imager satellite channels used
  0;    2;    53;    0;           0;    4;   code_table; GOES-I/M brightness temperature CCITT_IA5istics
  0;    2;    54;    0;           0;    4;   code_table; GOES-I/M soundings parameter CCITT_IA5istics
  0;    2;    55;    0;           0;    4;   code_table; Geostationary_soundings statistical parameters
  0;    2;    56;    0;           0;    4;   code_table; Geostationary soundings accuracy statistics
  0;    2;    57;    0;           0;    4;   code_table; Origin of first guess information for GOES-I/M
  0;    2;    58;    0;           0;    4;   code_table; Valid times of first guess information for
  0;    2;    59;    0;           0;    4;   code_table; Origin of analysis information for GOES-I/M soundings
  0;    2;    60;    0;           0;    4;   code_table; Origin of surface information for GOES-I/M soundings
  0;    2;    61;    0;           0;    3;   code_table; Aircraft navigation system (s1)
  0;    2;    62;    0;           0;    4;   code_table; Type of aircraft data relay system
  0;    2;    63;    2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;    64;    0;           0;    2;   code_table; Roll angle quality
  0;    2;    65;    0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;    70;    0;           0;    4;   code_table; Original specification of latitude/longitude
  0;    2;   100;    1;           0;   12;           dB; Radar constant
  0;    2;   101;    0;           0;    4;   code_table; Type of antenna
  0;    2;   102;    0;           0;    8;            m; Antenna height above tower
  0;    2;   103;    0;           0;    2;   flag_table; Radome
  0;    2;   104;    0;           0;    4;   code_table; Antenna polarisation
  0;    2;   105;    0;           0;    6;           dB; Maximum antenna gain
  0;    2;   106;    1;           0;    6;          deg; 3-dB bandwidth
  0;    2;   107;    0;           0;    6;           dB; Sidelobe suppression
  0;    2;   108;    0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;   109;    2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;   110;    2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;   111;    1;           0;   10;          deg; Radar incidence angle
  0;    2;   112;    1;           0;   12;          deg; Radar azimuth angle
  0;    2;   113;    0;           0;    4;      numeric; Number of azimuth looks
  0;    2;   114;    0;           0;   15;         m**2; Antenna effective surface area
  0;    2;   121;   -8;           0;    7;           Hz; Mean frequency
  0;    2;   122;   -6;        -128;    8;           Hz; Frequency agility range
  0;    2;   123;   -4;           0;    7;            W; Peak power
  0;    2;   124;   -1;           0;    7;            W; Average power
  0;    2;   125;   -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;   126;    7;           0;    6;            s; Pulse width
  0;    2;   127;   -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;   128;   -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;   129;    0;        -150;    5;           dB; Minimum detectable signal
  0;    2;   130;    0;           0;    7;           dB; Dynamic range
  0;    2;   131;    0;           0;    2;   flag_table; Sensitivity time control (STC)
  0;    2;   132;    2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;   133;    2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;   134;    2;           0;   16;          deg; Antenna beam azimuth
  0;    2;   135;    2;       -9000;   15;          deg; Antenna elevation
  0;    2;   136;   -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;   140;    0;           0;    9;          deg; Satellite radar beam azimuth angle
  0;    2;   141;    0;           0;   24;    CCITT_IA5; Measurement type serial number/identifier
  0;    2;   142;    0;           0;   32;    CCITT_IA5; Ozone instrument
  0;    2;   143;    0;           0;    7;   code_table; Ozone instrument type
  0;    2;   144;    0;           0;    4;   code_table; Measurement type for Brewer instruments
  0;    2;   145;    0;           0;    4;   code_table; Wave length setting for Dobson instruments
  0;    2;   146;    0;           0;    4;   code_table; Source conditions for Dobson instruments
  0;    2;   152;    0;           0;   31;   flag_table; satellite instrument used in data processing
  0;    2;   153;   -8;           0;   26;           Hz; satellite channel centre frequency
  0;    2;   154;   -8;           0;   26;           Hz; satellite channel band width
  0;    2;   163;    0;           0;    4;   code_table; height assignment method
  0;    2;   164;    0;           0;    3;   code_table; tracer correlation method
  0;    2;   167;    0;           0;    4;   code_table; radiance computational method
  0;    2;   190;    0;           0;    8;   code_table; U, v quality indicator
  0;    2;   191;    0;           0;    4;   code_table; W quality indicator
  0;    2;   192;    0;           0;    2;   code_table; Wind units source ID
  0;    2;   193;    0;           0;   20;      numeric; satellite channels used in computation
  0;    2;   194;    0;           0;   15;      numeric; satellite channels used in computation
  0;    2;   195;    0;           0;    4;   code_table; Reason for no report OR ground equipment
  0;    2;   196;    0;           0;    7;   code_table; Type of thermodynamic sensing equipment (eTeT)
  0;    2;   197;    0;           0;    3;   code_table; Correction technique (cT, cw)
  0;    2;   198;    0;           0;    4;   code_table; Data reduction method (mr)
  0;    2;   199;    0;           0;    4;      numeric; grp_pos_ind
  0;    2;   200;    0;           0;    3;   code_table; Indicator for frequency or wave number (Ia)
  0;    2;   201;    0;           0;    3;   code_table; Type of rocket motor (rm)
  0;    2;   202;    0;           0;    7;   code_table; Type of wind sensing equipment (ewew)
  0;    2;   203;    0;           0;    3;   code_table; Method of determining direction of moving platform
  0;    2;   204;    0;           0;    3;   code_table; Method of determining speed of moving platform
  0;    2;   205;    0;           0;    3;   code_table; Ozone flag
  0;    2;   206;    0;           0;    4;   code_table; Algorithm identifier
  0;    2;   207;    0;           0;    5;   code_table; Equation identifier
  0;    2;   208;    0;           0;    2;   code_table; Type of method for measuring pressure
  0;    2;   209;    0;           0;   10;   code_table; Xbt instrument type (IxIxIx)
  0;    2;   210;    0;           0;    7;   code_table; Recorder type (XRXR)
  0;    2;   211;    0;           0;    8;   flag_table; Sensor status flag
  0;    2;   212;    0;           0;    2;   flag_table; Maintenance Check flag
  0;    2;   213;    0;           0;    5;      numeric; satellite channels used in computation
  0;    4;     1;    0;           0;   12;           yr; Year (4-digit)
  0;    4;     2;    0;           0;    4;           mo; Month
  0;    4;     3;    0;           0;    6;          day; Day
  0;    4;     4;    0;           0;    5;           hr; Hour
  0;    4;     5;    0;           0;    6;          min; Minute
  0;    4;     6;    0;           0;    6;            s; Second
  0;    4;    11;    0;       -1024;   11;           yr; Time increment - year
  0;    4;    12;    0;       -1024;   11;           mo; Time increment - month
  0;    4;    13;    0;       -1024;   11;          day; Time increment - day
  0;    4;    14;    0;       -1024;   11;           hr; Time increment - hour
  0;    4;    15;    0;       -2048;   12;          min; Time increment - minutes
  0;    4;    16;    0;       -4096;   13;            s; Time increment - seconds
  0;    4;    21;    0;       -1024;   11;           yr; Time period or displacement - year
  0;    4;    22;    0;       -1024;   11;           mo; Time period or displacement - month
  0;    4;    23;    0;       -1024;   11;          day; Time period or displacement - month
  0;    4;    24;    0;       -2048;   12;           hr; Time period or displacement - hour
  0;    4;    25;    0;       -2048;   12;          min; Time period or displacement - minutes
  0;    4;    26;    0;       -4096;   13;            s; Time period or displacement - seconds
  0;    4;    31;    0;           0;    8;           hr; Duration of time relating to following value
  0;    4;    32;    0;           0;    6;          min; Duration of time relating to following value
  0;    4;    41;    0;       -1440;   12;          min; Time difference, UTC - LMT
  0;    4;    43;    0;           0;    9;          day; Day of the year
  0;    4;    53;    0;           0;    6;      numeric; Number of days with precipitation equal or
  0;    4;   192;    0;           0;    4;   code_table; Precipitation time period (tR)
  0;    4;   193;    0;           0;   31;      numeric; Last time that this observation record was
  0;    4;   200;    0;           0;   12;           yr; Time of receipt - year
  0;    4;   201;    0;           0;    4;           mo; Time of receipt - month
  0;    4;   202;    0;           0;    6;          day; Time of receipt - day
  0;    4;   203;    0;           0;    5;           hr; Time of receipt - hour
  0;    4;   204;    0;           0;    6;          min; Time of receipt - minute
  0;    4;   206;    3;           0;   27;            s; GMT seconds
  0;    5;     1;    5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;     2;    2;       -9000;   15;          deg; Latitude (coarse accuracy) (La...La)
  0;    5;    11;    5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;    12;    2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;    21;    2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;    22;    2;           0;   16;     deg_true; Solar azimuth
  0;    5;    30;    0;           0;   12;          deg; Direction (spectral)
  0;    5;    31;    0;           0;   12;      numeric; Row number
  0;    5;    33;   -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;    40;    0;           0;   24;      numeric; Orbit number
  0;    5;    41;    0;           0;    8;      numeric; Scan line number
  0;    5;    42;    0;           0;    6;      numeric; Channel number
  0;    5;    43;    0;           0;    8;      numeric; Field of view number
  0;    5;    52;    0;           0;    5;      numeric; Channel number increment
  0;    5;    53;    0;           0;    5;      numeric; Field of view number increment
  0;    5;   192;    0;           0;    3;      numeric; Image line number
  0;    5;   193;    0;           0;    4;      numeric; Image sample number
  0;    5;   194;    0;           0;   14;      numeric; Orbit number
  0;    5;   195;    6;   -90000000;   28;          deg; six decimal pt latitude
  0;    5;   196;    0;           0;   16;      numeric; Orbit number
  0;    5;   197;    0;           0;    8;      numeric; Frame number
  0;    5;   198;    0;           0;   24;      numeric; Orbit number
  0;    5;   199;    0;           0;   20;      numeric; Orbit number
  0;    6;     1;    5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;     2;    2;      -18000;   16;          deg; Longtiude (coarse accuracy) (Lo...Lo)
  0;    6;     3;    2;      -18000;   16;          deg; Alternate longtiude
  0;    6;    11;    5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;    12;    2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;    21;   -1;           0;   13;            m; Distance
  0;    6;    30;    5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;    31;    0;           0;   12;      numeric; Column number
  0;    6;    33;   -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    6;   192;    6;  -180000000;   29;          deg; six decimal pt longitude
  0;    7;     1;    0;        -400;   15;            m; Height of station (hohohoho)
  0;    7;     2;   -1;         -40;   16;            m; Height or altitude (hahaha, hIhIhI, HmHmHm, HH,
  0;    7;     3;   -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;     4;   -1;           0;   14;           Pa; Pressure (Pa...Pa, Paob...Paob, Po...Po, PtPtPt, or PAPA)
  0;    7;     5;    0;        -400;   12;            m; Height increment
  0;    7;     6;    0;           0;   15;            m; Height above station
  0;    7;     7;    0;       -1000;   17;            m; Height
  0;    7;     8;    0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;    21;    2;       -9000;   15;          deg; Elevation
  0;    7;    22;    2;       -9000;   15;          deg; Solar elevation
  0;    7;    24;    2;       -9000;   15;          deg; Satellite zenith angle
  0;    7;    61;    2;           0;   14;            m; Depth below land surface
  0;    7;    62;    1;           0;   17;            m; Depth below sea surface
  0;    7;   190;    0;           0;   12;            m; Height increment
  0;    7;   192;    2;           0;   13;          deg; Local zenith angle
  0;    7;   196;    0;           0;    4;   code_table; Station height precision
  0;    7;   197;    1;           0;   11;          deg; Solar zenith angle
  0;    7;   198;    2;       -6000;   14;          deg; Satellite zenith angle
  0;    7;   199;    1;           0;   11;          deg; Solar azimuth angle
  0;    7;   200;    2;           0;   17;           Pa; Geopotential height
  0;    7;   223;    2;           0;   14;          deg; Solar zenith angle
  0;    7;   224;    1;           0;   14;            m; Surface elevation
  0;    8;     1;    0;           0;    7;   flag_table; Vertical sounding significance
  0;    8;     2;    0;           0;    6;   code_table; Vertical significance (surface observations)
  0;    8;     3;    0;           0;    6;   code_table; Vertical significance (satellite observations)
  0;    8;     4;    0;           0;    3;   code_table; Phase of aircraft flight (ipipip)
  0;    8;     5;    0;           0;    4;   code_table; Surface synoptic features significance
  0;    8;    11;    0;           0;    6;   code_table; Horizontal significance
  0;    8;    12;    0;           0;    2;   code_table; land/sea qualifier
  0;    8;    13;    0;           0;    2;   code_table; Day/night qualifier
  0;    8;    14;    0;           0;    4;   code_table; Qualification for runway visual range
  0;    8;    16;    0;           0;    3;   code_table; Change indicator of a trend-type forecast or
  0;    8;    17;    0;           0;    2;   code_table; Qualifier of the time when the forecast
  0;    8;    20;    0;           0;   16;      numeric; Qualification for runway visual range
  0;    8;    21;    0;           0;    5;   code_table; Time significance
  0;    8;    22;    0;           0;   16;      numeric; Total number (with respect to accumulation or
  0;    8;    23;    0;           0;    6;   code_table; First order statistics
  0;    8;    24;    0;           0;    6;   code_table; Difference statistics
  0;    8;    25;    0;           0;    4;   code_table; Time difference qualifier
  0;    8;    30;    0;           0;   13;      numeric; Manual on Codes (Volume I.1, Section C)
  0;    8;    51;    0;           0;    3;   code_table; Qualifier for number of missing values in
  0;    8;    52;    0;           0;    5;   code_table; Condition for which number of days of
  0;    8;    53;    0;           0;    2;   code_table; Day of occurrence qualifier
  0;    8;   194;    0;           0;    4;   code_table; Flight condition (fc)
  0;   10;     1;    0;        -400;   15;            m; Height of land surface
  0;   10;     2;   -1;         -40;   16;            m; Height (HHH)
  0;   10;     3;   -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;     4;   -1;           0;   14;           Pa; Pressure
  0;   10;     7;    0;       -1000;   17;            m; Height
  0;   10;     8;    0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;    31;    2; -1073741824;   31;    deg_K*m/s; In direction of the North Pole, distance
  0;   10;    50;    2;           0;   16;            m; Standard deviation altitude
  0;   10;    51;   -1;           0;   14;           Pa; Pressure reduced to mean sea level (PPPP)
  0;   10;    52;   -1;           0;   14;           Pa; Altimeter setting (QNH) (PH...PH)
  0;   10;    60;   -1;       -1024;   11;           Pa; Pressure change (ppp)
  0;   10;    61;   -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;    62;   -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;    63;    0;           0;    4;   code_table; Characteristic of pressure tendency (a, w, or
  0;   10;    70;    0;        -400;   16;            m; Indicated aircraft altitude
  0;   10;   197;    0;           0;    4;   code_table; Index pertaining to geopotential height (j)
  0;   10;   199;    0;       -1024;   16;            m; Geopotential height difference
  0;   10;   200;    0;       -1024;   16;            m; Geopotental height correction
  0;   10;   201;    0;           0;   14;   code_table; Pressure tendency QC ID
  0;   10;   203;    0;           0;    4;   code_table; Geopotential height quality control flag
  0;   10;   213;    0;       -1024;   16;            m; Geopotential height
  0;   10;   224;    0;           0;    4;   code_table; Station level pressure QC ID
  0;   10;   251;    0;           0;    4;   code_table; Mean sea level pressure QC ID
  0;   11;     1;    0;           0;    9;     deg_true; Wind direction (dd, dodo>dndn, dmagdmag)
  0;   11;     2;    1;           0;   12;          m/s; Wind speed (ff, fff, or fofofo>fnfnfn)
  0;   11;     3;    1;       -4096;   13;          m/s; U-component
  0;   11;     4;    1;       -4096;   13;          m/s; V-component
  0;   11;     5;    1;        -512;   10;         Pa/s; W-component
  0;   11;     6;    2;       -4096;   13;          m/s; W-component
  0;   11;    11;    0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;    12;    1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;    13;    0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;    14;    1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;    16;    0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable
  0;   11;    17;    0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable
  0;   11;    21;    9;      -65536;   17;          1/s; Relative vorticity
  0;   11;    22;    9;      -65536;   17;          1/s; Divergence
  0;   11;    23;   -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;    31;    0;           0;    4;   code_table; Degree of turbulence (B...B or BA)
  0;   11;    32;   -1;         -40;   16;            m; Height of base of turbulence (BabBabBab or
  0;   11;    33;   -1;         -40;   16;            m; Height of top of turbulence (BatBatBat or
  0;   11;    34;    1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;    35;    2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;    36;    1;           0;   10;          m/s; Maximum derived equivalent vertical gust
  0;   11;    41;    1;           0;   12;          m/s; Maximum wind speed (gusts) (fm...fm)
  0;   11;    42;    1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;    43;    0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;    44;    0;           0;    9;     deg_true; Mean wind direction for surface -- 1500
  0;   11;    45;    1;           0;   12;          m/s; Mean wind speed for surface -- 1500
  0;   11;    49;    0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;    50;    1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;    51;    1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;    61;    1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;    62;    1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)
  0;   11;    70;    0;           0;   32;    CCITT_IA5; Designator of the runway affected by wind
  0;   11;    71;    3;        -128;   14;    m**2/s**2; Turbulent vertical momentum flux
  0;   11;    72;    3;        -128;   11;         km/s; Turbulent vertical buoyancy flux
  0;   11;    73;    2;       -1024;   13;    m**2/s**2; Turbulent kinetic energy
  0;   11;    74;    2;       -1024;   10;    m**2/s**2; Dissipitation energy
  0;   11;    75;    2;           0;    8;   (m**2/3)/s; Mean turbulence intensity
  0;   11;    76;    2;           0;    8;   (m**2/3)/s; Peak turbulence intensity
  0;   11;   195;    0;           0;    2;   code_table; Wind type at flight altitude (dt)
  0;   11;   200;    0;           0;    4;   code_table; Wind QC ID
  0;   11;   203;    1;       -4096;   13;          m/s; Wind u-component difference
  0;   11;   204;    1;       -4096;   13;          m/s; Wind v-component difference
  0;   11;   205;    0;           0;    4;   code_table; Turbulence (B) (WMO code table 0300)
  0;   11;   206;    0;           0;    2;   code_table; Flight level wind method (da)
  0;   11;   207;    0;           0;    2;   code_table; Extreme wind speed ID
  0;   11;   213;    1;       -4096;   13;          m/s; Wind u-component correction
  0;   11;   214;    1;       -4096;   13;          m/s; Wind v-component correction
  0;   11;   244;    0;           0;   16;     deg_true; Direction of wind
  0;   11;   245;    2;           0;   16;          m/s; wnd_spd
  0;   11;   246;    1;           0;    8;          m/s; Ocean surface wind speed
  0;   12;     1;    1;           0;   12;        deg_K; Temperature/dry bulb temperature (Ta, TsTsTs, TtTt, or
  0;   12;     2;    1;           0;   12;        deg_K; Wet bulb temperature (TbTbTb)
  0;   12;     3;    1;           0;   12;        deg_K; Dewpoint (TdTdTd or T'dT'd)
  0;   12;     4;    1;           0;   12;        deg_K; Dry bulb temperature at 2 meters (Tao>Tan,
  0;   12;     5;    1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;     6;    1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;     7;    1;           0;   12;        deg_K; Virtual temperature
  0;   12;    11;    1;           0;   12;        deg_K; Maximum temperature
  0;   12;    12;    1;           0;   12;        deg_K; Minimum temperature (TnTnTn)
  0;   12;    13;    1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;    14;    1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12
  0;   12;    15;    1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12
  0;   12;    16;    1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24
  0;   12;    17;    1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24
  0;   12;    30;    1;           0;   12;        deg_K; Soil temperature (ToTo)
  0;   12;    51;    1;           0;   10;        deg_K; Standard deviation temperature
  0;   12;    52;    1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;    53;    1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;    61;    1;           0;   12;        deg_K; Skin temperature
  0;   12;    62;    1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;    63;    1;           0;   12;        deg_K; Brightness temperature
  0;   12;    70;    2;           0;   16;        deg_K; Vertical polarization 19GHz brightness temperature
  0;   12;    71;    1;           0;   12;        deg_K; Coldest cluster temperature
  0;   12;    72;    2;           0;   16;        deg_K; Vertical polarization 22GHz brightness temperature
  0;   12;    73;    2;           0;   16;        deg_K; Vertical polarization 37GHz brightness temperature
  0;   12;    74;    2;           0;   16;        deg_K; Horizontal polarization 37GHz brightness temperature
  0;   12;    75;    2;           0;   16;        deg_K; Vertical polarization 85GHz brightness temperature
  0;   12;    76;    2;           0;   16;        deg_K; Horizontal polarization 85GHz brightness temperature
  0;   12;   192;    0;           0;    4;   code_table; Wet bulb temperature indicator
  0;   12;   193;    2;           0;   16;        deg_K; SSU brightness temperature
  0;   12;   194;    2;           0;   16;        deg_K; Dewpoint
  0;   12;   195;    0;           0;    4;   code_table; Dewpoint, aircraft altitude, air temperature indicator (id)
  0;   12;   196;    2;           0;   16;        deg_K; Dewpoint difference
  0;   12;   201;    0;           0;    4;   code_table; Air temperature QC ID
  0;   12;   213;    0;           0;    4;   code_table; Dewpoint QC ID
  0;   12;   215;    0;           0;    2;   code_table; Temperature precision flag
  0;   12;   220;    2;           0;   16;        deg_K; HIRS brightness temperature
  0;   12;   221;    2;           0;   16;        deg_K; MSU brightness temperature
  0;   13;     1;    5;           0;   14;        kg/kg; Specific humidity
  0;   13;     2;    5;           0;   14;        kg/kg; Mixing ratio
  0;   13;     3;    0;           0;    7;      percent; Relative humidity (U1>Un or U...U)
  0;   13;     4;   -1;           0;   10;           Pa; Vapor pressure
  0;   13;     5;    3;           0;    7;      kg/m**3; Vapor density (p1p1p1)
  0;   13;     6;   -1;         -40;   16;            m; Mixing heights
  0;   13;    11;    1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent (Aw or R...R)
  0;   13;    12;    2;          -2;   12;            m; Depth of fresh snow
  0;   13;    13;    2;          -2;   16;            m; Total snow depth (sss)
  0;   13;    14;    4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;    15;    7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;    16;    0;           0;    7;      kg/m**2; Precipitable water (www)
  0;   13;    19;    1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;    20;    1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;    21;    1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;    22;    1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;    23;    1;          -1;   14;      kg/m**2; Total precipitation past 24 hours (R24...R24)
  0;   13;    31;    0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;    32;    1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;    33;    1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;    38;    0;           0;    2;   code_table; Superadiabatic indicator
  0;   13;    39;    0;           0;    3;   code_table; Terrain type (ice/snow)
  0;   13;    41;    0;           0;    4;   code_table; Pasquill-Gifford stability category
  0;   13;    42;    0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;    43;    0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;    51;    0;           0;    4;   code_table; Frequency group, precipitation
  0;   13;    52;    1;          -1;   14;      kg/m**2; Highest daily amount of precipiation
  0;   13;    71;    1;           0;    7;      kg/m**2; Liquid water
  0;   13;    75;    0;           0;    8;      percent; Land snow cloud
  0;   13;    76;    2;           0;    6;            m; Snow-water equivalent
  0;   13;   192;    0;           0;    4;   code_table; Precipitation identifier (iR)
  0;   13;   193;    0;           0;   10;   code_table; Precipitation amount
  0;   13;   194;    3;       -9210;   16;         g/kg; First guess mixing ratios
  0;   13;   195;    0;           0;   10;      kg/m**3; Density (p1p1p1)
  0;   13;   196;    0;           0;    7;           mm; Soil moisture
  0;   13;   197;    0;           0;    3;   code_table; Rain indicator
  0;   13;   198;    2;           0;   11;           cm; Total precipatable water
  0;   13;   199;    0;           0;    2;      numeric; prcp_ind_id
  0;   13;   203;    0;           0;    4;   code_table; Relative humidity QC ID
  0;   13;   217;    0;           0;    8;      numeric; Precipitation flag (SSM/T)
  0;   13;   218;    2;           0;   11;    kg/(m**2); Cloud water
  0;   13;   219;    1;           0;   10;    kg/(m**2); Ocean water vapor
  0;   13;   220;    1;           0;    9;        mm/hr; Rain rate
  0;   13;   221;    2;           0;   14;    kg/(m**2); Cloud Liquid Water
  0;   14;     1;   -3;       -2048;   12;       J/m**2; Longwave radiation, integrated over 24 hours (FLFLFL)
  0;   14;     2;   -3;       -2048;   12;       J/m**2; Longwave radiation, integrated over period specififed
  0;   14;     3;   -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over 24 hours (FiFiFi)
  0;   14;     4;   -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over period specified (FsFsFs)
  0;   14;    11;   -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;    12;   -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over period specified
  0;   14;    13;   -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;    14;   -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over period specified
  0;   14;    15;   -4;      -16384;   15;       J/m**2; Net radiation, integrated over 24 hours
  0;   14;    16;   -4;      -16384;   15;       J/m**2; Net radiation, integrated over period specified
  0;   14;    17;   -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;    18;   -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;    19;    0;           0;    7;      percent; Surface albedo
  0;   14;    20;   -4;           0;   15;       J/m**2; Global solar radiation, integrated over 24 hours
  0;   14;    21;   -4;           0;   15;       J/m**2; Global solar radiation, integrated over period specified
  0;   14;    22;   -4;           0;   15;       J/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;    23;   -4;           0;   15;       J/m**2; Diffuse solar radiation, integrated over period specified
  0;   14;    24;   -4;           0;   15;       J/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;    25;   -4;           0;   15;       J/m**2; Direct solar radiation, integrated over period specififed
  0;   14;    26;    0;           0;    7;      percent; Albedo at top of clouds
  0;   14;    31;    0;           0;   11;          min; Total sunshine
  0;   14;    32;    0;           0;   10;           hr; Total sunshine
  0;   14;    33;    0;           0;    9;      percent; Total sunshine (precentage)
  0;   14;    42;    0;           0;    7;      percent; Bi-directional reflectance
  0;   15;     1;    0;           0;   10;  dobson_unit; Ozone
  0;   15;     2;    2;           0;   10;      numeric; Air-mass (slant path at 22 km)
  0;   15;    11;    3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;    15;    0;           0;   31;      numeric; Maximum spectral composition before normalization
  0;   19;     1;    0;           0;    6;   code_table; Type of synoptic features
  0;   19;     2;   -2;           0;   12;            m; Effective radius of feature
  0;   19;     3;    0;           0;    8;          m/s; Wind speed threshold
  0;   19;     4;   -2;           0;   12;            m; Effective radius of feature with respect to
  0;   19;     5;    0;           0;    9;     deg_true; Direction of motion of features (dsds)
  0;   19;     6;    2;           0;   14;          m/s; Speed of motion of features
  0;   19;     7;   -3;           0;   12;            m; Effective radius of features
  0;   19;     8;    0;           0;    3;   code_table; Vertical extent of circulation
  0;   19;     9;   -3;           0;   12;            m; Effective radiation with respect to FFF above
  0;   20;     1;   -1;           0;   13;            m; Horizontal visibility (Dv, Vi, V...V, or VxVxVxVx)
  0;   20;     2;   -1;           0;    7;            m; Vertical visibility
  0;   20;     3;    0;           0;    9;   code_table; Present weather (ww or w'w')
  0;   20;     4;    0;           0;    5;   code_table; Past weather (1) (Wa1Wa2 or W1W2)
  0;   20;     5;    0;           0;    5;   code_table; Past weather (2) (wawa)
  0;   20;     9;    0;           0;    4;   code_table; General Weather Indicator
  0;   20;    10;    0;           0;    7;      percent; Cloud cover (total) (N, NcNc, or Ns...Ns)
  0;   20;    11;    0;           0;    4;   code_table; Cloud amount (N or Ns...Ns)
  0;   20;    12;    0;           0;    6;   code_table; Cloud type (C, Ct, CH, CL, or
  0;   20;    13;   -1;         -40;   11;            m; Height of base of cloud (h, hshs,
  0;   20;    14;   -1;         -40;   11;            m; Height of top of cloud (HfHfHf or
  0;   20;    15;   -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;    16;   -1;           0;   14;           Pa; Pressure at the top of cloud (PcPcPc)
  0;   20;    17;    0;           0;    4;   code_table; Cloud top description
  0;   20;    18;    0;           0;    2;   code_table; Tendency of runway visual range
  0;   20;    19;    0;           0;   72;    CCITT_IA5; Significant present or forecast weather
  0;   20;    20;    0;           0;   32;    CCITT_IA5; Significant recent weather phenomena
  0;   20;    31;    2;           0;    7;            m; Ice deposit (thickness) (EsEs)
  0;   20;    32;    0;           0;    3;   code_table; Rate of ice accretion (Rs)
  0;   20;    33;    0;           0;    4;   flag_table; Cause of ice accretion (Is)
  0;   20;    34;    0;           0;    5;   code_table; Sea ice concentration (Ci)
  0;   20;    35;    0;           0;    4;   code_table; Amount and type of ice (zii...zii)
  0;   20;    36;    0;           0;    5;   code_table; Ice situation
  0;   20;    37;    0;           0;    5;   code_table; Ice development (bi)
  0;   20;    38;    0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;    39;   -1;           0;   13;            m; Ice distance
  0;   20;    41;    0;           0;    4;   code_table; Rate of icing (Ir)
  0;   20;    51;    0;           0;    7;      percent; Amount of low clouds
  0;   20;    52;    0;           0;    7;      percent; Amount of middle clouds
  0;   20;    53;    0;           0;    7;      percent; Amount of high clouds
  0;   20;    61;    0;           0;   12;            m; Runway visual range (RVR) (VR...VR)
  0;   20;    62;    0;           0;    5;   code_table; State of the ground (with or without
  0;   20;    63;    0;           0;   10;   code_table; Special phenomena
  0;   20;   192;    0;           0; 2040;    CCITT_IA5; Remark
  0;   20;   193;    0;           0; 1024;    CCITT_IA5; 128 char plain language text remark
  0;   20;   194;    0;           0;   11;      kg/m**2; cloud liquid water
  0;   20;   196;    0;           0;    8;    CCITT_IA5; Runway visibility tendency
  0;   20;   197;    0;           0;    2;   flag_table; Landing wind shear indicator
  0;   20;   199;    0;           0;    9;     deg_true; Visibility direction
  0;   20;   205;    0;           0;   24;    CCITT_IA5; Cloud significant convection
  0;   20;   206;    0;           0;   64;    CCITT_IA5; Significant present weather conditions
  0;   20;   207;    0;           0;    4;   code_table; Pressure and altitude significance
  0;   20;   208;    0;           0;    4;   code_table; Significant weather changes (Ws)
  0;   20;   209;    0;           0;    4;   code_table; Distance of weather changes (Ss)
  0;   20;   210;    0;           0;    4;   code_table; Distant weather (Wd)
  0;   20;   211;    0;           0;    4;   code_table; Bearing of distant weather (dw)
  0;   20;   213;    0;           0;    4;   code_table; Icing and contrail types (It)
  0;   20;   216;    0;           0;    7;   code_table; Altitude of layer base where icing occurred
  0;   20;   219;    0;           0;    4;   code_table; Distance to center or line midpoint
  0;   20;   220;    0;           0;    4;   code_table; Orientation of ellipse (Sr)
  0;   20;   221;   -3;           0;   16;            m; Echo width or diameter (Ew)
  0;   20;   222;   -3;           0;   16;            m; Echo axis length (El)
  0;   20;   223;    0;           0;    8;   code_table; Echo CCITT_IA5 (ce)
  0;   20;   224;    0;           0;    4;   code_table; Intensity of echo (Ie)
  0;   20;   225;    0;           0;    3;   code_table; In flight horizontal visibility (Vi)
  0;   20;   236;    0;           0;    8;    CCITT_IA5; Cloud base height
  0;   20;   237;    0;           0;    7;   code_table; Horizontal visbility
  0;   20;   240;    0;           0;    4;   code_table; Present weather (w)
  0;   20;   242;    0;           0;    5;   code_table; Bearing of ice edge
  0;   20;   244;    0;           0;    4;   code_table; cloud base height
  0;   20;   245;    0;           0;  640;    CCITT_IA5; Remarks in plain language
  0;   20;   246;    0;           0;    7;      percent; Ice coverage
  0;   20;   247;    0;           0; 1656;    CCITT_IA5; Ice plain language text remarks
  0;   20;   248;    0;           0;    2;   code_table; Ice age identifier
  0;   20;   249;    0;           0;    2;   code_table; Ice edge identifier
  0;   20;   254;    0;           0;    8;    CCITT_IA5; Extreme value indicator
  0;   20;   255;    0;           0; 2040;    CCITT_IA5; Plain language text remarks
  0;   21;     1;    0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;     2;    0;         -64;    7;           dB; Vertical reflectivity
  0;   21;     3;    1;          -5;    7;           dB; Differential reflectivity
  0;   21;     5;    0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;     6;    0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;    11;    0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;    12;    0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;    13;    0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;    14;    1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;    17;    1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;    21;   -3;           0;    4;            m; Echo tops
  0;   21;    30;    0;         -32;    8;           dB; Signal to noise ratio
  0;   21;    31;    0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;    36;    7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;    41;   -2;           0;    8;            m; Bright band height
  0;   21;    51;    0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;    62;    2;       -5000;   13;           dB; Backscatter
  0;   21;    63;    1;           0;   10;      percent; Radiometric resolution (noise value)
  0;   21;    64;    0;           0;    8;      numeric; Clutter noise estimate
  0;   21;    65;    0;        -127;    8;      numeric; Missing packet counter
  0;   21;    66;    0;           0;   12;   flag_table; Wave scatterometer product confidence
  0;   21;    67;    0;           0;   13;   flag_table; Wind product confidence data
  0;   21;    68;    0;           0;    8;   flag_table; Radar altimeter product confidence data
  0;   21;    69;    0;           0;   10;   flag_table; SST product confidence data
  0;   21;    71;    0;           0;   16;      numeric; Peakiness
  0;   21;    72;    0;           0;    4;   flag_table; Satellite altimeter calibration status
  0;   21;    73;    0;           0;    9;   flag_table; Satellite altimeter instrument mode
  0;   21;    75;    0;           0;    8;      numeric; Spectral intensity
  0;   21;    76;    0;           0;    3;   code_table; Representation of intensities
  0;   21;    77;    3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;    78;    3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;    79;    3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;    80;    3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;    81;    3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;    82;    3;       -3000;   14;           dB; Open loop correction (auto gain control)
  0;   21;    85;    0;           0;    4;      numeric; ATSR sea surface temperature across-track band number
  0;   21;   192;    0;           0;   14;            m; Heave sensor spectral peak length
  0;   21;   193;    1;           0;   14;            s; Heave sensor spectral peak period
  0;   21;   194;    2;           0;   14;      percent; AVHRR channel average
  0;   21;   195;    2;           0;   14;      percent; Space view channel standard deviation
  0;   21;   196;    2;           0;   15;        deg_K; Algorithm identifier
  0;   21;   197;    2;           0;   15;        deg_K; AVHRR channel average
  0;   21;   198;    2;       -5000;   13;           dB; Backscatter
  0;   21;   199;    1;           0;   10;      percent; Noise figure percentage
  0;   21;   200;    3;           0;   12;            m; aerosol_optical_depth
  0;   22;     1;    0;           0;    9;     deg_true; Direction of waves (dddd, da1da1, or d1d1>dndn)
  0;   22;     2;    0;           0;    9;     deg_true; Direction of wind waves
  0;   22;     3;    0;           0;    9;     deg_true; Direction of swell waves (dw1dw1 or dw2dw2)
  0;   22;     4;    0;           0;    9;     deg_true; Direction of current (dodo>dndn or DcDc))
  0;   22;    11;    0;           0;    6;            s; Period of waves (D'D'D'D', PaPaPaPa, or PwPw)
  0;   22;    12;    0;           0;    6;            s; Period of wind waves
  0;   22;    13;    0;           0;    6;            s; Period of swell waves (Pw1Pw1 or Pw2Pw2)
  0;   22;    21;    1;           0;   10;            m; Height of waves (D'D'D'D' or HsHsHsHs)
  0;   22;    22;    1;           0;   10;            m; Height of wind waves (HwHw)
  0;   22;    23;    1;           0;   10;            m; Height of swell waves (Hw1Hw1 or Hw2Hw2)
  0;   22;    25;    2;           0;   10;            m; Standard deviation wave height
  0;   22;    26;    2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;    31;    2;           0;   13;          m/s; Speed of current (cococo>cncncn or VcVc)
  0;   22;    37;    3;      -10000;   15;            m; Tidal elevation with respect to national land
  0;   22;    38;    3;      -10000;   15;            m; Tidal elevation with respect to local chart
  0;   22;    39;    3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;    40;    3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;    41;    1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;    42;    1;           0;   12;        deg_K; Sea temperature (T1T1T1>TnTnTn)
  0;   22;    43;    2;           0;   15;        deg_K; Sea temperature (ToToToTo>TnTnTnTn)
  0;   22;    44;    1;           0;   14;          m/s; Sound velocity
  0;   22;    50;    2;           0;    8;        deg_K; Standard deviation sea surface temperature
  0;   22;    61;    0;           0;    4;   code_table; State of sea
  0;   22;    62;    2;           0;   14;          ppt; Salinity (SoSoSoSo>SnSnSnSn)
  0;   22;    63;    0;           0;   14;            m; Total water depth (hhh or ZdZdZdZd)
  0;   22;    67;    0;           0;   10;   code_table; Instrument type for water temperature profile measurement
  0;   22;    68;    0;           0;    7;   code_table; Water temperature profile recorder types
  0;   22;    70;    2;           0;   13;            m; Significant wave height (D'..D', Hm..Hm, Hs..Hs, or
  0;   22;    71;    1;           0;    9;            s; Spectral peak wave period (Psp..Psp or Pw..Pw)
  0;   22;    72;    0;           0;   13;            m; Spectral peak wave length (Pa..Pa, Pp..Pp, Psa..Psa,
  0;   22;    73;    2;           0;   13;            m; Maximum wave height (D'..D', Hm..Hm, Hs..Hs, or
  0;   22;    74;    1;           0;    9;            s; Average wave period (D'..D', Pa..Pa, Pp..Pp, Pp..Pp,
  0;   22;    75;    0;           0;   13;            m; Average wave length (Pa..Pa, Pp..Pp, Psa..Psa, Psp..Psp,
  0;   22;    76;    0;           0;    9;     deg_true; Direction from which dominant waves are comming
  0;   22;    77;    0;           0;    9;          deg; Directional spread of dominant wave (dsds)
  0;   22;    78;    0;           0;   12;            s; Duration of wave record (D'D'D'D')
  0;   22;    79;    0;           0;   16;            m; Length of wave record (D'D'D'D')
  0;   22;    80;    3;           0;   10;           Hz; Waveband central frequency (f1f1f1 ... fnfnfn)
  0;   22;    81;    5;           0;   13;          1/m; Waveband central wave number (f1f1f1 ... fnfnfn)
  0;   22;    82;    2;           0;   20;        m**2s; Sensor spectral density frequency (Cm..Cm or Csm..Csm)
  0;   22;    83;    2;           0;   20;         m**3; Sensor spectral density number (Cm..Cm or Csm..Csm)
  0;   22;    84;    0;           0;    7;      numeric; Sensor band number (nmnm or nsmmsm)
  0;   22;    85;    0;           0;    7;      percent; Sensor ratio (c1c1..cnc or csncsnn)
  0;   22;    86;    0;           0;    9;     deg_true; Mean direction from which waves are coming
  0;   22;    87;    0;           0;    9;     deg_true; Principal direction from which waves are coming
  0;   22;    88;    2;           0;    7;      numeric; First normalized polar coefficient (r1r1 or r2r2)
  0;   22;    89;    2;           0;    7;      numeric; Second normalized polar coefficient (r1r1 or r2r2)
  0;   22;    90;    2;           0;   20;        m**2s; Non-directional spectral estimate by wave frequency
  0;   22;    91;    2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;    92;    2;           0;   20;    m**2s/rad; Directional spectral estimate by wave frequency
  0;   22;    93;    2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;    94;    0;           0;    7;      numeric; Total number of wave bands described (BTBT)
  0;   22;    95;    0;           0;    8;          deg; Directional spread of individual waves
  0;   22;    96;    3;           0;    4;          1/s; Spectral band width
  0;   22;   120;    0;           0;    5;   code_table; Tide station automated water level check
  0;   22;   121;    0;           0;    5;   code_table; Tide station manual water level check
  0;   22;   122;    0;           0;    5;   code_table; Tide station automated meteorological data check
  0;   22;   123;    0;           0;    5;   code_table; Tide station manual meteorological data check
  0;   22;   192;    6;   -10000000;   25;           cm; corrected sea sfc ht
  0;   22;   194;    0;           0;    4;   code_table; Wave spectra exponent (x)
  0;   22;   196;    0;           0;    7;      numeric; Number of wave bands affected by the
  0;   22;   200;    0;           0;   14;            m; Distance sample interval (SSSS)
  0;   22;   203;    3;           0;   10;           Hz; Frequency increment (fdfdfd)
  0;   22;   204;    5;           0;   13;          1/m; Wave number increment (fdfdfd)
  0;   22;   205;    3;           0;   20; m**2/(Hz*rad); Wave spectra
  0;   22;   206;    4;           0;   10;      numeric; Drag coefficient
  0;   22;   207;    2;           0;   16;            m; Maximum wave height
  0;   22;   208;    2;           0;   16;            m; Significant wave height
  0;   22;   209;    0;           0;    7;   code_table; directional spread
  0;   22;   211;    0;           0;    8;   code_table; Bogus water mass classification
  0;   22;   212;    0;           0;    8;   code_table; Discriminant water mass classification
  0;   22;   213;    1;           0;   10;      percent; Classification probability
  0;   22;   218;    0;           0;    7;      numeric; Slope sensor band number
  0;   22;   219;    0;           0;    7;      percent; Slope sensor ratio
  0;   22;   220;    0;           0;    8;   code_table; Front number
  0;   22;   224;   -2;           0;   14;            m; Distance to front
  0;   22;   232;    0;           0;    4;   code_table; Sea surface temperature method indicator
  0;   22;   233;    0;           0;    3;   code_table; Sea temperature averaging period
  0;   22;   236;    0;           0;    8;   code_table; Swell wave direction
  0;   22;   237;   -2;           0;   14;            m; Significant wave height
  0;   22;   238;   -2;           0;   14;            m; Maximum wave height
  0;   22;   239;    0;           0;    6;      numeric; Wave spectra direction count
  0;   22;   240;    0;           0;    6;      numeric; Wave spectra frequency count
  0;   22;   241;    3;      -32768;   16;      Nt/m**2; Wave stress u-component
  0;   22;   242;    3;      -32768;   16;      Nt/m**2; Wave stress v-component
  0;   22;   243;    0;           0;    7;      percent; Whitecap probability
  0;   22;   245;    2;           0;   16;        deg_K; Surface temperature
  0;   22;   246;    3;      -32768;   16;      Nt/m**2; Wind stress u-component
  0;   22;   247;    3;      -32768;   16;      Nt/m**2; Wind stress v-component
  0;   22;   248;    0;           0;   16;     deg_true; Wind wave direction
  0;   22;   249;    2;           0;   16;            m; Height of wind wave
  0;   22;   250;    1;           0;   16;            s; Period of wind waves
  0;   22;   251;    0;           0;    6;      numeric; Wave spectra direction
  0;   22;   252;    0;           0;    6;      numeric; Wave spectra frequency
  0;   22;   253;    0;           0;   16;     deg_true; Direction of swell waves
  0;   22;   254;    2;           0;   16;            m; Height of swell waves
  0;   22;   255;    1;           0;   16;            s; Period of swell waves
  0;   23;     1;    0;           0;    3;   code_table; Accident early notification - article applicable
  0;   23;     2;    0;           0;    5;   code_table; Activity or facility involved in incident
  0;   23;     3;    0;           0;    3;   code_table; Type of release
  0;   23;     4;    0;           0;    3;   code_table; Countermeasures taken near border
  0;   23;     5;    0;           0;    2;   code_table; Cause of incident
  0;   23;     6;    0;           0;    3;   code_table; Incident situation
  0;   23;     7;    0;           0;    3;   code_table; Characteristic of release
  0;   23;     8;    0;           0;    2;   code_table; State of current release
  0;   23;     9;    0;           0;    2;   code_table; State of expected release
  0;   23;    16;    0;           0;    2;   code_table; Possibility of significant chemical toxic health effect
  0;   23;    17;    6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;    18;    0;           0;    3;   code_table; release behavior over time
  0;   23;    19;    0;      -15000;   17;            m; Actual release height
  0;   23;    21;    0;      -15000;   17;            m; Effective release height
  0;   23;    22;    0;           0;   24;            m; Distance of relative point or site of
  0;   23;    23;    1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;    24;    2;           0;   13;          m/s; Main transport speed in water
  0;   23;    25;    2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;    27;    0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;    28;    0;           0;    9;     deg_true; Main transport direction in water
  0;   23;    29;    0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;    31;    0;           0;    2;   code_table; Possibility that plume will encounter precipitation in
  0;   23;    32;    0;           0;    2;   code_table; Plume will encounter change in wind direction
  0;   24;     1;  -11;           0;   28;           Bq; Estimate of radiatioactivity released up to specified
  0;   24;     2;  -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;     3;    0;           0;    5;   code_table; Composition of release
  0;   24;     4;    0;           0;   16;    CCITT_IA5; Element name
  0;   24;     5;    0;           0;    9;      numeric; Isotope mass
  0;   24;    11;    2;           0;   32;          mSv; Dose
  0;   24;    12;    2;           0;   32;          mSv; Trajectory dose (defined location and expected time
  0;   24;    13;    2;           0;   32;          mSv; Gamma dose in air along the main
  0;   24;    21;    2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross
  0;   24;    22;    2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   25;     1;   -1;           0;    6;            m; Range gate length
  0;   25;     2;    0;           0;    4;      numeric; Number of gates averaged
  0;   25;     3;    0;           0;    8;      numeric; Number of integrated pulses
  0;   25;     4;    0;           0;    2;   code_table; Echo processing
  0;   25;     5;    0;           0;    2;   code_table; Echo integration
  0;   25;     6;    0;           0;    3;   code_table; Z to R conversion
  0;   25;     7;    0;           0;   12;      numeric; Z to R conversion factor
  0;   25;     8;    2;           0;    9;      numeric; Z to R conversion exponent
  0;   25;     9;    0;           0;    4;   flag_table; Calibration method
  0;   25;    10;    0;           0;    4;   code_table; Clutter treatment
  0;   25;    11;    0;           0;    2;   code_table; Ground occultation correction (screening)
  0;   25;    12;    0;           0;    2;   code_table; Range attenuation correction
  0;   25;    13;    0;           0;    2;   flag_table; Bright band correction
  0;   25;    15;    0;           0;    2;   flag_table; Radome attenuation correction
  0;   25;    16;    5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;    17;    0;           0;    2;   flag_table; Precipitation attenuation correction
  0;   25;    19;    2;           0;    7;      numeric; A to Z law for attenuation exponent
  0;   25;    20;    0;           0;    2;   code_table; Mean speed estimation
  0;   25;    21;    0;           0;    8;   flag_table; Wind computation enhancement
  0;   25;    28;    7;           0;    6;      numeric; A to Z law for attenuation factor
  0;   25;    30;    0;           0;    2;   code_table; SST usage
  0;   25;    32;    0;           0;    2;   code_table; Wind profiler mode information
  0;   25;    33;    0;           0;    2;   code_table; Wind profiler submode information
  0;   25;    34;    0;           0;    4;   flag_table; Wind profiler Q/C test results
  0;   25;    40;    0;           0;    4;   code_table; CO2 wind product derivation
  0;   25;    41;    0;           0;    3;   code_table; Method of determining direction of moving platform
  0;   25;    42;    0;           0;    3;   code_table; Method of determining speed of moving platform
  0;   25;    43;    4;           0;   15;            s; Time sample interval (SSSS)
  0;   25;    44;    2;           0;   14;            m; Distance sample interval (SSSS)
  0;   25;    45;    0;           0;   21;   flag_table; HIRS channel combination
  0;   25;    46;    0;           0;    5;   flag_table; MSU channel combination
  0;   25;    47;    0;           0;    4;   flag_table; SSU channel combination
  0;   25;    48;    0;           0;   16;   flag_table; AMSU-A channel combination
  0;   25;    49;    0;           0;    6;   flag_table; AMSU-B channel combination
  0;   25;    51;    0;           0;    7;   flag_table; AVHRR channel combination
  0;   25;    53;    0;           0;   12;   flag_table; Observation quality
  0;   25;    60;    0;           0;   14;      numeric; Software identification
  0;   25;   192;    0;           0;    8;   code_table; Type of correction
  0;   25;   193;    0;           0;    3;   code_table; Land/sea flag
  0;   25;   194;    0;           0;    2;   code_table; Day/night flag
  0;   25;   195;    0;           0;    6;      numeric; Surface model pressure
  0;   25;   196;    0;           0;   16;      numeric; Scan line count
  0;   25;   197;    0;           0;    5;      numeric; Box counter
  0;   25;   198;    0;           0;    3;      numeric; Minibox counter
  0;   25;   199;    0;           0;    3;   code_table; Water vapor flag
  0;   25;   200;    0;           0;    3;   code_table; TOVS retrieval low 20
  0;   25;   201;    0;           0;    3;   code_table; TOVS retrieval temps high 20
  0;   25;   202;    0;           0;    2;   code_table; TOVS super adiabatic flag
  0;   25;   203;    0;           0;    2;   code_table; TOVS skin temperature flag
  0;   25;   204;    0;           0;    2;   code_table; Stratospheric sounding unit flag
  0;   25;   205;    0;           0;    4;   code_table; Latitude zones
  0;   25;   206;    0;           0;    4;   code_table; TOVS instrument combinations
  0;   25;   207;    0;           0;    6;      numeric; HIRS scan position number
  0;   25;   208;    0;           0;    8;   code_table; TARM flag
  0;   25;   209;    0;           0;    4;   code_table; DMSP flag
  0;   25;   211;    0;           0;   17;      numeric; B-scan start time
  0;   25;   212;    0;           0;    7;      numeric; Counter (1-64)
  0;   25;   213;    0;           0;    5;   code_table; Calculated surface type
  0;   25;   214;    0;           0;    3;   code_table; Season flag
  0;   25;   215;    0;        -127;    8;      numeric; Missing packet counter
  0;   25;   216;    0;           0;    3;   code_table; Observation Quality Code
  0;   26;     1;    1;           0;   12;           hr; Principle time of daily reading in UTC
  0;   26;     2;    1;           0;   12;           hr; Principle time of daily reading in UTC
  0;   26;     3;    0;       -1440;   12;          min; Time difference
  0;   27;     1;    5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;     2;    2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;     3;    2;       -9000;   15;          deg; Alternate latitude
  0;   27;    20;    0;           0;   16;      numeric; Satellite location counter
  0;   27;    21;    0;           0;   16;      numeric; Satellite sub-location dimensions
  0;   27;    31;    2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance
  0;   28;     1;    5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;     2;    2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;     3;    2;      -18000;   16;          deg; Alternate longtiude
  0;   28;    31;    2; -1073741824;   31;            m; In direction 90 degrees East, distance from
  0;   29;     1;    0;           0;    3;   code_table; Projection type
  0;   29;     2;    0;           0;    3;   code_table; Coordinate grid type (Wr)
  0;   30;     1;    0;           0;    4;      numeric; Pixel value (4 bits)
  0;   30;     2;    0;           0;    8;      numeric; Pixel value (8 bits)
  0;   30;     4;    0;           0;   16;      numeric; Pixel value (16 bits)
  0;   30;    21;    0;           0;   12;      numeric; Number of pixels per row
  0;   30;    22;    0;           0;   12;      numeric; Number of pixels per column
  0;   30;    31;    0;           0;    4;   code_table; Picture type
  0;   30;    32;    0;           0;   16;   flag_table; Combined picture
  0;   31;     0;    0;           0;    1;      numeric; Short delayed descriptor replication factor
  0;   31;     2;    0;           0;   16;      numeric; Extended delayed descriptor replication factor (65536 or
  0;   31;    12;    0;           0;   16;      numeric; Extended delayed descriptor and data replication factor
  0;   31;    21;    0;           0;    6;   code_table; Associated field significance
  0;   31;    31;    0;           0;    1;   flag_table; Data present indicator
  0;   31;   192;    0;           0;    8;   code_table; Associated QC indicator
  0;   31;   193;    0;           0;    8;   code_table; QC description identifier, indicates why a value
  0;   31;   194;    2;           0;    7;      numeric; Associated correlation
  0;   31;   195;    2;           0;    7;      numeric; Associated probability of error
  0;   31;   196;    0;           0;   13;   flag_table; UWI product confidence flag
  0;   31;   197;    0;           0;   12;      numeric; Solution probability
  0;   33;     2;    0;           0;    2;   code_table; Quality information
  0;   33;     3;    0;           0;    3;   code_table; Quality information
  0;   33;     7;    0;           0;    7;      percent; Per cent confidence
  0;   33;    20;    0;           0;    3;   code_table; Quality control indication of following value
  0;   33;    21;    0;           0;    2;   code_table; Quality of following value
  0;   33;    22;    0;           0;    2;   code_table; Quality of buoy satellite transmission
  0;   33;    23;    0;           0;    2;   code_table; Quality of buoy location
  0;   33;    24;    0;           0;    4;   code_table; Station elevation quality mark (for mobile stations)
  0;   33;    25;    0;           0;    3;   code_table; ACARS interpolated values table
  0;   33;    26;    0;           0;    6;   code_table; Mixing ratio quality
  0;   33;    35;    0;           0;    4;   code_table; manual/automatic quality control
  0;   33;    36;    0;           0;    7;      percent; nominal confidence threshold wind dir
  0;   48;     1;    0;           0;  128;    CCITT_IA5; Classification
  0;   48;     2;    0;           0;  128;    CCITT_IA5; Classification modifier
  0;   48;     3;    0;           0;  552;    CCITT_IA5; Release as
  0;   48;     4;    0;           0;   12;           yr; Declassification - year
  0;   48;     5;    0;           0;    4;           mo; Declassification - month
  0;   48;     6;    0;           0;    6;          day; Declassification - day
  0;   48;     7;    0;           0;  552;    CCITT_IA5; Release not
  0;   48;     8;    0;           0;   64;    CCITT_IA5; Sender of original observation data
  0;   48;     9;    0;           0;   80;    CCITT_IA5; Declassification instructions
  0;   48;    10;    0;           0;   12;           yr; Send - year
  0;   48;    11;    0;           0;    4;           mo; Send - month
  0;   48;    12;    0;           0;    6;          day; Send - day
  0;   48;    13;    0;           0;    4;           hr; Send - hour
  0;   48;    14;    0;           0;    6;          min; Send - minutes
  0;   48;    15;    0;           0;  552;    CCITT_IA5; Release to information
  0;   48;    16;    0;           0;    5;           hr; Send - hour
  0;   48;    17;    0;           0; 1104;    CCITT_IA5; Release to
  0;   48;    18;    0;           0;  552;    CCITT_IA5; Release not
  0;   48;    19;    0;           0;  552;    CCITT_IA5; Declassification instructions
  0;   48;    20;    0;           0;  552;    CCITT_IA5; Classification modifier
  0;   48;    21;    0;           0;  552;    CCITT_IA5; Sender of observational data
  0;   48;    22;    0;           0;  160;    CCITT_IA5; Classification
  0;   48;    27;    0;           0;   12;           yr; Receipt - year
  0;   48;    28;    0;           0;    4;           mo; Receipt - month
  0;   48;    29;    0;           0;    6;          day; Receipt - day
  0;   48;    30;    0;           0;    5;           hr; Receipt - hour
  0;   48;    31;    0;           0;    6;          min; Receipt - minutes
  0;   48;    32;    0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;   48;    33;    0;           0;   24;    CCITT_IA5; Receiving circuit
  0;   48;    34;    0;           0;    6;      numeric; Near-duplicate combination count
  0;   50;     1;    0;           0;    2;   code_table; Quality of measurement of pressure, sst, air
  0;   50;     2;    0;           0;    2;   code_table; Quality of buoy satellite transmission (QN)
  0;   50;     3;    0;           0;    4;   code_table; IGOSS quality codes (Qd, Qd1, Qd2, Q1,
  0;   50;     6;    0;           0;    3;   code_table; Location quality codes (QL)
  0;   50;    10;    2;           0;   15;        deg_K; GDEM temperature
  0;   50;    14;    2;           0;   15;        deg_K; Feature model temperature
  0;   50;    18;    0;           0;   16;      numeric; Reliability
  0;   50;    33;    0;           0;    8;      numeric; Count of boundary points
  0;   50;    34;    3;           0;   16;      numeric; Frequency ratio
  0;   50;    35;    0;           0;   12;            s; Time step of data (time increment)
  0;   50;    42;    2;           0;   12;      numeric; Mean wave direction
  0;   50;    43;    3;           0;   12;      numeric; Mean wave frequency
  0;   50;    44;    4;           0;   12;      numeric; First frequency
  0;   50;   100;    0;           0;   12;           yr; Analysis DTG - year
  0;   50;   101;    0;           0;    4;           mo; Analysis DTG - month
  0;   50;   102;    0;           0;    6;          day; Analysis DTG - day
  0;   50;   103;    0;           0;    5;           hr; Analysis DTG - hour
  0;   50;   104;    0;           0;    6;      numeric; Last observed sea depth
  0;   51;     3;    0;           0;    5;   flag_table; Processing status
  0;   51;     6;    0;           0;    6;      numeric; Combination count
  0;   51;     7;    0;           0;    2;   code_table; Quality control process status
grads-2.0.1/data/tables/B3M-000-008-B0000644000175000017500000017123507750236075017440 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabB-5-2000.txt
# Master Table B Version 8
#
#                   Reference    Bit
# F   X    Y Scale    Value     Width     Units     Comments
#--------------------------------------------------------------
# Class 00 - BUFR table entries
  0;  0;   1;    0;           0;   24;   CCITT_IA5; Table A:  entry
  0;  0;   2;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 1"
  0;  0;   3;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 2"
  0;  0;   5;    0;           0;   24;   CCITT_IA5; BUFR edition number
  0;  0;  10;    0;           0;    8;   CCITT_IA5; F descriptor to be added or defined
  0;  0;  11;    0;           0;   16;   CCITT_IA5; X descriptor to be added or defined
  0;  0;  12;    0;           0;   24;   CCITT_IA5; Y descriptor to be added or defined
  0;  0;  13;    0;           0;  256;   CCITT_IA5; "Element name, line 1"
  0;  0;  14;    0;           0;  256;   CCITT_IA5; "Element name, line 2"
  0;  0;  15;    0;           0;  192;   CCITT_IA5; Units name
  0;  0;  16;    0;           0;    8;   CCITT_IA5; Units scale sign
  0;  0;  17;    0;           0;   24;   CCITT_IA5; Units scale
  0;  0;  18;    0;           0;    8;   CCITT_IA5; Units reference sign
  0;  0;  19;    0;           0;   80;   CCITT_IA5; Units reference value
  0;  0;  20;    0;           0;   24;   CCITT_IA5; Element data width
  0;  0;  30;    0;           0;   48;   CCITT_IA5; Descriptor defining sequence
# Class 01 - Identification
  0;  1;   1;    0;           0;    7;     Numeric; WMO block number
  0;  1;   2;    0;           0;   10;     Numeric; WMO station number
  0;  1;   3;    0;           0;    3;  Code_Table; WMO Region number/geographical area
  0;  1;   4;    0;           0;    3;     Numeric; WMO Region sub-area (see Note 9)
  0;  1;   5;    0;           0;   17;     Numeric; Buoy/platform identifier
  0;  1;   6;    0;           0;   64;   CCITT_IA5; Aircraft flight number
  0;  1;   7;    0;           0;   10;  Code_Table; Satellite identifier
  0;  1;   8;    0;           0;   64;   CCITT_IA5; Aircraft registration number
  0;  1;   9;    0;           0;   64;   CCITT_IA5; Type of commercial aircraft
  0;  1;  10;    0;           0;   64;   CCITT_IA5; Stationary buoy platform identifier; e.g. C-MAN buoys
  0;  1;  11;    0;           0;   72;   CCITT_IA5; Ship or mobile land station identifier
  0;  1;  12;    0;           0;    9; Degree_true; Direction of motion of moving observing platform
  0;  1;  13;    0;           0;   10;       m s–1; Speed of motion of moving observing platform
  0;  1;  14;    2;           0;   10;       m s–1; Platform drift speed (high precision)
  0;  1;  15;    0;           0;  160;   CCITT_IA5; Station or site name
  0;  1;  18;    0;           0;   40;   CCITT_IA5; Short station or site name
  0;  1;  20;    0;           0;    4;     Numeric; WMO Region sub-area
  0;  1;  21;    0;           0;   14;     Numeric; Synoptic feature identifier
  0;  1;  22;    0;           0;  224;   CCITT_IA5; Name of feature (see Note 11)
  0;  1;  25;    0;           0;   24;   CCITT_IA5; Storm identifier
  0;  1;  26;    0;           0;   64;   CCITT_IA5; WMO storm name*
  0;  1;  27;    0;           0;   80;   CCITT_IA5; WMO long storm name
  0;  1;  31;    0;           0;   16;  Code_Table; Identification of originating/generating centre (see Note 10)
  0;  1;  32;    0;           0;    8;  Code_Table; Generating application
  0;  1;  33;    0;           0;    8;  Code_Table; Identification of originating/generating centre
  0;  1;  34;    0;           0;    8;  Code_Table; Identification of originating/generating sub-centre
  0;  1;  41;    5; -1073741824;   31;       m s-1; Absolute platform velocity - first component (see Note 6)
  0;  1;  42;    5; -1073741824;   31;       m s-1; Absolute platform velocity - second component (see Note 6)
  0;  1;  43;    5; -1073741824;   31;       m s-1; Absolute platform velocity - third component (see Note 6)
  0;  1;  50;    0;           0;   17;     Numeric; Platform transmitter ID number
  0;  1;  51;    0;           0;   96;   CCITT_IA5; Platform transmitter ID number
  0;  1;  60;    0;           0;   64;   CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;  1;  62;    0;           0;   32;   CCITT_IA5; Short ICAO location indicator
  0;  1;  63;    0;           0;   64;   CCITT_IA5; ICAO location indicator
  0;  1;  64;    0;           0;   32;   CCITT_IA5; Runway designator
  0;  1;  75;    0;           0;   40;   CCITT_IA5; Tide station identification
# Class 02 - Instrumentation
  0;  2;   1;    0;           0;    2;  Code_Table; Type of station
  0;  2;   2;    0;           0;    4;  Flag_Table; Type of instrumentation for wind measurement
  0;  2;   3;    0;           0;    4;  Code_Table; Type of measuring equipment used
  0;  2;   4;    0;           0;    4;  Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;  2;   5;    2;           0;    7;           K; Precision of temperature observation
  0;  2;  11;    0;           0;    8;  Code_Table; Radiosonde type
  0;  2;  12;    0;           0;    4;  Code_Table; Radiosonde computational method
  0;  2;  13;    0;           0;    4;  Code_Table; Solar and infrared radiation correction
  0;  2;  14;    0;           0;    7;  Code_Table; Tracking technique/status of system used
  0;  2;  15;    0;           0;    4;  Code_Table; Radiosonde completeness
  0;  2;  19;    0;           0;   11;  Code_Table; Satellite instruments
  0;  2;  20;    0;           0;    9;  Code_Table; Satellite classification
  0;  2;  21;    0;           0;    9;  Flag_Table; Satellite instrument data used in processing*
  0;  2;  22;    0;           0;    8;  Flag_Table; Satellite data-processing technique used
  0;  2;  23;    0;           0;    4;  Code_Table; Satellite derived wind computation method
  0;  2;  24;    0;           0;    4;  Code_Table; Integrated mean humidity computational method
  0;  2;  25;    0;           0;   25;  Flag_Table; Satellite channel(s) used in computation
  0;  2;  26;    2;           0;   12;           m; Cross track resolution
  0;  2;  27;    2;           0;   12;           m; Along track resolution
  0;  2;  28;    0;           0;   18;           m; Segment size at nadir in X direction
  0;  2;  29;    0;           0;   18;           m; Segment size at nadir in Y direction
  0;  2;  30;    0;           0;    3;  Code_Table; Method of current measurement
  0;  2;  31;    0;           0;    5;  Code_Table; Duration and time of current measurement
  0;  2;  32;    0;           0;    2;  Code_Table; Indicator for digitization
  0;  2;  33;    0;           0;    3;  Code_Table; Method of salinity/depth measurement
  0;  2;  34;    0;           0;    5;  Code_Table; Drogue type
  0;  2;  35;    0;           0;    9;           m; Cable length
  0;  2;  36;    0;           0;    2;  Code_Table; Buoy type
  0;  2;  37;    0;           0;    3;  Code_Table; Method of tidal observation
  0;  2;  38;    0;           0;    4;  Code_Table; Method of sea-surface temperature measurement
  0;  2;  39;    0;           0;    3;  Code_Table; Method of wet-bulb temperature measurement
  0;  2;  40;    0;           0;    4;  Code_Table; Method of removing velocity and motion of platform from current
  0;  2;  41;    0;           0;    6;  Code_Table; Method for estimating reports related to synoptic features
  0;  2;  44;    0;           0;    4;  Code_Table; Indicator for method of calculating spectral wave data
  0;  2;  45;    0;           0;    4;  Code_Table; Indicator for type of platform
  0;  2;  46;    0;           0;    4;  Code_Table; Wave measurement instrumentation
  0;  2;  48;    0;           0;    4;  Code_Table; Satellite sensor indicator
  0;  2;  49;    0;           0;    8;  Flag_Table; Geostationary satellite data-processing technique used
  0;  2;  50;    0;           0;   20;  Flag_Table; Geostationary sounder satellite channels used
  0;  2;  51;    0;           0;    4;  Code_Table; Indicator to specify observing method for extreme temperatures
  0;  2;  52;    0;           0;    6;  Flag_Table; Geostationary imager satellite channels used
  0;  2;  53;    0;           0;    4;  Code_Table; GOES-I/M brightness temperature characteristics
  0;  2;  54;    0;           0;    4;  Code_Table; GOES-I/M soundings parameter characteristics
  0;  2;  55;    0;           0;    4;  Code_Table; Geostationary soundings statistical parameters
  0;  2;  56;    0;           0;    4;  Code_Table; Geostationary soundings accuracy statistics
  0;  2;  57;    0;           0;    4;  Code_Table; Origin of first guess information for GOES-I/M soundings
  0;  2;  58;    0;           0;    4;  Valid times of first guess information for GOES-I/M soundings
  0;  2;  59;    0;           0;    4;  Code_Table; Origin of analysis information for GOES-I/M soundings
  0;  2;  60;    0;           0;    4;  Code_Table; Origin of surface information for GOES-I/M soundings
  0;  2;  61;    0;           0;    3;  Code_Table; Aircraft navigational system
  0;  2;  62;    0;           0;    4;  Code_Table; Type of aircraft data relay system
  0;  2;  63;    2;      -18000;   16;      Degree; Aircraft roll angle
  0;  2;  64;    0;           0;    2;  Code_Table; Aircraft roll angle quality
  0;  2;  65;    0;           0;   40;   CCITT_IA5; ACARS ground receiving station
  0;  2;  70;    0;           0;    4;  Code_Table; Original specification of latitude/longitude
  0;  2;  91;    0;           4;   10;           A; Entry sensor 4/20 mA
  0;  2; 100;    1;           0;   12;          dB; Radar constant*
  0;  2; 101;    0;           0;    4;  Code_Table; Type of antenna
  0;  2; 102;    0;           0;    8;           m; Antenna height above tower base
  0;  2; 103;    0;           0;    2;  Flag_Table; Radome
  0;  2; 104;    0;           0;    4;  Code_Table; Antenna polarisation
  0;  2; 105;    0;           0;    6;          dB; Maximum antenna gain
  0;  2; 106;    1;           0;    6;      Degree; 3-dB beamwidth
  0;  2; 107;    0;           0;    6;          dB; Sidelobe suppression
  0;  2; 108;    0;           0;    6;          dB; Crosspol discrimination (on axis)
  0;  2; 109;    2;           0;   12;  Degree s-1; Antenna speed (azimuth)
  0;  2; 110;    2;           0;   12;  Degree s-1; Antenna speed (elevation)
  0;  2; 111;    1;           0;   10;      Degree; Radar incidence angle
  0;  2; 112;    1;           0;   12;      Degree; Radar look angle
  0;  2; 113;    0;           0;    4;     Numeric; Number of azimuth looks
  0;  2; 114;    0;           0;   15;          m2; Antenna effective surface area
  0;  2; 121;   -8;           0;    7;          Hz; Mean frequency
  0;  2; 122;   -6;        -128;    8;          Hz; Frequency agility range
  0;  2; 123;   -4;           0;    7;           W; Peak power
  0;  2; 124;   -1;           0;    7;           W; Average power
  0;  2; 125;   -1;           0;    8;          Hz; Pulse repetition frequency
  0;  2; 126;    7;           0;    6;           s; Pulse width
  0;  2; 127;   -6;           0;    7;          Hz; Receiver intermediate frequency
  0;  2; 128;   -5;           0;    6;          Hz; Intermediate frequency bandwidth
  0;  2; 129;    0;        -150;    5;          dB; Minimum detectable signal
  0;  2; 130;    0;           0;    7;          dB; Dynamic range
  0;  2; 131;    0;           0;    2;  Flag_Table; Sensitivity time control (STC)
  0;  2; 132;    2;           0;    6;      Degree; Azimuth pointing accuracy
  0;  2; 133;    2;           0;    6;      Degree; Elevation pointing accuracy
  0;  2; 134;    2;           0;   16;      Degree; Antenna beam azimuth
  0;  2; 135;    2;       -9000;   15;      Degree; Antenna elevation
  0;  2; 136;   -3;           0;   16;           m; Range processed by range attenuation correction
  0;  2; 140;    0;           0;    9;      Degree; Satellite radar beam azimuth angle
  0;  2; 141;    0;           0;   24;   CCITT_IA5; Measurement type
  0;  2; 142;    0;           0;   32;   CCITT_IA5; Ozone instrument serial number/ identification
  0;  2; 143;    0;           0;    7;  Code_Table; Ozone instrument type
  0;  2; 144;    0;           0;    4;  Code_Table; Light source type for Brewer spectro photometer
  0;  2; 145;    0;           0;    4;  Code_Table; Wave length setting for Dobson instruments
  0;  2; 146;    0;           0;    4;  Code_Table; Source conditions for Dobson instruments
  0;  2; 148;    0;           0;    5;  Code_Table; Data collection and/or location system
  0;  2; 149;    0;           0;    6;  Code_Table; Type of data buoy
  0;  2; 150;    0;           0;    6;  Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number
  0;  2; 151;    0;           0;    4;  Code_Table; Radiometer identifier
  0;  2; 152;    0;           0;   31;  Flag_Table; Satellite instrument used in data processing(6)
  0;  2; 153;   -8;           0;   26;          Hz; Satellite channel centre frequency
  0;  2; 154;   -8;           0;   26;          Hz; Satellite channel band width
  0;  2; 163;    0;           0;    4;  Code_Table; Height assignment method
  0;  2; 164;    0;           0;    3;  Code_Table; Tracer correlation method
  0;  2; 166;    0;           0;    4;  Code_Table; Radiance type
  0;  2; 167;    0;           0;    4;  Code_Table; Radiance computational method
  0;  2; 168;   -3;           0;   16;          Pa; Hydrostatic pressure of lower end of cable (thermistor string)
  0;  2; 169;    0;           0;    4;  Code_Table; Anemometer type
# Class 04 - Location (time)
  0;  4;   1;    0;           0;   12;        Year; Year
  0;  4;   2;    0;           0;    4;       Month; Month
  0;  4;   3;    0;           0;    6;         Day; Day
  0;  4;   4;    0;           0;    5;        Hour; Hour
  0;  4;   5;    0;           0;    6;      Minute; Minute
  0;  4;   6;    0;           0;    6;      Second; Second
  0;  4;  11;    0;       -1024;   11;        Year; Time increment
  0;  4;  12;    0;       -1024;   11;       Month; Time increment
  0;  4;  13;    0;       -1024;   11;         Day; Time increment
  0;  4;  14;    0;       -1024;   11;        Hour; Time increment
  0;  4;  15;    0;       -2048;   12;      Minute; Time increment
  0;  4;  16;    0;       -4096;   13;      Second; Time increment
  0;  4;  21;    0;       -1024;   11;        Year; Time period or displacement
  0;  4;  22;    0;       -1024;   11;       Month; Time period or displacement
  0;  4;  23;    0;       -1024;   11;         Day; Time period or displacement
  0;  4;  24;    0;       -2048;   12;        Hour; Time period or displacement
  0;  4;  25;    0;       -2048;   12;      Minute; Time period or displacement
  0;  4;  26;    0;       -4096;   13;      Second; Time period or displacement
  0;  4;  31;    0;           0;    8;        Hour; Duration of time relating to following value
  0;  4;  32;    0;           0;    6;      Minute; Duration of time relating to following value
  0;  4;  41;    0;       -1440;   12;      Minute; "Time difference, UTC -LMT (see Note 6)"
  0;  4;  43;    0;           0;    9;         Day; Day of the year
  0;  4;  53;    0;           0;    6;     Numeric; Number of days with precipitation equal to or more than 1 mm
  0;  4;  65;    0;        -128;    8;      Minute; Short time increment
  0;  4;  73;    0;        -128;    8;         Day; Short time period or displacement
  0;  4;  74;    0;        -128;    8;        Hour; Short time period or displacement
  0;  4;  75;    0;        -128;    8;      Minute; Short time period or displacement
# Class 05 - Location (horizontal -1)
  0;  5;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0;  5;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0;  5;  11;    5;    -9000000;   25;      Degree; Latitude increment (high accuracy)
  0;  5;  12;    2;       -9000;   15;      Degree; Latitude increment (coarse accuracy)
  0;  5;  21;    2;           0;   16; Degree_true; Bearing or azimuth
  0;  5;  22;    2;           0;   16; Degree_true; Solar azimuth
  0;  5;  30;    0;           0;   12;      Degree; Direction (spectral)
  0;  5;  31;    0;           0;   12;     Numeric; Row number
  0;  5;  33;   -1;           0;   16;           m; Pixel size on horizontal - 1
  0;  5;  34;    0;           0;   11;     Numeric; Along track row number
  0;  5;  40;    0;           0;   24;     Numeric; Orbit number
  0;  5;  41;    0;           0;    8;     Numeric; Scan line number
  0;  5;  42;    0;           0;    6;     Numeric; Channel number
  0;  5;  43;    0;           0;    8;     Numeric; Field of view number
  0;  5;  52;    0;           0;    5;     Numeric; Channel number increment
  0;  5;  53;    0;           0;    5;     Numeric; Field of view number increment
# Class 06 - Location (horizontal - 2)
  0;  6;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0;  6;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0;  6;  11;    5;   -18000000;   26;      Degree; Longitude increment (high accuracy)
  0;  6;  12;    2;      -18000;   16;      Degree; Longitude increment (coarse accuracy)
  0;  6;  21;   -1;           0;   13;           m; Distance
  0;  6;  30;    5;           0;   13;     rad m-1; Wave number (spectral)
  0;  6;  31;    0;           0;   12;     Numeric; Column number
  0;  6;  33;   -1;           0;   16;           m; Pixel size on horizontal - 2
  0;  6;  34;    0;           0;    7;     Numeric; Cross-track cell number
  0;  6;  40;    0;           0;   13;           m; Radius of confidence
# Class 07 - Location (vertical)
  0;  7;   1;    0;        -400;   15;           m; Height of station
  0;  7;   2;   -1;         -40;   16;           m; Height or altitude
  0;  7;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0;  7;   4;   -1;           0;   14;          Pa; Pressure
  0;  7;   5;    0;        -400;   12;           m; Height increment
  0;  7;   6;    0;           0;   15;           m; Height above station
  0;  7;   7;    0;       -1000;   17;           m; Height
  0;  7;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0;  7;   9;    0;           0;   17;         gpm; Geopotential height
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation (see Note 1)
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation
  0;  7;  22;    2;       -9000;   15;      Degree; Solar elevation
  0;  7;  24;    2;       -9000;   15;      Degree; Satellite zenith angle
  0;  7;  25;    2;       -9000;   15;      Degree; Solar zenith angle
  0;  7;  61;    2;           0;   14;           m; Depth below land surface
  0;  7;  62;    1;           0;   17;           m; Depth below sea/water surface
  0;  7;  64;    0;           0;    4;           m; Height above station (sensor height artificially corrected) (see Note 2)
  0;  7;  70;    0;           0;   10;           m; Drogue depth
# Class 08 - Significance qualifiers
  0;  8;   1;    0;           0;    7;  Flag_Table; Vertical sounding significance
  0;  8;   2;    0;           0;    6;  Code_Table; Vertical significance (surface observations)
  0;  8;   3;    0;           0;    6;  Code_Table; Vertical significance (satellite observations)
  0;  8;   4;    0;           0;    3;  Code_Table; Phase of aircraft flight
  0;  8;   5;    0;           0;    4;  Code_Table; Meteorological attribute significance
  0;  8;   6;    0;           0;    9;  Flag_Table; Ozone vertical sounding significance
  0;  8;   7;    0;           0;    4;  Code_Table; Dimensional significance
  0;  8;   8;    0;           0;    9;  Flag_Table; Radiation vertical sounding significance
  0;  8;  11;    0;           0;    6;  Code_Table; Meteorological feature
  0;  8;  12;    0;           0;    2;  Code_Table; Land/sea qualifier
  0;  8;  13;    0;           0;    2;  Code_Table; Day/night qualifier
  0;  8;  14;    0;           0;    4;  Code_Table; Qualifier for runway visual range
  0;  8;  16;    0;           0;    3;  Code_Table; Change qualifier of a trend-type forecast or an aerodrome forecast
  0;  8;  17;    0;           0;    2;  Code_Table; Qualifier of the time when the forecast change is expected
  0;  8;  18;    0;           0;   17;  Flag_Table; SEAWINDS land/ice surface type
  0;  8;  20;    0;           0;   16;     Numeric; Total number of missing entities (with respect to accumulation or average)
  0;  8;  21;    0;           0;    5;  Code_Table; Time significance
  0;  8;  22;    0;           0;   16;     Numeric; Total number (with respect to accumulation or average)
  0;  8;  23;    0;           0;    6;  Code_Table; First order statistics
  0;  8;  24;    0;           0;    6;  Code_Table; Difference statistics
  0;  8;  25;    0;           0;    4;  Code_Table; Time difference qualifier
  0;  8;  30;    0;           0;   13;     Numeric; "Manual on Codes (Volume I.1, Section C) Code table from which data are derived"
  0;  8;  31;    0;           0;    8;     Numeric; Data category CREX table A
  0;  8;  35;    0;           0;    3;  Code_Table; Type of monitoring exercise
  0;  8;  36;    0;           0;    3;  Code_Table; Type of centre or station performing monitoring
  0;  8;  51;    0;           0;    3;  Code_Table; Qualifier for number of missing values in calculation of statistic
  0;  8;  52;    0;           0;    5;  Code_Table; Condition for which number of days of occurrence follows
  0;  8;  53;    0;           0;    2;  Code_Table; Day of occurrence qualifier
  0;  8;  60;    0;           0;    4;  Code_Table; Sample scanning mode significance
  0;  8;  70;    0;           0;    4;  Code_Table; TOVS/ATOVS product qualifier
  0;  8;  72;    0;           0;    3;  Code_Table; Pixel(s) type
# Class 10 - Non-coordinate location (vertical)
  0; 10;   1;    0;        -400;   15;           m; Height of land surface
  0; 10;   2;   -1;         -40;   16;           m; Height
  0; 10;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0; 10;   4;   -1;           0;   14;          Pa; Pressure
  0; 10;   7;    0;       -1000;   17;           m; Height
  0; 10;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0; 10;   9;    0;           0;   17;         gpm; Geopotential height
  0; 10;  31;    2; -1073741824;   31;           m; "In direction of the North Pole, distance from the Earth’s centre"
  0; 10;  50;    2;           0;   16;           m; Standard deviation altitude
  0; 10;  51;   -1;           0;   14;          Pa; Pressure reduced to mean sea level
  0; 10;  52;   -1;           0;   14;          Pa; Altimeter setting (QNH)
  0; 10;  60;   -1;       -1024;   11;          Pa; Pressure change
  0; 10;  61;   -1;        -500;   10;          Pa; 3-hour pressure change
  0; 10;  62;   -1;       -1000;   11;          Pa; 24-hour pressure change
  0; 10;  63;    0;           0;    4;  Code_Table; Characteristic of pressure tendency
  0; 10;  70;    0;        -400;   16;           m; Indicated aircraft altitude
# Class 11 - Wind and turbulence
  0; 11;   1;    0;           0;    9; Degree_true; Wind direction
  0; 11;   2;    1;           0;   12;       m s-1; Wind speed
  0; 11;   3;    1;       -4096;   13;       m s-1; u-component
  0; 11;   4;    1;       -4096;   13;       m s-1; v-component
  0; 11;   5;    1;        -512;   10;      Pa s-1; w-component
  0; 11;   6;    2;       -4096;   13;       m s-1; w-component
  0; 11;  11;    0;           0;    9; Degree_true; Wind direction at 10 m
  0; 11;  12;    1;           0;   12;       m s-1; Wind speed at 10 m
  0; 11;  13;    0;           0;    9; Degree_true; Wind direction at 5 m
  0; 11;  14;    1;           0;   12;       m s-1; Wind speed at 5 m
  0; 11;  16;    0;           0;    9; Degree_true; Extreme counterclockwise wind direction of a variable wind
  0; 11;  17;    0;           0;    9; Degree_true; Extreme clockwise wind direction of a variable wind
  0; 11;  19;    0;           0;    7;           %; Steadiness of wind*
  0; 11;  21;    9;      -65536;   17;         s-1; Relative vorticity
  0; 11;  22;    9;      -65536;   17;         s-1; Divergence
  0; 11;  23;   -2;      -65536;   17;      m2 s-1; Velocity potential
  0; 11;  31;    0;           0;    4;  Code_Table; Degree of turbulence
  0; 11;  32;   -1;         -40;   16;           m; Height of base of turbulence
  0; 11;  33;   -1;         -40;   16;           m; Height of top of turbulence
  0; 11;  34;    1;       -1024;   11;       m s-1; Vertical gust velocity
  0; 11;  35;    2;       -8192;   14;       m s-2; Vertical gust acceleration
  0; 11;  36;    1;           0;   10;       m s-1; Maximum derived equivalent vertical gust speed
  0; 11;  40;    1;           0;   12;       m s-1; Maximum wind speed (mean wind)
  0; 11;  41;    1;           0;   12;       m s-1; Maximum wind speed (gusts)
  0; 11;  42;    1;           0;   12;       m s-1; Maximum wind speed (10-min mean wind)
  0; 11;  43;    0;           0;    9; Degree_true; Maximum wind gust direction
  0; 11;  44;    0;           0;    9; Degree_true; Mean wind direction for surface - 1500 m (5000 feet)
  0; 11;  45;    1;           0;   12;       m s-1; Mean wind speed for surface - 1500 m (5000 feet)
  0; 11;  49;    0;           0;    9; Degree_true; Standard deviation of wind direction
  0; 11;  50;    1;           0;   12;       m s-1; Standard deviation of horizontal wind speed
  0; 11;  51;    1;           0;    8;       m s-1; Standard deviation of vertical wind speed
  0; 11;  52;    2;           0;   14;       m s-1; Formal uncertainty in wind speed
  0; 11;  53;    2;           0;   15; Degree_true; Formal uncertainty in wind direction
  0; 11;  61;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer below
  0; 11;  62;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer above
  0; 11;  70;    0;           0;   32;   CCITT_IA5; Designator of the runway affected by wind shear (including ALL)
  0; 11;  71;    3;        -128;   14;      m2 s-2; Turbulent vertical momentum flux
  0; 11;  72;    3;        -128;   11;     K m s-1; Turbulent vertical buoyancy flux
  0; 11;  73;    2;       -1024;   13;      m2 s-2; Turbulent kinetic energy
  0; 11;  74;    2;       -1024;   10;      m2 s-2; Dissipation energy
  0; 11;  75;    2;           0;    8;    m2/3 s-1; Mean turbulence intensity (eddy dissipation rate)
  0; 11;  76;    2;           0;    8;    m2/3 s-1; Peak turbulence intensity (eddy dissipation rate)
  0; 11;  81;    2;           0;   16; Degree_true; Model wind direction at 10m
  0; 11;  82;    2;           0;   13;       m s-1; Model wind speed at 10m
# Class 12 - Temperature
  0; 12;   1;    1;           0;   12;           K; Temperature/dry-bulb temperature
  0; 12;   2;    1;           0;   12;           K; Wet-bulb temperature
  0; 12;   3;    1;           0;   12;           K; Dew-point temperature
  0; 12;   4;    1;           0;   12;           K; Dry-bulb temperature at 2 m
  0; 12;   5;    1;           0;   12;           K; Wet-bulb temperature at 2 m
  0; 12;   6;    1;           0;   12;           K; Dew-point temperature at 2 m
  0; 12;   7;    1;           0;   12;           K; Virtual temperature
  0; 12;  11;    1;           0;   12;           K; "Maximum temperature, at height and over period specified"
  0; 12;  12;    1;           0;   12;           K; "Minimum temperature, at height and over period specified"
  0; 12;  13;    1;           0;   12;           K; "Ground minimum temperature, past 12 hours"
  0; 12;  14;    1;           0;   12;           K; "Maximum temperature at 2 m, past 12 hours"
  0; 12;  15;    1;           0;   12;           K; "Minimum temperature at 2 m, past 12 hours"
  0; 12;  16;    1;           0;   12;           K; "Maximum temperature at 2 m, past 24 hours"
  0; 12;  17;    1;           0;   12;           K; "Minimum temperature at 2 m, past 24 hours"
  0; 12;  30;    1;           0;   12;           K; Soil temperature
  0; 12;  51;    1;           0;   10;           K; Standard deviation temperature
  0; 12;  52;    1;           0;   12;           K; Highest daily mean temperature
  0; 12;  53;    1;           0;   12;           K; Lowest daily mean temperature
  0; 12;  61;    1;           0;   12;           K; Skin temperature
  0; 12;  62;    1;           0;   12;           K; Equivalent black body temperature
  0; 12;  63;    1;           0;   12;           K; Brightness temperature
  0; 12;  64;    1;           0;   12;           K; Instrument temperature
  0; 12;  71;    1;           0;   12;           K; Coldest cluster temperature
  0; 12;  72;    6;           0;   31;  W m-2 sr-1; Radiance
  0; 12;  75;   -3;           0;   16;  W m-3 sr-1; Spectral radiance
  0; 12;  76;    3;           0;   16;  W m-2 sr-1; Radiance
# Class 13 - Hygrographic and hydrological elements
  0; 13;   1;    5;           0;   14;     kg kg-1; Specific humidity
  0; 13;   2;    5;           0;   14;     kg kg-1; Mixing ratio
  0; 13;   3;    0;           0;    7;           %; Relative humidity
  0; 13;   4;   -1;           0;   10;          Pa; Vapour pressure
  0; 13;   5;    3;           0;    7;      kg m-3; Vapour density
  0; 13;   6;   -1;         -40;   16;           m; Mixing heights
  0; 13;  11;    1;          -1;   14;      kg m-2; Total precipitation/total water equivalent
  0; 13;  12;    2;          -2;   12;           m; Depth of fresh snow
  0; 13;  13;    2;          -2;   16;           m; Total snow depth
  0; 13;  14;    4;           0;   12;  kg m-2 s-1; Rainfall/water equivalent of snow (averaged rate)
  0; 13;  15;    7;           0;   12;       m s-1; Snowfall  (averaged rate)
  0; 13;  16;    0;           0;    7;      kg m-2; Precipitable water
  0; 13;  19;    1;          -1;   14;      kg m-2; Total precipitation past 1 hour
  0; 13;  20;    1;          -1;   14;      kg m-2; Total precipitation past 3 hours
  0; 13;  21;    1;          -1;   14;      kg m-2; Total precipitation past 6 hours
  0; 13;  22;    1;          -1;   14;      kg m-2; Total precipitation past 12 hours
  0; 13;  23;    1;          -1;   14;      kg m-2; Total precipitation past 24 hours
  0; 13;  31;    0;           0;    7;      kg m-2; Evapotranspiration
  0; 13;  32;    1;           0;    8;      kg m-2; Evaporation/evapotranspiration
  0; 13;  33;    1;           0;   10;      kg m-2; Evaporation/evapotranspiration
  0; 13;  38;    0;           0;    2;  Code_Table; Superadiabatic indicator
  0; 13;  39;    0;           0;    3;  Code_Table; Terrain type (ice/snow)
  0; 13;  41;    0;           0;    4;  Code_Table; Pasquill-Gifford stability category
  0; 13;  42;    0;         -20;    6;           K; Parcel lifted index (to 500 hPa)
  0; 13;  43;    0;         -20;    6;           K; Best lifted index (to 500 hPa)
  0; 13;  51;    0;           0;    4;  Code_Table; "Frequency group, precipitation"
  0; 13;  52;    1;          -1;   14;      kg m-2; Highest daily amount of precipitation
  0; 13;  60;    1;         -10;   17;      kg m-2; Total accumulated precipitation
  0; 13;  71;    2;           0;   14;           m; Upstream water level
  0; 13;  72;    2;           0;   14;           m; Downstream water level
  0; 13;  73;    2;           0;   14;           m; Maximum water level
  0; 13;  80;    1;           0;   10;     pH unit; Water pH
  0; 13;  81;    3;           0;   14; Siemens m-1; Water conductivity
  0; 13;  82;    1;           0;   12;           K; Water temperature
  0; 13;  83;    6;           0;   15;      Kg m-3; Dissolved oxygen
  0; 13;  84;    0;           0;   14;       Lumen; Turbidity
  0; 13;  85;    3;           0;   14;           V; Oxydation Reduction Potential (ORP)
# Class 14 - Radiation and radiance
  0; 14;   1;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over 24 hours"
  0; 14;   2;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over period specified"
  0; 14;   3;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over 24 hours"
  0; 14;   4;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over period specified"
  0; 14;  11;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over 24 hours"
  0; 14;  12;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over period specified"
  0; 14;  13;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over 24 hours"
  0; 14;  14;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over period specified"
  0; 14;  15;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over 24 hours"
  0; 14;  16;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over period specified"
  0; 14;  17;   -3;       -2048;   12;       W m-2; Instantaneous long-wave radiation
  0; 14;  18;   -3;       -2048;   12;       W m-2; Instantaneous short-wave radiation
  0; 14;  19;    0;           0;    7;           %; Surface albedo
  0; 14;  20;   -4;           0;   15;       J m-2; "Global solar radiation, integrated over 24 hours"
  0; 14;  21;   -4;           0;   15;       J m-2; "Global radiation, integrated over period specified"
  0; 14;  22;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over 24 hours"
  0; 14;  23;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over period specified"
  0; 14;  24;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over 24 hours"
  0; 14;  25;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over period specified"
  0; 14;  26;    0;           0;    7;           %; Albedo at the top of clouds
  0; 14;  27;    0;           0;    7;           %; Albedo
  0; 14;  31;    0;           0;   11;      Minute; Total sunshine
  0; 14;  32;    0;           0;   10;        Hour; Total sunshine
  0; 14;  33;    0;           0;    9;           %; Total sunshine
  0; 14;  42;    0;           0;    7;           %; Bidirectional reflectance
  0; 14;  45;    0;           0;   11;Wm-2 sr-1 cm-1; Channel radiance
  0; 14;  51;   -3;           0;   14;       J m-2; Direct solar radiation integrated over last hour
# Class 15 - Physical/chemical constituents
  0; 15;   1;    0;           0;   10;      Dobson; Ozone
  0; 15;   2;    2;           0;   10;     Numeric; Air mass (slant path at 22 km)
  0; 15;   3;    4;           0;    9;      Pascal; Measured ozone partial pressure (sounding)
  0; 15;   4;    3;           0;   11;     Numeric; Ozone sounding correction factor
  0; 15;   5;    0;           0;   10;          DU; Ozone p
  0; 15;  11;    3;       14000;   13;  log (1/m2); Log 10 of integrated electron density
  0; 15;  15;    0;           0;   31;     Numeric; Maximum image spectral component before normalization
# Class 19 - Synoptic features
  0; 19;   1;    0;           0;    6;  Code_Table; Type of synoptic feature
  0; 19;   2;   -2;           0;   12;           m; Effective radius of feature
  0; 19;   3;    0;           0;    8;       m s-1; Wind speed threshold
  0; 19;   4;   -2;           0;   12;           m; Effective radius with respect to wind speeds above threshold
  0; 19;   5;    0;           0;    9; Degree_true; Direction of motion of feature
  0; 19;   6;    2;           0;   14;       m s-1; Speed of motion of feature
  0; 19;   7;   -3;           0;   12;           m; Effective radius of feature
  0; 19;   8;    0;           0;    3;  Code_Table; Vertical extent of circulation
  0; 19;   9;   -3;           0;   12;           m; Effective radius with respect to wind speeds above threshold (large storms)
  0; 19;  10;    0;           0;    4;  Code_Table; Method for tracking the centre of synoptic feature
# Class 20 - Observed phenomena
  0; 20;   1;   -1;           0;   13;           m; Horizontal visibility
  0; 20;   2;   -1;           0;    7;           m; Vertical visibility
  0; 20;   3;    0;           0;    9;  Code_Table; Present weather
  0; 20;   4;    0;           0;    5;  Code_Table; Past weather (1)
  0; 20;   5;    0;           0;    5;  Code_Table; Past weather (2)
  0; 20;   8;    0;           0;    5;  Code_Table; Cloud distribution for aviation
  0; 20;   9;    0;           0;    4;  Code_Table; General Weather Indicator (TAF/METAR)
  0; 20;  10;    0;           0;    7;           %; Cloud cover (total)
  0; 20;  11;    0;           0;    4;  Code_Table; Cloud amount
  0; 20;  12;    0;           0;    6;  Code_Table; Cloud type
  0; 20;  13;   -1;         -40;   11;           m; Height of base of cloud
  0; 20;  14;   -1;         -40;   11;           m; Height of top of cloud
  0; 20;  15;   -1;           0;   14;          Pa; Pressure at base of cloud
  0; 20;  16;   -1;           0;   14;          Pa; Pressure at top of cloud
  0; 20;  17;    0;           0;    4;  Code_Table; Cloud top description
  0; 20;  18;    0;           0;    2;  Code_Table; Tendency of runway visual range
  0; 20;  19;    0;           0;   72;   CCITT_IA5; Significant present or forecast weather
  0; 20;  20;    0;           0;   32;   CCITT_IA5; Significant recent weather phenomena
  0; 20;  31;    2;           0;    7;           m; Ice deposit (thickness)
  0; 20;  32;    0;           0;    3;  Code_Table; Rate of ice accretion
  0; 20;  33;    0;           0;    4;  Flag_Table; Cause of ice accretion
  0; 20;  34;    0;           0;    5;  Code_Table; Sea ice concentration
  0; 20;  35;    0;           0;    4;  Code_Table; Amount and type of ice
  0; 20;  36;    0;           0;    5;  Code_Table; Ice situation
  0; 20;  37;    0;           0;    5;  Code_Table; Ice development
  0; 20;  38;    0;           0;   12; Degree_true; Bearing of ice edge
  0; 20;  39;   -1;           0;   13;           m; Ice distance
  0; 20;  41;    0;           0;    4;  Code_Table; Airframe icing
  0; 20;  51;    0;           0;    7;           %; Amount of low clouds
  0; 20;  52;    0;           0;    7;           %; Amount of middle clouds
  0; 20;  53;    0;           0;    7;           %; Amount of high clouds
  0; 20;  61;    0;           0;   12;           m; Runway visual range (RVR)
  0; 20;  62;    0;           0;    5;  Code_Table; State of the ground (with or without snow)
  0; 20;  63;    0;           0;   10;  Code_Table; Special phenomena
  0; 20;  70;    0;           0;    7;     Numeric; Minimum number of atmospherics
  0; 20;  71;    0;           0;    4;  Code_Table; Accuracy of fix and rate of atmospherics
  0; 20;  81;    0;           0;    7;           %; Cloud amount in segment
  0; 20;  82;    0;           0;    7;           %; Amount segment cloud free
  0; 20;  90;    0;           0;    4;  Code_Table; Special clouds
# Class 21 - Radar data
  0; 21;   1;    0;         -64;    7;          dB; Horizontal reflectivity
  0; 21;   2;    0;         -64;    7;          dB; Vertical reflectivity
  0; 21;   3;    1;          -5;    7;          dB; Differential reflectivity
  0; 21;   5;    0;         -65;    6;          dB; Linear depolarisation ratio 
  0; 21;   6;    0;         -65;    6;          dB; Circular depolarisation ratio 
  0; 21;  11;    0;        -128;    8;       m s-1; Doppler mean velocity in X-direction
  0; 21;  12;    0;        -128;    8;       m s-1; Doppler mean velocity in Y-direction
  0; 21;  13;    0;        -128;    8;       m s-1; Doppler mean velocity in Z-direction
  0; 21;  14;    1;       -4096;   13;       m s-1; Doppler mean velocity (radial)
  0; 21;  17;    1;           0;    8;       m s-1; Doppler velocity spectral width
  0; 21;  21;   -3;           0;    4;           m; Echo tops 
  0; 21;  30;    0;         -32;    8;          dB; Signal to noise ratio
  0; 21;  31;    0;           0;    7;      kg m-2; Vertically integrated liquid-water content
  0; 21;  36;    7;           0;   12;       m s-1; Radar rainfall intensity 
  0; 21;  41;   -2;           0;    8;           m; Bright-band height 
  0; 21;  51;    0;        -256;    8;          dB; Signal power above 1 mW
  0; 21;  62;    2;       -5000;   13;    Decibels; Backscatter
  0; 21;  63;    1;           0;   10;           %; Radiometric resolution (noise value)
  0; 21;  64;    0;           0;    8;     Numeric; Clutter noise estimate
  0; 21;  65;    0;        -127;    8;     Numeric; Missing packet counter
  0; 21;  66;    0;           0;   12;  Flag_Table; Wave scatterometer product confidence data
  0; 21;  67;    0;           0;   13;  Flag_Table; Wind product confidence data
  0; 21;  68;    0;           0;    8;  Flag_Table; Radar altimeter product confidence data
  0; 21;  69;    0;           0;   10;  Flag_Table; SST product confidence data
  0; 21;  71;    0;           0;   16;     Numeric; Peakiness
  0; 21;  72;    0;           0;    4;  Flag_Table; Satellite altimeter calibration status
  0; 21;  73;    0;           0;    9;  Flag_Table; Satelllite altimeter instrument mode
  0; 21;  75;    0;           0;    8;     Numeric; Image spectrum intensity
  0; 21;  76;    0;           0;    3;  Code_Table; Representation of intensities
  0; 21;  77;    3;           0;   14;           m; Altitude correction (ionosphere)
  0; 21;  78;    3;           0;    9;           m; Altitude correction (dry troposphere)
  0; 21;  79;    3;        2000;   10;           m; Altitude correction (wet troposphere)
  0; 21;  80;    3;           0;   11;           m; Altitude correction (calibration constant)
  0; 21;  81;    3;           0;   10;           m; Open loop correction (height-time loop)
  0; 21;  82;    3;       -3000;   14;    Decibels; Open loop correction (auto gain control)
  0; 21;  85;    0;           0;    4;     Numeric; ATSR sea surface temperature across- track band number
  0; 21; 101;    0;           0;    3;     Numeric; Number of vector ambiguities
  0; 21; 102;    0;           0;    3;     Numeric; Index of selected wind vector
  0; 21; 103;    0;           0;    5;     Numeric; Total number of sigma-0 measurements
  0; 21; 104;    3;      -30000;   15;     Numeric; Likelihood computed for solution
  0; 21; 105;    2;      -10000;   14;          dB; Normalized radar cross-section
  0; 21; 106;    3;           0;   14;     Numeric; Kp variance coefficient (Alpha)
  0; 21; 107;    8;           0;   16;     Numeric; Kp variance coefficient (Beta)
  0; 21; 109;    0;           0;   17;  Flag_Table; SEAWINDS wind vector cell quality
  0; 21; 110;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (forward of satellite)
  0; 21; 111;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (forward of satellite)
  0; 21; 112;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (aft of satellite)
  0; 21; 113;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (aft of satellite)
  0; 21; 114;    3;     -140000;   18;          dB; Kp variance coefficent (Gamma)
  0; 21; 115;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 quality
  0; 21; 116;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 mode
  0; 21; 117;    2;           0;   16;     Numeric; Sigma-0 variance quality control
  0; 21; 118;    2;      -10000;   14;          dB; Attenuation correction on sigma-0
  0; 21; 119;    0;           0;    6;  Code_Table; Wind scatterometer geophysical model function
# Class 22 - Oceanographic elements
  0; 22;   1;    0;           0;    9; Degree_true; Direction of waves 
  0; 22;   2;    0;           0;    9; Degree_true; Direction of wind waves 
  0; 22;   3;    0;           0;    9; Degree_true; Direction of swell waves 
  0; 22;   4;    0;           0;    9; Degree_true; Direction of current 
  0; 22;  11;    0;           0;    6;           s; Period of waves 
  0; 22;  12;    0;           0;    6;           s; Period of wind waves 
  0; 22;  13;    0;           0;    6;           s; Period of swell waves 
  0; 22;  21;    1;           0;   10;           m; Height of waves 
  0; 22;  22;    1;           0;   10;           m; Height of wind waves 
  0; 22;  23;    1;           0;   10;           m; Height of swell waves 
  0; 22;  25;    2;           0;   10;           m; Standard deviation wave height
  0; 22;  26;    2;           0;   10;           m; Standard deviation of significant wave height
  0; 22;  31;    2;           0;   13;       m s-1; Speed of current 
  0; 22;  35;    2;           0;   14;           m; Tidal elevation with respect to local chart datum
  0; 22;  36;    2;           0;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  37;    3;      -10000;   15;           m; Tidal elevation with respect to national land datum
  0; 22;  38;    3;      -10000;   15;           m; Tidal elevation with respect to local chart datum
  0; 22;  39;    3;       -5000;   12;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  40;    3;       -5000;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  41;    1;           0;   12;           K; Sea-surface temperature (15-day running mean)
  0; 22;  42;    1;           0;   12;           K; Sea/water temperature
  0; 22;  43;    2;           0;   15;           K; Sea/water temperature
  0; 22;  44;    1;           0;   14;       m s-1; Sound velocity 
  0; 22;  50;    2;           0;    8;           K; Standard deviation sea-surface temperature
  0; 22;  61;    0;           0;    4;  Code_Table; State of the sea 
  0; 22;  62;    2;           0;   14;Part per thousand; Salinity
  0; 22;  63;    0;           0;   14;           m; Total water depth 
  0; 22;  67;    0;           0;   10;  Code_Table; Instrument type for water temperature profile measurement
  0; 22;  68;    0;           0;    7;  Code_Table; Water temperature profile recorder types
  0; 22;  70;    2;           0;   13;           m; Significant wave height
  0; 22;  71;    1;           0;    9;           s; Spectral peak wave period
  0; 22;  72;    0;           0;   13;           m; Spectral peak wave length
  0; 22;  73;    2;           0;   13;           m; Maximum wave height
  0; 22;  74;    1;           0;    9;           s; Average wave period
  0; 22;  75;    0;           0;   13;           m; Average wave length
  0; 22;  76;    0;           0;    9; Degree_true; Direction from which dominant waves are coming
  0; 22;  77;    0;           0;    9;      Degree; Directional spread of dominant wave
  0; 22;  78;    0;           0;   12;           s; Duration of wave record
  0; 22;  79;    0;           0;   16;           m; Length of wave record
  0; 22;  80;    3;           0;   10;          Hz; Waveband central frequency
  0; 22;  81;    5;           0;   13;         m-1; Waveband central wave number
  0; 22;  82;    2;           0;   20;        m2 s; Maximum non-directional spectral wave density
  0; 22;  83;    2;           0;   20;          m3; Maximum non-directional spectral wave number
  0; 22;  84;    0;           0;    7;     Numeric; Band containing maximum non- directional spectral wave density
  0; 22;  85;    0;           0;    7;     Numeric; Spectral wave density ratio
  0; 22;  86;    0;           0;    9; Degree_true; Mean direction from which waves are coming
  0; 22;  87;    0;           0;    9; Degree_true; Principal direction from which waves are coming
  0; 22;  88;    2;           0;    7;     Numeric; First normalized polar coordinate from Fourier coefficients
  0; 22;  89;    2;           0;    7;     Numeric; Second normalized polar coordinate from Fourier coefficients
  0; 22;  90;    2;           0;   20;        m2 s; Non-directional spectral estimate by wave frequency
  0; 22;  91;    2;           0;   20;          m3; Non-directional spectral estimate by wave number
  0; 22;  92;    2;           0;   20;  m2 rad-1 s; Directional spectral estimate by wave frequency
  0; 22;  93;    2;           0;   20;          m4; Directional spectral estimate by wave number
  0; 22;  94;    0;           0;    7;     Numeric; Total number of wave bands
  0; 22;  95;    0;           0;    8;      Degree; Directional spread of individual waves
  0; 22;  96;    3;           0;    4;         s-1; Spectral band width
  0; 22;  97;    0;           0;   14;           m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0; 22;  98;    0;           0;   14;           m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0; 22;  99;    0;           0;    9; Degree_true; Mean direction at low wave numbers (wavelength > 731 m)
  0; 22; 100;    0;           0;    9;      Degree; Direction spread at low wave numbers(wavelength > 731 m)
  0; 22; 101;    0;           0;   31;     Numeric; Total energy (wavelength > 731m) at low wave numbers
  0; 22; 120;    0;           0;    5;  Code_Table; Tide station automated water level check
  0; 22; 121;    0;           0;    5;  Code_Table; Tide station manual water level check
  0; 22; 122;    0;           0;    5;  Code_Table; Tide station automated meteorological data check
  0; 22; 123;    0;           0;    5;  Code_Table; Tide station manual meteorological data check
# Class 23 - Dispersal and transport
  0; 23;   1;    0;           0;    3;  Code_Table; Accident early notification — article applicable
  0; 23;   2;    0;           0;    5;  Code_Table; Activity or facility involved in incident
  0; 23;   3;    0;           0;    3;  Code_Table; Type of release 
  0; 23;   4;    0;           0;    3;  Code_Table; Countermeasures taken near border
  0; 23;   5;    0;           0;    2;  Code_Table; Cause of incident 
  0; 23;   6;    0;           0;    3;  Code_Table; Incident situation 
  0; 23;   7;    0;           0;    3;  Code_Table; Characteristics of release
  0; 23;   8;    0;           0;    2;  Code_Table; State of current release 
  0; 23;   9;    0;           0;    2;  Code_Table; State of expected release 
  0; 23;  16;    0;           0;    2;  Code_Table; Possibility of significant chemical toxic health effect
  0; 23;  17;    6;           0;   20;     m3 s-1 ; Flow discharge of major recipient
  0; 23;  18;    0;           0;    3;  Code_Table; Release behaviour over time
  0; 23;  19;    0;      -15000;   17;           m; Actual release height
  0; 23;  21;    0;      -15000;   17;           m; Effective release height
  0; 23;  22;    0;           0;   24;           m; Distance of release point or site of incident
  0; 23;  23;    1;           0;   12;     m s-1  ; Main transport speed in the atmosphere
  0; 23;  24;    2;           0;   13;     m s-1  ; Main transport speed in water
  0; 23;  25;    2;           0;   13;     m s-1  ; Main transport speed in ground water
  0; 23;  27;    0;           0;    9; Degree_true; Main transport direction in the atmosphere
  0; 23;  28;    0;           0;    9; Degree_true; Main transport direction in water
  0; 23;  29;    0;           0;    9; Degree_true; Main transport direction in ground water
  0; 23;  31;    0;           0;    2;  Code_Table; Possibility that plume will encounter precipitation in State in which incident occurred
  0; 23;  32;    0;           0;    2;  Code_Table; Plume will encounter change in wind direction and/or speed flag
# Class 24 - Radiological elements
  0; 24;   1;  -11;           0;   28;         Bq*; Estimate of amount of radioactivity released up to specified time
  0; 24;   2;  -11;           0;   28;          Bq; Estimated maximum potential release
  0; 24;   3;    0;           0;    5;  Code_Table; Composition of release
  0; 24;   4;    0;           0;   16;   CCITT_IA5; Element name
  0; 24;   5;    0;           0;    9;     Numeric; Isotope mass
  0; 24;  11;    2;           0;   32;     mSv*/**; Dose
  0; 24;  12;    2;           0;   32;         mSv; Trajectory dose (defined location and expected time of arrival)
  0; 24;  13;    2;           0;   32;         mSv; Gamma dose in air along the main transport path (defined location and time period)
  0; 24;  21;    2;           0;   32;      Bq m-3; Air concentration (of named isotope type including gross beta)
  0; 24;  22;    2;           0;   32;      Bq 1-1; Concentration in precipitation (of names isotope type)
  0; 24;  23;    1;           0;   14;         s-1; Pulse rate of beta radiation
  0; 24;  24;    1;           0;   14;         s-1; Pulse rate of gamma radiation
# Class 25 - Processing information
  0; 25;   1;   -1;           0;    6;           m; Range-gate length
  0; 25;   2;    0;           0;    4;     Numeric; Number of gates averaged
  0; 25;   3;    0;           0;    8;     Numeric; Number of integrated pulses
  0; 25;   4;    0;           0;    2;  Code_Table; Echo processing
  0; 25;   5;    0;           0;    2;  Code_Table; Echo integration
  0; 25;   6;    0;           0;    3;  Code_Table; Z to R conversion
  0; 25;   7;    0;           0;   12;     Numeric; Z to R conversion factor
  0; 25;   8;    2;           0;    9;     Numeric; Z to R conversion exponent
  0; 25;   9;    0;           0;    4;  Flag_Table; Calibration method
  0; 25;  10;    0;           0;    4;  Code_Table; Clutter treatment
  0; 25;  11;    0;           0;    2;  Code_Table; Ground occultation correction (screening)
  0; 25;  12;    0;           0;    2;  Code_Table; Range attenuation correction
  0; 25;  13;    0;           0;    2;  Flag_Table; Bright-band correction
  0; 25;  14;    0;           0;   12;     Numeric; Azimuth clutter cut-off (see Note)
  0; 25;  15;    0;           0;    2;  Flag_Table; Radome attenuation correction
  0; 25;  16;    5;           0;    6;      dB m-1; Clear-air attenuation correction
  0; 25;  17;    0;           0;    2;  Flag_Table; Precipitation attenuation correction
  0; 25;  18;    7;           0;    6;     Numeric; A to Z law for attenuation factor
  0; 25;  19;    2;           0;    7;     Numeric; A to Z law for attenuation exponent
  0; 25;  20;    0;           0;    2;  Code_Table; Mean speed estimation
  0; 25;  21;    0;           0;    8;  Flag_Table; Wind computation enhancement
  0; 25;  30;    0;           0;    2;  Code_Table; Running mean sea-surface temperature usage
  0; 25;  32;    0;           0;    2;  Code_Table; Wind profiler mode information*
  0; 25;  33;    0;           0;    2;  Code_Table; Wind profiler submode information*
  0; 25;  34;    0;           0;    4;  Flag_Table; Wind profiler quality control test results* 
  0; 25;  36;    0;           0;    4;  Code_Table; Atmospherics location method
  0; 25;  40;    0;           0;    4;  Code_Table; CO2 wind product derivation
  0; 25;  41;    0;           0;    2;  Code_Table; Moving platform direction reporting method
  0; 25;  42;    0;           0;    2;  Code_Table; Moving platform speed reporting method
  0; 25;  43;    4;           0;   15;           s; Wave sampling interval (time)
  0; 25;  44;    2;           0;   14;           m; Wave sampling interval (space)
  0; 25;  45;    0;           0;   21;  Flag_Table; HIRS channel combination
  0; 25;  46;    0;           0;    5;  Flag_Table; MSU channel combination
  0; 25;  47;    0;           0;    4;  Flag_Table; SSU channel combination
  0; 25;  48;    0;           0;   16;  Flag_Table; AMSU-A channel combination
  0; 25;  49;    0;           0;    6;  Flag_Table; AMSU-B channel combination
  0; 25;  51;    0;           0;    7;  Flag_Table; AVHRR channel combination
  0; 25;  53;    0;           0;   12;  Flag_Table; Observation quality
  0; 25;  60;    0;           0;   14;     Numeric; Software identification
  0; 25;  70;    0;           0;    4;     Numeric; Major frame count
  0; 25;  71;    0;           0;    5;     Numeric; Frame count
  0; 25;  75;    0;           0;    5;     Numeric; Satellite antenna corrections version number
  0; 25;  76;    8;           0;   30;     Log m-1; Log-10 of (Temperature-radiance central wavenumber) for ATOVS
  0; 25;  77;    5;     -100000;   18;     Numeric; Bandwidth correction coefficient 1 for ATOVS
  0; 25;  78;    5;           0;   17;     Numeric; Bandwidth correction coefficient 2 for ATOVS
  0; 25;  79;    4;           0;   24;       W m-2; Albedo-radiance solar filtered irradiance for ATOVS
  0; 25;  80;   10;           0;   14;           m; Albedo-radiance equivalent filter width for ATOVS
  0; 25;  85;    0;           0;    7;     Numeric; Fraction of clear pixels in HIRS FOV
  0; 25;  86;    0;           0;    2;  Code_Table; Depth correction indicator
# Class 26 - Non-coordinate location (time)
  0; 26;   1;    1;           0;   12;        Hour; Principal time of daily reading in UTC of maximum temperature
  0; 26;   2;    1;           0;   12;        Hour; Principal time of daily reading in UTC of minimum temperature
  0; 26;   3;    0;       -1440;   12;      Minute; Time difference
  0; 26;  10;    0;           0;   26;  Flag_Table; Hours included
# Class 27 - Non-coordinate location (horizontal - 1)
  0; 27;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0; 27;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0; 27;   3;    2;       -9000;   15;      Degree; Alternate latitude
  0; 27;  20;    0;           0;   16;     Numeric; Satellite location counter
  0; 27;  21;    0;           0;   16;     Numeric; Satellite sublocation dimension
  0; 27;  31;    2; -1073741824;   31;           m; "In direction of 0 degrees longitude, distance from the Earth’s centre"
# Class 28 - Non-coordinate location (horizontal - 2)
  0; 28;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0; 28;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0; 28;   3;    2;      -18000;   16;      Degree; Alternate longitude
  0; 28;  31;    2; -1073741824;   31;           m; "In direction 90 degrees East, distance from the Earth’s centre"
# Class 29 - Map data
  0; 29;   1;    0;           0;    3;  Code_Table; Projection type
  0; 29;   2;    0;           0;    3;  Code_Table; Coordinate grid type
# Class 30 - Image
  0; 30;   1;    0;           0;    4;     Numeric; Pixel value (4 bits)
  0; 30;   2;    0;           0;    8;     Numeric; Pixel value (8 bits)
  0; 30;   4;    0;           0;   16;     Numeric; Pixel value (16 bits)
  0; 30;  21;    0;           0;   12;     Numeric; Number of pixels per row
  0; 30;  22;    0;           0;   12;     Numeric; Number of pixels per column
  0; 30;  31;    0;           0;    4;  Code_Table; Picture type
  0; 30;  32;    0;           0;   16;  Flag_Table; Combination with other data
# Class 31 - Data description operator qualifiers
  0; 31;   0;    0;           0;    1;     Numeric; Short delayed descriptor replication factor
  0; 31;   1;    0;           0;    8;     Numeric; Delayed descriptor replication factor
  0; 31;   2;    0;           0;   16;     Numeric; Extended delayed descriptor replication factor
  0; 31;  11;    0;           0;    8;     Numeric; Delayed descriptor and data repetition factor
  0; 31;  12;    0;           0;   16;     Numeric; Extended delayed descriptor and data repetition factor
  0; 31;  21;    0;           0;    6;  Code_Table; Associated field significance
  0; 31;  31;    0;           0;    1;  Flag_Table; Data present indicator
# Class 33 - Quality information
  0; 33;   2;    0;           0;    2;  Code_Table; Quality information
  0; 33;   3;    0;           0;    3;  Code_Table; Quality information
  0; 33;   7;    0;           0;    7;           %; Per cent confidence
  0; 33;  20;    0;           0;    3;  Code_Table; Quality control indication of following value
  0; 33;  21;    0;           0;    2;  Code_Table; Quality of following value
  0; 33;  22;    0;           0;    2;  Code_Table; Quality of buoy satellite transmission
  0; 33;  23;    0;           0;    2;  Code_Table; Quality of buoy location
  0; 33;  24;    0;           0;    4;  Code_Table; Station elevation quality mark (for mobile stations)
  0; 33;  25;    0;           0;    3;  Code_Table; ACARS interpolated values
  0; 33;  26;    0;           0;    6;  Code_Table; Mixing ratio quality
  0; 33;  27;    0;           0;    3;  Code_Table; Location quality class (range of radius of 66 % confidence)
  0; 33;  30;    0;           0;   24;  Flag_Table; Scan line status flags for ATOVS
  0; 33;  31;    0;           0;   24;  Flag_Table; Scan line quality flags for ATOVS
  0; 33;  32;    0;           0;   24;  Flag_Table; Channel quality flags for ATOVS
  0; 33;  33;    0;           0;   24;  Flag_Table; Field of view quality flags for ATOVS
  0; 33;  35;    0;           0;    4;  Code_Table; Manual/automatic quality control
  0; 33;  36;    0;           0;    7;           %; Nominal confidence threshold
  0; 33;  37;    0;           0;   20;  Flag_Table; Wind correlation error
  0; 33;  40;    0;           0;    7;           %; Confidence interval
# Class 35 - Data monitoring information
  0; 35;   0;    0;           0;   10;  Code_Table; FM regional code number
  0; 35;   1;    0;           0;    3;  Code_Table; Time-frame for monitoring
  0; 35;  11;    0;           0;   14;     Numeric; Number of reports actually received
  0; 35;  21;    0;           0;   48;   Character; Bulletin being monitored (TTAAii)
  0; 35;  22;    0;           0;   48;   Character; Bulletin being monitored (YYGGgg)
  0; 35;  30;    0;           0;    4;  Code_Table; Discrepancies in the availability of expected data
  0; 35;  31;    0;           0;    7;  Code_Table; Qualifier on monitoring results
  0; 35;  32;    0;           0;    4;  Code_Table; Cause of missing data
  0; 35;  33;    0;           0;    7;  Code_Table; Observation and collection deficiencies
  0; 35;  34;    0;           0;    3;  Code_Table; Statistical trends for availability of data (during the survey period(s))
grads-2.0.1/data/tables/B3L-098-001-D0000644000175000017500000004557707750236075017464 0ustar  amckinstryamckinstry3     0    2
      0   0    2
      0   0    3
     -1
3     0    3
      0   0   10
      0   0   11
      0   0   12
     -1
3     0    4
      3   0    3
      0   0   13
      0   0   14
      0   0   15
      0   0   16
      0   0   17
      0   0   18
      0   0   19
      0   0   20
     -1
3     0   10
      3   0    3
      1   1    0
      0  31    1
      0   0   30
     -1
3     1    1
      0   1    1
      0   1    2
     -1
3     1    2
      0   1    3
      0   1    4
      0   1    5
     -1
3     1    3
      0   1   11
      0   1   12
      0   1   13
     -1
3     1   11
      0   4    1
      0   4    2
      0   4    3
     -1
3     1   12
      0   4    4
      0   4    5
     -1
3     1   13
      0   4    4
      0   4    5
      0   4    6
     -1
3     1   21
      0   5    1
      0   6    1
     -1
3     1   22
      0   5    1
      0   6    1
      0   7    1
     -1
3     1   23
      0   5    2
      0   6    2
     -1
3     1   24
      0   5    2
      0   6    2
      0   7    1
     -1
3     1   25
      3   1   23
      0   4    3
      3   1   12
     -1
3     1   26
      3   1   21
      0   4    3
      0   4    3
      0   4    4
      0   4    4
      0   4    5
      0   4    5
     -1
3     1   31
      3   1    1
      0   2    1
      3   1   11
      3   1   12
      3   1   22
     -1
3     1   32
      3   1    1
      0   2    1
      3   1   11
      3   1   12
      3   1   24
     -1
3     1   33
      0   1    5
      0   2    1
      3   1   11
      3   1   12
      3   1   21
     -1
3     1   34
      0   1    5
      0   2    1
      3   1   11
      3   1   12
      3   1   23
     -1
3     1   35
      0   1    5
      0   1   12
      0   1   13
      0   2    1
      3   1   11
      3   1   12
      3   1   23
     -1
3     1   36
      3   1    3
      0   2    1
      3   1   11
      3   1   12
      3   1   23
     -1
3     1   37
      3   1    1
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   22
     -1
3     1   38
      3   1    1
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   24
     -1
3     1   39
      3   1    3
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   23
     -1
3     1   40
      3   1    3
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   24
     -1
3     1   41
      0   1    7
      0   2   21
      0   2   22
      3   1   11
      3   1   12
     -1
3     1   42
      3   1   41
      3   1   21
     -1
3     1   43
      0   1    7
      0   2   23
      3   1   11
      3   1   13
      3   1   21
     -1
3     1   44
      0   1    7
      0   2   24
      3   1   11
      3   1   13
      3   1   21
     -1
3     1   51
      0   1    6
      0   2   61
      3   1   11
      3   1   12
      3   1   21
      0   8    4
     -1
3     1   62
      1   1    0
      0  31    1
      3   1    1
     -1
3     1  194
      0   1  194
      0   1   12
      0   1   13
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   23
      0   7    1
     -1
3     1  195
      0   1  195
      0   1   12
      0   1   13
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   23
      0   7    1
     -1
3     1  196
      3   1    3
      0   2   11
      0   2   12
      3   1   11
      3   1   12
      3   1   23
      0   7    1
     -1
3     1  200
      0   1   32
      0  33  194
     -1
3     1  201
      1   1    3
      0  33  193
     -1
3     1  202
      0   1   31
      0   1   32
     -1
3     1  237
      0   1    7
      0   1   12
      0   2   21
      3   1   11
      0   4    4
      0   4    5
      2   1  138
      2   2  131
      0   4    6
      2   1    0
      2   2    0
      3   1   23
     -1
3     1  238
      0   2  104
      0   2  121
      0   2  113
      0   2   26
      0   2   27
      0   2  111
      0   2  192
      2   2  127
      0   1   13
      2   2  126
      0   7    1
      2   2    0
      0  25   10
      0  21  194
     -1
3     1  239
      0   2  111
      0   2  112
      0  21  192
      0  21  193
      0  21  195
     -1
3     1  240
      2   1  131
      2   2  129
      0  22   21
      2   1    0
      2   2    0
     -1
3     1  241
      2   1  141
      2   2  130
      0   7    1
      2   1    0
      2   2    0
     -1
3     1  242
      0  21  207
      0  21  208
      0  21  209
      0  21  210
      0  21  211
      0  21  212
     -1
3     2    1
      0  10    4
      0  10   51
      0  10   61
      0  10   63
     -1
3     2    2
      0  10    4
      0   7    4
      0  10    3
      0  10   61
      0  10   63
     -1
3     2    3
      0  11   11
      0  11   12
      0  12    4
      0  12    6
      0  13    3
      0  20    1
      0  20    3
      0  20    4
      0  20    5
     -1
3     2    4
      0  20   10
      0   8    2
      0  20   11
      0  20   13
      0  20   12
      0  20   12
      0  20   12
     -1
3     2    5
      0   8    2
      0  20   11
      0  20   12
      0  20   13
     -1
3     2   11
      3   2    1
      3   2    3
      3   2    4
     -1
3     2   12
      3   2    2
      3   2    3
      3   2    4
     -1
3     2   21
      0  22    1
      0  22   11
      0  22   21
     -1
3     2   22
      0  22    2
      0  22   12
      0  22   22
     -1
3     2   23
      0  22    3
      0  22   13
      0  22   23
     -1
3     2   24
      3   2   22
      1   1    2
      3   2   23
     -1
3     2   51
      0  10    4
      0  10   51
      0   7    4
      0  10    3
      0  12    4
      0  12   51
      0  12   16
      0  12   17
      0  13    4
      1   2    4
      0   8   51
      0   8   20
     -1
3     2  205
      2   1  131
      2   2  129
      0  22   21
      2   1    0
      2   2    0
     -1
3     2  206
      3   2  205
      2   1  130
      2   2  129
      0  22   11
      2   1    0
      2   2    0
      0  22    1
      0  11    1
      0  11    2
     -1
3     3    1
      0   7    3
      0  11    1
      0  11    2
     -1
3     3    2
      0   7    4
      0  11    1
      0  11    2
     -1
3     3    3
      0   7    4
      0  10    3
      0  12    1
      0  12    3
     -1
3     3    4
      0   7    4
      0  10    3
      0  12    1
      0  12    3
      0  11    1
      0  11    2
     -1
3     3   11
      0   7    3
      0   8    1
      0  11    1
      0  11    2
     -1
3     3   12
      0   7    4
      0   8    1
      0  11    1
      0  11    2
     -1
3     3   13
      0   7    4
      0   8    1
      0  10    3
      0  12    1
      0  13    3
      0  11    1
      0  11    2
     -1
3     3   14
      0   7    4
      0   8    1
      0  10    3
      0  12    1
      0  12    3
      0  11    1
      0  11    2
     -1
3     3   21
      0   7    4
      0   7    4
      2   4    7
      0  31   21
     -1
3     3   22
      3   3   21
      0  10    3
      2   4    0
     -1
3     3   23
      3   3   21
      0  12    1
      2   4    0
     -1
3     3   24
      3   3   21
      0  13   16
      2   4    0
     -1
3     3   25
      0   2   25
      2   4    7
      0  31   21
      0  12   63
      2   4    0
     -1
3     3   26
      0   7    4
      0   8    3
      2   4    7
      0  31   21
      0  12    1
      2   4    0
     -1
3     3   27
      0   7    4
      2   4    7
      0  31   21
      0  10    3
      2   4    0
     -1
3     3   31
      0   7    4
      0   8    3
      0   7   21
      0   7   22
      0   8   12
      0  12   61
     -1
3     3   32
      0  20   11
      0  20   16
     -1
3     4    1
      0   8    3
      0  10    4
      0  12    1
      0  11    1
      0  11    2
     -1
3     4    2
      0   8    3
      0  10    4
      0  11    1
      0  11    2
     -1
3     4    3
      0   8    3
      0  12    1
     -1
3     4    4
      0   8    3
      0  10    4
      0  20   10
      0  12    1
     -1
3     4    5
      0   2   24
      0   7    4
      0   7    4
      0  13    3
     -1
3     4    6
      0  14    1
      0  14    1
      0  14    3
     -1
3     4  228
      0   5  217
      0   6  217
      0   7  217
     -1
3     4  229
      0   1  208
      0   1  209
      0   1  210
     -1
3     6    1
      0   2   32
      1   2    0
      0  31    1
      0   7   62
      0  22   42
     -1
3     6    2
      0   2   31
      0  22    4
      0  22   31
     -1
3     6    3
      0   2    2
      0  11   11
      0  11   12
      0  12    4
     -1
3     6    4
      0   2   32
      0   2   33
      1   3    0
      0  31    1
      0   7   62
      0  22   43
      0  22   62
     -1
3     6    5
      0   2   31
      1   3    0
      0  31    1
      0   7   62
      0  22    4
      0  22   31
     -1
3     6    6
      3   6    3
      3   6    2
      0  22   63
     -1
3     6    7
      0   1   12
      0   1   14
      3   6    8
      0   4   24
      0  27    3
      0  28    3
     -1
3     6    8
      0   2   34
      0   2   35
      0   2   36
     -1
3     7    1
      3   1   31
      3   2   11
     -1
3     7    2
      3   1   32
      3   2   11
     -1
3     7    3
      3   7    1
      1   1    0
      0  31    1
      3   2    5
     -1
3     7    4
      3   7    2
      1   1    0
      0  31    1
      3   2    5
     -1
3     7    5
      3   7    1
      1   1    4
      3   2    5
     -1
3     7    6
      3   7    2
      1   1    4
      3   2    5
     -1
3     7    7
      3   1   31
      3   2   12
     -1
3     7    8
      3   1   32
      3   2   12
     -1
3     8    1
      3   1   33
      3   2   11
      0  22   42
     -1
3     8    2
      3   1   34
      3   2   11
      0  22   42
     -1
3     8    3
      3   1   35
      3   2   11
      0  22   42
     -1
3     8    4
      3   1   36
      3   2   11
      0  22   42
     -1
3     8    5
      3   8    4
      3   2   24
     -1
3     8    6
      0  10    4
      0  10   61
      0  10   63
      0  11    1
      0  11    2
      0  12    4
      0  13    3
      0  22   42
     -1
3     9    1
      3   1   37
      1   1    0
      0  31    1
      3   3   11
     -1
3     9    2
      3   1   38
      1   1    0
      0  31    1
      3   3   11
     -1
3     9    3
      3   1   37
      1   1    0
      0  31    1
      3   3   12
     -1
3     9    4
      3   1   38
      1   1    0
      0  31    1
      3   3   12
     -1
3     9    5
      3   1   37
      3   2    4
      1   1    0
      0  31    1
      3   3   13
     -1
3     9    6
      3   1   38
      3   2    4
      1   1    0
      0  31    1
      3   3   13
     -1
3     9    7
      3   1   37
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9    8
      3   1   38
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9   11
      3   1   39
      1   1    0
      0  31    1
      3   3   11
     -1
3     9   12
      3   1   39
      1   1    0
      0  31    1
      3   3   12
     -1
3     9   13
      3   1   39
      3   2    4
      1   1    0
      0  31    1
      3   3   13
     -1
3     9   14
      3   1   39
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9   15
      3   1   40
      1   1    0
      0  31    1
      3   3   11
     -1
3     9   16
      3   1   40
      1   1    0
      0  31    1
      3   3   12
     -1
3     9   17
      3   1   40
      3   2    4
      1   1    0
      0  31    1
      3   3   13
     -1
3     9   18
      3   1   31
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9   19
      3   1   31
      0   2    3
      1   1    0
      0  31    1
      3   3   11
     -1
3     9   20
      3   1   31
      0   2    3
      1   4    0
      0  31    1
      0   7    3
      0  11    3
      0  11    4
      0  11    5
     -1
3     9  194
      3   1  194
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9  195
      3   1  195
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3     9  196
      3   1  196
      3   2    4
      1   1    0
      0  31    1
      3   3   14
     -1
3    10    1
      3   1   42
      3   3   31
      3   3   32
      1   1   26
      3   3   25
     -1
3    10    2
      3   1   42
      3   3   31
      3   3   32
      1   1    9
      3   3   23
     -1
3    10    3
      3   1   42
      3   3   31
      3   3   32
      1   1    6
      3   3   23
     -1
3    10    4
      3   1   42
      3   3   31
      3   3   32
      1   1    3
      3   3   24
     -1
3    11    1
      3   1   51
      0   7    2
      0  12    1
      0  11    1
      0  11    2
      0  11   31
      0  11   32
      0  11   33
      0  20   41
     -1
3    12    1
      3   1   43
      3   4    1
     -1
3    12    2
      3   1   43
      3   4    2
     -1
3    12    3
      3   1   42
      3   4    3
     -1
3    12    4
      3   1   42
      3   4    4
     -1
3    12    5
      3   1   42
      0  20   14
     -1
3    12    6
      3   1   44
      3   4    5
     -1
3    12    7
      3   1   42
      3   4    6
     -1
3    12   10
      0   1    7
      0   5   40
      0   2   21
      0   5   41
      0   4    1
      0   4   43
     -1
3    12   11
      2   2  131
      2   1  149
      0   4    6
      2   1    0
      2   2  126
      0  10    2
      2   2    0
      0   5   43
      0   5   53
     -1
3    12   12
      2   2  129
      2   1  132
      1   1   19
      0  12   63
      2   1    0
      2   2    0
     -1
3    12   13
      0   5   33
      2   2  129
      2   1  135
      0  12   63
      2   1    0
      2   2    0
     -1
3    12   14
      3  12   10
      3  12   11
      1   5   56
      3   1   23
      0   5   42
      0   5   52
      3  12   12
      3  12   13
     -1
3    12   15
      1   9   11
      3   1   23
      0   5   42
      0   5   52
      2   2  129
      2   1  132
      1   1    4
      0  12   63
      2   2    0
      2   1    0
     -1
3    12   16
      3  12   10
      3  12   11
      3  12   15
     -1
3    12   17
      1   9    8
      3   1   23
      0   5   42
      0   5   52
      2   2  129
      2   1  132
      1   1    3
      0  12   63
      2   2    0
      2   1    0
     -1
3    12   18
      3  12   10
      3  12   11
      3  12   18
     -1
3    12  200
      3   1  237
      3   1  238
      0  29    2
      0  21  206
      1   4   12
      0   6  232
      1   2   12
      0   5  232
      0  21  205
      0  21  196
     -1
3    12  201
      3   1  237
      1   1    3
      3   1  239
      0  11   12
      0  11   11
      0  21  197
     -1
3    12  202
      3   1  237
      0   8   22
      0  11   12
      0  11   50
      3   1  240
      0  22  243
      3   1  241
      0  10   50
      0  21  198
      0  21  201
      0  21  202
      0  21  203
      3   1  242
     -1
3    12  203
      3   1  237
      0   8   22
      0  12   61
      0  22   50
      0  21  204
      0  21  199
      0  21  214
      0  21  215
     -1
3    12  204
      3  12  201
      0   1   31
      0  11   12
      0  11   11
      0  21  200
      0  21  213
      0   4    4
      0   8   21
      0   4   24
      0  55    3
      0  11   12
      0  11   11
     -1
3    12  207
      3  12  202
      3   1  202
      0  33  191
     -1
3    12  208
      3   1  202
      0   8   22
      0   8   21
      3   1   11
      3   1   13
      3   1   23
      3   2  205
      0  11    2
      0   1    7
      0   2   21
      3   1   11
      3   1   13
      3   1   23
      0   1   32
      0   1  192
      3   2  205
      0  11    2
     -1
3    12  209
      3   1  202
      0   1  192
      3   1   11
      3   1   13
      3   1   23
      3   2  206
      1   4    0
      0  22  192
      1   2    0
      0   5  232
      0  22  191
     -1
3    12  210
      3  12  202
      0  21  192
      0  15  202
      3   1   11
      0   4    4
      0   4    5
      2   1  138
      2   2  131
      0   4    6
      2   1    0
      2   2    0
      3   4  228
      3   4  229
     -1
3    13    9
      0  21    1
      1   1    0
      0  31    1
      0  21    1
     -1
3    13   10
      0  21   36
      1   1    0
      0  31    1
      0  21   36
     -1
3    13   31
      0   6    2
      0   6   12
      1   1    0
      0  31    2
      0  30    1
     -1
3    13   32
      0   5    2
      0   5   12
      1   1    0
      0  31    2
      3  13   31
     -1
3    13   41
      0   6    2
      1  10    0
      0  31    1
      1   4    0
      0  31    1
      0   6   12
      1   1    0
      0  31   12
      0  30    1
      0   6   12
      1   1    0
      0  31    1
      0  30    1
     -1
3    13   42
      0   5    2
      0   5   12
      1   1    0
      0  31    2
      3  13   41
     -1
3    13   43
      0   6    2
      0   5    2
      0   5   12
      1  12    0
      0  31    1
      1  10    0
      0  31    1
      1   4    0
      0  31    1
      0   6   12
      1   1    0
      0  31   11
      0  30    1
      1   1    0
      0  31    1
      0  30    1
     -1
3    15    1
      0   1   11
      3   1   11
      3   1   12
      3   1   23
      3   6    1
     -1
3    15    2
      0   1   11
      3   1   11
      3   1   12
      3   1   23
      3   6    4
     -1
3    16    1
      3   1   11
      0   4    4
      3   1   23
      0   1   21
      0   2   41
      0  19    1
      0  10   51
      0  19    2
      0  19    3
      0  19    4
     -1
3    18    1
      3   1   25
      0  24   11
     -1
3    18    3
      3   1   26
      0  24    5
      0  24    4
      0  24   21
     -1
3    18    4
      3   1   25
      0   4   23
      0  13   11
      0  24    5
      0  24    4
      0  24   22
     -1
3    21    1
      0   2  101
      0   2  114
      0   2  105
      0   2  106
      0   2  107
      0   2  121
     -1
3    21    3
      0  21   51
      0  21   14
      0  21   17
      0  25   30
     -1
3    21    4
      3   1   31
      0   2    3
      1   1    0
      0  31    1
      3  21    3
     -1
3    21    5
      0  25    4
      0   2  121
      0   2  122
      0   2  123
      0   2  124
      0   2  125
      0   2  126
      0   2  127
      0   2  128
      0   2  129
      0   2  130
      0   2  131
     -1
3    21    6
      0  25    1
      0  25    2
      0  25    3
      0  25    5
     -1
3    21    7
      0  25    9
      0  25   10
      0  25   11
      0  25   12
      0  25   13
      0  25   15
      0  25   16
      0  25   17
     -1
3    21    8
      0  25    6
      0  25    7
      0  25    8
     -1
3    21    9
      0  25   18
      0  25   19
     -1
3    21   10
      0   2  101
      0   7    2
      0   2  102
      0   2  103
      0   2  104
      0   2  105
      0   2  106
      0   2  107
      0   2  108
      0   2  109
      0   2  110
      0   2  132
      0   2  133
     -1
3    21   11
      0  30   31
      0  30   32
      0  29    2
     -1
3    21   12
      1   1    0
      0  31    1
      0   2  135
grads-2.0.1/data/tables/B3M-000-006-A0000644000175000017500000001005107750236075017421 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
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 69	RESERVED
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 77	RESERVED
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 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
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 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
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120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3L-058-000-B0000644000175000017500000012040007750236075017430 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
# sccs keywords: @(#)Table_B.txt	1.1 05/07/97
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship's call sign
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;      Numeric; Generating center
# Local descriptors?
#0	1	50	0	0	48	CCITT_IA5	NMC report identifier
#0	1	62	0	0	40	CCITT_IA5	National assigned station identifier
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;          deg; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Cloud motion computational method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
# Local descriptors?
#0	2	28	0	0	32	Flag_Table	Geostationary sounder satellite channels used
#0	2	29	0	0	8	Flag_Table	Geostationary sounder satellite channels used
  0;    2;     30;      0;           0;    3;   Flag_Table; GOES I/M parameter calculation data source
  0;    2;     31;      0;           0;    5;   Code_Table; Method of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to followinG value
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     50;      5;           0;   17;      Numeric; Sigma level
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;    6;     11;      5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;      0;      0;           0;    4;   Code_Table; Vertical significance (forecast soundings)
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     31;      0;           0;    8;         BUFR; Table A	Data category
  0;    8;     32;      0;           0;   14;   Code_Table; Data significance for simulated forecast
  0;    8;     33;      0;           0;    3;   Code_Table; Data significance for corrected forecast
  0;    8;     34;      0;           0;    3;   Code_Table; Data significance for simulated retrievals
  0;    8;     35;      0;           0;    3;   Code_Table; Data significance for corrected retrievals
  0;    8;     36;      0;           0;    3;   Code_Table; Data significance for simulated analysis
  0;    8;     37;      0;           0;    3;   Code_Table; Data significance for corrected analysis
  0;    8;     38;      0;           0;    3;   Code_Table; Data significance for sigma level data

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     21;      9;      -65536;   17;        s**-1; Relative vorticity
  0;   11;     22;      9;      -65536;   17;        s**-1; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;         m/si; Maximum derived equivalent vertical gust
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      1;           0;   12;          m/s; Surface - 5000 feet mean LYR wind speed
  0;   11;     44;      0;           0;    9;     deg_true; Surface - 5000 feet mean LYR wind direction
  0;   11;     45;      0;           0;    9;     deg_true; Maximum wind (gust) direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     20;      2;       -2000;   12;    deg_K/day; Radiative heating profile
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     40;     -3;       -2048;   12;       W/m**2; Sensible heat flux
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature

  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      4;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     40;     -3;       -2048;   12;       W/m**2; Latent heat flux
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; US NWS lifted index

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     41;      0;           0;    7;      percent; Short wave albedo
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radiation with respect to FFF above threshold

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      9;     -1;         -40;   11;            m; Ceiling
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;     -1;          40;   11;            m; Low estimated height of cloud top
  0;   20;     19;     -1;          40;   11;            m; High estimated height of cloud top
  0;   20;     20;      0;           0;    4;   Code_Table; Low cloud amount
  0;   20;     21;      0;           0;    4;   Code_Table; Middle cloud amount
  0;   20;     22;      0;           0;    4;   Code_Table; High cloud amount
  0;   20;     23;      0;           0;    7;      percent; Satellite sensed effective cloud amount
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     49;      0;           0;   10;   Code_Table; Type of stability measure
  0;   20;     50;      0;           0;   10;      Numeric; Value of stability
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena

  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW

  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   12;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;    105;     -1;           0;    6;     deg_true; Direction of waves
  0;   22;    143;      2;        2650;   13;        deg_K; Sea temperature

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;     -1;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;     -1;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     31;      0;           0;    2;   Code_Table; 15 day SST availability
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     35;      0;           0;    3;   Code_Table; First guess adjustment
  0;   25;     36;      3;       -5000;   14;      Numeric; NSTAR average value
  0;   25;     37;      0;           0;    2;   Code_Table; HIRS-8 surface air temperature
  0;   25;     38;      0;           0;    3;   Code_Table; TOVS filter flags

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions

  0;   28;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance

#0	0	0	0	0	0	undef	undefined used for SSMI - temporary

  0;   50;    200;      2;      636700;   24;           km; Altitude(km)
  0;   50;    201;      6;           0;   24;  Rad(Si)/sec; Dosage
  0;   50;    202;      6;           0;   24;        Gauss; B-Field
  0;   50;    203;      3;      -20000;   24;           Re; Coordinate
  0;   50;    204;      3;           0;   24;            -; L-Shell

  0;   51;    200;     -2;           0;   24; KeV/(cm2-s-Sr); e-Energy Flux
  0;   51;    201;     -2;           0;   24; #/(cm2-s-Sr); e-Number Flux
  0;   51;    202;     -2;           0;   24; KeV/(cm2-s-Sr); i-Energy Flux
  0;   51;    203;     -2;           0;   24; #/(cm2-s-Sr); i-Number Flux
  0;   51;    204;      6;         -10;   24;         mhos; Ped Conduct.
  0;   51;    205;      6;         -10;   24;         mhos; Hall Conduct.

  0;   52;    200;      5;           0;   26;            -; S4
  0;   52;    201;      5;           0;   25;            -; SI
  0;   52;    202;      5;           0;   24;            -; PCT
  0;   52;    203;      5;           0;   24;            -; PRMS

  0;   53;    200;     -1;           0;   25;       cm**-3; Ne
  0;   53;    201;      3;           0;   24;          MHz; FE
  0;   53;    202;      3;           0;   24;          MHz; FoF2
  0;   53;    203;      3;           0;   20;           km; HE
  0;   53;    204;      3;           0;   20;           km; HF2
#
# Table definitions
#
#0	63	000	0	0	0	-	End of Table Descriptors
#0	63	001	0	0	8	Numeric	Number of Dimensions
#0	63	002	0	0	8	Numeric	Dimension Size
#0	63	003	0	0	8	Code_Table	Object Type
#0	63	004	0	0	8	Flag_Table	Flags
#0	63	005	0	0	16	Numeric	Object Count
#0	63	006	0	0	16	Numeric	Object Offset
#0	63	007	0	0	8	Code_Table	Axis Label
grads-2.0.1/data/tables/B3M-000-005-D0000644000175000017500000002667007750236075017441 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	45
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	01	0
	2	2	0
	3	4	30
	3	4	31
	-1

3	1	47
	0	1	7
	0	25	60
	0	1	33
	0	1	34
	0	1	12
	3	1	45
	0	2	21
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1 

3	1	48
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	140
	2	2	127
	0	1	13
	2	2	126
	0	7	1
	2	2	0
	0	25	10
	0	21	64
	-1

3	1	49
	0	2	111
	0	2	112
	0	21	62
	0	21	63
	0	21	64
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	55
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	0	1	12
	0	1	14
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	1	65
	0	1	6
	0	1	8
	0	2	1
	0	2	2
	0	2	5
	0	2	62
	0	2	70
	0	2	65
	-1

3	1	66
	3	1	11
	3	1	13
	3	1	23
	0	7	4
	0	2	64
	0	8	4
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	6
	0	10	4
	0	10	51
	0	10	62
	0	10	63
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	13
	3	2	6
	3	2	3
	1	1	0
	0	31	1
	3	2	05
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	22
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	3	33
	0	20	10
	0	20	16
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	4	30
	0	27	31
	0	28	31
	0	10	31
	-1

3	4	31
	0	1	41
	0	1	42
	0	1	43
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	6	20
	3	6	24
	1	2	6
	0	22	38
	0	22	39
	-1

3	6	21
	0	1	75
	3	1	11
	3	1	12
	0	22	122
	0	22	123
	0	12	1
	3	3	2
	-1

3	6	22
	0	1	75
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	-1

3	6	23
	0	1	15
	3	1	23
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	0	22	120
	0	22	121
	-1

3	6	24
	0	1	75
	3	1	11
	3	1	12
	0	22	42
	0	22	120
	0	22	121
	0	4	25
	0	4	15
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	7	9
	3	1	31
	3	2	13
	-1

3	7	11
	0	1	63
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	0	7	6
	0	11	1
	0	11	16
	0	11	17
	0	11	2
	0	11	42
	0	7	6
	0	12	1
	0	12	3
	0	10	52
	0	20	9
	-1

3	7	12
	1	3	0
	0	31	1
	0	8	23
	0	5	21
	0	20	1
	-1

3	7	13
	1	6	0
	0	31	1
	0	1	64
	0	8	14
	0	20	61
	0	8	14
	0	20	61
	0	20	18
	-1

3	7	14
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	15
	1	1	0
	0	31	1
	3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	0	20	2
	-1

3	7	16
	1	1	0
	0	31	1
	0	20	20
	-1

3	7	17
	1	1	0
	0	31	1
	0	11	70
	-1

3	7	18
	0	8	16
	1	2	0
	0	31	1
	0	8	17
	3	1	12
	1	4	0
	0	31	1
	0	7	6
	0	11	1
	0	11	2
	0	11	41
	0	20	9
	1	1	0
	0	31	1
	0	20	1
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	20
	3	7	11
	3	7	14
	3	7	16
	-1

3	7	21
	3	7	11
	3	7	12
	3	7	13
	3	7	14
	3	7	15
	3	7	16
	3	7	17
	3	7	18
	3	7	15
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	8	7
	3	1	55
	3	2	11
	0	7	62
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	10	5
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	03	25
	-1

3	10	6
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	23
	-1

3	10	7
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	24
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	11	2
	3	1	65
	3	1	66
	3	11	3
	3	11	4
	-1

3	11	3
	0	10	70
	0	11	1
	0	11	2
	0	12	1
	0	13	2
	-1

3	11	4
	1	1	0
	0	31	0
	0	11	34
	1	1	0
	0	31	0
	0	11	35
	1	1	0
	0	31	0
	0	11	75
	1	1	0
	0	31	0
	0	11	76
	1	1	0
	0	31	0
	0	33	25
	1	1	0
	0	31	0
	0	33	26
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	1	2	32
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	12	20
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	4	12
	0	6	30
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	21
	3	1	47
	1	1	3
	3	1	49
	0	11	12
	0	11	11
	0	21	67
	-1

3	12	22
	3	1	47
	0	8	22
	0	11	12
	0	11	50
	0	22	70
	0	22	26
	3	12	41
	0	10	50
	0	21	68
	0	21	71
	0	21	72
	0	21	73
	3	12	42
	0	21	62
	0	15	11
	-1

3	12	23
	3	1	47
	1	3	3
	0	8	22
	0	12	61
	0	22	50
	0	21	69
	0	21	85
	-1

3	12	24
	3	12	20
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100

3	12	41
	2	1	141
	2	2	130
	0	7	1
	2	1	00
	2	2	00
	-1

3	12	42
	0	21	77
	0	21	78
	0	21	79
	0	21	80
	0	21	81
	0	21	82
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	16	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	1	33
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	7	2
	0	7	2
	-1

3	16	3
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	11	2
	0	8	7
	0	8	11
	-1

3	16	4
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	11	31
	0	8	7
	0	8	11
	-1

3	16	5
	1	8	0
	0	31	1
	0	8	5
	0	8	7
	0	5	2
	0	6	2
	0	1	26
	0	19	1
	0	8	7
	0	8	5
	-1

3	16	6
	1	12	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	11
	0	20	12
	0	8	7
	0	8	11
	-1

3	16	7
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	19	5
	0	19	6
	0	8	7
	0	8	11
	-1

3	16	8
	1	11	0
	0	31	1
	0	8	1
	0	8	7
	0	8	23
	1	3	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	8	23
	0	8	7
	0	8	1
	-1

3	16	9
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	41
	0	8	7
	0	8	11
	-1

3	16	10
	1	7	0
	0	31	1
	0	8	11
	0	8	7
	0	1	22
	0	5	2
	0	6	2
	0	8	7
	0	8	11
	-1

3	16	11
	1	16	0
	0	31	1
	0	8	11
	0	1	22
	0	8	7
	0	1	2
	0	31	1
	0	5	2
	0	6	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	20	90
	0	8	21
	0	8	7
	0	8	11
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	0	2	135
	-1
grads-2.0.1/data/tables/B2L-128-001-D0000644000175000017500000000130307750236075017430 0ustar  amckinstryamckinstry#
# B2L-128-001-D.001 - Local BUFR Table D (Lists of Common Sequences)
# for center 128 (NRL Monterey), Minor Local Version 1
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#

# Phony local descriptor for debugging purposes
#
#3	5	1
#	0	2	102		# Antenna height above tower base (8 bits)
#	0	2	104		# Antenna polarization            (4 bits)
#	0	2	113		# Number of azimuth looks         (4 bits)
#	-1
#
3	5	1
	0	2	 11		# Radiosonde type                 (8 bits)
	0	2	 22		# Satellite DP technique used     (8 bits)
	0	2	102		# Antenna height above tower base (8 bits)
	-1

grads-2.0.1/data/tables/B2L-058-001-B0000644000175000017500000020554007750236075017441 0ustar  amckinstryamckinstry#
# B2L-058-001-B.001 - Local BUFR Table B for center 058 (FNMOC),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale (u)
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   40;    CCITT_IA5; Descriptor defining sequence
  0;    1;      1;      0;           0;    7;      Numeric; WMO block number (II)
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number (iii)
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number) (Ia...Ia)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier (I1I2I2)
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship call sign (D...D)
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform (dBdB)
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision) (VBVB)
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;      Numeric; Generating center
  0;    1;     50;      0;           0;   48;    CCITT_IA5; NMC report identifier
  0;    1;     62;      0;           0;   40;    CCITT_IA5; National assigned station identifier
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator (CCCC)
  0;    1;    192;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;    1;    193;      0;           0;    4;   Code_Table; global octant
  0;    1;    195;      0;           0;   10;      Numeric; Marsden square number
  0;    1;    197;      0;           0;    6;      Numeric; Runway number
  0;    1;    198;      0;           0;   16;   Code_Table; Sea station type
  0;    1;    200;      0;           0;    2;   Code_Table; Radar Capability indicator (XXX)
  0;    1;    201;      0;           0;    8;   Code_Table; Country or agency that operates the satellite
  0;    1;    203;      0;           0;   16;    CCITT_IA5; Satellite name
  0;    1;    204;      0;           0;   16;    CCITT_IA5; Satellite series
  0;    1;    206;      0;           0;   32;    CCITT_IA5; TOVS generating center name
  0;    1;    207;      0;           0;   72;    CCITT_IA5; File name
  0;    1;    208;      0;           0;    4;   Code_Table; Satellite data type
  0;    1;    209;      0;           0;    8;   Code_Table; Observation type for MCSST
  0;    1;    210;      0;           0;    7;   Code_Table; Observation source
  0;    1;    211;      0;           0;    4;      Numeric; Beam position
  0;    1;    212;      0;           0;   24;      Numeric; Data processing block number
  0;    1;    213;      0;           0;    3;   Code_Table; Tip source type identifier
  0;    1;    214;      0;           0;   32;    CCITT_IA5; Header originator
  0;    1;    215;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;    1;    216;      0;           0;   14;      Numeric; Engineering status
  0;    1;    217;      0;           0;    5;      Numeric; Satellite number
  0;    1;    218;      0;           0;  176;    CCITT_IA5; Sequence (report) type
  0;    1;    219;      0;           0;   40;    CCITT_IA5; Mission number
  0;    1;    220;      0;           0;    7;      Numeric; Observation number
  0;    1;    221;      0;           0;    8;   Code_Table; Surface type
  0;    1;    222;      0;           0;   32;    CCITT_IA5; Report modifier
  0;    1;    223;      0;           0;    3;   Code_Table; Runway parallel indicator
  0;    1;    224;      0;           0;    5;   Code_Table; Terrain code identifier
  0;    2;      1;      0;           0;    2;   Code_Table; Type of station (ix)
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement (ewew)
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used (a4, I3, or I4)
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measur
  0;    2;      5;      2;           0;    7;        deg_K; Precision of temperature observed (s3)
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type (rara)
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction (Sr)
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system (sasa)
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Cloud motion computational method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     28;      0;           0;   32;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     29;      0;           0;    8;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement (k5)
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization (k1)
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement (k2)
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type (id)
  0;    2;     35;      0;           0;    9;            m; Cable length (ZdZdZd)
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type (Ip or Vi...Vi)
  0;    2;     38;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;    2;     39;      0;           0;    4;   Code_Table; Wet bulb temperature method indicator
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction (Qn)
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report (At or QL)
  0;    2;     47;      0;           0;    4;   Code_Table; Method of removing ship velocity
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator to specify observing method for extreme temperatures
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system (s1)
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type serial number/identifier
  0;    2;    142;      0;           0;    8;   Code_Table; Ozone instrument
  0;    2;    143;      0;           0;    7;      Numeric; Instrument type
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator
  0;    2;    194;      0;           0;    8;   Code_Table; Spectral calculation method
  0;    2;    199;      0;           0;    4;      Numeric; grp_pos_ind
  0;    2;    203;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;    2;    204;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;    2;    205;      0;           0;    3;   Code_Table; Ozone flag
  0;    2;    206;      0;           0;    4;   Code_Table; Algorithm identifier
  0;    2;    207;      0;           0;    5;   Code_Table; Equation identifier
  0;    2;    208;      0;           0;    2;   Code_Table; Type of method for measuring pressure
  0;    2;    209;      0;           0;   10;   Code_Table; Xbt instrument type (IxIxIx)
  0;    2;    210;      0;           0;    7;   Code_Table; Recorder type (XRXR)
  0;    2;    211;      0;           0;    8;   Flag_Table; Sensor status flag
  0;    2;    212;      0;           0;    2;   Flag_Table; Maintenance Check flag
  0;    4;      1;      0;           0;   12;           yr; Year (4-digit)
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;           yr; Time increment - year
  0;    4;     12;      0;       -1024;   11;           mo; Time increment - month
  0;    4;     13;      0;       -1024;   11;          day; Time increment - day
  0;    4;     14;      0;       -1024;   11;           hr; Time increment - hour
  0;    4;     15;      0;       -2048;   12;          min; Time increment - minutes
  0;    4;     16;      0;       -4096;   13;            s; Time increment - seconds
  0;    4;     21;      0;       -1024;   11;           yr; Time period or displacement - year
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement - month
  0;    4;     23;      0;       -1024;   11;          day; Time period or displacement - month
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement - hour
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement - minutes
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement - seconds
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to following value (TT)
  0;    4;     41;      0;       -1440;   12;          min; Time difference, UTC - LMT
  0;    4;     43;      0;           0;    9;          day; Day of the year
  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week (Y)
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipitation equal or more than 1 mm
  0;    4;     70;      0;           0;    8;      Numeric; Sample number
  0;    4;    192;      0;           0;    4;   Code_Table; Precipitation time period (tR)
  0;    4;    193;      0;           0;   31;   Code_Table; Last time that this observation record was updated
  0;    4;    200;      0;           0;   12;           yr; Time of receipt - year
  0;    4;    201;      0;           0;    4;           mo; Time of receipt - month
  0;    4;    202;      0;           0;    6;          day; Time of receipt - day
  0;    4;    203;      0;           0;    5;           hr; Time of receipt - hour
  0;    4;    204;      0;           0;    6;          min; Time of receipt - minute
  0;    4;    206;      3;           0;   27;            s; GMT seconds
  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy) (La...La)
  0;    5;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     50;      5;           0;   17;      Numeric; Sigma level
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment
  0;    5;    192;      0;           0;    3;      Numeric; Image line number
  0;    5;    193;      0;           0;    4;      Numeric; Image sample number
  0;    5;    194;      0;           0;   14;      Numeric; Orbit number
  0;    5;    196;      0;           0;   16;      Numeric; Orbit number
  0;    5;    197;      0;           0;    8;      Numeric; Frame number
  0;    5;    199;      0;           0;   20;      Numeric; Orbit number
  0;    6;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy) (Lo...Lo)
  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;    6;     11;      5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    7;      1;      0;        -400;   15;            m; Height of station (hohohoho)
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude (hahaha, hIhIhI, HmHmHm, HH, tnu2, or tnu3)
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure (Pa...Pa, Paob...Paob, Po...Po, PtPtPt, or PAPA)
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Geopotential height
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment
  0;    7;    192;      2;           0;   13;          deg; Local zenith angle
  0;    7;    196;      0;           0;    4;   Code_Table; Station height precision
  0;    7;    197;      1;           0;   11;          deg; Solar zenith angle
  0;    7;    198;      2;       -6000;   14;          deg; Satellite zenith angle
  0;    7;    199;      1;           0;   11;          deg; Solar azimuth angle
  0;    7;    223;      2;           0;   14;          deg; Solar zenith angle
  0;    7;    224;      1;           0;   14;            m; Surface elevation
  0;    8;      0;      0;           0;    4;   Code_Table; Vertical significance (forecast soundings)
  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight (ipipip)
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     24;      0;           0;    8;   Code_Table; Type of difference
  0;    8;     31;      0;           0;    8;    CCITT_IA5; Data category
  0;    8;     32;      0;           0;   14;   Code_Table; Data significance for simulated forecast
  0;    8;     33;      0;           0;    3;   Code_Table; Data significance for corrected forecast
  0;    8;     34;      0;           0;    3;   Code_Table; Data significance for simulated retrievals
  0;    8;     35;      0;           0;    3;   Code_Table; Data significance for corrected retrievals
  0;    8;     36;      0;           0;    3;   Code_Table; Data significance for simulated analysis
  0;    8;     37;      0;           0;    3;   Code_Table; Data significance for corrected analysis
  0;    8;     38;      0;           0;    3;   Code_Table; Data significance for sigma level data
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurrence follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurrence qualifier
  0;    8;     70;      0;           0;    8;   Code_Table; Surface Type Code ID
  0;    8;    194;      0;           0;    4;   Code_Table; Flight condition (fc)
  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height (HHH)
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Geopotential height
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level (PPPP)
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH) (PH...PH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change (ppp)
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency (a, w, or w'w')
  0;   10;    103;      0;           0;    4;   Code_Table; Geopotential thickness QC ID
  0;   10;    197;      0;           0;    4;   Code_Table; Index pertaining to geopotential height (j)
  0;   10;    199;      0;       -1024;   16;            m; Geopotential height difference
  0;   10;    200;      0;       -1024;   16;            m; Geopotental height correction
  0;   10;    201;      0;           0;   14;   Code_Table; Pressure tendency QC ID
  0;   10;    203;      0;           0;    4;   Code_Table; Geopotential height quality control flag
  0;   10;    213;      0;       -1024;   16;            m; Geopotential height
  0;   10;    224;      0;           0;    4;   Code_Table; Station level pressure QC ID
  0;   10;    251;      0;           0;    4;   Code_Table; Mean sea level pressure QC ID
  0;   11;      1;      0;           0;    9;     deg_true; Wind direction (dd, dodo>dndn, dmagdmag)
  0;   11;      2;      1;           0;   12;          m/s; Wind speed (ff, fff, or fofofo>fnfnfn)
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     21;      9;      -65536;   17;          1/s; Relative vorticity
  0;   11;     22;      9;      -65536;   17;          1/s; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence (B...B or BA)
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence (BabBabBab or B1B1B1)
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence (BatBatBat or B1B1B1)
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts) (fm...fm)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      1;           0;   12;          m/s; Surface - 5000 feet mean LYR wind speed (dmdm)
  0;   11;     44;      0;           0;    9;     deg_true; Surface - 5000 feet mean LYR wind direction
  0;   11;     45;      0;           0;    9;     deg_true; Maximum wind (gust) direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)
  0;   11;    195;      0;           0;    2;   Code_Table; Wind type at flight altitude (dt)
  0;   11;    200;      0;           0;    4;   Code_Table; Wind QC ID
  0;   11;    203;      1;       -4096;   13;          m/s; Wind u-component difference
  0;   11;    204;      1;       -4096;   13;          m/s; Wind v-component difference
  0;   11;    205;      0;           0;    4;   Code_Table; Turbulence (B) (WMO code table 0300)
  0;   11;    206;      0;           0;    2;   Code_Table; Flight level wind method (da)
  0;   11;    207;      0;           0;    2;   Code_Table; Extreme wind speed ID
  0;   11;    213;      1;       -4096;   13;          m/s; Wind u-component correction
  0;   11;    214;      1;       -4096;   13;          m/s; Wind v-component correction
  0;   11;    244;      0;           0;   16;     deg_true; Direction of wind
  0;   11;    245;      2;           0;   16;          m/s; wnd_spd
  0;   11;    246;      1;           0;    8;          m/s; Ocean surface wind speed
  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature (Ta, TsTsTs, TtTt, or TxTxTx)
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature (TbTbTb)
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint (TdTdTd or T'dT'd)
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters (Tao>Tan, ToTo>tnTn, or TT)
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature (TnTnTn)
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     20;      2;       -2000;   12;    deg_K/day; Radiative heating profile
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature (ToTo)
  0;   12;     40;     -3;       -2048;   12;       W/m**2; Sensible heat flux
  0;   12;     48;      0;        -200;    8;        deg_K; Land/snow surface temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature
  0;   12;     70;      2;           0;   16;        deg_K; Vertical polarization 19GHz brightness temperature
  0;   12;     71;      2;           0;   16;        deg_K; Horizontal polarization 19GHz brightness temperature
  0;   12;     72;      2;           0;   16;        deg_K; Vertical polarization 22GHz brightness temperature
  0;   12;     73;      2;           0;   16;        deg_K; Vertical polarization 37GHz brightness temperature
  0;   12;     74;      2;           0;   16;        deg_K; Horizontal polarization 37GHz brightness temperature
  0;   12;     75;      2;           0;   16;        deg_K; Vertical polarization 85GHz brightness temperature
  0;   12;     76;      2;           0;   16;        deg_K; Horizontal polarization 85GHz brightness temperature
  0;   12;    192;      0;           0;    4;   Code_Table; Wet bulb temperature indicator
  0;   12;    193;      2;           0;   16;        deg_K; SSU brightness temperature
  0;   12;    194;      2;           0;   16;        deg_K; Dewpoint
  0;   12;    195;      0;           0;    4;   Code_Table; Dewpoint, aircraft altitude, air temperature indicator (id)
  0;   12;    196;      2;           0;   16;        deg_K; Dewpoint difference
  0;   12;    201;      0;           0;    4;   Code_Table; Air temperature QC ID
  0;   12;    213;      0;           0;    4;   Code_Table; Dewpoint QC ID
  0;   12;    215;      0;           0;    2;   Code_Table; Temperature precision flag
  0;   12;    220;      2;           0;   16;        deg_K; HIRS brightness temperature
  0;   12;    221;      2;           0;   16;        deg_K; MSU brightness temperature
  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity (U1>Un or U...U)
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density (p1p1p1)
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent (Aw or R...R)
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth (sss)
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water (www)
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours (R24...R24)
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     40;     -3;       -2048;   12;       W/m**2; Latent heat flux
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipitation
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipiation
  0;   13;     71;      1;           0;    7;      kg/m**2; Liquid water
  0;   13;     75;      0;           0;    8;      percent; Land snow cloud
  0;   13;     76;      2;           0;    6;            m; Snow-water equivalent
  0;   13;    176;      0;           0;    7;   Code_Table; Precipitable water precision flag
  0;   13;    192;      0;           0;    4;   Code_Table; Precipitation identifier (iR)
  0;   13;    193;      0;           0;   10;   Code_Table; Precipitation amount
  0;   13;    194;      3;           0;   16;         g/kg; First guess mixing ratios
  0;   13;    197;      0;           0;    3;   Code_Table; Rain indicator
  0;   13;    203;      0;           0;    4;   Code_Table; Relative hunidity QC ID
  0;   13;    217;      0;           0;    8;      Numeric; Precipitation flag (SSM/T)
  0;   13;    218;      2;           0;   11;    kg/(m**2); Cloud water
  0;   13;    219;      2;           0;   10;           cm; Total precipitable water
  0;   13;    220;      1;           0;    9;        mm/hr; Rain rate
  0;   13;    221;      2;           0;   14;    kg/(m**2); Cloud Liquid Water
  0;   14;      1;     -3;       -2048;   12;       J/m**2; Longwave radiation, integrated over 24 hours (FLFLFL)
  0;   14;      3;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over 24 hours (FiFiFi)
  0;   14;      4;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over period specified (FsFsFs)
  0;   14;     11;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;       J/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;       J/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine (precentage)
  0;   14;     41;      0;           0;    7;      percent; Short wave albedo
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance
  0;   15;      1;      0;           0;   10;  dobson_unit; Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air-mass (slant path at 22 km)
  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features (dsds)
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radiation with respect to FFF above threshold
  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility (Dv, Vi, V...V, or VxVxVxVx)
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather (ww or w'w')
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1) (Wa1Wa2 or W1W2)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2) (wawa)
  0;   20;      9;     -1;         -40;   11;            m; Ceiling
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total) (N, NcNc, or Ns...Ns)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount (N or Ns...Ns)
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type (C, Ct, CH, CL, or CM)
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud (h, hshs, hshshs, or H'H')
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud (HfHfHf or HtHt)
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud (PcPcPc)
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;     -1;          40;   11;            m; Low estimated height of cloud top
  0;   20;     19;     -1;          40;   11;            m; High estimated height of cloud top (H1>Hn)
  0;   20;     21;      0;           0;    4;   Code_Table; Middle cloud amount
  0;   20;     22;      0;           0;    4;   Code_Table; High cloud amount
  0;   20;     23;      0;           0;    7;      percent; Satellite sensed effective cloud amount
  0;   20;     30;      0;           0;    4;   Code_Table; Total ice concentration
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness) (EsEs)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion (Rs)
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion (Is)
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration (Ci)
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice (zii...zii)
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development (bi)
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Rate of icing (Ir)
  0;   20;     49;      0;           0;   10;   Code_Table; Type of stability measure
  0;   20;     50;      0;           0;   10;      Numeric; Value of stability
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR) (VR...VR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground (with or without snow) (E')
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     71;      0;           0;    2;   Code_Table; Ice age code ID
  0;   20;     72;      0;           0;    2;   Code_Table; Ice edge code ID
  0;   20;    196;      0;           0;    8;    CCITT_IA5; Runway visibility tendency
  0;   20;    197;      0;           0;    2;   Flag_Table; Landing wind shear indicator
  0;   20;    199;      0;           0;    8;     deg_true; Visibility direction
  0;   20;    205;      0;           0;   24;    CCITT_IA5; Cloud significant convection
  0;   20;    206;      0;           0;   64;    CCITT_IA5; Significant present weather conditions
  0;   20;    207;      0;           0;    4;   Code_Table; Pressure and altitude significance
  0;   20;    208;      0;           0;    4;   Code_Table; Significant weather changes (Ws)
  0;   20;    209;      0;           0;    4;   Code_Table; Distance of weather changes (Ss)
  0;   20;    210;      0;           0;    4;   Code_Table; Distant weather (Wd)
  0;   20;    211;      0;           0;    4;   Code_Table; Bearing of distant weather (dw)
  0;   20;    213;      0;           0;    4;   Code_Table; Icing and contrail types (It)
  0;   20;    216;      0;           0;    7;   Code_Table; Altitude of layer base where icing occurred (hihi)
  0;   20;    219;      0;           0;    4;   Code_Table; Distance to center or line midpoint
  0;   20;    220;      0;           0;    4;   Code_Table; Orientation of ellipse (Sr)
  0;   20;    221;     -3;           0;   16;            m; Echo width or diameter (Ew)
  0;   20;    222;     -3;           0;   16;            m; Echo axis length (El)
  0;   20;    223;      0;           0;    8;   Code_Table; Echo character (ce)
  0;   20;    224;      0;           0;    4;   Code_Table; Intensity of echo (Ie)
  0;   20;    225;      0;           0;    3;   Code_Table; In flight horizontal visibility (Vi)
  0;   20;    236;      0;           0;    8;    CCITT_IA5; Cloud base height
  0;   20;    237;      0;           0;    7;   Code_Table; Horizontal visbility
  0;   20;    240;      0;           0;    4;   Code_Table; Present weather (w)
  0;   20;    242;      0;           0;    5;   Code_Table; Bearing of ice edge
  0;   20;    244;      0;           0;    4;   Code_Table; cloud base height
  0;   20;    245;      0;           0;  640;    CCITT_IA5; Remarks in plain language
  0;   20;    246;      0;           0;    7;      percent; Ice coverage
  0;   20;    247;      0;           0; 1656;    CCITT_IA5; Ice plain language text remarks
  0;   20;    248;      0;           0;    7;   Code_Table; Height of base of cloud (hshs)
  0;   20;    249;      0;           0;    7;   Code_Table; Height of top of cloud (HtHt)
  0;   20;    254;      0;           0;    8;    CCITT_IA5; Extreme value indicator
  0;   20;    255;      0;           0; 2040;    CCITT_IA5; Plain language text remarks
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;    192;      0;           0;   14;            m; Heave sensor spectral peak length
  0;   21;    193;      1;           0;   14;            s; Heave sensor spectral peak period
  0;   21;    194;      2;           0;   14;      percent; AVHRR channel average
  0;   21;    195;      2;           0;   14;      percent; Space view channel standard deviation
  0;   21;    196;      2;           0;   15;        deg_K; Algorithm identifier
  0;   21;    197;      2;           0;   15;        deg_K; AVHRR channel average
  0;   21;    198;      2;       -5000;   13;           dB; Backscatter
  0;   21;    199;      1;           0;   10;      percent; Noise figure percentage
  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves (dddd, da1da1, or d1d1>dndn)
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves (dw1dw1 or dw2dw2)
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current (dodo>dndn or DcDc))
  0;   22;     11;      0;           0;    6;            s; Period of waves (D'D'D'D', PaPaPaPa, or PwPw)
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves (Pw1Pw1 or Pw2Pw2)
  0;   22;     21;      1;           0;   10;            m; Height of waves (D'D'D'D' or HsHsHsHs)
  0;   22;     22;      1;           0;   10;            m; Height of wind waves (HwHw)
  0;   22;     23;      1;           0;   10;            m; Height of swell waves (Hw1Hw1 or Hw2Hw2)
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     31;      2;           0;   13;          m/s; Speed of current (cococo>cncncn or VcVc)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature (T1T1T1>TnTnTn)
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature (ToToToTo>TnTnTnTn)
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;        deg_K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity (SoSoSoSo>SnSnSnSn)
  0;   22;     63;      0;           0;   14;            m; Total water depth (hhh or ZdZdZdZd)
  0;   22;    105;     -1;           0;    6;     deg_true; Direction of waves (da2da2)
  0;   22;    143;      2;           0;   13;        deg_K; Sea temperature
  0;   22;    192;      0;           0;   14;            m; Wave length
  0;   22;    193;      2;           0;   14;            m; Slope sensor significant wave height
  0;   22;    194;      0;           0;   14;            m; Slope sensor spectral peak length
  0;   22;    195;      1;           0;   14;            s; Slope sensor spectral peak period
  0;   22;    196;      1;           0;   14;            s; Slope sensor mean wave period
  0;   22;    197;      0;           0;   14;            m; Slope sensor mean wave length
  0;   22;    198;      0;           0;    7;     deg_true; Wave directional spread
  0;   22;    199;      1;           0;   14;            s; Time sample interval
  0;   22;    200;      0;           0;   14;            m; Distance sample interval
  0;   22;    201;      1;           0;   14;            s; Recorded wave duration
  0;   22;    202;      0;           0;   14;            m; Recorded wave length
  0;   22;    203;      0;           0;    7;      Numeric; Count of bands described
  0;   22;    204;      0;           0;    4;   Code_Table; Wave expiration
  0;   22;    205;      3;           0;   20; m**2/(Hz*rad); Wave spectra
  0;   22;    206;      4;           0;   10;      Numeric; Drag coefficient
  0;   22;    207;      2;           0;   16;            m; Maximum wave height
  0;   22;    208;      2;           0;   16;            m; Significant wave height
  0;   22;    209;      0;           0;    7;   Code_Table; directional spread
  0;   22;    211;      0;           0;    8;   Code_Table; Bogus water mass classification
  0;   22;    212;      0;           0;    8;   Code_Table; Discriminant water mass classification
  0;   22;    213;      1;           0;   10;      percent; Classification probability
  0;   22;    214;      0;           0;   10;      m**2/Hz; Heave sensor spectral density frequency
  0;   22;    215;      0;           0;   10;         m**3; Heave sensor spectral density number
  0;   22;    216;      0;           0;    7;      Numeric; Heave sensor band number
  0;   22;    217;      0;           0;    7;      percent; Heave sensor ratio
  0;   22;    218;      0;           0;    7;      Numeric; Slope sensor band number
  0;   22;    219;      0;           0;    7;      percent; Slope sensor ratio
  0;   22;    220;      0;           0;    8;   Code_Table; Front number
  0;   22;    224;     -2;           0;   14;            m; Distance to front
  0;   22;    229;      0;           0;    7;   Code_Table; Wave direction
  0;   22;    232;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;   22;    233;      0;           0;    3;   Code_Table; Sea temperature averaging period
  0;   22;    236;      0;           0;    8;   Code_Table; Swell wave direction
  0;   22;    237;     -2;           0;   14;            m; Significant wave height
  0;   22;    238;     -2;           0;   14;            m; Maximum wave height
  0;   22;    239;      0;           0;    6;      Numeric; Wave spectra direction count
  0;   22;    240;      0;           0;    6;      Numeric; Wave spectra frequency count
  0;   22;    241;      3;      -32768;   16;      Nt/m**2; Wave stress u-component
  0;   22;    242;      3;      -32768;   16;      Nt/m**2; Wave stress v-component
  0;   22;    243;      0;           0;    7;      percent; Whitecap probability
  0;   22;    244;      0;           0;    7;   Code_Table; Estimated wave direction of spectral wave
  0;   22;    245;      2;           0;   16;        deg_K; Surface temperature
  0;   22;    246;      3;      -32768;   16;      Nt/m**2; Wind stress u-component
  0;   22;    247;      3;      -32768;   16;      Nt/m**2; Wind stress v-component
  0;   22;    248;      0;           0;   16;     deg_true; Wind wave direction
  0;   22;    249;      2;           0;   16;            m; Height of wind wave
  0;   22;    250;      1;           0;   16;            s; Period of wind waves
  0;   22;    251;      0;           0;    6;      Numeric; Wave spectra direction
  0;   22;    252;      0;           0;    6;      Numeric; Wave spectra frequency
  0;   22;    253;      0;           0;   16;     deg_true; Direction of swell waves
  0;   22;    254;      2;           0;   16;            m; Height of swell waves
  0;   22;    255;      1;           0;   16;            s; Period of swell waves
  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precip
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter change in wind direction and/or speed flag
  0;   24;      1;    -11;           0;   28;           Bq; Estimate of radioactivity released up to specified time
  0;   24;      2;    -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     31;      0;           0;    2;   Code_Table; 15 day SST availability
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     35;      0;           0;    3;   Code_Table; First guess adjustment
  0;   25;     36;      3;       -5000;   14;      Numeric; NSTAR average value
  0;   25;     37;      0;           0;    2;   Code_Table; HIRS-8 surface air temperature
  0;   25;     38;      0;           0;    3;   Code_Table; TOVS filter flags
  0;   25;     41;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;   25;     42;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;   25;    192;      0;           0;    8;   Code_Table; Type of correction
  0;   25;    193;      0;           0;    3;   Code_Table; Land/sea flag
  0;   25;    194;      0;           0;    2;   Code_Table; Day/night flag
  0;   25;    195;      0;           0;    6;      Numeric; Surface model pressure
  0;   25;    196;      0;           0;   16;      Numeric; Scan line count
  0;   25;    197;      0;           0;    5;      Numeric; Box counter
  0;   25;    198;      0;           0;    3;      Numeric; Minibox counter
  0;   25;    199;      0;           0;    3;   Code_Table; Water vapor flag
  0;   25;    200;      0;           0;    3;   Code_Table; TOVS retrieval low 20
  0;   25;    201;      0;           0;    3;   Code_Table; TOVS retrieval temps high 20
  0;   25;    202;      0;           0;    2;   Code_Table; TOVS super adiabatic flag
  0;   25;    203;      0;           0;    2;   Code_Table; TOVS skin temperature flag
  0;   25;    204;      0;           0;    2;   Code_Table; Stratospheric sounding unit flag
  0;   25;    205;      0;           0;    4;   Code_Table; Latitude zones
  0;   25;    206;      0;           0;    4;   Code_Table; TOVS instrument combinations
  0;   25;    208;      0;           0;    8;   Code_Table; TARM flag
  0;   25;    209;      0;           0;    4;   Code_Table; DMSP flag
  0;   25;    211;      0;           0;   17;      Numeric; B-scan start time
  0;   25;    212;      0;           0;    7;      Numeric; Counter (1-64)
  0;   25;    213;      0;           0;    5;   Code_Table; Calculated surface type
  0;   25;    214;      0;           0;    3;   Code_Table; Season flag
  0;   25;    215;      0;        -127;    8;      Numeric; Missing packet counter
  0;   25;    216;      0;           0;    3;   Code_Table; Observation Quality Code
  0;   26;      1;      1;           0;   12;           hr; Principle time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;           hr; Principle time of daily reading in UTC of minimum temperature
  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite location counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-location dimensions
  0;   28;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type (Wr)
  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture
  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch (1 bit)
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor (255 or less)
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor (65536 or less)
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data replication factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data replication factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;    192;      0;           0;    8;   Code_Table; Associated QC indicator
  0;   31;    193;      0;           0;    8;   Code_Table; QC description identifier, indicates why a value is bad
  0;   31;    194;      2;           0;    7;      Numeric; Associated correlation
  0;   31;    195;      2;           0;    7;      Numeric; Associated probability of error
  0;   31;    196;      0;           0;   13;   Flag_Table; UWI product confidence flag
  0;   31;    197;      0;           0;   12;      Numeric; Solution probability
  0;   31;    201;      0;           0;   10;      Numeric; Delayed replication factor (1023 or less)
  0;   31;    211;      0;           0;    3;      Numeric; Delayed replication factor (15 or less)
  0;   31;    221;      0;           0;    5;      Numeric; Delayed replication count (31 or less)
  0;   31;    231;      0;           0;    6;      Numeric; Delayed replication factor (63 or less)
  0;   31;    241;      0;           0;    4;      Numeric; Delayed replication factor (15 or less)
  0;   48;      1;      0;           0;  128;    CCITT_IA5; Classification
  0;   48;      2;      0;           0;  128;    CCITT_IA5; Classification modifier
  0;   48;      3;      0;           0;  552;    CCITT_IA5; Release as
  0;   48;      4;      0;           0;   12;           yr; Declassification - year
  0;   48;      5;      0;           0;    4;           mo; Declassification - month
  0;   48;      6;      0;           0;    6;          day; Declassification - day
  0;   48;      7;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;      8;      0;           0;   64;    CCITT_IA5; Sender of original observation data
  0;   48;      9;      0;           0;   80;    CCITT_IA5; Declassification instructions
  0;   48;     10;      0;           0;   12;           yr; Send - year
  0;   48;     11;      0;           0;    4;           mo; Send - month
  0;   48;     12;      0;           0;    6;          day; Send - day
  0;   48;     13;      0;           0;    4;           hr; Send - hour
  0;   48;     14;      0;           0;    6;          min; Send - minutes
  0;   48;     15;      0;           0;  552;    CCITT_IA5; Release to information
  0;   48;     16;      0;           0;    5;           hr; Send - hour
  0;   48;     17;      0;           0; 1104;    CCITT_IA5; Release to
  0;   48;     18;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;     19;      0;           0;  552;    CCITT_IA5; Declassification instructions
  0;   48;     20;      0;           0;  552;    CCITT_IA5; Classification modifier
  0;   48;     21;      0;           0;  552;    CCITT_IA5; Sender of observational data
  0;   48;     22;      0;           0;  160;    CCITT_IA5; Classification
  0;   48;     27;      0;           0;   12;           yr; Receipt - year
  0;   48;     28;      0;           0;    4;           mo; Receipt - month
  0;   48;     29;      0;           0;    6;          day; Receipt - day
  0;   48;     30;      0;           0;    5;           hr; Receipt - hour
  0;   48;     31;      0;           0;    6;          min; Receipt - minutes
  0;   48;     32;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;   48;     33;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;   48;     34;      0;           0;    6;      Numeric; Near-duplicate combination count
  0;   50;      1;      0;           0;    2;   Code_Table; Quality of measurement of pressure, sst,
  0;   50;      2;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission (QN)
  0;   50;      3;      0;           0;    4;   Code_Table; IGOSS quality codes (Qd, Qd1, Qd2, Q1, Qt)
  0;   50;      6;      0;           0;    3;   Code_Table; Location quality codes (QL)
  0;   50;     10;      2;           0;   15;        deg_K; GDEM temperature
  0;   50;     14;      2;           0;   15;        deg_K; Feature model temperature
  0;   50;     18;      0;           0;   16;      Numeric; Reliability
  0;   50;     33;      0;           0;    8;      Numeric; Count of boundary points
  0;   50;     34;      3;           0;   16;      Numeric; Frequency ratio
  0;   50;     35;      0;           0;   12;            s; Time step of data (time increment)
  0;   50;     42;      2;           0;   12;      Numeric; Mean wave direction
  0;   50;     43;      3;           0;   12;      Numeric; Mean wave frequency
  0;   50;     44;      4;           0;   12;      Numeric; First frequency
  0;   50;    100;      0;           0;   12;           yr; Analysis DTG - year
  0;   50;    101;      0;           0;    4;           mo; Analysis DTG - month
  0;   50;    102;      0;           0;    6;          day; Analysis DTG - day
  0;   50;    103;      0;           0;    5;           hr; Analysis DTG - hour
  0;   50;    104;      0;           0;    6;      Numeric; Last observed sea depth
  0;   51;      3;      0;           0;    5;   Flag_Table; Processing status
  0;   51;      6;      0;           0;    6;      Numeric; Combination count
  0;   51;      7;      0;           0;    2;   Code_Table; Quality control process status
grads-2.0.1/data/tables/B3L-160000-000001-B-forHDGOES0000644000175000017500000000322307750236075021544 0ustar  amckinstryamckinstry#
# BUFR Table B - Local table for ECMWF encode/decode of 
# High Density Winds from GOES, ref. IPD-1008 release 3 Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name

0	1	7	0	0	10	Code_Table	Satellite identifier
0	1	31	0	0	16	Code_Table	Identification of originating/generating center
0	1	32	0	0	8	Code_Table	Generating application

0	2	23	0	0	4	Code_Table	Satellite derived wind computation method
0	2	57	0	0	4	Code_Table	Origin of first guess information for GOES-I/M soundings

0	2	196	0	0	9	Code_Table	Satellite Classification
0	2	197	8	0	26	Hz	Satellite Channel Center Frequency
0	2	198	8	0	26	Hz	Satellite Channel Band Width
0	2	221	0	0	18	M	Segment Size At Nadir In X Direction
0	2	222	0	0	18	M	Segment Size At Nadir In Y Direction
0	2	231	0	0	4	Code_Table	Height Assignment Method
0	2	232	0	0	3	Code_Table	Tracer Correlation Method
0	2	252	0	0	31	Flag_Table	Satellite Instrument Data Used In Processing

0	4	1	0	0	12	Year	Year
0	4	2	0	0	4	mo	Month
0	4	3	0	0	6	Day	Day
0	4	4	0	0	5	hr	Hour
0	4	5	0	0	6	min	Minute
0	4	6	0	0	6	s	Second
0	4	24	0	-2048	12	hr	Time period or displacement

0	5	1	5	-9000000	25	deg	Latitude (high accuracy)

0	6	1	5	-18000000	26	deg	Longitude (high accuracy)

0	7	4	-1	0	14	Pa	Pressure
0	7	24	2	-9000	15	deg	Satellite zenith angle

0	8	12	0	0	2	Code_Table	land/sea qualifier
0	8	21	0	0	5	Code_Table	Time significance

0	11	1	0	0	9	deg_true	Wind direction
0	11	2	1	0	12	m/s	Wind speed

0	12	1	1	0	12	deg_K	Temperature/dry bulb temperature
0	12	193	1	0	12	deg_K	Coldest Cluster Temperature


0	31	31	0	0	1	Flag_Table	Data present indicator

0	33	7	0	0	7	Percent	Per cent confidence 

grads-2.0.1/data/tables/B2M-000-002-D0000644000175000017500000004176507750236075017437 0ustar  amckinstryamckinstry3	0	2 
	0	0	2 
	0	0	3 
	-1 
 
3	0	3 
	0	0	10 
	0	0	11 
	0	0	12 
	-1 
 
3	0	4 
	3	0	3 
	0	0	13 
	0	0	14 
	0	0	15 
	0	0	16 
	0	0	17 
	0	0	18 
	0	0	19 
	0	0	20 
	-1 
 
3	0	10 
	3	0	3 
	1	1	0 
	0	31	1 
	0	0	30 
	-1 
 
3	1	1 
	0	1	1 
	0	1	2 
	-1 
 
3	1	2 
	0	1	3 
	0	1	4 
	0	1	5 
	-1 
 
3	1	3 
	0	1	11 
	0	1	12 
	0	1	13 
	-1 
 
3	1	11 
	0	4	1 
	0	4	2 
	0	4	3 
	-1 
 
3	1	12 
	0	4	4 
	0	4	5 
	-1 
 
3	1	13 
	3	1	12 
	0	4	6 
	-1 
 
3	1	21 
	0	5	1 
	0	6	1 
	-1 
 
3	1	22 
	3	1	21 
	0	7	1 
	-1 
 
3	1	23 
	0	5	2 
	0	6	2 
	-1 
 
3	1	24 
	3	1	23 
	0	7	1 
	-1 
 
3	1	25 
	3	1	23 
	0	4	3 
	3	1	12 
	-1 
 
3	1	26 
	3	1	21 
	0	4	3 
	0	4	3 
	0	4	4 
	0	4	4 
	0	4	5 
	0	4	5 
	-1 
 
3	1	31 
	3	1	1 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	22 
	-1 
 
3	1	32 
	3	1	1 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	33 
	0	1	5 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	21 
	-1 
 
3	1	34 
	0	1	5 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	35 
	0	1	5 
	0	1	12 
	0	1	13 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	36 
	3	1	3 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	37 
	3	1	1 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	22 
	-1 
 
3	1	38 
	3	1	1 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	39 
	3	1	3 
	0	1	11 
	0	1	12 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	40 
	3	1	3 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	41 
	0	1	7 
	0	2	21 
	0	2	22 
	3	1	11 
	3	1	12 
	-1 
 
3	1	42 
	3	1	41 
	3	1	21 
	-1 
 
3	1	43 
	0	1	7 
	0	2	23 
	3	1	11 
	3	1	13 
	3	1	21 
	-1 
 
3	1	44 
	0	1	7 
	0	2	24 
	3	1	11 
	3	1	13 
	3	1	21 
	-1 
 
3	1	51 
	0	1	6 
	0	2	61 
	3	1	11 
	3	1	12 
	3	1	21 
	0	8	4 
	-1 
 
3	1	62 
	1	1	0 
	0	31	1 
	3	1	1 
	-1 
 
3	1	190 
	0	4	192 
	0	4	193 
	-1 
 
3	1	191 
	0	8	192 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	-1 
 
3	1	192 
	3	1	11 
	0	4	4 
	3	1	23 
	-1 
 
3	2	1 
	0	10	4 
	0	10	51 
	0	10	61 
	0	10	63 
	-1 
 
3	2	2 
	0	10	4 
	0	7	4 
	0	10	3 
	0	10	61 
	0	10	63 
	-1 
 
3	2	3 
	0	11	11 
	0	11	12 
	0	12	4 
	0	12	6 
	0	13	3 
	0	20	1 
	0	20	3 
	0	20	4 
	0	20	5 
	-1 
 
3	2	4 
	0	20	10 
	0	8	2 
	0	20	11 
	0	20	13 
	0	20	12 
	0	20	12 
	0	20	12 
	-1 
 
3	2	5 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	2	11 
	3	2	1 
	3	2	3 
	3	2	4 
	-1 
 
3	2	12 
	3	2	2 
	3	2	3 
	3	2	4 
	-1 
 
3	2	21 
	0	22	1 
	0	22	11 
	0	22	21 
	-1 
 
3	2	22 
	0	22	2 
	0	22	12 
	0	22	22 
	-1 
 
3	2	23 
	0	22	3 
	0	22	13 
	0	22	23 
	-1 
 
3	2	24 
	3	2	22 
	3	2	23 
	3	2	23 
	-1 
 
3	2	190 
	0	10	51 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	1 
	0	12	3 
	-1 
 
3	2	191 
	0	12	11 
	0	12	12 
	0	20	62 
	0	20	63 
	-1 
 
3	2	192 
	0	20	1 
	3	2	193 
	-1 
 
3	2	193 
	0	20	1 
	3	2	197 
	-1 
 
3	2	194 
	0	4	31 
	0	13	11 
	-1 
 
3	2	195 
	0	2	2 
	0	11	41 
	0	10	52 
	0	4	31 
	0	13	12 
	0	13	13 
	0	10	192 
	0	10	62 
	-1 
 
3	2	196 
	0	10	4 
	3	2	193 
	-1 
 
3	2	197 
	0	20	3 
	0	20	4 
	0	20	5 
	-1 
 
3	2	199 
	3	1	32 
	3	1	190 
	3	1	191 
	3	2	190 
	-1 
 
3	3	1 
	0	7	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	2 
	0	7	4 
	0	11	1 
	0	11	2 
	-1 
 
3	3	3 
	0	7	4 
	0	10	3 
	0	12	1 
	0	12	3 
	-1 
 
3	3	4 
	3	3	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	11 
	0	7	3 
	0	8	1 
	0	11	1 
	0	11	2 
	-1 
 
3	3	12 
	0	7	4 
	0	8	1 
	0	11	1 
	0	11	2 
	-1 
 
3	3	13 
	0	7	4 
	0	8	1 
	0	10	3 
	0	12	1 
	0	13	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	14 
	0	7	4 
	0	8	1 
	0	10	3 
	0	12	1 
	0	12	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	21 
	0	7	4 
	0	7	4 
	2	4	7 
	0	31	21 
	-1 
 
3	3	22 
	3	3	21 
	0	10	3 
	2	4	0 
	-1 
 
3	3	23 
	3	3	21 
	0	12	1 
	2	4	0 
	-1 
 
3	3	24 
	3	3	21 
	0	13	16 
	2	4	0 
	-1 
 
3	3	25 
	0	2	25 
	2	4	7 
	0	31	21 
	0	12	63 
	2	4	0 
	-1 
 
3	3	26 
	0	7	4 
	0	8	3 
	2	4	7 
	0	31	21 
	0	12	1 
	2	4	0 
	-1 
 
3	3	27 
	0	7	4 
	2	4	7 
	0	31	21 
	0	10	3 
	2	4	0 
	-1 
 
3	3	31 
	0	7	4 
	0	8	3 
	0	7	21 
	0	7	22 
	0	8	12 
	0	12	61 
	-1 
 
3	3	32 
	0	20	11 
	0	20	16 
	-1 
 
3	3	192 
	0	1	7 
	3	1	11 
	3	1	13 
	3	1	23 
	3	3	193 
	3	3	194 
	3	3	195 
	3	3	196 
	3	3	197 
	-1 
 
3	3	193 
	0	5	22 
	0	8	12 
	0	12	61 
	0	8	3 
	0	7	4 
	0	2	22 
	0	27	20 
	0	22	42 
	0	8	3 
	-1 
 
3	3	194 
	1	3	15 
	0	7	4 
	0	7	4 
	0	12	7 
	0	8	3 
	1	3	3 
	0	7	4 
	0	7	4 
	0	13	16 
	0	8	3 
	-1 
 
3	3	195 
	0	7	4 
	0	12	7 
	0	8	3 
	0	15	1 
	0	8	3 
	0	7	4 
	0	20	10 
	0	2	21 
	-1 
 
3	3	196 
	1	1	20 
	0	12	62 
	0	2	21 
	1	1	4 
	0	12	62 
	0	2	21 
	-1 
 
3	3	197 
	1	1	3 
	0	12	62 
	1	3	20 
	0	10	4 
	0	12	7 
	0	10	2 
	1	2	5 
	0	10	4 
	0	12	3 
	-1 
 
3	4	1 
	0	8	3 
	0	10	4 
	0	12	1 
	0	11	1 
	0	11	2 
	-1 
 
3	4	2 
	0	8	3 
	0	10	4 
	0	11	1 
	0	11	2 
	-1 
 
3	4	3 
	0	8	3 
	0	12	1 
	-1 
 
3	4	4 
	0	8	3 
	0	10	4 
	0	20	10 
	0	12	1 
	-1 
 
3	4	5 
	0	2	24 
	0	7	4 
	0	7	4 
	0	13	3 
	-1 
 
3	4	6 
	0	14	1 
	0	14	1 
	0	14	3 
	-1 
 
3	6	1 
	0	2	32 
	1	2	0 
	0	31	1 
	0	7	62 
	0	22	42 
	-1 
 
3	6	2 
	0	2	31 
	0	22	4 
	0	22	31 
	-1 
 
3	6	3 
	0	2	2 
	0	11	11 
	0	11	12 
	0	12	4 
	-1 
 
3	6	4 
	0	2	32 
	0	2	33 
	1	3	0 
	0	31	1 
	0	7	62 
	0	22	42 
	0	22	62 
	-1 
 
3	6	5 
	0	2	31 
	1	3	0 
	0	31	1 
	0	7	62 
	0	22	4 
	0	22	31 
	-1 
 
3	6	6 
	3	6	3 
	3	6	2 
	0	22	63 
	-1 
 
3	6	7 
	0	1	12 
	0	1	14 
	3	6	8 
	0	4	24 
	0	27	3 
	0	28	3 
	-1 
 
3	6	8 
	0	2	34 
	0	2	35 
	0	2	36 
	-1 
 
3	6	9 
	0	10	4 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	4 
	0	13	3 
	0	22	42 
	-1 
 
3	7	1 
	3	1	31 
	3	2	11 
	-1 
 
3	7	2 
	3	1	32 
	3	2	11 
	-1 
 
3	7	3 
	3	7	1 
	1	1	0 
	0	31	1 
	3	2	5 
	-1 
 
3	7	4 
	3	7	2 
	1	1	0 
	0	31	1 
	3	2	5 
	-1 
 
3	7	5 
	3	7	1 
	1	1	4 
	3	2	5 
	-1 
 
3	7	6 
	3	7	2 
	1	1	4 
	3	2	5 
	-1 
 
3	7	7 
	3	1	31 
	3	2	12 
	-1 
 
3	7	8 
	3	1	32 
	3	2	12 
	-1 
 
3	7	192 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	7	193 
	3	2	199 
	0	20	1 
	0	20	10 
	0	12	11 
	0	12	12 
	0	20	62 
	3	2	194 
	-1 
 
3	7	194 
	3	2	199 
	0	20	1 
	3	2	4 
	3	2	5 
	3	2	191 
	3	2	194 
	-1 
 
3	7	195 
	3	2	199 
	0	10	4 
	3	2	193 
	3	2	4 
	1	1	2 
	3	2	5 
	3	2	191 
	3	2	194 
	-1 
 
3	7	196 
	3	2	199 
	3	2	196 
	3	2	4 
	1	1	4 
	3	2	5 
	3	2	191 
	1	1	2 
	3	2	194 
	3	2	195 
	-1 
 
3	7	197 
	3	2	199 
	3	2	194 
	-1 
 
3	8	1 
	3	1	33 
	3	2	11 
	0	22	42 
	-1 
 
3	8	2 
	3	1	34 
	3	2	11 
	0	22	42 
	-1 
 
3	8	3 
	3	1	35 
	3	2	11 
	0	22	42 
	-1 
 
3	8	4 
	3	1	36 
	3	2	11 
	0	22	42 
	-1 
 
3	8	5 
	3	8	4 
	3	2	24 
	-1 
 
3	8	6 
	0	10	4 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	4 
	0	13	3 
	0	22	42 
	-1 
 
3	9	1 
	3	1	37 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	2 
	3	1	38 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	3 
	3	1	37 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	4 
	3	1	38 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	5 
	3	1	37 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	6 
	3	1	38 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	7 
	3	1	4 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	8 
	3	1	38 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	11 
	3	1	39 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	12 
	3	1	39 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	13 
	3	1	39 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	14 
	3	1	39 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	15 
	3	9	16 
	3	9	17 
	3	9	18 
	-1 
 
3	9	16 
	3	1	40 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	17 
	3	1	40 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	18 
	3	1	40 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	19 
	3	1	31 
	0	2	3 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	20 
	3	1	31 
	0	2	3 
	1	4	0 
	0	31	1 
	0	7	3 
	0	11	3 
	0	11	4 
	0	11	5 
	-1 
 
3	10	1 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	26 
	3	3	25 
	-1 
 
3	10	2 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	9 
	3	3	23 
	-1 
 
3	10	3 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	6 
	3	3	23 
	-1 
 
3	10	4 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	3 
	3	3	24 
	-1 
 
3	11	1 
	3	1	51 
	0	7	2 
	0	12	1 
	0	11	1 
	0	11	2 
	0	11	31 
	0	11	32 
	0	11	33 
	0	20	41 
	-1 
 
3	12	1 
	3	1	43 
	3	4	1 
	-1 
 
3	12	2 
	3	1	43 
	3	4	2 
	-1 
 
3	12	3 
	3	1	42 
	3	4	3 
	-1 
 
3	12	4 
	3	1	42 
	3	4	4 
	-1 
 
3	12	5 
	3	1	42 
	0	20	14 
	-1 
 
3	12	6 
	3	1	42 
	3	4	5 
	-1 
 
3	12	7 
	3	1	42 
	3	4	6 
	-1 
 
3	12	10 
	0	1	7 
	0	5	40 
	0	2	21 
	0	5	41 
	0	4	1 
	0	4	43 
	-1 
 
3	12	11 
	2	2	131 
	2	1	149 
	0	4	6 
	2	1	0 
	2	2	132 
	0	10	2 
	2	2	0 
	0	5	43 
	0	5	53 
	-1 
 
3	12	12 
	2	2	130 
	2	1	132 
	1	1	19 
	0	12	63 
	2	1	0 
	2	2	0 
	-1 
 
3	12	13 
	0	5	42 
	2	2	130 
	2	1	135 
	0	12	63 
	2	1	0 
	2	2	0 
	-1 
 
3	12	14 
	3	12	10 
	3	12	11 
	1	5	56 
	3	1	23 
	0	5	42 
	0	5	52 
	3	12	12 
	3	12	13 
	-1 
 
3	12	15 
	1	9	11 
	3	1	23 
	0	5	42 
	0	5	52 
	2	2	129 
	2	1	132 
	1	1	4 
	0	12	63 
	2	2	0 
	2	1	0 
	-1 
 
3	12	16 
	3	12	10 
	3	12	11 
	3	12	15 
	-1 
 
3	12	17 
	1	9	8 
	3	1	23 
	0	5	42 
	0	5	52 
	2	2	129 
	2	1	132 
	1	1	3 
	0	12	63 
	2	2	0 
	2	1	0 
	-1 
 
3	12	18 
	3	12	10 
	3	12	11 
	3	12	17 
	-1 
 
3	13	9 
	0	21	1 
	1	1	0 
	0	31	1 
	0	21	1 
	-1 
 
3	13	10 
	0	21	36 
	1	1	0 
	0	31	1 
	0	21	36 
	-1 
 
3	13	31 
	0	6	2 
	0	6	12 
	1	1	0 
	0	31	2 
	0	30	1 
	-1 
 
3	13	32 
	0	5	2 
	0	5	12 
	1	1	0 
	0	31	2 
	3	13	31 
	-1 
 
3	13	41 
	0	6	2 
	0	6	12 
	1	6	0 
	0	31	1 
	1	1	0 
	0	31	11 
	0	30	1 
	1	1	0 
	0	31	1 
	0	30	1 
	-1 
 
3	13	42 
	0	5	2 
	0	5	12 
	1	1	0 
	0	31	2 
	3	13	41 
	-1 
 
3	15	1 
	0	8	3 
	3	1	11 
	3	1	12 
	3	1	23 
	3	6	1 
	-1 
 
3	15	2 
	0	8	3 
	3	1	11 
	3	1	12 
	3	1	23 
	3	6	4 
	-1 
 
3	16	1 
	3	1	192 
	0	1	21 
	0	2	41 
	0	19	1 
	0	10	51 
	0	19	2 
	0	19	3 
	0	19	4 
	-1 
 
3	18	1 
	3	1	25 
	0	24	11 
	-1 
 
3	18	3 
	3	1	26 
	0	24	5 
	0	24	4 
	0	24	21 
	-1 
 
3	18	4 
	3	1	25 
	0	4	31 
	0	13	11 
	0	24	5 
	0	24	4 
	0	24	22 
	-1 
 
3	21	1 
	0	2	101 
	0	2	114 
	0	2	105 
	0	2	106 
	0	2	107 
	0	2	121 
	-1 
 
3	21	3 
	0	21	51 
	0	21	14 
	0	21	17 
	0	21	30 
	-1 
 
3	21	4 
	3	1	31 
	0	2	3 
	1	1	0 
	0	31	1 
	3	21	3 
	-1 
 
3	21	5 
	0	25	4 
	0	2	121 
	0	2	122 
	0	2	123 
	0	2	124 
	0	2	125 
	0	2	126 
	0	2	127 
	3	21	192 
	-1 
 
3	21	6 
	0	25	1 
	0	25	2 
	0	25	3 
	0	25	5 
	-1 
 
3	21	7 
	0	25	9 
	0	25	10 
	0	25	11 
	0	25	12 
	0	25	13 
	0	25	15 
	0	25	16 
	0	25	17 
	-1 
 
3	21	8 
	0	25	6 
	0	25	7 
	0	25	8 
	-1 
 
3	21	9 
	0	25	18 
	0	25	19 
	-1 
 
3	21	10 
	0	2	101 
	0	7	2 
	0	2	102 
	0	2	103 
	0	2	104 
	0	2	105 
	0	2	106 
	0	2	107 
	0	2	108 
	3	21	193 
	-1 
 
3	21	11 
	0	30	31 
	0	30	32 
	0	29	2 
	-1 
 
3	21	12 
	1	1	0 
	0	31	1 
	0	2	135 
	-1 
 
3	21	192 
	0	2	128 
	0	2	129 
	0	2	130 
	0	2	131 
	-1 
 
3	21	193 
	0	2	109 
	0	2	110 
	0	2	132 
	0	2	133 
	-1 
 
3	55	1 
	3	55	4 
	3	55	5 
	0	12	192 
	0	12	1 
	0	11	1 
	0	11	2 
	0	2	61 
	0	10	194 
	-1 
 
3	55	2 
	0	11	31 
	0	11	32 
	0	11	33 
	-1 
 
3	55	3 
	0	20	41 
	0	58	3 
	0	58	4 
	-1 
 
3	55	4 
	0	58	1 
	0	58	2 
	0	1	8 
	0	1	6 
	3	1	11 
	3	1	12 
	0	4	192 
	0	4	193 
	3	1	23 
	-1 
 
3	55	5 
	0	2	43 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	42 
	0	7	192 
	0	7	4 
	-1 
 
3	58	1 
	0	58	1 
	0	1	11 
	0	1	8 
	0	1	6 
	3	1	11 
	3	1	12 
	0	4	192 
	0	4	193 
	3	58	2 
	3	58	3 
	-1 
 
3	58	2 
	0	2	43 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	42 
	0	7	192 
	0	7	4 
	0	8	4 
	0	12	192 
	-1 
 
3	58	3 
	0	12	1 
	0	11	1 
	0	11	2 
	0	2	61 
	0	10	194 
	-1 
 
3	58	4 
	0	11	31 
	0	11	32 
	0	11	33 
	-1 
 
3	58	5 
	0	20	41 
	0	58	3 
	0	58	4 
	-1 
 
3	59	1 
	3	59	2 
	3	59	3 
	3	59	4 
	3	59	5 
	3	59	6 
	3	59	7 
	3	59	8 
	-1 
 
3	59	2 
	0	58	1 
	0	1	11 
	3	1	11 
	3	1	12 
	3	1	23 
	0	7	1 
	-1 
 
3	59	3 
	0	4	192 
	0	4	193 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	2 
	-1 
 
3	59	4 
	0	1	12 
	0	1	13 
	0	10	4 
	0	10	51 
	0	4	31 
	0	10	63 
	0	10	61 
	0	10	62 
	0	12	1 
	0	12	3 
	-1 
 
3	59	5 
	0	11	1 
	0	11	2 
	0	4	31 
	0	11	41 
	0	12	11 
	0	12	12 
	0	4	31 
	0	13	11 
	0	4	31 
	0	13	11 
	-1 
 
3	59	6 
	0	20	1 
	0	20	3 
	0	20	4 
	0	20	5 
	0	20	10 
	0	20	63 
	0	20	63 
	0	8	2 
	0	20	11 
	0	10	13 
	-1 
 
3	59	7 
	0	20	12 
	0	20	12 
	0	20	12 
	1	4	4 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	59	8 
	0	22	42 
	0	22	12 
	0	22	22 
	1	1	2 
	3	2	23 
	0	20	31 
	0	20	32 
	0	20	32 
	-1 
 
3	60	1 
	1       1       0
        0       31      2
	-1 
 
3	60	2 
	1       1       0
        0       31      1
	-1 
 
3	60	3 
	1       1       0
        0       31      1 
	-1 
 
3	60	4 
	1       1       0
        0       31      0
	-1 
 
3	60	5 
	0	4	31 
	0	13	11 
	0	40	31 
	0	13	11 
	0	40	31 
	0	13	12 
	0	13	13 
	-1 
 
3	60	6 
	0	20	62 
	0	20	3 
	0	20	4 
	0	20	5 
	0	20	10 
	0	20	63 
	0	20	63 
	-1 
 
3	60	7 
	0	20	1 
	0	8	2 
	0	20	11 
	0	20	13 
	0	20	12 
	0	20	12 
	0	20	12 
	-1 
 
3	60	8 
	1	4	4 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	0	22	42 
	0	22	12 
	0	22	22 
	3	2	23 
	0	2	1 
	-1
	
3       62      61
        0       4       1
	0       4       2
	0       4       3
	0       4       4
	0       4       5
	-1

3       62      62
        0       5       2
	0       6       2
	0       7       4
	0       12      1
	0       11      1
	0       11      2
	0       10      7
	0       33      216
	0       1       204
	-1
	
3       62      63
        0       5       2
	0       6       2
	0       7       4
	0       12      1
	0       11      1
	0       11      2
        -1        

3       63      1
        0       1       164
	0       1       194
	0       1       63
	0       58      6
	0       58      7
	-1
	
3       63      3
        0       8       202
	0       4       200
	0       4       201
	0       4       202
	0       4       203
	0       4       204
	-1

3       63      236
        0       4       1
        0       4       2
        0       4       3
        0       4       4
        0       5       2
        0       6       2
        0       1       198
	0       2       23
	0       1       204
	0       1       7
	0       7       4
	0       10      7
	0       12      1
	0       11      1
	0       11      2
	0       33      216
	0       4       5
	-1
	
3       63      237
        0       4       1
        0       4       2
        0       4       3
        0       4       4
        0       5       2
        0       6       2
        0       1       198
	0       2       23
	0       12      4
	0       1       7
	0       7       4
	0       10      7
	0       12      1
	0       11      1
	0       11      2
	0       33      216
	0       4       5
	-1

3      63       238
        0       4       1
        0       4       2
        0       4       3
        0       4       4
        0       5       2
        0       6       2
        0       1       198
	0       2       23
	0       12      4
	0       1       7
	0       7       4
	0       10      7
	0       12      1
	0       11      1
	0       11      2
	0       33      216
	0       4       5
	-1

3      63       239
        0       4       1
        0       4       2
        0       4       3
        0       4       4
        0       5       2
        0       6       2
        0       1       198
	0       2       23
	0       12      4
	0       1       7
	0       7       4
	0       10      7
	0       12      1
	0       11      1
	0       11      2
	0       33      216
	0       4       5
	-1
	
3       63      240
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1
	
3       63      241
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      242
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1
	
3       63      243
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      244
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      245
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      246
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      247
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      248
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      249
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      250
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1

3       63      251
        3       63      1
	3       60      2
	3       63      3
	0       1       198
	0       1       7
	0       1       195
	0       1       196
	3       62      61
	0       8       199
	0       2       23
	3       62      63
	-1
grads-2.0.1/data/tables/B3M-000-010-00000644000175000017500000000627407750236075017407 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################		
		
		
#01-09: WMCs		
0	1	Melbourne
0	2	Melbourne
0	3	Melbourne
0	4	Moscow
0	5	Moscow
0	6	Moscow
0	7	"US National Weather Service, National Centres for Environmental Prediction(NCEP)"
0	8	US National Weather Service TelecommunicationsGateway (NWSTG)
0	9	US National Weather Service - Other
#10-25: Centres in Region I		
0	10	Cairo (RSMC/RAFC)
0	11	Cairo (RSMC/RAFC)
0	12	Dakar (RSMC/RAFC)
0	13	Dakar (RSMC/RAFC)
0	14	Nairobi (RSMC/RAFC)
0	15	Nairobi (RSMC/RAFC)
0	18	Tunis Casablanca (RSMC)
0	19	Tunis Casablanca (RSMC)
0	20	Las Palmas (RAFC)
0	21	Algiers (RSMC)
0	24	Pretoria (RSMC)
0	25	La Réunion (RSMC)
#26-40: Centres in Region II		
0	26	Khabarovsk (RSMC)
0	27	Khabarovsk (RSMC)
0	28	New Delhi (RSMC/RAFC)
0	29	New Delhi (RSMC/RAFC)
0	30	Novosibirsk (RSMC)
0	31	Novosibirsk (RSMC)
0	32	Tashkent (RSMC)
0	33	Jeddah (RSMC)
0	34	"Tokyo (RSMC), Japan Meteorological Agency"
0	35	"Tokyo (RSMC), Japan Meteorological Agency"
0	36	Bangkok
0	37	Ulan Bator
0	38	Beijing (RSMC)
0	39	Beijing (RSMC)
0	40	Seoul
#41-50: Centres in Region III		
0	41	Buenos Aires (RSMC/RAFC)
0	42	Buenos Aires (RSMC/RAFC)
0	43	Brasilia (RSMC/RAFC)
0	44	Brasilia (RSMC/RAFC)
0	45	Santiago
0	46	Brazilian Space Agency ­ INPE
#51-63: Centres in Region IV		
0	51	Miami (RSMC/RAFC)
0	52	"Miami RSMC, National Hurricane Center"
0	53	Montreal (RSMC)
0	54	Montreal (RSMC)
0	55	San Francisco
0	57	U.S. Air Force Air Force Global Weather Central 
0	58	"Fleet Numerical Meteorology and Oceanography Center, Monterey, CA"
0	59	"The NOAA Forecast Systems Laboratory, Boulder, CO, USA"
0	60	United States National Centre for Atmospheric Research (NCAR)
0	61	Service ARGOS - Landover
#64-73: Centres in Region V		
0	64	Honolulu
0	65	Darwin (RSMC)
0	66	Darwin (RSMC)
0	67	Melbourne (RSMC)
0	69	Wellington (RSMC/RAFC)
0	70	Wellington (RSMC/RAFC)
0	71	Nadi (RSMC)
#74-99: Centres in Region VI		
0	74	UK Meteorological Office ­ Bracknell (RSMC)
0	75	UK Meteorological Office ­ Bracknell (RSMC)
0	76	Moscow (RSMC/RAFC)
0	78	Offenbach (RSMC)
0	79	Offenbach (RSMC)
0	80	Rome (RSMC)
0	81	Rome (RSMC)
0	82	Norrköping
0	83	Norrköping
0	84	Toulouse (RSMC)
0	85	Toulouse (RSMC)
0	86	Helsinki
0	87	Belgrade
0	88	Oslo
0	89	Prague
0	90	Episkopi
0	91	Ankara
0	92	Frankfurt/Main (RAFC)
0	93	London (WAFC)
0	94	Copenhagen
0	95	Rota
0	96	Athens
0	97	European Space Agency (ESA)
0	98	"ECMWF, RSMC"
0	99	De Bilt
0	110	Hong-Kong
0	160	US NOAA/NESDIS
0	210	Frascati (ESA/ESRIN)
0	211	Lanion
0	212	Lisboa
0	213	Reykjavik
0	214	Reykjavik
0	215	Madrid
0	216	Zürich
0	254	EUMETSAT Operation Centre
0	255	Missing value
grads-2.0.1/data/tables/B3L-058000-005000-B0000644000175000017500000023723207750236075020111 0ustar  amckinstryamckinstry#
# B2L-058-001-B.001 - Local BUFR Table B for center 058 (FNMOC),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale (u)
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   40;    CCITT_IA5; Descriptor defining sequence
  0;    1;      1;      0;           0;    7;      Numeric; WMO block number (II)
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number (iii)
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number) (Ia...Ia)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier (I1I2I2)
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier (D...D)
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform (dBdB)
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision) (VBVB)
  0;    1;     15;      0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;     20;      0;           0;    4;      Numeric; WMO Region sub-area
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application
  0;    1;     33;      0;           0;    8;   Code_Table; Generating center
  0;    1;     34;      0;           0;    8;   Code_Table; Generating sub-center
  0;    1;     41;      5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;     42;      5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;     43;      5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;     60;      0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator (CCCC)
  0;    1;     64;      0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;     75;      0;           0;   40;    CCITT_IA5; Tide station identification
  0;    1;    192;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;    1;    193;      0;           0;    4;   Code_Table; global octant
  0;    1;    194;      0;           0;    4;      Numeric; Beam position
  0;    1;    195;      0;           0;    4;      Numeric; Decimal point value (dp)
  0;    1;    196;      0;           0;   64;    CCITT_IA5; Observation number
  0;    1;    197;      0;           0;    6;      Numeric; Runway number
  0;    1;    198;      0;           0;   10;   Code_Table; Marsden square number
  0;    1;    199;      0;           0;   64;    CCITT_IA5; nature of mission
  0;    1;    200;      0;           0;    2;   Code_Table; Radar Capability indicator (XXX)
  0;    1;    201;      0;           0;    8;   Code_Table; Country or agency that operates the satellite
  0;    1;    203;      0;           0;   16;    CCITT_IA5; Satellite name
  0;    1;    204;      0;           0;   16;    CCITT_IA5; Satellite series
  0;    1;    206;      0;           0;   32;    CCITT_IA5; TOVS generating center name
  0;    1;    207;      0;           0;   72;    CCITT_IA5; File name
  0;    1;    208;      0;           0;    4;   Code_Table; Satellite data type
  0;    1;    209;      0;           0;    8;   Code_Table; Observation type for MCSST
  0;    1;    210;      0;           0;    7;   Code_Table; Observation source
  0;    1;    211;      0;           0;    5;      Numeric; Beam position
  0;    1;    212;      0;           0;   24;      Numeric; Data processing block number
  0;    1;    213;      0;           0;    3;   Code_Table; Tip source type identifier
  0;    1;    214;      0;           0;   32;    CCITT_IA5; Header originator
  0;    1;    215;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;    1;    216;      0;           0;   14;      Numeric; Engineering status
  0;    1;    217;      0;           0;    5;      Numeric; Satellite number
  0;    1;    218;      0;           0;  176;    CCITT_IA5; Sequence (report) type
  0;    1;    219;      0;           0;   40;    CCITT_IA5; Mission number
  0;    1;    220;      0;           0;    7;      Numeric; Observation number
  0;    1;    221;      0;           0;    8;   Code_Table; Surface type
  0;    1;    222;      0;           0;   32;    CCITT_IA5; Report modifier
  0;    1;    223;      0;           0;    3;   Code_Table; Runway parallel indicator
  0;    1;    224;      0;           0;    5;   Code_Table; Terrain code identifier
  0;    2;      1;      0;           0;    2;   Code_Table; Type of station (ix)
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement (ewew)
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used (a4, I3, or I4)
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measur
  0;    2;      5;      2;           0;    7;        deg_K; Precision of temperature observed (s3)
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type (rara)
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction (Sr)
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system (sasa)
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     20;      0;           0;    9;   Code_Table; satellite classification
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Cloud motion computational method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     28;      0;           0;   18;            m; segment size at nadir in X direction
  0;    2;     29;      0;           0;   18;            m; segment size at nadir in Y direction
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement (k5)
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization (k1)
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement (k2)
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type (id)
  0;    2;     35;      0;           0;    9;            m; Cable length (ZdZdZd)
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type (Ip or Vi...Vi)
  0;    2;     37;      0;           0;    2;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;    2;     39;      0;           0;    3;   Code_Table; Wet bulb temperature method indicator
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     44;      0;           0;    4;   Code_Table; Spectral calculation method (Im)
  0;    2;     45;      0;           0;    4;   Code_Table; Platform type (Ip)
  0;    2;     46;      0;           0;    4;   Code_Table; Wave measurement instrument (no symbol letters)
  0;    2;     48;      0;           0;    4;   Code_Table; Satellite sensor indicator
  0;    2;     49;      0;           0;    8;   Code_Table; Geostationary satellite data-processing technique used
  0;    2;     50;      0;           0;   20;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator to specify observing method for extreme temperatures
  0;    2;     52;      0;           0;    6;   Flag_Table; Geostationary imager satellite channels used
  0;    2;     53;      0;           0;    4;   Code_Table; GOES-I/M brightness temperature characteristics
  0;    2;     54;      0;           0;    4;   Code_Table; GOES-I/M soundings parameter characteristics
  0;    2;     55;      0;           0;    4;   Code_Table; Geostationary_soundings statistical parameters
  0;    2;     56;      0;           0;    4;   Code_Table; Geostationary soundings accuracy statistics
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings
  0;    2;     58;      0;           0;    4;   Code_Table; Valid times of first guess information for GOES-I/M sounding
  0;    2;     59;      0;           0;    4;   Code_Table; Origin of analysis information for GOES-I/M soundings
  0;    2;     60;      0;           0;    4;   Code_Table; Origin of surface information for GOES-I/M soundings
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system (s1)
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     64;      0;           0;    2;   Code_Table; Roll angle quality
  0;    2;     65;      0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    100;      1;           0;   12;           db; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    140;      0;           0;    9;          deg; Satellite radar beam azimuth angle
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type serial number/identifier
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument
  0;    2;    143;      0;           0;    7;   Code_Table; Instrument type
  0;    2;    145;      0;           0;    4;   code_table; Wave length setting for Dobson instruments
  0;    2;    146;      0;           0;    4;   code_table; Source conditions for Dobson instruments
  0;    2;    152;      0;           0;   31;   flag_table; satellite instrument used in data processing
  0;    2;    153;     -8;           0;   26;           Hz; satellite channel centre frequency
  0;    2;    154;     -8;           0;   26;           Hz; satellite channel band width
  0;    2;    163;      0;           0;    4;   code_table; height assignment method
  0;    2;    164;      0;           0;    3;   code_table; tracer correlation method0	2	167	0	0	4	code_table	radiance computational method
  0;    2;    167;      0;           0;    4;   code_table; radiance computational method
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator
  0;    2;    192;      0;           0;    2;   code_table; Wind units source ID
  0;    2;    193;      0;           0;   20;      numeric; satellite channels used in computation
  0;    2;    194;      0;           0;   15;      numeric; satellite channels used in computation
  0;    2;    195;      0;           0;    4;   code_table; Reason for no report OR ground equipment used (a1)
  0;    2;    196;      0;           0;    7;   code_table; Type of thermodynamic sensing equipment (eTeT)
  0;    2;    197;      0;           0;    3;   code_table; Correction technique (cT, cw)
  0;    2;    198;      0;           0;    4;   code_table; Data reduction method (mr)
  0;    2;    199;      0;           0;    4;      Numeric; grp_pos_ind
  0;    2;    200;      0;           0;    3;   code_table; Indicator for frequency or wave number (Ia)
  0;    2;    201;      0;           0;    3;   code_table; Type of rocket motor (rm)
  0;    2;    202;      0;           0;    7;   code_table; Type of wind sensing equipment (ewew)
  0;    2;    203;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;    2;    204;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;    2;    205;      0;           0;    3;   Code_Table; Ozone flag
  0;    2;    206;      0;           0;    4;   Code_Table; Algorithm identifier
  0;    2;    207;      0;           0;    5;   Code_Table; Equation identifier
  0;    2;    208;      0;           0;    2;   Code_Table; Type of method for measuring pressure
  0;    2;    209;      0;           0;   10;   Code_Table; Xbt instrument type (IxIxIx)
  0;    2;    210;      0;           0;    7;   Code_Table; Recorder type (XRXR)
  0;    2;    211;      0;           0;    8;   Flag_Table; Sensor status flag
  0;    2;    212;      0;           0;    2;   Flag_Table; Maintenance Check flag
  0;    2;    213;      0;           0;    5;      numeric; satellite channels used in computation
  0;    4;      1;      0;           0;   12;           yr; Year (4-digit)
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;           yr; Time increment - year
  0;    4;     12;      0;       -1024;   11;           mo; Time increment - month
  0;    4;     13;      0;       -1024;   11;          day; Time increment - day
  0;    4;     14;      0;       -1024;   11;           hr; Time increment - hour
  0;    4;     15;      0;       -2048;   12;          min; Time increment - minutes
  0;    4;     16;      0;       -4096;   13;            s; Time increment - seconds
  0;    4;     21;      0;       -1024;   11;           yr; Time period or displacement - year
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement - month
  0;    4;     23;      0;       -1024;   11;          day; Time period or displacement - month
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement - hour
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement - minutes
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement - seconds
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to following value (TT)
  0;    4;     32;      0;           0;    6;          min; Duration of time relating to following value
  0;    4;     41;      0;       -1440;   12;          min; Time difference, UTC - LMT
  0;    4;     43;      0;           0;    9;          day; Day of the year
  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week (Y)
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipitation equal or more than 1 mm
  0;    4;    192;      0;           0;    4;   Code_Table; Precipitation time period (tR)
  0;    4;    193;      0;           0;   31;   Code_Table; Last time that this observation record was updated
  0;    4;    200;      0;           0;   12;           yr; Time of receipt - year
  0;    4;    201;      0;           0;    4;           mo; Time of receipt - month
  0;    4;    202;      0;           0;    6;          day; Time of receipt - day
  0;    4;    203;      0;           0;    5;           hr; Time of receipt - hour
  0;    4;    204;      0;           0;    6;          min; Time of receipt - minute
  0;    4;    206;      3;           0;   27;            s; GMT seconds
  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy) (La...La)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment
  0;    5;    192;      0;           0;    3;      Numeric; Image line number
  0;    5;    193;      0;           0;    4;      Numeric; Image sample number
  0;    5;    194;      0;           0;   14;      Numeric; Orbit number
  0;    5;    195;      6;   -90000000;   28;          deg; six decimal pt latitude
  0;    5;    196;      0;           0;   16;      Numeric; Orbit number
  0;    5;    197;      0;           0;    8;      Numeric; Frame number
  0;    5;    199;      0;           0;   20;      Numeric; Orbit number
  0;    6;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy) (Lo...Lo)
  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;    6;     11;      5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    6;    192;      6;  -180000000;   29;          deg; six decimal pt longitude
  0;    7;      1;      0;        -400;   15;            m; Height of station (hohohoho)
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude (hahaha, hIhIhI, HmHmHm, HH, tnu2, or tnu3)
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure (Pa...Pa, Paob...Paob, Po...Po, PtPtPt, or PAPA)
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Geopotential height
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment
  0;    7;    192;      2;           0;   13;          deg; Local zenith angle
  0;    7;    196;      0;           0;    4;   Code_Table; Station height precision
  0;    7;    197;      1;           0;   11;          deg; Solar zenith angle
  0;    7;    198;      2;       -6000;   14;          deg; Satellite zenith angle
  0;    7;    199;      1;           0;   11;          deg; Solar azimuth angle
  0;    7;    200;      2;           0;   17;           Pa; Geopotential height
  0;    7;    223;      2;           0;   14;          deg; Solar zenith angle
  0;    7;    224;      1;           0;   14;            m; Surface elevation
  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight (ipipip)
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     14;      0;           0;    4;   code_table; Qualification for runway visual range
  0;    8;     16;      0;           0;    3;   code_table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;    8;     17;      0;           0;    2;   code_table; Qualifier of the time when the forecast change is expected
  0;    8;     20;      0;           0;   16;      numeric; Qualification for runway visual range
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     23;      0;           0;    6;   code_table; First order statistics
  0;    8;     24;      0;           0;    6;   code_table; Difference statistics
  0;    8;     25;      0;           0;    4;   code_table; Time difference qualifier
  0;    8;     30;      0;           0;   13;      numeric; Manual on Codes (Volume I.1, Section C) Code table from which data are derived
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurrence follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurrence qualifier
  0;    8;    194;      0;           0;    4;   Code_Table; Flight condition (fc)
  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height (HHH)
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Geopotential height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;     31;      2; -1073741824;   31;    deg_K*m/s; In direction of the North Pole, distance from the Earth's center
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level (PPPP)
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH) (PH...PH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change (ppp)
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency (a, w, or w'w')
  0;   10;     70;      0;        -400;   16;            m; Indicated aircraft altitude
  0;   10;    197;      0;           0;    4;   Code_Table; Index pertaining to geopotential height (j)
  0;   10;    199;      0;       -1024;   16;            m; Geopotential height difference
  0;   10;    200;      0;       -1024;   16;            m; Geopotental height correction
  0;   10;    201;      0;           0;   14;   Code_Table; Pressure tendency QC ID
  0;   10;    203;      0;           0;    4;   Code_Table; Geopotential height quality control flag
  0;   10;    213;      0;       -1024;   16;            m; Geopotential height
  0;   10;    224;      0;           0;    4;   Code_Table; Station level pressure QC ID
  0;   10;    251;      0;           0;    4;   Code_Table; Mean sea level pressure QC ID
  0;   11;      1;      0;           0;    9;     deg_true; Wind direction (dd, dodo>dndn, dmagdmag)
  0;   11;      2;      1;           0;   12;          m/s; Wind speed (ff, fff, or fofofo>fnfnfn)
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     16;      0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable wind
  0;   11;     17;      0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable wind
  0;   11;     21;      9;      -65536;   17;          1/s; Relative vorticity
  0;   11;     22;      9;      -65536;   17;          1/s; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence (B...B or BA)
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence (BabBabBab or B1B1B1)
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence (BatBatBat or B1B1B1)
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts) (fm...fm)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     44;      0;           0;    9;     deg_true; Surface - 5000 feet mean LYR wind direction
  0;   11;     45;      1;           0;   12;          m/s; Mean wind speed for surface -- 1500 m (5000 ft)	m/s
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)
  0;   11;     70;      0;           0;   32;    character; Designator of the runway affected by wind shear (including ALL)
  0;   11;     71;      3;        -128;   14;    m**2/s**2; Turbulent vertical momentum flux
  0;   11;     72;      3;        -128;   11;         km/s; Turbulent vertical buoyancy flux
  0;   11;     73;      2;       -1024;   13;    m**2/s**2; Turbulent kinetic energy
  0;   11;     74;      2;       -1024;   10;    m**2/s**2; Dissipitation energy
  0;   11;     75;      2;           0;    8;   (m**2/3)/s; Mean turbulence intensity
  0;   11;     76;      2;           0;    8;   (m**2/3)/s; Peak turbulence intensity
  0;   11;    195;      0;           0;    2;   Code_Table; Wind type at flight altitude (dt)
  0;   11;    200;      0;           0;    4;   Code_Table; Wind QC ID
  0;   11;    203;      1;       -4096;   13;          m/s; Wind u-component difference
  0;   11;    204;      1;       -4096;   13;          m/s; Wind v-component difference
  0;   11;    205;      0;           0;    4;   Code_Table; Turbulence (B) (WMO code table 0300)
  0;   11;    206;      0;           0;    2;   Code_Table; Flight level wind method (da)
  0;   11;    207;      0;           0;    2;   Code_Table; Extreme wind speed ID
  0;   11;    213;      1;       -4096;   13;          m/s; Wind u-component correction
  0;   11;    214;      1;       -4096;   13;          m/s; Wind v-component correction
  0;   11;    244;      0;           0;   16;     deg_true; Direction of wind
  0;   11;    245;      2;           0;   16;          m/s; wnd_spd
  0;   11;    246;      1;           0;    8;          m/s; Ocean surface wind speed
  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature (Ta, TsTsTs, TtTt, or TxTxTx)
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature (TbTbTb)
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint (TdTdTd or T'dT'd)
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters (Tao>Tan, ToTo>tnTn, or TT)
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature (TnTnTn)
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature (ToTo)
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature
  0;   12;     70;      2;           0;   16;        deg_K; Vertical polarization 19GHz brightness temperature
  0;   12;     71;      1;           0;   12;        deg_K; Coldest cluster temperaturee
  0;   12;     72;      2;           0;   16;        deg_K; Vertical polarization 22GHz brightness temperature
  0;   12;     73;      2;           0;   16;        deg_K; Vertical polarization 37GHz brightness temperature
  0;   12;     74;      2;           0;   16;        deg_K; Horizontal polarization 37GHz brightness temperature
  0;   12;     75;      2;           0;   16;        deg_K; Vertical polarization 85GHz brightness temperature
  0;   12;     76;      2;           0;   16;        deg_K; Horizontal polarization 85GHz brightness temperature
  0;   12;    192;      0;           0;    4;   Code_Table; Wet bulb temperature indicator
  0;   12;    193;      2;           0;   16;        deg_K; SSU brightness temperature
  0;   12;    194;      2;           0;   16;        deg_K; Dewpoint
  0;   12;    195;      0;           0;    4;   Code_Table; Dewpoint, aircraft altitude, air temperature indicator (id)
  0;   12;    196;      2;           0;   16;        deg_K; Dewpoint difference
  0;   12;    201;      0;           0;    4;   Code_Table; Air temperature QC ID
  0;   12;    213;      0;           0;    4;   Code_Table; Dewpoint QC ID
  0;   12;    215;      0;           0;    2;   Code_Table; Temperature precision flag
  0;   12;    220;      2;           0;   16;        deg_K; HIRS brightness temperature
  0;   12;    221;      2;           0;   16;        deg_K; MSU brightness temperature
  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity (U1>Un or U...U)
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density (p1p1p1)
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent (Aw or R...R)
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth (sss)
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water (www)
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours (R24...R24)
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     33;      1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     38;      0;           0;    2;   code_table; Superadiabatic indicator
  0;   13;     39;      0;           0;    3;   code_table; Terrain type (ice/snow)
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipitation
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipiation
  0;   13;     71;      1;           0;    7;      kg/m**2; Liquid water
  0;   13;     75;      0;           0;    8;      percent; Land snow cloud
  0;   13;     76;      2;           0;    6;            m; Snow-water equivalent
  0;   13;    192;      0;           0;    4;   Code_Table; Precipitation identifier (iR)
  0;   13;    193;      0;           0;   10;   Code_Table; Precipitation amount
  0;   13;    194;      3;           0;   16;         g/kg; First guess mixing ratios
  0;   13;    195;      0;           0;   10;      kg/m**3; 0	Density (p1p1p1)
  0;   13;    196;      0;           0;    7;           mm; Soil moisture
  0;   13;    197;      0;           0;    3;   Code_Table; Rain indicator
  0;   13;    198;      2;           0;   11;           cm; Total precipatable water
  0;   13;    199;      0;           0;    2;      numeric; prcp_ind_id
  0;   13;    203;      0;           0;    4;   Code_Table; Relative hunidity QC ID
  0;   13;    217;      0;           0;    8;      Numeric; Precipitation flag (SSM/T)
  0;   13;    218;      2;           0;   11;    kg/(m**2); Cloud water
  0;   13;    219;      1;           0;   10;    kg/(m**2); Ocean water vapo
  0;   13;    220;      1;           0;    9;        mm/hr; Rain rate
  0;   13;    221;      2;           0;   14;    kg/(m**2); Cloud Liquid Water
  0;   14;      1;     -3;       -2048;   12;       J/m**2; Longwave radiation, integrated over 24 hours (FLFLFL)
  0;   14;      3;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over 24 hours (FiFiFi)
  0;   14;      4;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over period specified (FsFsFs)
  0;   14;     11;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;       J/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;       J/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over period specified
  0;   14;     26;      0;           0;    7;      percent; Albedo at top of clouds
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine (precentage)
  0;   14;     41;      0;           0;    7;      percent; Short wave albedo
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance
  0;   15;      1;      0;           0;   10;  dobson_unit; Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air-mass (slant path at 22 km)
  0;   15;     11;      3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;     15;      0;           0;   31;      numeric; Maximum spectral composition before normalization
  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features (dsds)
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radiation with respect to FFF above threshold
  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility (Dv, Vi, V...V, or VxVxVxVx)
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather (ww or w'w')
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1) (Wa1Wa2 or W1W2)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2) (wawa)
  0;   20;      9;      0;           0;    4;   Code_Table; General Weather Indicator
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total) (N, NcNc, or Ns...Ns)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount (N or Ns...Ns)
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type (C, Ct, CH, CL, or CM)
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud (h, hshs, hshshs, or H'H')
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud (HfHfHf or HtHt)
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud (PcPcPc)
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;      0;           0;    2;   Code_Table; Tendency of runway visual range	code_table
  0;   20;     19;      0;           0;   72;    character; Significant present or forecast weather	character
  0;   20;     20;      0;           0;   32;    character; Significant recent weather phenomena
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness) (EsEs)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion (Rs)
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion (Is)
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration (Ci)
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice (zii...zii)
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development (bi)
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Rate of icing (Ir)
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR) (VR...VR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground (with or without snow) (E')
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;    192;      0;           0; 2040;    character; Remark
  0;   20;    193;      0;           0; 1024;    character; 128 char plain language text remark
  0;   20;    194;      0;           0;   11;      kg/m**2; cloud liquid water
  0;   20;    196;      0;           0;    8;    CCITT_IA5; Runway visibility tendency
  0;   20;    197;      0;           0;    2;   Flag_Table; Landing wind shear indicator
  0;   20;    199;      0;           0;    9;     deg_true; Visibility direction
  0;   20;    205;      0;           0;   24;    CCITT_IA5; Cloud significant convection
  0;   20;    206;      0;           0;   64;    CCITT_IA5; Significant present weather conditions
  0;   20;    207;      0;           0;    4;   Code_Table; Pressure and altitude significance
  0;   20;    208;      0;           0;    4;   Code_Table; Significant weather changes (Ws)
  0;   20;    209;      0;           0;    4;   Code_Table; Distance of weather changes (Ss)
  0;   20;    210;      0;           0;    4;   Code_Table; Distant weather (Wd)
  0;   20;    211;      0;           0;    4;   Code_Table; Bearing of distant weather (dw)
  0;   20;    213;      0;           0;    4;   Code_Table; Icing and contrail types (It)
  0;   20;    216;      0;           0;    7;   Code_Table; Altitude of layer base where icing occurred (hihi)
  0;   20;    219;      0;           0;    4;   Code_Table; Distance to center or line midpoint
  0;   20;    220;      0;           0;    4;   Code_Table; Orientation of ellipse (Sr)
  0;   20;    221;     -3;           0;   16;            m; Echo width or diameter (Ew)
  0;   20;    222;     -3;           0;   16;            m; Echo axis length (El)
  0;   20;    223;      0;           0;    8;   Code_Table; Echo character (ce)
  0;   20;    224;      0;           0;    4;   Code_Table; Intensity of echo (Ie)
  0;   20;    225;      0;           0;    3;   Code_Table; In flight horizontal visibility (Vi)
  0;   20;    236;      0;           0;    8;    CCITT_IA5; Cloud base height
  0;   20;    237;      0;           0;    7;   Code_Table; Horizontal visbility
  0;   20;    240;      0;           0;    4;   Code_Table; Present weather (w)
  0;   20;    242;      0;           0;    5;   Code_Table; Bearing of ice edge
  0;   20;    244;      0;           0;    4;   Code_Table; cloud base height
  0;   20;    245;      0;           0;  640;    CCITT_IA5; Remarks in plain language
  0;   20;    246;      0;           0;    7;      percent; Ice coverage
  0;   20;    247;      0;           0; 1656;    CCITT_IA5; Ice plain language text remarks
  0;   20;    248;      0;           0;    2;   Code_Table; Ice age identifier
  0;   20;    249;      0;           0;    2;   Code_Table; Ice edge identifier
  0;   20;    254;      0;           0;    8;    CCITT_IA5; Extreme value indicator
  0;   20;    255;      0;           0; 2040;    CCITT_IA5; Plain language text remarks
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;     62;      2;       -5000;   13;           dB; Backscatter
  0;   21;     63;      1;           0;   10;      percent; Radiometric resolution (noise value)
  0;   21;     64;      0;           0;    8;      numeric; Clutter noise estimate
  0;   21;     65;      0;        -127;    8;      numeric; Missing packet counter
  0;   21;     66;      0;           0;   12;   flag_table; Wave scatterometer product confidence
  0;   21;     67;      0;           0;   13;   flag_table; Wind product confidence data
  0;   21;     68;      0;           0;    8;   flag_table; Radar altimeter product confidence data
  0;   21;     69;      0;           0;   10;   flag_table; SST product confidence data
  0;   21;     71;      0;           0;   16;      numeric; Peakiness
  0;   21;     72;      0;           0;    4;   flag_table; Satellite altimeter calibration status
  0;   21;     73;      0;           0;    9;   flag_table; Satellite altimeter instrument mode
  0;   21;     75;      0;           0;    8;      numeric; Spectral intensity
  0;   21;     76;      0;           0;    3;   code_table; Representation of intensities
  0;   21;     77;      3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;     78;      3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;     79;      3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;     80;      3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;     81;      3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;     82;      3;       -3000;   14;           dB; Open loop correction (auto gain control)
  0;   21;     85;      0;           0;    4;      numeric; ATSR sea surface temperature across-track band number
  0;   21;    192;      0;           0;   14;            m; Heave sensor spectral peak length
  0;   21;    193;      1;           0;   14;            s; Heave sensor spectral peak period
  0;   21;    194;      2;           0;   14;      percent; AVHRR channel average
  0;   21;    195;      2;           0;   14;      percent; Space view channel standard deviation
  0;   21;    196;      2;           0;   15;        deg_K; Algorithm identifier
  0;   21;    197;      2;           0;   15;        deg_K; AVHRR channel average
  0;   21;    198;      2;       -5000;   13;           dB; Backscatter
  0;   21;    199;      1;           0;   10;      percent; Noise figure percentage
  0;   21;    200;      3;           0;   12;            m; aerosol_optical_depth
  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves (dddd, da1da1, or d1d1>dndn)
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves (dw1dw1 or dw2dw2)
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current (dodo>dndn or DcDc))
  0;   22;     11;      0;           0;    6;            s; Period of waves (D'D'D'D', PaPaPaPa, or PwPw)
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves (Pw1Pw1 or Pw2Pw2)
  0;   22;     21;      1;           0;   10;            m; Height of waves (D'D'D'D' or HsHsHsHs)
  0;   22;     22;      1;           0;   10;            m; Height of wind waves (HwHw)
  0;   22;     23;      1;           0;   10;            m; Height of swell waves (Hw1Hw1 or Hw2Hw2)
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     26;      2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;     31;      2;           0;   13;          m/s; Speed of current (cococo>cncncn or VcVc)
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national land datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset
  0;   22;     40;      3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature (T1T1T1>TnTnTn)
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature (ToToToTo>TnTnTnTn)
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;        deg_K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity (SoSoSoSo>SnSnSnSn)
  0;   22;     63;      0;           0;   14;            m; Total water depth (hhh or ZdZdZdZd)
  0;   22;     67;      0;           0;   10;   code_table; Instrument type for water temperature profile measurement
  0;   22;     68;      0;           0;    7;   code_table; Water temperature profile recorder types
  0;   22;     70;      2;           0;   13;            m; Significant wave height (D'..D', Hm..Hm, Hs..Hs, or Hse..Hse)
  0;   22;     71;      1;           0;    9;            s; Spectral peak wave period (Psp..Psp or Pw..Pw)
  0;   22;     72;      0;           0;   13;            m; Spectral peak wave length (Pa..Pa, Pp..Pp, Psa..Psa, or Psp..Psp)
  0;   22;     73;      2;           0;   13;            m; Maximum wave height (D'..D', Hm..Hm, Hs..Hs, or Hse..Hse)
  0;   22;     74;      1;           0;    9;            s; Average wave period (D'..D', Pa..Pa, Pp..Pp, Pp..Pp, Psa..Psa, Psp..Psp, or Pw..Pw)
  0;   22;     75;      0;           0;   13;            m; Average wave length (Pa..Pa, Pp..Pp, Psa..Psa, Psp..Psp, or Pw..Pw)
  0;   22;     76;      0;           0;    9;     deg_true; Direction from which dominant waves are comming (dddd)
  0;   22;     77;      0;           0;    9;          deg; Directional spread of dominant wave (dsds)
  0;   22;     78;      0;           0;   12;            s; Duration of wave record (D'D'D'D')
  0;   22;     79;      0;           0;   16;            m; Length of wave record (D'D'D'D')
  0;   22;     80;      3;           0;   10;           Hz; Waveband central frequency (f1f1f1 ... fnfnfn)
  0;   22;     81;      5;           0;   13;          1/m; Waveband central wave number (f1f1f1 ... fnfnfn)
  0;   22;     82;      2;           0;   20;        m**2s; Sensor spectral density frequency (Cm..Cm or Csm..Csm)
  0;   22;     83;      2;           0;   20;         m**3; Sensor spectral density number (Cm..Cm or Csm..Csm)
  0;   22;     84;      0;           0;    7;      numeric; Sensor band number (nmnm or nsmmsm)
  0;   22;     85;      0;           0;    7;      percent; Sensor ratio (c1c1..cnc or csncsnn)
  0;   22;     86;      0;           0;    9;     deg_true; Mean direction from which waves are coming (dddd)
  0;   22;     87;      0;           0;    9;     deg_true; Principal direction from which waves are coming (dddd)
  0;   22;     88;      2;           0;    7;      numeric; First normalized polar coefficient (r1r1 or r2r2)
  0;   22;     89;      2;           0;    7;      numeric; Second normalized polar coefficient (r1r1 or r2r2)
  0;   22;     90;      2;           0;   20;        m**2s; Non-directional spectral estimate by wave frequency
  0;   22;     91;      2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;     92;      2;           0;   20;    m**2s/rad; Directional spectral estimate by wave frequency
  0;   22;     93;      2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;     94;      0;           0;    7;      numeric; Total number of wave bands described (BTBT)
  0;   22;     95;      0;           0;    8;          deg; Directional spread of individual waves
  0;   22;     96;      3;           0;    4;          1/s; Spectral band width
  0;   22;    120;      0;           0;    5;   code_table; Tide station automated water level check
  0;   22;    121;      0;           0;    5;   code_table; Tide station manual water level check
  0;   22;    122;      0;           0;    5;   code_table; Tide station automated meteorological data check
  0;   22;    123;      0;           0;    5;   code_table; Tide station manual meteorological data check
  0;   22;    192;      6;   -10000000;   25;           cm; corrected sea sfc ht
  0;   22;    194;      0;           0;    4;   code_table; Wave spectra exponent (x)
  0;   22;    196;      0;           0;    7;      numeric; Number of wave bands affected by the center frequency (or center wave number) (BB)
  0;   22;    200;      0;           0;   14;            m; Distance sample interval
  0;   22;    203;      3;           0;   10;           Hz; Frequency increment (fdfdfd)
  0;   22;    204;      5;           0;   13;          1/m; Wave number increment (fdfdfd)
  0;   22;    205;      3;           0;   20; m**2/(Hz*rad); Wave spectra
  0;   22;    206;      4;           0;   10;      Numeric; Drag coefficient
  0;   22;    207;      2;           0;   16;            m; Maximum wave height
  0;   22;    208;      2;           0;   16;            m; Significant wave height
  0;   22;    209;      0;           0;    7;   Code_Table; directional spread
  0;   22;    211;      0;           0;    8;   Code_Table; Bogus water mass classification
  0;   22;    212;      0;           0;    8;   Code_Table; Discriminant water mass classification
  0;   22;    213;      1;           0;   10;      percent; Classification probability
  0;   22;    218;      0;           0;    7;      Numeric; Slope sensor band number
  0;   22;    219;      0;           0;    7;      percent; Slope sensor ratio
  0;   22;    220;      0;           0;    8;   Code_Table; Front number
  0;   22;    224;     -2;           0;   14;            m; Distance to front
  0;   22;    232;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;   22;    233;      0;           0;    3;   Code_Table; Sea temperature averaging period
  0;   22;    236;      0;           0;    8;   Code_Table; Swell wave direction
  0;   22;    237;     -2;           0;   14;            m; Significant wave height
  0;   22;    238;     -2;           0;   14;            m; Maximum wave height
  0;   22;    239;      0;           0;    6;      Numeric; Wave spectra direction count
  0;   22;    240;      0;           0;    6;      Numeric; Wave spectra frequency count
  0;   22;    241;      3;      -32768;   16;      Nt/m**2; Wave stress u-component
  0;   22;    242;      3;      -32768;   16;      Nt/m**2; Wave stress v-component
  0;   22;    243;      0;           0;    7;      percent; Whitecap probability
  0;   22;    245;      2;           0;   16;        deg_K; Surface temperature
  0;   22;    246;      3;      -32768;   16;      Nt/m**2; Wind stress u-component
  0;   22;    247;      3;      -32768;   16;      Nt/m**2; Wind stress v-component
  0;   22;    248;      0;           0;   16;     deg_true; Wind wave direction
  0;   22;    249;      2;           0;   16;            m; Height of wind wave
  0;   22;    250;      1;           0;   16;            s; Period of wind waves
  0;   22;    251;      0;           0;    6;      Numeric; Wave spectra direction
  0;   22;    252;      0;           0;    6;      Numeric; Wave spectra frequency
  0;   22;    253;      0;           0;   16;     deg_true; Direction of swell waves
  0;   22;    254;      2;           0;   16;            m; Height of swell waves
  0;   22;    255;      1;           0;   16;            s; Period of swell waves
  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precip
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter change in wind direction and/or speed flag
  0;   24;      1;    -11;           0;   28;           Bq; Estimate of radioactivity released up to specified time
  0;   24;      2;    -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   code_table; CO2 wind product derivation
  0;   25;     41;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;   25;     42;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;   25;     43;      4;           0;   15;            s; Time sample interval (SSSS)
  0;   25;     44;      2;           0;   14;            m; Distance sample interval (SSSS)
  0;   25;     45;      0;           0;   21;   flag_table; HIRS channel combination
  0;   25;     46;      0;           0;    5;   flag_table; MSU channel combination
  0;   25;     47;      0;           0;    4;   flag_table; SSU channel combination
  0;   25;     48;      0;           0;   16;   flag_table; AMSU-A channel combination
  0;   25;     49;      0;           0;    6;   flag_table; AMSU-B channel combination
  0;   25;     51;      0;           0;    7;   flag_table; AVHRR channel combination
  0;   25;     53;      0;           0;   12;   flag_table; Observation quality
  0;   25;     60;      0;           0;   14;      numeric; Software identification
  0;   25;    192;      0;           0;    8;   Code_Table; Type of correction
  0;   25;    193;      0;           0;    3;   Code_Table; Land/sea flag
  0;   25;    194;      0;           0;    2;   Code_Table; Day/night flag
  0;   25;    195;      0;           0;    6;      Numeric; Surface model pressure
  0;   25;    196;      0;           0;   16;      Numeric; Scan line count
  0;   25;    197;      0;           0;    5;      Numeric; Box counter
  0;   25;    198;      0;           0;    3;      Numeric; Minibox counter
  0;   25;    199;      0;           0;    3;   Code_Table; Water vapor flag
  0;   25;    200;      0;           0;    3;   Code_Table; TOVS retrieval low 20
  0;   25;    201;      0;           0;    3;   Code_Table; TOVS retrieval temps high 20
  0;   25;    202;      0;           0;    2;   Code_Table; TOVS super adiabatic flag
  0;   25;    203;      0;           0;    2;   Code_Table; TOVS skin temperature flag
  0;   25;    204;      0;           0;    2;   Code_Table; Stratospheric sounding unit flag
  0;   25;    205;      0;           0;    4;   Code_Table; Latitude zones
  0;   25;    206;      0;           0;    4;   Code_Table; TOVS instrument combinations
  0;   25;    207;      0;           0;    6;      numeric; HIRS scan position number
  0;   25;    208;      0;           0;    8;   Code_Table; TARM flag
  0;   25;    209;      0;           0;    4;   Code_Table; DMSP flag
  0;   25;    211;      0;           0;   17;      Numeric; B-scan start time
  0;   25;    212;      0;           0;    7;      Numeric; Counter (1-64)
  0;   25;    213;      0;           0;    5;   Code_Table; Calculated surface type
  0;   25;    214;      0;           0;    3;   Code_Table; Season flag
  0;   25;    215;      0;        -127;    8;      Numeric; Missing packet counter
  0;   25;    216;      0;           0;    3;   Code_Table; Observation Quality Code
  0;   26;      1;      1;           0;   12;           hr; Principle time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;           hr; Principle time of daily reading in UTC of minimum temperature
  0;   26;      3;      0;       -1440;   12;          min; Time difference
  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite location counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-location dimensions
  0;   27;     31;      2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance from the Earth's center
  0;   28;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   28;     31;      2; -1073741824;   31;            m; In direction 90 degrees East, distance from the Earth's center
  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    3;   Code_Table; Coordinate grid type (Wr)
  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture
  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch (1 bit)
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor (255 or less)
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor (65536 or less)
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data replication factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data replication factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;     31;      0;           0;    1;   flag_table; Data present indicator
  0;   31;    192;      0;           0;    8;   Code_Table; Associated QC indicator
  0;   31;    193;      0;           0;    8;   Code_Table; QC description identifier, indicates why a value is bad
  0;   31;    194;      2;           0;    7;      Numeric; Associated correlation
  0;   31;    195;      2;           0;    7;      Numeric; Associated probability of error
  0;   31;    196;      0;           0;   13;   Flag_Table; UWI product confidence flag
  0;   31;    197;      0;           0;   12;      Numeric; Solution probability
  0;   31;    201;      0;           0;   10;      Numeric; Delayed replication factor (1023 or less)
  0;   31;    211;      0;           0;    3;      Numeric; Delayed replication factor (15 or less)
  0;   31;    221;      0;           0;    5;      Numeric; Delayed replication count (31 or less)
  0;   31;    231;      0;           0;    6;      Numeric; Delayed replication factor (63 or less)
  0;   31;    241;      0;           0;    4;      Numeric; Delayed replication factor (15 or less)
  0;   33;      2;      0;           0;    2;   code_table; Quality information
  0;   33;      3;      0;           0;    3;   code_table; Quality information
  0;   33;      7;      0;           0;    7;      percent; Per cent confidence
  0;   33;     20;      0;           0;    3;   code_table; Quality control indication of following value
  0;   33;     21;      0;           0;    2;   code_table; Quality of following value
  0;   33;     22;      0;           0;    2;   code_table; Quality of buoy satellite transmission
  0;   33;     23;      0;           0;    2;   code_table; Quality of buoy location
  0;   33;     24;      0;           0;    4;   code_table; Station elevation quality mark (for mobile stations)
  0;   33;     25;      0;           0;    3;   code_table; ACARS interpolated values table
  0;   33;     26;      0;           0;    6;   code_table; Mixing ratio quality
  0;   33;     35;      0;           0;    4;   code_table; manual/automatic quality control
  0;   33;     36;      0;           0;    7;      percent; nominal confidence threshold wind dir
  0;   48;      1;      0;           0;  128;    CCITT_IA5; Classification
  0;   48;      2;      0;           0;  128;    CCITT_IA5; Classification modifier
  0;   48;      3;      0;           0;  552;    CCITT_IA5; Release as
  0;   48;      4;      0;           0;   12;           yr; Declassification - year
  0;   48;      5;      0;           0;    4;           mo; Declassification - month
  0;   48;      6;      0;           0;    6;          day; Declassification - day
  0;   48;      7;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;      8;      0;           0;   64;    CCITT_IA5; Sender of original observation data
  0;   48;      9;      0;           0;   80;    CCITT_IA5; Declassification instructions
  0;   48;     10;      0;           0;   12;           yr; Send - year
  0;   48;     11;      0;           0;    4;           mo; Send - month
  0;   48;     12;      0;           0;    6;          day; Send - day
  0;   48;     13;      0;           0;    4;           hr; Send - hour
  0;   48;     14;      0;           0;    6;          min; Send - minutes
  0;   48;     15;      0;           0;  552;    CCITT_IA5; Release to information
  0;   48;     16;      0;           0;    5;           hr; Send - hour
  0;   48;     17;      0;           0; 1104;    CCITT_IA5; Release to
  0;   48;     18;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;     19;      0;           0;  552;    CCITT_IA5; Declassification instructions
  0;   48;     20;      0;           0;  552;    CCITT_IA5; Classification modifier
  0;   48;     21;      0;           0;  552;    CCITT_IA5; Sender of observational data
  0;   48;     22;      0;           0;  160;    CCITT_IA5; Classification
  0;   48;     27;      0;           0;   12;           yr; Receipt - year
  0;   48;     28;      0;           0;    4;           mo; Receipt - month
  0;   48;     29;      0;           0;    6;          day; Receipt - day
  0;   48;     30;      0;           0;    5;           hr; Receipt - hour
  0;   48;     31;      0;           0;    6;          min; Receipt - minutes
  0;   48;     32;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;   48;     33;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;   48;     34;      0;           0;    6;      Numeric; Near-duplicate combination count
  0;   50;      1;      0;           0;    2;   Code_Table; Quality of measurement of pressure, sst, air temperature, and housekeeping parameters (Qp, Q2, QTW, Q4)
  0;   50;      2;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission (QN)
  0;   50;      3;      0;           0;    4;   Code_Table; IGOSS quality codes (Qd, Qd1, Qd2, Q1, Qt)
  0;   50;      6;      0;           0;    3;   Code_Table; Location quality codes (QL)
  0;   50;     10;      2;           0;   15;        deg_K; GDEM temperature
  0;   50;     14;      2;           0;   15;        deg_K; Feature model temperature
  0;   50;     18;      0;           0;   16;      Numeric; Reliability
  0;   50;     33;      0;           0;    8;      Numeric; Count of boundary points
  0;   50;     34;      3;           0;   16;      Numeric; Frequency ratio
  0;   50;     35;      0;           0;   12;            s; Time step of data (time increment)
  0;   50;     42;      2;           0;   12;      Numeric; Mean wave direction
  0;   50;     43;      3;           0;   12;      Numeric; Mean wave frequency
  0;   50;     44;      4;           0;   12;      Numeric; First frequency
  0;   50;    100;      0;           0;   12;           yr; Analysis DTG - year
  0;   50;    101;      0;           0;    4;           mo; Analysis DTG - month
  0;   50;    102;      0;           0;    6;          day; Analysis DTG - day
  0;   50;    103;      0;           0;    5;           hr; Analysis DTG - hour
  0;   50;    104;      0;           0;    6;      Numeric; Last observed sea depth
  0;   51;      3;      0;           0;    5;   Flag_Table; Processing status
  0;   51;      6;      0;           0;    6;      Numeric; Combination count
  0;   51;      7;      0;           0;    2;   Code_Table; Quality control process status
grads-2.0.1/data/tables/B3M-000-010-D0000644000175000017500000024370207750236075017432 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabD-11-2001.txt
# Master Table D Version 10
#
#-----------------------------------------------------
# F X Y --> Table D descriptor being defined
#      F X Y --> 
#      F X Y --> descriptors defining sequence for
#      F X Y --> corresponding Table D descriptor
#      -1 --> end of sequence designator
#------------------------------------------------------
#  Category 00 - BUFR table entries sequences
  3   0   2
      0   0   2  "Table A category, line 1"
      0   0   3  "Table A category, line 2"
     -1
  3   0   3
      0   0  10  "F,  part descriptor"
      0   0  11  "X,  part descriptor"
      0   0  12  "Y,  part descriptor"
     -1
  3   0   4
      3   0   3
      0   0  13  "Element name, line 1"
      0   0  14  "Element name, line 2"
      0   0  15  Units name
      0   0  16  Units scale sign
      0   0  17  Units scale
      0   0  18  Units reference sign
      0   0  19  Units reference value
      0   0  20  Element data width
     -1
  3   0  10
      3   0   3  Table D descriptor to be defined
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      0   0  30  Descriptor defining sequence
     -1
#  Category 01 - Location and Identification sequences
  3   1   1
      0   1   1  WMO block number
      0   1   2  WMO station number
     -1
  3   1   2
      0   1   3  WMO Region number
      0   1   4  WMO Region sub-area
      0   1   5  Buoy/platform identifier
     -1
  3   1   3
      0   1  11  Ship's call sign
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
     -1
  3   1  11
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
     -1
  3   1  12
      0   4   4  Hour
      0   4   5  Minute
     -1
  3   1  13
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
     -1
  3   1  21
      0   5   1  Latitude- high accuracy
      0   6   1  Longitude - high accuracy
     -1
  3   1  22
      0   5   1  Latitude- high accuracy
      0   6   1  Longitude- high accuracy
      0   7   1  Height of station
     -1
  3   1  23
      0   5   2  Latitude- coarse accuracy
      0   6   2  Longitude- coarse accuracy
     -1
  3   1  24
      0   5   2  Latitude- coarse accuracy
      0   6   2  Longitude - coarse accuracy
      0   7   1  Height of station
     -1
  3   1  25
      3   1  23  Latitude and longitude (coarse accuracy)
      0   4   3  Day
      3   1  12  Time
     -1
  3   1  26
      3   1  21  Latitude and longitude (high accuracy)
      0   4   3
      0   4   3  (Time period in days)
      0   4   4
      0   4   4  (Time period in hours)
      0   4   5
      0   4   5  (Time period in minutes)
     -1
  3   1  31
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high  accuracy), height of station"
     -1
  3   1  32
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Buoy/platform — fixed)
  3   1  33
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  34
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — moving)
  3   1  35
      0   1   5  Buoy/platform identifier
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Ship)
  3   1  36
      3   1   3  Ship's call sign and motion
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Land station for vertical soundings)
  3   1  37
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high accuracy), height of station"
     -1
#  (Land station for vertical soundings)
  3   1  38
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Ship for vertical soundings)
  3   1  39
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
  3   1  40
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
  3   1  41
      0   1   7  Satellite identifier
      0   2  21  Satellite instrument data used in processing
      0   2  22  Satellite data processing technique used
      3   1  11  Date
      3   1  12  Time
     -1
  3   1  42
      3   1  41  "Satellite identifier, data used, and data processing technique; date/time"
      3   1  21  "Latitude, longitude"
     -1
  3   1  43
      0   1   7  Satellite identifier
      0   2  23  Cloud motion computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
  3   1  44
      0   1   7  Satellite identifier
      0   2  24  Integrated mean humidity computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  (Satellite location and velocity)
  3   1  45
      3   1  11  "Year, month, day"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   4  30  Location relative to the Earth’s centre
      3   4  31  Velocity relative to the Earth’s centre
     -1
  3   1  46
      0   1   7  Satellite identifier
      0   1  12  Direction of motion of moving observing platform
      0   2  48  Satellite sensor indicator
      0  21 119  Wind scatterometer geophysical model function
      0  25  60  Software identification
      2   2 124  Change scale
      0   2  26  Cross-track resolution
      0   2  27  Along-tract resolution
      2   2   0  Change scale back to Table B
      0   5  40  Orbit number
     -1
#  (ERS product header)
  3   1  47
      0   1   7  Satellite identifier
      0  25  60  Software identification
      0   1  33  Originating/generating centre
      0   1  34  Originating/generating sub-centre
      0   1  12  Direction of motion of moving observation platform
      3   1  45  Satellite location and velocity
      0   2  21  Satellite instrument data used in processing
      3   1  11  "Date (year, month, day)"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change bit width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   1  23  "Location (latitude, longitude)"
     -1
#  (Radar parameters)
  3   1  48
      0   2 104  Antenna polarization
      0   2 121  Mean frequency
      0   2 113  Number of azimuth looks
      0   2  26  Cross-track resolution
      0   2  27  Along-track resolution
      0   2 111  Radar incidence angle
      0   2 140  Satellite radar beam azimuth angle
      2   2 127  Change scale to –1
      0   1  13  Radar platform velocity
      2   2 126  Change scale to –2
      0   7   1  Radar platform altitude
      2   2   0  Change scale to Table B
      0  25  10  Clutter treatment
      0  21  64  Clutter noise estimate
     -1
#  (Radar beam data)
  3   1  49
      0   2 111  Radar incidence angle
      0   2 112  Radar look angle
      0  21  62  Backscatter
      0  21  63  Radiometric resolution (Noise value)
      0  21  65  Missing packet counter
     -1
  3   1  51
      0   1   6  Aircraft identifier
      0   2  61  Navigational system
      3   1  11  Date
      3   1  12  Time
      3   1  21  "Latitude, longitude"
      0   8   4  Phase of aircraft flight
     -1
  3   1  55
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
     -1
#  (Radar location(s))
  3   1  62
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   1   1  WMO block and station number
     -1
#  (ACARS identification)
  3   1  65
      0   1   6  Aircraft flight number (see Note)
      0   1   8  Aircraft registration number (see Note)
      0   2   1  Type of station
      0   2   2  Type of instrumentation for wind measurement
      0   2   5  Precision of temperature observation
      0   2  62  Type of aircraft data relay system
      0   2  70  Original specification of latitude/longitude
      0   2  65  ACARS ground receiving station
     -1
#  (ACARS location)
  3   1  66
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  23  Latitude and longitude (coarse accuracy)
      0   7   4  Pressure
      0   2  64  Aircraft roll angle quality
      0   8   4  Phase of aircraft flight
     -1
#  (Satellite identifier/Generating resolution)
  3   1  71
      0   1   7  Satellite identifier
      0   1  31  Generating centre
      0   2  20  Satellite classification
      0   2  28  Segment size at nadir in X direction
      0   2  29  Segment size at nadir in Y direction
     -1
#  (Satellite identification)
  3   1  72
      3   1  71  "Satellite identification, Generation resolution"
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  Category 02 - Meteorological sequences common to surface data
  3   2   1
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (High altitude station)
  3   2   2
      0  10   4  Pressure (at station level)
      0   7   4  Pressure level
      0  10   3  Geopotential of pressure level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
  3   2   3
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Temperature (2 m)
      0  12   6  Dew point (2 m)
      0  13   3  Relative humidity
      0  20   1  Horizontal visibility
      0  20   3  Present weather
      0  20   4  Past weather (1)
      0  20   5  Past weather (2)
     -1
#  (General cloud information)
  3   2   4
      0  20  10  Cloud cover (total)
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  13  Height of base of cloud
      0  20  12  Cloud type
      0  20  12  Cloud type
      0  20  12  Cloud type
     -1
  3   2   5
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0  20  13  Height of base of cloud
     -1
  3   2   6
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  62  24-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (Low altitude station)
  3   2  11
      3   2   1  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud layer
     -1
#  (High altitude station)
  3   2  12
      3   2   2  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud information
     -1
  3   2  13
      3   2   6  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   2   5  Cloud layer information
     -1
  3   2  21
      0  22   1  Direction of waves
      0  22  11  Period of waves
      0  22  21  Height of waves
     -1
  3   2  22
      0  22   2  Direction of wind waves
      0  22  12  Period of wind waves
      0  22  22  Height of wind waves
     -1
  3   2  23
      0  22   3  Direction of swell waves
      0  22  13  Period of swell waves
      0  22  23  Height of swell waves
     -1
  3   2  24
      3   2  22  Wind waves
      1   1   2  Replicate 1 descriptor 2 times
      3   2  23  Swell waves (2 systems of swell)
     -1
  3   2  51
      0  10   4  Pressure
      0  10  51  Pressure reduced to mean sea level
      0   7   4  Pressure (vertical location)
      0  10   3  Geopotential
      0  12   4  Dry-bulb temperature at 2 m
      0  12  51  Standard deviation temperature
      0  12  16  "Maximum temperature at 2 m, past 24 hours"
      0  12  17  "Minimum temperature at 2 m, past 24 hours"
      0  13   4  Vapour pressure
      1   2   4  Replicate 2 descriptors 4 times
      0   8  51  Qualifier for number of missing values in calculation of statistic
      0   8  20  Total number of missing entities (with respect to accumulation or average)
     -1
#  Category 03 - Meteorological sequences common to vertical soundings data
  3   3   1
      0   7   3  Geopotential
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   2
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   3
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
     -1
  3   3   4
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  11
      0   7   3  Geopotential
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  12
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  13
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  13   3  Relative humidity
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  14
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  21
      0   7   4  Pressure (1)
      0   7   4  Pressure (2)     defines layer
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
     -1
  3   3  22
      3   3  21  "Layer, quality"
      0  10   3  Geopotential (layer mean thickness)
      2   4   0  Cancel the added associated field
     -1
  3   3  23
      3   3  21  "Layer, quality"
      0  12   1  Temperature (layer mean)
      2   4   0  Cancel the added associated field
     -1
  3   3  24
      3   3  21  "Layer, quality"
      0  13  16  Precipitation water
      2   4   0  Cancel the added associated field
     -1
  3   3  25
      0   2  25  Satellite channel
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12  63  Brightness temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  26
      0   7   4  Pressure
      0   8   3  Vertical significance
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12   1  Temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  27
      0   7   4  Pressure
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  10   3  Geopotential
      2   4   0  Cancel the added associated field
     -1
  3   3  31
      0   7   4  Pressure
      0   8   3  Vertical significance (base of sounding)
      0   7  21  Elevation (local zenith)
      0   7  22  Solar elevation (solar zenith)
      0   8  12  Land/sea qualifier
      0  12  61  Skin temperature
     -1
  3   3  32
      0  20  11  Cloud amount
      0  20  16  Pressure at top of cloud
     -1
  3   3  33
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at the top of cloud
     -1
#  (Wind sequence)
  3   3  41
      0   2 152  Geostationary satellite instrument used
      0   2  23  Cloud motion computational method
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  71  Coldest cluster T
     -1
  3   3  23
      3   3  21  "Layer, quality"
      0  12   1  Temperature (layer mean)
      2   4   0  Cancel the added associated field
     -1
  3   3  24
      3   3  21  "Layer, quality"
      0  13  16  Precipitation water
      2   4   0  Cancel the added associated field
     -1
  3   3  25
      0   2  25  Satellite channel
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12  63  Brightness temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  26
      0   7   4  Pressure
      0   8   3  Vertical significance
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12   1  Temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  27
      0   7   4  Pressure
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  10   3  Geopotential
      2   4   0  Cancel the added associated field
     -1
  3   3  31
      0   7   4  Pressure
      0   8   3  Vertical significance (base of sounding)
      0   7  21  Elevation (local zenith)
      0   7  22  Solar elevation (solar zenith)
      0   8  12  Land/sea qualifier
      0  12  61  Skin temperature
     -1
  3   3  32
      0  20  11  Cloud amount
      0  20  16  Pressure at top of cloud
     -1
  3   3  33
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at the top of cloud
     -1
#  (Wind sequence)
  3   3  41
      0   2 152  Geostationary satellite instrument used
      0   2  23  Cloud motion computational method
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  71  Coldest cluster T
     -1
#  Category 04 - Meteorological sequences common to satellite observations
  3   4   1
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   2
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   3
      0   8   3  Vertical significance
      0  12   1  Temperature
     -1
  3   4   4
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  20  10  Cloud cover (total)
      0  12   1  Temperature
     -1
  3   4   5
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure(1)
      0   7   4  Pressure (2)    defines layer
      0  13   3  Relative humidity
     -1
  3   4   6
      0  14   1  Outgoing long-wave radiation
      0  14   1  Incoming long-wave radiation
      0  14   3  Outgoing short-wave radiation
     -1
#  (GOES-I/M info)
  3   4  11
      0   2 163  Height assignment method
      0   2 164  Tracer correlation method
      0   8  12  Land/sea qualifier
      0   7  24  Satellite zenith angle
      0   2  57  Origin of first guess information
      0   8  21  Time significance
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   8  21  Time significance
      0   4  24  Time period or displacement
      1  10   4  Replicate 10 descriptors 4 times
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0  11   1  Wind direction
      0  11   2  Wind speed
      1   3  10  Replicate 3 descriptors 10 times
      0   2 163  Height assignment method
      0   7   4  Pressure
      0  12   1  Temperature
     -1
#  (Location of platform)
  3   4  30
      0  27  31  "In direction of 0 degree longitude, distance from the Earth’s centre"
      0  28  31  "In direction of 90 degrees East longitude, distance from the Earth’s centre"
      0  10  31  "In direction of North Pole, distance from Earth’s centre"
     -1
#  (Speed of platform)
  3   4  31
      0   1  41  Absolute platform velocity – first component
      0   1  42  Absolute platform velocity – second component
      0   1  43  Absolute platform velocity – third component
     -1
#  (Cloud fraction)
  3   4  32
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  20  81  Cloud amount in segment
      0  20  82  Amount segment cloud free
      0  20  12  Cloud type
     -1
#  (Clear sky radiance)
  3   4  33
      0   2 152  Satellite instrument used in data processing
      0   2 166  Radiance type
      0   2 167  Radiance computational method
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  75  Spectral radiance
      0  12  76  Radiance
      0  12  63  Brightness temperature
     -1
#  0
  3   4  34
      1   2   4  Replicating next two descriptors 4 times
      0  27   1  Latitude (high accuracy)
      0  28   1  Longitude (high accuracy)
      0   7  22  Solar elevation
      0   5  43  Field of view number
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at top of cloud
      0  33   3  Quality information table
      0  10  40  Number of retrieved layers
     -1
#  Category 05 - Meteorological or hydrological sequences common to hydrological observations
#  (SADC-HYCOS measurement array definition)
  3   5   3
      3   1  12  "Hour, minute of first single measurement minus increment"
      0   4  65  Short time increment - time interval between measuremens
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   5   1  Single measurement
     -1
#  3
#  (MEDHYCOS measurement)
  3   5   6
      0  13  72  Downstream water level
      0  13  82  Water temperature
      0  13  19  Precipitation last hour
      0  12   1  Air temperature
      0  13  73  Maximum water height observed
      0  13  60  Total accumulated precipitation
     -1
#  0
#  (MEDHYCOS report)
  3   5   7
      3   1  29  Identification
      3   1  12  "Hour, minute (time of first measurement)"
      0   4  65  Short time increment - time interval between measurements
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   5   6  Single measurement
     -1
#  3
#  (AOCHYCOS - Chad measurement)
  3   5   8
      3   5   6  Same as MEDHYCOS type measurement
      0  12  30  Soil temperature at -50 cm
     -1
#  0
#  (AOCHYCOS-Chad report)
  3   5   9
      3   1  29  Identification
      3   1  12  "Hour, minute (time of first measurement)"
      0   4  65  Short time increment - time interval between measurements
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   5   8  Single measurement
     -1
#  3
#  (MEDHYCOS report type 2)
  3   5  11
      3   1  29  Identification
      3   1  12  "Hour, minute (time of first measurement)"
      0   4  65  Short time increment - time interval between measurements
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   5  10  Single measurement
     -1
#  3
#  (MEDHYCOS report with meteorology and water quality data)
  3   5  18
      3   1  29  Identification
      3   1  12  "Hour, minute (time) of first measurement"
      0   4  65  Hour increment
      1   3   0  Delayed replications of 3 descriptors
      0  31   1  Replication factor
      3   5   8  Same as AOCHYCOS type measurement
      3   5  16  Meteorological parameters associated to hydrological data
      3   5  17  Water quality measurement
     -1
#  Category 06 - Meteorological or oceanographic sequences common to oceanographic observations
  3   6   1
      0   2  32  Indicator for digitization
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  42  Subsurface sea temperature
     -1
  3   6   2
      0   2  31  Method of current measurement
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
  3   6   3
      0   2   2  Wind instrumentation
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Dry-bulb temperature (2 m)
     -1
  3   6   4
      0   2  32  Indicator for digitization
      0   2  33  Method of salinity/depth measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  43  Subsurface sea temperature
      0  22  62  Salinity
     -1
  3   6   5
      0   2  31  Method of current measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
#  (Under water sounding (optional) parameters)
  3   6   6
      3   6   3  Surface wind and temperature
      3   6   2  Current
      0  22  63  Total water depth
     -1
#  (Buoy spare block parameters)
  3   6   7
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
      3   6   8  Buoy instrumentation
      0   4  24  Time period
      0  27   3  Alternate latitude
      0  28   3  Alternate longitude
     -1
#  (Buoy instrumentation parameters)
  3   6   8
      0   2  34  Drogue type
      0   2  35  Cable length
      0   2  36  Buoy type
     -1
  3   6  23
      0   1  15  Station or site name
      3   1  23  "Latitude, longitude"
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal level with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
     -1
#  Category 07 - Surface report sequences (land)
#  (Low altitude station)
  3   7   1
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   2
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   3
      3   7   1  Location (high accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   4
      3   7   2  Location (coarse accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   5
      3   7   1  Location (high accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (Low altitude station)
  3   7   6
      3   7   2  Location (coarse accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (High altitude station)
  3   7   7
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  12  Basic surface report
     -1
#  (High altitude station)
  3   7   8
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  12  Basic surface report
     -1
  3   7   9
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  13  Basic surface report
     -1
#  (Main part of data for representation of METAR/SPECI code in BUFR)
  3   7  11
      0   1  63  ICAO location indicator
      0   2   1  Type of station
      3   1  11  "Year, month, day (YY)"
      3   1  12  "GG, gg"
      3   1  24  "Latitude-longitude (coarse accuracy), height of station"
      0   7   6  Height above station (= height of an anemometer)
      0  11   1  Wind direction
      0  11  16  Extreme counterclockwise wind direction of a variable wind
      0  11  17  Extreme clockwise wind direction of a variable wind
      0  11   2  Wind speed
      0  11  41  Maximum wind speed (gusts)
      0   7   6  Height above station (= height of a thermometer)
      0  12   1  Temperature
      0  12   3  Dew-point temperature
      0  10  52  Altimeter setting (QNH)
      0  20   9  General Weather Indicator TAF/METAR
     -1
#  (DvVVVV)
  3   7  12
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Number of replication (up to 3)
      0   8  23  First order statistics
      0   5  21  Direction of visibility observed
      0  20   1  Horizontal visibility
     -1
#  (DRDRVRVRVRVR)
  3   7  13
      1   6   0  Delayed replication of 6 descriptors
      0  31   1  Number of replication (up to 4)
      0   1  64  Runway designator
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range
      0  20  18  Tendency of runway visual range
     -1
#  (w´w´)
  3   7  14
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  19  Significant present weather
     -1
#  (Clouds group(s))
  3   7  15
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      3   2   5  "(NsNsNs, CC, hshshs)"
      0  20   2  Vertical visibility
     -1
#  (REw´w´)
  3   7  16
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  20  Significant recent weather phenomena
     -1
#  (Wind shear on runways(s))
  3   7  17
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      0  11  70  Runway designator of the runway affected by wind shear (including ALL)
     -1
#  (Trend-type landing forecast)
  3   7  18
      0   8  16  Change qualifier of a trend-type
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Number of replication (up to 2)
      0   8  17  Qualifier of the time when the forecast
      3   1  12  "GG, gg"
      1   4   0  Delayed replication of 4 descriptor
      0  31   1  Number of replication (up to 1)
      0   7   6  Height above station
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  11  41  Maximum wind speed (gusts)
      0  20   9  General Weather Indicator
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 1)
      0  20   1  Horizontal visibility
      3   7  14  w´w´
     -1
#  (Short METAR/SPECI)
  3   7  20
      3   7  11  Main part of data
      3   7  14  w´w´
      3   7  16  REw´w´
     -1
#  (Total sequence for representation of METAR/SPECI code in BUFR)
  3   7  21
      3   7  11  Main part of data
      3   7  12  DvVVVV
      3   7  13  DRDRVRVRVRVR
      3   7  14  w´w´
      3   7  15  Clouds group(s)
      3   7  16  REw´w´
      3   7  17  Wind shear on runway(s)
      3   7  18  Trend-type landing forecast
      3   7  15  Clouds group(s)
     -1
#  Category 08 - Surface report sequences (sea)
#  (Buoy/platform — fixed)
  3   8   1
      3   1  33  "Identification, type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — fixed)
  3   8   2
      3   1  34  "Identification, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — moving)
  3   8   3
      3   1  35  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Ship)
  3   8   4
      3   1  36  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
  3   8   5
      3   8   4  Basic ship report
      3   2  24  Wind waves and swell waves
     -1
#  (Buoy Section 1 optional parameters)
  3   8   6
      0  10   4  Pressure
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   4  Dry-bulb temperature at 2 m
      0  13   3  Relative humidity
      0  22  42  Sea temperature
     -1
  3   8   7
      3   1  55  "Identification, movement type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0   7  62  Depth below sea/water surface
      0  22  42  Sea/water temperature
     -1
#  Category 09 - Vertical sounding sequences (conventional data)
#  (Vertical wind profile)
  3   9   1
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   2
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   3
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical wind profile)
  3   9   4
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9   5
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with relative humidity)
  3   9   6
      3   1  38  "Identification, etc. (land station, coarse  accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   7
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   8
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  11
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  12
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  13
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  14
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  15
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  16
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  17
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  18
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Wind profiler — wind data sounding)
  3   9  19
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Wind profiler — Cartesian coordinates)
  3   9  20
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   7   3  Geopotential
      0  11   3  u-component
      0  11   4  v-component
      0  11   5  w-component
     -1
#  (Ozone sonde flight data)
  3   9  30
      0  15   4  Ozone sounding correction factor
      0  15   5  Ozone p
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   4  15  "Time increment since launch time, if needed; in minutes"
      0   8   6  Ozone vertical sounding significance
      0   7   4  Pressure
      0  15   3  Measured ozone partial pressure
     -1
#  Category 10 - Vertical sounding sequences (satellite data)
#  (Satellite — brightness temperature)
  3  10   1
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1  26  Replicate 1 descriptor 26 times
      3   3  25  Satellite channel and brightness temperature
     -1
#  (Satellite — low level)
  3  10   2
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   9  Replicate 1 descriptor 9 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — high level)
  3  10   3
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   6  Replicate 1 descriptor 6 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — precipitable water)
  3  10   4
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   3  Replicate 1 descriptor 3 times
      3   3  24  Precipitable water
     -1
#  3
  3  10   5
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  25  Satellite channel and brightness temperature
     -1
#  3
  3  10   6
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  23  Layer mean temperature
     -1
#  3
  3  10   7
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  24  Precipitable water
     -1
#  3
#  3
#  (ATOVS HIRS report)
  3  10   8
      3  10  11  ATOVS field of view variables
      1   1  19  Replicate 1 descriptor 19 times
      3  10  12  ATOVS channel variables
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  79  Albedo-radiance solar filtered irradiance for ATOVS
      0  25  80  Albedo-radiance equivalent filter width for ATOVS
      0  33  32  Channel quality flags for ATOVS
      0  14  45  Channel radiance
     -1
#  (ATOVS AMSU-A report)
  3  10   9
      3  10  11  ATOVS field of view variables
      1   1  15  Replicate 1 descriptor 15 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS AMSU-B report)
  3  10  10
      3  10  11  ATOVS field of view variables
      1   1   5  Replicate 1 descriptor 5 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS field of view variables)
  3  10  11
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   1   7  Satellite identification
      0   2  48  Satellite sensor indicator
      0   5  40  Orbit number
      0  25  75  Satellite antenna corrections version number
      2   1 133  Change width
      0   5  41  Scan line number
      2   1   0  Change width
      0   5  43  Field of view number
      0  25  70  Major frame count
      0  33  30  Scan line status flags for ATOVS
      0  33  31  Scan line quality flags for ATOVS
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      2   2 131  Change scale
      2   1 138  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2   0  Change scale
      0   5   1  Latitude
      0   6   1  Longitude
      2   2 126  Change scale
      0   7   1  Height of station
      2   2   0  Change scale
      0   7  24  Satellite zenith angle
      0   5  21  Satellite azimuth
      0   7  25  Solar zenith angle
      0   5  22  Solar azimuth
      0  33  33  Field of view quality flags for ATOVS
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
     -1
#  (ATOVS channel variables)
  3  10  12
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  76  Log–10 of (temperature-radiance central wavenumber) for ATOVS
      0  25  77  Bandwidth correction coefficient 1 for ATOVS
      0  25  78  Bandwidth correction coefficient 2 for ATOVS
      0  33  32  Channel quality flags for ATOVS
      2   1 132  Change width
      2   2 129  Change scale
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (AVHRR (GAC) report)
  3  10  13
      0   1   7  Satellite ID
      0   5  40  Orbit number
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   5   1  Latitude
      0   6   1  Longitude
      0   7  25  Solar zenith angle
      0   5  43  Field of view number
      0  25  85  Fraction of clear pixels in HIRS field of view
      2   1 131  Change width
      2   2 129  Change scale
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      2   2   0  Change scale
      2   1   0  Change width
      2   1 132  Change width
      2   2 129  Change scale
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (Satellite — geostationnary wind data)
  3  10  14
      3   1  72  "Satellite identification, date, time, latitude, longitude"
      3   3  41  Wind sequence
      3   4  11  GOES-I/M information
     -1
#  (Meteosat radiace data)
  3  10  15
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1   3  Replicate next descriptor 3 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1   3  Replicate next descriptor 3 times
      3   4  33  Clear sky radiance
     -1
#  (Meteosat Second Generation (MSG) radiance data)
  3  10  16
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1  12  Replicate next descriptor 12 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1  12  Replicate next descriptor 12 times
      3   4  33  Clear sky radiance
     -1
#  (Retrieved ozone data)
  3  10  20
      3  10  22
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  21  "Lat., long. (high accuracy)"
      3   4  34
      3  10  21
     -1
#  3
  3  10  21
      1   8   0  Delayed replication of 8 next descriptors
      0  31   1  Delayed descriptor replication factor
      2   1 131  Change data width
      2   2 129  Change scale
      0   7   4  Pressure
      0   7   4  Pressure
      2   2   0  Change scale to Table B
      2   1   0  Change data width to Table B
      0  15  20  Integrated 03 density
      0  10   2  Height
     -1
#  0
  3  10  22
      0   1   7  Satellite identifier
      0   2  19  Satellite instrument used
      0   1  33  Identification of originating/generating centre
      0   2 172  Product type for retrieved atmospheric gases
     -1
#  Category 11 - Single level report sequences (conventional data)
#  (Aircraft reports)
  3  11   1
      3   1  51  "ASDAR aircraft identifier, navigational system, date/time, position, phase of aircraft flight"
      0   7   2  Altitude
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  11  31  Degree of turbulence
      0  11  32  Height of base of turbulence
      0  11  33  Height of top of turbulence
      0  20  41  Airframe icing
     -1
#  (ACARS reports)
  3  11   2
      3   1  65  ACARS identification
      3   1  66  ACARS location
      3  11   3  ACARS standard reported variables
      3  11   4  ACARS supplementary reported variables
     -1
#  (ACARS standard reported variables)
  3  11   3
      0  10  70  Indicated aircraft altitude
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   1  Temperature/dry-bulb temperature
      0  13   2  Mixing ratio
     -1
#  (ACARS supplementary reported variables)
  3  11   4
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  34  Vertical gust velocity
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  35  Vertical gust acceleration
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  75  Mean turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  76  Peak turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  25  ACARS interpolated values
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  26  Mixing ratio quality
     -1
#  Category 12 - Single level report sequences (satellite data)
  3  12   1
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   1  "Cloud top pressure, temperature, wind"
     -1
  3  12   2
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   2  "Cloud top pressure, wind"
     -1
  3  12   3
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   3  Surface temperature
     -1
  3  12   4
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   4  Cloud cover
     -1
  3  12   5
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      0  20  14  Height of top of cloud
     -1
  3  12   6
      3   1  44  "Satellite identifier, instrumentation, location, date/time"
      3   4   5  Layer mean relative humidity
     -1
  3  12   7
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   6  Radiation
     -1
#  "(Orbital information, Part I)"
  3  12  10
      0   1   7  Satellite identifier
      0   5  40  Orbit number
      0   2  21  Satellite instrumentation
      0   5  41  Scan line number
      0   4   1  Year
      0   4  43  Day of year
     -1
#  "(Orbital information, Part II)"
  3  12  11
      2   2 131  Change scale
      2   1 149  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2 126  Change scale
      0  10   2  Height
      2   2   0  Change scale
      0   5  43  Field of view number
      0   5  53  Field of view number increment
     -1
#  (HIRS brightness temperatures — channels 1–19)
  3  12  12
      2   2 129  Change scale
      2   1 132  Change width
      1   1  19  Replicate 1 descriptor 19 times
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS brightness temperatures — channel 20)
  3  12  13
      0   5  42  Channel number
      2   2 129  Change scale
      2   1 135  Change width
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS satellite data)
  3  12  14
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      1   5  56  Replicate 5 descriptors 56 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      3  12  12  HIRS brightness temperatures — channels 1–19
      3  12  13  HIRS brightness temperature — channel 20
     -1
#  (MSU brightness temperatures — channels 1–4)
  3  12  15
      1   9  11  Replicate 9 descriptors 11 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   4  Replicate 1 descriptor 4 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (MSU satellite data)
  3  12  16
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  15  MSU brightness temperatures — channels 1–4
     -1
#  (SSU brightness temperatures — channels 1–3)
  3  12  17
      1   9   8  Replicate 9 descriptors 8 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   3  Replicate 1 descriptor 3 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (SSU satellite data)
  3  12  18
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  17  SSU brightness temperatures — channels 1–3
     -1
#  (Wave scatterometer product with width change for wave number (spectral))
  3  12  19
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalisation
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   6  12  Repeat next 6 descriptors 12 times
      2   1 129  Change width to 14 bits
      0   6  30  Wave number (spectral)
      2   1   0  Change width to Table B
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Image spectrum intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wave scatterometer product)
  3  12  20
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalization
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   4  12  Repeat next 4 descriptors 12 times
      0   6  30  Wave number (spectral)
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Spectral intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wind scatterometer product)
  3  12  21
      3   1  47  Product header
      1   1   3  Repeat 1 descriptor 3 times
      3   1  49  Radar beam data
      0  11  12  Wind speed at 10 m
      0  11  11  Wind direction at 10 m
      0  21  67  Wind product confidence data
     -1
#  (Radar altimeter product)
  3  12  22
      3   1  47  Product header
      0   8  22  Number in average
      0  11  12  Wind speed
      0  11  50  Standard deviation of horizontal wind speed
      0  22  70  Significant wave height
      0  22  26  Standard deviation of significant wave height
      3  12  41  Altitude
      0  10  50  Standard deviation of altitude
      0  21  68  Radar altimeter product confidence data
      0  21  71  Peakiness
      0  21  72  Altimeter calibration status
      0  21  73  Altimeter instrument mode
      3  12  42  Altitude corrections
      0  21  62  Backscatter
      0  15  11  Log 10 of integrated electron density
     -1
#  (ATSR sea surface temperature product)
  3  12  23
      3   1  47  Product header
      1   3   3  Repeat 3 descriptors 3 times
      0   8  22  Number in average
      0  12  61  Skin temperature
      0  22  50  Standard deviation of sea surface temperature
      0  21  69  SST product confidence data
      0  21  85  ATSR sea surface temperature across-track band number
     -1
#  (Wave scatterometer product enhanced)
  3  12  24
      3  12  20  (Wave scatterometer product)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode signification – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Wave scatterometer enhanced product (with change of width for wave number (spectral))
  3  12  25
      3  12  19  Wave scatterometer product with width change for wave number (spectral)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode significance – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (QUIKSCAT data)
  3  12  26
      3   1  46
      3   1  11  Data
      3   1  13  Time
      3   1  23  Location
      3  12  31
      1   1   4  Replicate 1 descriptor 4 times
      3  12  30
      0  21 110  Number of inner-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 111  Number of outer-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 112  Number of inner-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
      0  21 113  Number of outer-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
     -1
#  (ATSR SST Product (SADIST-2))
  3  12  27
      3   1  47  ERS product header
      1   5   9  Repeat next 5 descriptors 9 times
      3   1  23  Location (coarse Latitude + Longitude) of 10-arcmin cell
      0   7  21  Elevation: Incidence angle Nadir view [set to zero]
      0  12  61  Skin temperature: SST [Nadir-only view]
      0   7  21  Elevation: Incidence angle Dual view [set to 'missing']
      0  12  61  Skin temperature: SST [Dual view]
      0  21  85  ATSR SST across-track band number [0-9]
      0  21  70  SST product confidence data (SADIST-2) [23-bit flag]
     -1
#  (SEAWINDS QUIKSCAT data)
  3  12  28
      3   1  46
      3   1  11
      3   1  13
      3   1  23
      0   8  25  Time difference qualifier
      2   1 136  Change data width
      0   4   6  Second
      2   1   0  Change data width back to Table B
      3  12  31
      3  12  32
      1   1   4  Next descriptor replicated four times
      3  12  30
      1   1   2  Next descriptor replicated two times
      3  12  33
      0  21 110  Number of inner-beam sigma-0 (forward of satellite)
      3   1  23
      3  21  28
      0  21 111  Number of outer-beam sigma-0 (forward of satellite)
      3   1  23
      3  21  28
      0  21 112  Number of inner-beam sigma-0 (aft of satellite)
      3   1  23
      3  21  28
      0  21 113  Number of outer-beam sigma-0 (aft of satellite)
      3   1  23
      3  21  28
     -1
  3  12  30
      2   1 130  Change data width
      2   2 129  Change scale
      0  11  12  Wind speed at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  52  Formal uncertainty in wind speed
      2   1 135  Change data width
      2   2 130  Change scale
      0  11  11  Wind direction at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  53  Formal uncertainty in wind direction
      0  21 104  Likelihood computed for solution
     -1
 3  12  31
      0   5  34  Along-track row number
      0   6  34  Cross-track cell number
      0  21 109  SEAWINDS wind vector cell quality
      0  11  81  Model wind direction at 10 m
      0  11  82  Model wind speed at 10 m
      0  21 101  Number of vector ambiguities
      0  21 102  Index of selected wind vector
      0  21 103  Total number of sigma-0 measurements
     -1
  3  12  32
      0  21 120  Probability of rain
      0  21 121  SEAWINDS NOF rain index
      0  13  55  Intensity of precipitation
      0  21 122  Attenuation correction on sigma-0 (from tB)
     -1
 3  12  33
      0   2 104  Antenna polarisation
      0   8  22  Total number (with respect to accumulation)
      0  12  63  Brightness temperature
      0  12  65  Standard deviation brightness temperature
     -1
#  (Altitude)
  3  12  41
      2   1 141  Change width to 28 bits
      2   2 130  Change scale to 2
      0   7   1  Altitude
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
     -1
#  (Altitude corrections)
  3  12  42
      0  21  77  "Altitude correction, ionosphere"
      0  21  78  "Altitude correction, dry troposphere"
      0  21  79  "Altitude correction, wet troposphere"
      0  21  80  "Altitude correction, calibration constant"
      0  21  81  Open loop height-time loop calibration correction
      0  21  82  Open loop automatic gain control calibration correction
     -1
#  Category 13 - Sequences common to image data
#  (Radar reflectivity values)
  3  13   9
      0  21   1  Horizontal reflectivity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21   1  Horizontal reflectivity
     -1
#  (Radar rainfall intensities)
  3  13  10
      0  21  36  Radar rainfall intensity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21  36  Radar rainfall intensity
     -1
#  (Non run-length encoded row for Pixel value (4 bits))
  3  13  31
      0   6   2  First longitude location minus one increment
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Non run-length encoded picture data for Pixel value (4 bits))
  3  13  32
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  31  Non run-length encoded row
     -1
#  (Run-length encoded row for Pixel value (4 bits))
  3  13  41
      0   6   2  First longitude location minus one increment
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  12  Repetition factor
      0  30   1  Pixel value (4 bits)
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Run-length encoded picture data for Pixel value (4 bits))
  3  13  42
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  41  Run-length encoded row
     -1
#  "(Run-length encoded picture data for Pixel value (4 bits), regular grid)"
  3  13  43
      0   6   2  First longitude location minus one increment
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment
      1  12   0  Delayed replication of 12 descriptors
      0  31   1  Replication factor
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  11  Repetition factor
      0  30   1  Pixel value (4 bits)
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  Category 15 - Oceanographic report sequences
#  (Typically reported underwater sounding without optional fields)
  3  15   1
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   1  "Depth, temperature"
     -1
#  (Typically reported underwater sounding without optional fields)
  3  15   2
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   4  "Depth, temperature, salinity"
     -1
#  Category 16 - Synoptic feature sequences
  3  16   1
      3   1  11  "Year, month, day"
      0   4   4  Hour
      3   1  23  Latitude and longitude (coarse accuracy)
      0   1  21  Synoptic feature identifier
      0   2  41  Method for estimating reports related to synoptic features
      0  19   1  Type of synoptic feature
      0  10  51  Pressure reduced to mean sea level
      0  19   2  Effective radius of feature
      0  19   3  Wind speed threshold (15 m s–1 typically)
      0  19   4  Effective radius with respect to wind speeds above threshold
     -1
#  (Header)
  3  16   2
      0   8  21  Data time (analysis)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   1  33  Originating/generating centre
      0   8  21  Validity time (fcst)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   7   2  Flight level (altitude) (base of chart layer)
      0   7   2  Flight level (altitude) (top of chart layer)
     -1
#  (Jet stream)
  3  16   3
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (jet stream value)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Flight level (altitude)
      0  11   2  Wind speed
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Turbulence)
  3  16   4
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for turbulence)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  11  31  Degree of turbulence
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Storm)
  3  16   5
      1   8   0  Delayed replication
      0  31   1  Replication
      0   8   5  Meteorological attribute significance (storm centre)
      0   8   7  Dimensional significance (value for point)
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   1  26  WMO storm name (use “unknown” for a sandstorm)
      0  19   1  Synoptic features (value for type of storm)
      0   8   7  Dimensional significance (cancel)
      0   8   5  Meteorological attribute significance (cancel/end of object)
     -1
#  (Cloud)
  3  16   6
      1  12   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for cloud)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Front)
  3  16   7
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for type of front)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  19   5  Direction of feature
      0  19   6  Speed of feature
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Tropopause)
  3  16   8
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8   1  Vertical significance (bit 3 set for tropopause)
      0   8   7  Dimensional significance (value for point)
      0   8  23  Statistic (type of tropopause value)
      1   3   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Height/altitude
      0   8  23  Statistic (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8   1  Vertical significance (cancel/end of object)
     -1
#  (Airframe icing area)
  3  16   9
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for airframe icing)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  41  Airframe icing (type of airframe icing)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Name of feature)
  3  16  10
      1   7   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature
      0   8   7  Dimensional significance (value for point)
      0   1  22  Name of feature
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Volcano erupting)
  3  16  11
      1  16   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for special clouds)
      0   1  22  Name of feature (volcano name)
      0   8   7  Dimensional significance (value for point)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8  21  Time significance (eruption starting time)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0  20  90  Special clouds (clouds from volcanic eruptions)
      0   8  21  Time significance (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Forecast data)
  3  16  22
      0   1  32  "Generating application (NWP model name, etc. code table defined by originating/generating centre)"
      0   2  41  Method for estimating reports related to synoptic feature
      0  19   1  Type of synoptic feature
      0  19  10  Method for tracing of the centre of synoptic feature
      1  18   0  Delayed replication of 18 descriptors
      0  31   1  Replication factor
      0   8  21  Time significance (forecast)
      0   4  14  Time increment (hour)
      0   8   5  Surface synoptic feature significance
      3   1  23  "Latitude (coarse accuracy), longitude (coarse accuracy)"
      0  19   5  Direction of motion of feature
      0  19   6  Speed of motion of feature
      0  10   4  Pressure
      0  11  41  Maximum wind speed (gust: e.g. used in US)
      0   8  21  Time significance (forecast time averaged)
      0   4  75  Time period (minutes)
      0  11  40  Maximum wind speed (mean wind)
      0  19   8  Vertical extent of feature
      1   5   4  Replicate 5 descriptors 4 times
      0   5  21  Starting bearing or azimuth
      0   5  21  Ending bearing or azimuth
      1   2   2  Replicate 2 descriptors 2 times
      0  19   3  Wind speed threshold
      0  19   4  Effective radius with respect to wind speed above threshold
     -1
#  Category 18 - Radiological report sequences
  3  18   1
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0  24  11  Dose
     -1
  3  18   3
      3   1  26  "Latitude and longitude (high accuracy), time periods in days," hours and minutes
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  21  Air concentration
     -1
  3  18   4
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0   4  23  Time period or displacement
      0  13  11  Total precipitation/total water equivalent
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  22  Concentration in precipitation
     -1
#  Category 21 - Radar report sequences
#  (Wind profiler — antenna characteristics)
  3  21   1
      0   2 101  Type of antenna
      0   2 114  Antenna effective surface area
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 121  Mean frequency
     -1
#  (Wind profiler — moment data)
  3  21   3
      0  21  51  Signal power above 1 mW
      0  21  14  Doppler mean velocity (radial)
      0  21  17  Doppler velocity spectral width
      0  21  30  Signal to noise ratio
     -1
#  (Wind profiler — moment data sounding)
  3  21   4
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3  21   3  Wind profiler — moment data
     -1
#  (Transmitter-receiver characteristics)
  3  21   5
      0  25   4  Echo processing
      0   2 121  Mean frequency
      0   2 122  Frequency agility range
      0   2 123  Peak power
      0   2 124  Average power
      0   2 125  Pulse repetition frequency
      0   2 126  Pulse width
      0   2 127  Receiver intermediate frequency
      0   2 128  Intermediate frequency bandwidth
      0   2 129  Minimum detectable signal
      0   2 130  Dynamic range
      0   2 131  Sensitivity time control
     -1
#  (Integration characteristics)
  3  21   6
      0  25   1  Range-gate length
      0  25   2  Number of gates averaged
      0  25   3  Number of integrated pulses
      0  25   5  Echo integration
     -1
#  (Corrections)
  3  21   7
      0  25   9  Calibration method
      0  25  10  Clutter treatment
      0  25  11  Ground occultation correction
      0  25  12  Range attenuation correction
      0  25  13  Bright-band correction
      0  25  15  Radome attenuation correction
      0  25  16  Clear-air attenuation correction
      0  25  17  Precipitation attenuation correction
     -1
#  (Z to R conversion)
  3  21   8
      0  25   6  Z to R conversion
      0  25   7  Z to R conversion factor
      0  25   8  Z to R conversion exponent
     -1
#  (A to Z law)
  3  21   9
      0  25  18  A to Z law for attenuation factor
      0  25  19  A to Z law for attenuation exponent
     -1
#  (Antenna characteristics)
  3  21  10
      0   2 101  Type of antenna
      0   7   2  Altitude of the tower base
      0   2 102  Antenna height above tower base
      0   2 103  Radome
      0   2 104  Antenna polarisation
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 108  Crosspol discrimination (on axis)
      0   2 109  Antenna speed (azimuth)
      0   2 110  Antenna speed (elevation)
      0   2 132  Azimuth pointing accuracy
      0   2 133  Elevation pointing accuracy
     -1
#  (General characteristics)
  3  21  11
      0  30  31  Picture type
      0  30  32  Combination with other data
      0  29   2  Coordinate grid type
     -1
#  (Antenna elevations)
  3  21  12
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0   2 135  Antenna elevation
     -1
#  (Basic information (System/site header) on Wind profiler/RASS)
  3  21  21
      0   2   3  Type of measuring equipment used
      0   2 101  Type of antenna
      2   1 130  Change width to 8 bits
      0   2 106  3-dB beam width
      2   1   0  Change width to table B
      2   1 132  Change width to 11 bits
      2   2 130  Change scale to -6
      0   2 121  Mean frequency
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
      2   1 133  Change width to 11 bits
      2   2 129  Change scale to 0
      0  25   1  Range-gate length
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (Wind profiler: Processed-data winds)
  3  21  22
      0   7   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  11   1  Wind direction
      2   4   0  Cancel add associated field
      0  11   2  Wind speed
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  11   6  w-component
      2   4   0  Cancel add associated field
      0  21  30  Signal to noise ratio
     -1
#  Wind profiler: Raw-data winds)
  3  21  23
      0   7   7  Height
      0  21  91  Radar signal Doppler spectrum 0th moment
      0  21  30  Signal to noise ratio
      2   2 129  Change scale to 2
      0  21  14  Doppler mean velocity (radial)
      2   1 129  Change width to 9 bits
      0  21  17  Doppler velocity spectral width
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (RASS-Mode: Processed-data RASS)
  3  21  24
      0   7   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  12   7  Virtual temperature
      0  11   6  w-component
      2   4   0  Cancel add associated field
      0  21  30  Signal to noise ratio
     -1
#  (RASS-Mode: Raw-data RASS)
  3  21  25
      0   7   7  Height
      0  21  91  Radar signal Doppler spectrum 0th moment
      0  21  30  Signal to noise ratio
      2   2 129  Change scale to 2
      0  21  14  Doppler mean velocity (radial)
      2   1 129  Change width to 9 bits
      0  21  17  Doppler velocity spectral width
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
      0  21  92  "RASS signal Doppler spectrum 0th moment, referring to RASS signal"
      0  21  30  "Signal to noise ratio, referring to RASS signal "
      0  25  92  Acoustic propagation velocity
      2   1 129  Change width to 9 bits
      2   2 129  Change scale to 2
      0  21  17  "Doppler velocity spectral width, referring to RASS signal"
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (RASS data - fluxes)
  3  21  26
      0   7   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  12   7  Virtual temperature
      0  25  91  Structure constant of the refraction index (Cn2)
      0  11  71  Turbulent vertical momentum flux
      0  11  72  Turbulent vertical buoyancy flux
      0  11  73  Turbulent kinetic energy
      0  11  74  Dissipation energy
      2   4   0  Cancel add associated field
     -1
  3  21  27
      0  21 118  Attenuation correction on sigma-0
      2   2 129  Change scale
      2   1 132  Change data width
      0   2 112  Radar look angle
      2   1   0  Change data width to Table B
      2   1 131  Change data width
      0   2 111  Radar incidence angle
      2   1   0  Change data width to Table B
      2   2   0  Change scale back to Table B
      0   2 104  Antenna polarization
      0  21 105  Normalized radar cross-section
      0  21 106  Kp variance coefficient (alpha)
      0  21 107  Kp variance coefficient (beta)
      0  21 114  Kp variance coefficient (gamma)
      0  21 115  SEAWINDS sigma-0 quality
      0  21 116  SEAWINDS sigma-0 mode
      0   8  18  SEAWINDS land/ice surface type
      0  21 117  Sigma-0 variance quality control
     -1
  3  21  28
      0  21 118  Attenuation correction on sigma-0
      2   2 129  Change scale
      2   1 132  Change data width
      0   2 112  Radar look angle
      2   1   0  Data width back to Table B
      2   1 131  Change data width
      0   2 111  Radar incidence angle
      2   1   0  Data width back to Table B
      2   2   0  Scale back  to table B
      0   2 104  Antenna polarization
      0  21 123  SEAWINDS normalized radar cross section
      0  21 106  Kp variance coefficient (alpha)
      0  21 107  Kp variance coefficient (beta)
      0  21 114  Kp variance coefficient (gamma)
      0  21 115  SEAWINDS sigma-0 quality flag
      0  21 116  SEAWINDS sigma-0 mode flag
      0   8  18  SEAWINDS land/ice surface flag
      0  21 117  Sigma-0 variance quality control
     -1
grads-2.0.1/data/tables/B2L-058-003-B0000644000175000017500000012040007750236075017432 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
# sccs keywords: @(#)Table_B.txt	1.1 05/07/97
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship's call sign
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;      Numeric; Generating center
# Local descriptors?
#0	1	50	0	0	48	CCITT_IA5	NMC report identifier
#0	1	62	0	0	40	CCITT_IA5	National assigned station identifier
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;          deg; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Cloud motion computational method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
# Local descriptors?
#0	2	28	0	0	32	Flag_Table	Geostationary sounder satellite channels used
#0	2	29	0	0	8	Flag_Table	Geostationary sounder satellite channels used
  0;    2;     30;      0;           0;    3;   Flag_Table; GOES I/M parameter calculation data source
  0;    2;     31;      0;           0;    5;   Code_Table; Method of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to followinG value
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     50;      5;           0;   17;      Numeric; Sigma level
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;    6;     11;      5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;      0;      0;           0;    4;   Code_Table; Vertical significance (forecast soundings)
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     31;      0;           0;    8;         BUFR; Table A	Data category
  0;    8;     32;      0;           0;   14;   Code_Table; Data significance for simulated forecast
  0;    8;     33;      0;           0;    3;   Code_Table; Data significance for corrected forecast
  0;    8;     34;      0;           0;    3;   Code_Table; Data significance for simulated retrievals
  0;    8;     35;      0;           0;    3;   Code_Table; Data significance for corrected retrievals
  0;    8;     36;      0;           0;    3;   Code_Table; Data significance for simulated analysis
  0;    8;     37;      0;           0;    3;   Code_Table; Data significance for corrected analysis
  0;    8;     38;      0;           0;    3;   Code_Table; Data significance for sigma level data

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     21;      9;      -65536;   17;        s**-1; Relative vorticity
  0;   11;     22;      9;      -65536;   17;        s**-1; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;         m/si; Maximum derived equivalent vertical gust
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      1;           0;   12;          m/s; Surface - 5000 feet mean LYR wind speed
  0;   11;     44;      0;           0;    9;     deg_true; Surface - 5000 feet mean LYR wind direction
  0;   11;     45;      0;           0;    9;     deg_true; Maximum wind (gust) direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     20;      2;       -2000;   12;    deg_K/day; Radiative heating profile
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     40;     -3;       -2048;   12;       W/m**2; Sensible heat flux
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature

  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      4;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     40;     -3;       -2048;   12;       W/m**2; Latent heat flux
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; US NWS lifted index

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     41;      0;           0;    7;      percent; Short wave albedo
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radiation with respect to FFF above threshold

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      9;     -1;         -40;   11;            m; Ceiling
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;     -1;          40;   11;            m; Low estimated height of cloud top
  0;   20;     19;     -1;          40;   11;            m; High estimated height of cloud top
  0;   20;     20;      0;           0;    4;   Code_Table; Low cloud amount
  0;   20;     21;      0;           0;    4;   Code_Table; Middle cloud amount
  0;   20;     22;      0;           0;    4;   Code_Table; High cloud amount
  0;   20;     23;      0;           0;    7;      percent; Satellite sensed effective cloud amount
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     49;      0;           0;   10;   Code_Table; Type of stability measure
  0;   20;     50;      0;           0;   10;      Numeric; Value of stability
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena

  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW

  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   12;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;    105;     -1;           0;    6;     deg_true; Direction of waves
  0;   22;    143;      2;        2650;   13;        deg_K; Sea temperature

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;     -1;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;     -1;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     31;      0;           0;    2;   Code_Table; 15 day SST availability
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     35;      0;           0;    3;   Code_Table; First guess adjustment
  0;   25;     36;      3;       -5000;   14;      Numeric; NSTAR average value
  0;   25;     37;      0;           0;    2;   Code_Table; HIRS-8 surface air temperature
  0;   25;     38;      0;           0;    3;   Code_Table; TOVS filter flags

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions

  0;   28;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance

#0	0	0	0	0	0	undef	undefined used for SSMI - temporary

  0;   50;    200;      2;      636700;   24;           km; Altitude(km)
  0;   50;    201;      6;           0;   24;  Rad(Si)/sec; Dosage
  0;   50;    202;      6;           0;   24;        Gauss; B-Field
  0;   50;    203;      3;      -20000;   24;           Re; Coordinate
  0;   50;    204;      3;           0;   24;            -; L-Shell

  0;   51;    200;     -2;           0;   24; KeV/(cm2-s-Sr); e-Energy Flux
  0;   51;    201;     -2;           0;   24; #/(cm2-s-Sr); e-Number Flux
  0;   51;    202;     -2;           0;   24; KeV/(cm2-s-Sr); i-Energy Flux
  0;   51;    203;     -2;           0;   24; #/(cm2-s-Sr); i-Number Flux
  0;   51;    204;      6;         -10;   24;         mhos; Ped Conduct.
  0;   51;    205;      6;         -10;   24;         mhos; Hall Conduct.

  0;   52;    200;      5;           0;   26;            -; S4
  0;   52;    201;      5;           0;   25;            -; SI
  0;   52;    202;      5;           0;   24;            -; PCT
  0;   52;    203;      5;           0;   24;            -; PRMS

  0;   53;    200;     -1;           0;   25;       cm**-3; Ne
  0;   53;    201;      3;           0;   24;          MHz; FE
  0;   53;    202;      3;           0;   24;          MHz; FoF2
  0;   53;    203;      3;           0;   20;           km; HE
  0;   53;    204;      3;           0;   20;           km; HF2
#
# Table definitions
#
#0	63	000	0	0	0	-	End of Table Descriptors
#0	63	001	0	0	8	Numeric	Number of Dimensions
#0	63	002	0	0	8	Numeric	Dimension Size
#0	63	003	0	0	8	Code_Table	Object Type
#0	63	004	0	0	8	Flag_Table	Flags
#0	63	005	0	0	16	Numeric	Object Count
#0	63	006	0	0	16	Numeric	Object Offset
#0	63	007	0	0	8	Code_Table	Axis Label
grads-2.0.1/data/tables/B3L-160000-000001-D-forHDGOES0000644000175000017500000000147607750236075021556 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of High Density Wind Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	10	195
	3	1	250
	3	3	250
	3	4	250
	-1

3	1	250
	3	1	193
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	193
	0	1	7
	0	1	31
	0	2	196
	0	2	221
	0	2	222
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	3	250
	0	2	252
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	197
	0	2	198
	0	12	193
	-1

3	4	250
	0	2	231
	0	2	232
	0	8	12
	0	7	24
	0	2	57
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	30	10
	0	2	231
	0	7	4
	0	12	1
	-1
grads-2.0.1/data/tables/B3L-160000-006001-B.txt0000644000175000017500000012442107750236075020716 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements (edited by Mr. Spurlin last on April 12, 2001)
#
#						Data
#F	X	Y	Scale	RefVal		Width	Units		Element Name
0	0	1	0	0		24	CCITT_IA5	Table A: entry
0	0	2	0	0		256	CCITT_IA5	Table A: data category description, line 1
0	0	3	0	0		256	CCITT_IA5	Table A: data category description, line 2
0	0	5	0	0		24	CCITT_IA5	BUFR edition number
0	0	10	0	0		8	CCITT_IA5	F descriptor to be added or defined
0	0	11	0	0		16	CCITT_IA5	X descriptor to be added or defined
0	0	12	0	0		24	CCITT_IA5	Y descriptor to be added or defined
0	0	13	0	0		256	CCITT_IA5	Element name, line 1
0	0	14	0	0		256	CCITT_IA5	Element name, line 2
0	0	15	0	0		192	CCITT_IA5	Units name
0	0	16	0	0		8	CCITT_IA5	Units scale sign
0	0	17	0	0		24	CCITT_IA5	Units scale
0	0	18	0	0		8	CCITT_IA5	Units reference sign
0	0	19	0	0		80	CCITT_IA5	Units reference value
0	0	20	0	0		24	CCITT_IA5	Element data width
0	0	30	0	0		48	CCITT_IA5	Descriptor defining sequence

0	1	1	0	0		7	Numeric		WMO block number
0	1	2	0	0		10	Numeric		WMO station number
0	1	3	0	0		3	Code_Table	WMO region number
0	1	4	0	0		3	Numeric		WMO region sub-area
0	1	5	0	0		17	Numeric		Buoy/platform identifier
0	1	6	0	0		64	CCITT_IA5	Aircraft identifier (flight number)
0	1	7	0	0		10	Code_Table	Satellite identifier
0	1	8	0	0		64	CCITT_IA5	Aircraft registration number (tail number)
0	1	9	0	0		64	CCITT_IA5	Type of commerical aircraft
0	1	10	0	0		64	CCITT_IA5	Stationary buoy platform identifier
0	1	11	0	0		72	CCITT_IA5	Ship or mobile land station identifier
0	1	12	0	0		9	deg_true	Direction of motion of moving observing platform
0	1	13	0	0		10	m/s		Speed of motion of moving observing platform
0	1	14	2	0		10	m/s		Platform drift speed (high precision)
0	1	15	0	0		160	CCITT_IA5	Station or site name
0	1	18	0	0		40	CCITT_IA5	Short station or site name
0	1	20	0	0		4	Numeric		WMO Region sub-area
0	1	21	0	0		14	Numeric		Synoptic feature identifier
0	1	22	0	0		224	CCITT_IA5	Name of feature
0	1	25	0	0		24	CCITT_IA5	Storm identifier
0	1	26	0	0		64	CCITT_IA5	WMO storm name
0	1	31	0	0		16	Code_Table	Identification of originating/generating center
0	1	32	0	0		8	Code_Table	Generating application
0	1	33	0	0		8	Code_Table	Identification of originating/generating center 
0	1	34	0	0		8	Code_Table	Identification of originating/generating sub-center
0	1	41	5	-1073741824	31	m/s		Absolute platform velocity - first component
0	1	42	5	-1073741824	31	m/s		Absolute platform velocity - second component
0	1	43	5	-1073741824	31	m/s		Absolute platform velocity - third component
0	1	50	0	0		17	Numeric		Platform transmitter ID number
0	1	51	0	0		96	CCITT_IA5	Platform transmitter ID nubmer
0	1	60	0	0		64	CCITT_IA5	Aircraft reporting point (Beacon identifier)
0	1	62	0	0		32	CCITT_IA5	Aircraft reporting point (Beacon idnetifier)
0	1	63	0	0		64	CCITT_IA5	ICAO location indicator
0	1	64	0	0		32	CCITT_IA5	Runway designator
0	1	75	0	0		40	CCITT_IA5	Ride station identification

0	2	1	0	0		2	Code_Table	Type of station
0	2	2	0	0		4	Flag_Table	Type of instrumentation for wind measurement
0	2	3	0	0		4	Code_Table	Type of measuring instrumentation used
0	2	4	0	0		4	Code_Table	Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
0	2	5	2	0		7	deg_K		Precision of temperature observed
0	2	11	0	0		8	Code_Table	Radiosonde type
0	2	12	0	0		4	Code_Table	Radiosonde computational method
0	2	13	0	0		4	Code_Table	Solar and infrared radiation correction
0	2	14	0	0		7	Code_Table	Tracking technique/status of system
0	2	15	0	0		4	Code_Table	Radiosonde completeness
0	2	19	0	0		11	Code_Table	Satellite instruments
0	2	20	0	0		9	Code_Table	Satellite classification
0	2	21	0	0		9	Flag_Table	Satellite instrumentation data used in processing
0	2	22	0	0		8	Flag_Table	Satellite data processing technique used
0	2	23	0	0		4	Code_Table	Satellite derived wind computation method
0	2	24	0	0		4	Code_Table	Integrated mean humidity computational method
0	2	25	0	0		25	Flag_Table	Satellite channel(s) used in computation
0	2	26	2	0		12	m		Cross track resolution
0	2	27	2	0		12	m		Along track resolution
0	2	28	0	0		18	m		Segment size at nadir in X direction
0	2	29	0	0		18	m		Segment size at nadir in Y direction
0	2	30	0	0		3	Code_Table	Method of current measurement
0	2	31	0	0		5	Code_Table	Duration and time of current measurement
0	2	32	0	0		2	Code_Table	Indicator for digitization
0	2	33	0	0		3	Code_Table	Method of salinity/depth measurement
0	2	34	0	0		5	Code_Table	Drogue type
0	2	35	0	0		9	m		Cable length
0	2	36	0	0		2	Code_Table	Buoy type
0	2	37	0	0		3	Code_Table	Method of tidal observation
0	2	38	0	0		4	Code_Table	Method of sea-surface temperature measurement
0	2	39	0	0		3	Code_Table	Method of wet-buld temperature measurement
0	2	40	0	0		4	Code_Table	Method of removing velocity and motion of platform from current
0	2	41	0	0		6	Code_Table	Method for estimating reports related to synoptic features
0	2	44	0	0		4	Code_Table	Inicator for method of calculating spectral wave data
0	2	45	0	0		4	Code_Table	Indicator for type of platform
0	2	46	0	0		4	Code_Table	Wave measurement instrumentation
0	2	48	0	0		4	Code_Table	Satellite sensor indicator
0	2	49	0	0		8	Flag_Table	Geostationary satellite data-processing technique used
0	2	50	0	0		20	Flag_Table	Geostationary sounder satellite channels used
0	2	51	0	0		4	Code_Table	Indicator ro specify observing method for extreme temperatures
0	2	52	0	0		6	Flag_Table	Geostationary imager satellite channels used
0	2	53	0	0		4	Code_Table	GOES-I/M  brightness temperature characteristics
0	2	54	0	0		4	Code_Table	GOES-I/M  soundings parameter characteristics
0	2	55	0	0		4	Code_Table	Geostationary soundings statistical parameters
0	2	56	0	0		4	Code_Table	Geostationary soundings accuracy statistics
0	2	57	0	0		4	Code_Table	Origin of first guess information for GOES-I/M soundings
0	2	58	0	0		4	Code_Table	Valid times of first guess information for GOES-I/M soundings
0	2	59	0	0		4	Code_Table	Origin of analysis information for GOES-I/M soundings
0	2	60	0	0		4	Code_Table	Origin of surface information for GOES-I/M soundings
0	2	61	0	0		3	Code_Table	Aircraft navigation system
0	2	62	0	0		4	Code_Table	Type of aircraft data relay system
0	2	63	2	-18000		16	deg		Aircraft roll angle
0	2	64	0	0		2	Code_Table	Aircraft roll angle quality
0	2	65	0	0		40	CCITT_IA5	ACARS ground receiving station
0	2	70	0	0		4	Code_Table	Original specification of latitude/longitude
0	2	91	0	4		10	A		Entry sensor 4/20 mA
0	2	100	1	0		12	dB		Radar constant
0	2	101	0	0		4	Code_Table	Type of antenna
0	2	102	0	0		8	m		Antenna height above tower
0	2	103	0	0		2	Flag_Table	Radome
0	2	104	0	0		4	Code_Table	Antenna polarisation
0	2	105	0	0		6	dB		Maximum antenna gain
0	2	106	1	0		6	deg		3-dB bandwidth
0	2	107	0	0		6	dB		Sidelobe suppression
0	2	108	0	0		6	dB		Crosspol discrimination (on axis)
0	2	109	2	0		12	deg/s		Antenna speed (azimuth)
0	2	110	2	0		12	deg/s		Antenna speed (elevation)
0	2	111	1	0		10	deg		Radar incidence angle
0	2	112	1	0		12	deg		Radar azimuth angle
0	2	113	0	0		4	Numeric		Number of azimuth looks
0	2	114	0	0		15	m**2		Antenna effective surface area
0	2	121	-8	0		7	Hz		Mean frequency
0	2	122	-6	-128		8	Hz		Frequency agility range
0	2	123	-4	0		7	W		Peak power
0	2	124	-1	0		7	W		Average power
0	2	125	-1	0		8	Hz		Pulse repetition frequency
0	2	126	7	0		6	s		Pulse width
0	2	127	-6	0		7	Hz		Receiver intermediate frequency
0	2	128	-5	0		6	Hz		Intermediate frequency bandwidth
0	2	129	0	-150		5	dB		Minimum detectable signal
0	2	130	0	0		7	dB		Dynamic range
0	2	131	0	0		2	Flag_Table	Sensitivity time control
0	2	132	2	0		6	deg		Azimuth pointing accuracy
0	2	133	2	0		6	deg		Elevation pointing accuracy
0	2	134	2	0		16	deg		Antenna beam azimuth
0	2	135	2	-9000		15	deg		Antenna elevation
0	2	136	-3	0		16	m		Range processed by range attenuation correction
0	2	140	0	0		9	deg		Satellite radar beam azimuth
0	2	141	0	0		24	CCITT_IA5	Measurement type
0	2	142	0	0		32	CCITT_IA5	Ozone instrument serial number/identification
0	2	143	0	0		7	Code_Table	Ozone instrument type
0	2	144	0	0		4	Code_Table	Light source type for Brewer spectrophotometer
0	2	145	0	0		4	Code_Table	Wave length setting for Dobson instruments
0	2	146	0	0		4	Code_Table	Source conditions for Dobson instruments
0	2	148	0	0		5	Code_Table	Data collection and/or location system
0	2	149	0	0		6	Code_Table	Type of data buoy
0	2	150	0	0		6	Code_Table	TOVS/ATOVS/AVHRR instrumentation channel number
0	2	151	0	0		4	Code_Table	Radiometer identifier
0	2	152	0	0		31	Flag_Table	Satellite instrument used in data processing
0	2	153	-8	0		26	Hz		Satellite channel center frequency
0	2	154	-8	0		26	Hz		Satellite channel band width
0	2	163	0	0		4	Code_Table	Height assignment method
0	2	164	0	0		3	Code_Table	Tracer correlation method
0	2	166	0	0		4	Code_Table	Radiance type
0	2	167	0	0		4	Code_Table	Radiance computational method
0	2	168	-3	0		16	Pa		Hydrostatic pressure of lower end of cable (thermistor string)
0	2	169	0	0		4	Code_Table	Anemometer type
0	2	172	0	0		8	Code_Table	Product type for retrieved atmospheric gases
0	2	196	0	0		9	Code_Table	Satellite Classification
0	2	197	8	0		26	Hz		Satellite Channel Center Frequency
0	2	198	8	0		26	Hz		Satellite Channel Band Width
0	2	221	0	0		18	M		Segment Size At Nadir In X Direction
0	2	222	0	0		18	M		Segment Size At Nadir In Y Direction
0	2	231	0	0		4	Code_Table	Height Assignment Method
0	2	232	0	0		3	Code_Table	Tracer Correlation Method
0	2	252	0	0		31	Flag_Table	Satellite Instrument Data Used In Processing
	
0	4	1	0	0		12	Year		Year
0	4	2	0	0		4	mo		Month
0	4	3	0	0		6	Day		Day
0	4	4	0	0		5	hr		Hour
0	4	5	0	0		6	min		Minute
0	4	6	0	0		6	s		Second
0	4	11	0	-1024		11	Year		Time increment
0	4	12	0	-1024		11	mo		Time increment
0	4	13	0	-1024		11	Days		Time increment
0	4	14	0	-1024		11	hr		Time increment
0	4	15	0	-2048		12	min		Time increment
0	4	16	0	-4096		13	s		Time increment
0	4	17	0	-1440		12	min		Reference time period for accumulated or extreme data
0	4	21	0	-1024		11	Year		Time period or displacement
0	4	22	0	-1024		11	mo		Time period or displacement
0	4	23	0	-1024		11	Days		Time period or displacement
0	4	24	0	-2048		12	hr		Time period or displacement
0	4	25	0	-2048		12	min		Time period or displacement
0	4	26	0	-4096		13	s		Time period or displacement
0	4	31	0	0		8	hr		Duration of time relative to following value
0	4	32	0	0		6	Minute		Duration of time relating to following value
0	4	41	0	-1440		12	Minute		Time Difference, UTC-LMT
0	4	43	0	0		9	Day		Day of the year
0	4	53	0	0		6	Numeric		Number of days with precipition equal to or more than 1mm
0	4	65	0	-128		8	min		Short time increment
0	4	73	0	-128		8	Day		Short time period or displacement
0	4	74	0	-128		8	Hour		Short time period or displacement
0	4	75	0	-128		8	Minute		Short time period or displacement
0	4	192	0	0		3	Code_Table	Season
	
0	5	1	5	-9000000	25	deg		Latitude (high accuracy)
0	5	2	2	-9000		15	deg		Latitude (coarse accuracy)
0	5	11	5	-9000000	25	deg		Latitude increment (high accuracy)
0	5	12	2	-9000		15	deg		Latitude increment (coarse accuracy)
0	5	21	2	0		16	deg_true	Bearing or azimuth
0	5	22	2	0		16	deg_true	Solar azimuth
0	5	30	0	0		12	deg		Direction (spectral)
0	5	31	0	0		12	Numeric		Row number
0	5	33	-1	0		16	m		Pixel size on horizontal - 1
0	5	34	0	0		11	Numeric		Along Track row number
0	5	40	0	0		24	Numeric		Orbit number
0	5	41	0	0		8	Numeric		Scan line number
0	5	42	0	0		6	Numeric		Channel number
0	5	43	0	0		8	Numeric		Field of view number
0	5	52	0	0		5	Numeric		Channel number increment
0	5	53	0	0		5	Numeric		Field of view number increment

0	6	1	5	-18000000	26	deg		Longitude (high accuracy)
0	6	2	2	-18000		16	deg		Longitude (coarse accuracy)
0	6	11	5	-18000000	26	deg		Longitude increment (high accuracy)
0	6	12	2	-18000		16	deg		Longitude increment (coarse accuracy)
0	6	21	-1	0		13	m		Distance
0	6	30	5	0		13	rad/m		Wavenumber (spectral)
0	6	31	0	0		12	Numeric		Column number
0	6	33	-1	0		16	m		Pixel size on horizontal - 2
0	6	34	0	0		7	Numeric		Cross-track cell number
0	6	40	0	0		13	m		Radius of confidence

0	7	1	0	-400		15	m		Height of station
0	7	2	-1	-40		16	m		Height or altitude
0	7	3	-1	-400		17	m**2/s**2	Geopotential
0	7	4	-1	0		14	Pa		Pressure
0	7	5	0	-400		12	m		Height increment
0	7	6	0	0		15	m		Height above station
0	7	7	0	-1000		17	m		Height
0	7	8	0	-10000		20	m**2/s**2	Geopotential
0	7	9	0	-1000		17	gpm		Geopotential height
0	7	21	2	-9000		15	deg		Elevation
0	7	22	2	-9000		15	deg		Solar elevation
0	7	24	2	-9000		15	deg		Satellite zenith angle
0	7	25	2	-9000		15	deg		Solar zenith angle
0	7	61	2	0		14	m		Depth below land surface
0	7	62	1	0		17	m		Depth below sea/water surface
0	7	64	0	0		4	m		Height above station (sensor height artificially corrected)
0	7	70	0	0		10	m		Drogue depth

0	8	1	0	0		7	Flag_Table	Vertical sounding significance
0	8	2	0	0		6	Code_Table	Vertical significance (surface observations)
0	8	3	0	0		6	Code_Table	Vertical significance (satellite observations)
0	8	4	0	0		3	Code_Table	Phase of aircraft flight
0	8	5	0	0		4	Code_Table	Meteorological attribute significance
0	8	6	0	0		9	Flag_Table	Ozone vertical sounding significance
0	8	7	0	0		4	Code_Table	Dimensional significance
0	8	8	0	0		9	Flag_Table	Radiation vertical sounding significance
0	8	11	0	0		6	Code_Table	Meteorological feature
0	8	12	0	0		2	Code_Table	land/sea qualifier
0	8	13	0	0		2	Code_Table	Day/night qualifier
0	8	14	0	0		4	Code_Table	Qualification for runway visual range
0	8	16	0	0		3	Code_Table	Change indicator of a trend-type forecast or an aerodrome forecast
0	8	17	0	0		2	Code_Table	Qualifier of the time when the forecast change is expected
0	8	18	0	0		17	Flag_Table	SEAWINDS land/ice surface type
0	8	20	0	0		16	Numeric		Total number of missing entities (with respect to accumulation or average)
0	8	21	0	0		5	Code_Table	Time significance
0	8	22	0	0		16	Numeric		Total number (with respect to accumulation or average)
0	8	23	0	0		6	Code_Table	First order statistics
0	8	24	0	0		6	Code_Table	Difference statistics
0	8	25	0	0		4	Code_Table	Time difference qualifier
0	8	30	0	0		13	Numeric		Manual on Codes Volume I.1 Section C table identifier
0	8	31	0	0		8	Numeric		Data category CREX table A
0	8	35	0	0		3	Code_Table	Type of monitoring exercise
0	8	36	0	0		3	Code_Table	Type of center or station performing monitoring
0	8	51	0	0		3	Code_Table	Qualifier for number of missing values in calculation of statistic
0	8	52	0	0		5	Code_Table	Condition for which number of days of occurrence follows
0	8	53	0	0		2	Code_Table	Day of occurance qualifier
0	8	60	0	0		4	Code_Table	Sample scanning mode significance
0	8	70	0	0		4	Code_Table	TOVS/ATOVS product qualifier
0	8	72	0	0		3	Code_table	Pixel(s) type

0	10	1	0	-400		15	m		Height of land surface
0	10	2	-1	-40		16	m		Height
0	10	3	-1	-400		17	m**2/s**2	Geopotential
0	10	4	-1	0		14	Pa		Pressure
0	10	7	0	-1000		17	m		Height
0	10	8	0	-10000		20	m**2/s**2	Geopotential
0	10	9	0	-1000		17	gpm		Geopotential height
0	10	10	-1	0		14	Pa		Minimum pressure reduced to mean sea level
0	10	11	-1	0		14	Pa		Maximum pressure reduced to mean sea level
0	10	31	2	-1073741824	31	m		In direction of the North Pole, distance from the Earth's centre
0	10	40	0	0		10	Numeric		Number of retrieved layer
0	10	50	2	0		16	m		Standard deviation altitude
0	10	51	-1	0		14	Pa		Pressure reduced to mean sea level
0	10	52	-1	0		14	Pa		Altimeter setting (QNH)
0	10	60	-1	-1024		11	Pa		Pressure change
0	10	61	-1	-500		10	Pa		3 hour pressure change
0	10	62	-1	-1000		11	Pa		24 hour pressure change
0	10	63	0	0		4	Code_Table	Characteristic of pressure tendency
0	10	70	0	-400		16	m		Indicated aircraft altitude
	
0	11	1	0	0		9	deg_true	Wind direction
0	11	2	1	0		12	m/s		Wind speed
0	11	3	1	-4096		13	m/s		U-component
0	11	4	1	-4096		13	m/s		V-component
0	11	5	1	-512		10	Pa/s		W-component
0	11	6	2	-4096		13	m/s		W-component
0	11	10	0	0		9	deg true	Wind direction associated with wind speed which follows
0	11	11	0	0		9	deg_true	Wind direction at 10 m
0	11	12	1	0		12	m/s		Wind speed at 10 m
0	11	13	0	0		9	deg_true	Wind direction at 5 m
0	11	14	1	0		12	m/s		Wind speed at 5 m
0	11	16	0	0		9	deg_true	Extreme counterclockwise wind direction of a variable wind
0	11	17	0	0		9	deg_true	Extreme clockwise wind direction of a variable wind
0	11	19	0	0		7	Percent		Steadiness of wind
0	11	21	9	-65536		17	1/s		Relative vorticity
0	11	22	9	-65536		17	1/s		Divergence
0	11	23	-2	-65536		17	m**2/s		Velocity potential
0	11	31	0	0		4	Code_Table	Degree of turbulence
0	11	32	-1	-40		16	m		Height of base of turbulence
0	11	33	-1	-40		16	m		Height of top of turbulence
0	11	34	1	-1024		11	m/s		Vertical gust velocity
0	11	35	2	-8192		14	m/s**2		Vertical gust acceleration
0	11	36	1	0		10	m/s		Maximum derived equivalent vertical gust speed
0	11	37	0	0		6	Code_Table	Turbulence Index
0	11	38	0	0		5	Code_Table	Time of occurrence of Peak Eddy Dissipation Rate
0	11	40	1	0		12	m/s		Maximum wind speed (mean wind)
0	11	41	1	0		12	m/s		Maximum wind speed (gusts)
0	11	42	1	0		12	m/s		Maximum wind speed (10 minute mean wind)
0	11	43	0	0		9	deg_true	Maximum wind gust direction
0	11	44	0	0		9	deg_true	Mean wind direction for surface - 1500m (5000 feet)
0	11	45	1	0		12	m/s		Mean wind speed for surface - 1500m (5000 feet)
0	11	46	1	0		12	m/s		Maximum instantaneous wind speed
0	11	47	1	0		12	m/s		Maximum instantaneous wind speed over 10 minutes
0	11	49	0	0		9	deg_true	Standard deviation of wind direction
0	11	50	1	0		12	m/s		Standard deviation horizontal wind speed
0	11	51	1	0		8	m/s		Standard deviation vertical wind speed
0	11	52	2	0		13	m/s		Formal uncertainty in wind speed
0	11	53	2	0		15	deg true	Formal uncertainty in wind direction
0	11	61	1	0		12	m/s		Absolute wind shear in 1 kilometer layer below
0	11	62	1	0		12	m/s		Absolute wind shear in1 kilometer layer above
0	11	70	0	0		32	CCITT_IA5	Designator of the runway affected by wind shear
0	11	71	3	-128		14	m**2/s**2	Turbulent vertical momentum flux
0	11	72	3	-128		11	K m/s		Turbulent vertical buoyancy flux
0	11	73	2	-1024		13	m**2/s**2	Turbulent kinetic energy
0	11	74	2	-1024		10	m**2/s**2	Dissipation energy
0	11	75	2	0		8	m**(2/3)/s	Mean turbulence intensity
0	11	76	2	0		8	m**(2/3)/s	Peak turbulence intensity
0	11	81	2	0		16	deg true	Model wind direction at 10m
0	11	82	2	0		14	m/s		Model wind speed at 10 m

0	12	1	1	0		12	deg_K		Temperature/dry bulb temperature
0	12	2	1	0		12	deg_K		Wet bulb temperature
0	12	3	1	0		12	deg_K		Dewpoint temperature
0	12	4	1	0		12	deg_K		Dry bulb temperature at 2 meters
0	12	5	1	0		12	deg_K		Wet bulb temperature at 2 meters
0	12	6	1	0		12	deg_K		Dewpoint temperature at 2 meters
0	12	7	1	0		12	deg_K		Virtual temperature
0	12	11	1	0		12	deg_K		Maximum temperature
0	12	12	1	0		12	deg_K		Minimum temperature
0	12	13	1	0		12	deg_K		Ground minimum temperature past 12 hours
0	12	14	1	0		12	deg_K		Maximum temperature at 2 meters, past 12 hours
0	12	15	1	0		12	deg_K		Minimum temperature at 2 meters, past 12 hours
0	12	16	1	0		12	deg_K		Maximum temperature at 2 meters, past 24 hours
0	12	17	1	0		12	deg_K		Minimum temperature at 2 meters, past 24 hours
0	12	21	2	0		16	deg K		Maximum temperature at 2m
0	12	22	2	0		16	deg K		Minimum temperature at 2m
0	12	30	1	0		12	deg_K		Soil temperature
0	12	51	1	0		10	deg_K		Standard deviation of temperature
0	12	52	1	0		12	deg_K		Highest daily mean temperature
0	12	53	1	0		12	deg_K		Lowest daily mean temperature
0	12	61	1	0		12	deg_K		Skin temperature
0	12	62	1	0		12	deg_K		Equivalent black body temperature
0	12	63	1	0		12	deg_K		Brightness temperature
0	12	64	1	0		12	deg_K		Instrument temperature
0	12	65	1	0		12	deg K		Standard deviation brightness temperature
0	12	71	1	0		12	deg_K		Coldest cluster temperature
0	12	72	6	0		31	W/m**2/sr	Radiance
0	12	075	-3	0		16	W m-3 sr-1	Spectral radiance
0	12	076	3	0		16	W m-2 sr-1	Radiance
0	12	101	2	0		16	deg_K		Temperature/dry-bulb temperature
0	12	102	2	0		16	deg_K		Wet-bulb temperature
0	12	103	2	0		16	deg_K		Dew-point temperature
0	12	104	2	0		16	deg_K		Dry-bulb temperature at 2m
0	12	105	2	0		16	deg_K		Web-bulb temperature at 2m
0	12	106	2	0		16	deg_K		Dew-point temperature at 2m
0	12	107	2	0		16	deg_K		Virtual temperature
0	12	111	2	0		16	deg_K		Maximum temperature, at height and over period specified
0	12	112	2	0		16	deg_K		Minimum temperature, at height and over period specified
0	12	113	2	0		16	deg_K		Ground minimum temperature, past 12 hours
0	12	114	2	0		16	deg_K		Maximum temperature at 2m, past 12 hours
0	12	115	2	0		16	deg_K		Minimum temperature at 2m, past 12 hours
0	12	116	2	0		16	deg_K		Maximum temperature at 2m, past 24 hours
0	12	117	2	0		16	deg_K		Minimum temperature at 2m, past 24 hours
0	12	130	2	0		16	deg_K		Soil temperature
0	12	152	2	0		16	deg_K		Highest daily mean temperature
0	12	153	2	0		16	deg_K		Lowest daily mean temperature
0	12	161	2	0		16	deg_K		Skin temperature
0	12	162	2	0		16	deg_K		Equivalent black body temperature
0	12	163	2	0		16	deg_K		Brightness temperature
0	12	164	2	0		16	deg_K		Instrument temperature
0	12	171	2	0		16	deg_K		Coldest cluster temperature
0	12	193	1	0		12	deg_K		Coldest Cluster Temperature


0	13	1	5	0		14	kg/kg		Specific humidity
0	13	2	5	0		14	kg/kg		Mixing ratio
0	13	3	0	0		7	percent		Relative humidity
0	13	4	-1	0		10	Pa		Vapor pressure
0	13	5	3	0		7	kg/m**3		Vapor density
0	13	6	-1	-40		16	m		Mixing heights
0	13	7	0	0		7	percent		Minimum relative humidity
0	13	8	0	0		7	percent		Maximum relative humidity
0	13	11	1	-1		14	kg/m**2		Total precipitation/total water equivalent
0	13	12	2	-2		12	m		Depth of fresh snow
0	13	13	2	-2		16	m		Total snow depth
0	13	14	4	0		12	kg/m**2/s	Rainfall/water equivalent of snow (average rate)
0	13	15	7	0		12	m/s		Snowfall (averaged rate)
0	13	16	0	0		7	kg/m**2		Precipitable water
0	13	19	1	-1		14	kg/m**2		Total precipitation past 1 hour
0	13	20	1	-1		14	kg/m**2		Total precipitation past 3 hours
0	13	21	1	-1		14	kg/m**2		Total precipitation past 6 hours
0	13	22	1	-1		14	kg/m**2		Total precipitation past 12 hours
0	13	23	1	-1		14	kg/m**2		Total precipitation past 24 hours
0	13	31	0	0		7	kg/m**2		Evapotranspiration
0	13	32	1	0		8	kg/m**2		Evaporation/evapotranspiration
0	13	33	1	0		10	kg/m**2		Evaporation/evapotranspiration
0	13	38	0	0		2	Code_Table	Superadiabatic indicator
0	13	39	0	0		3	Code_Table	Terrain type (ice/snow)
0	13	41	0	0		4	Code_Table	Pasquill-Gifford stability category
0	13	42	0	-20		6	deg_K		Parcel lifted index (to 500 hPa)
0	13	43	0	-20		6	deg_K		Best lifted index (to 500 hPa)
0	13	51	0	0		4	Code_Table	Frequency group, precipition
0	13	52	1	-1		14	kg/m**2		Highest daily amount of precipition
0	13	55	4	0		8	KG/M**2*S	INTENSITY OF PRECIPITATION
0	13	60	1	-10		17	kg m-2		Total accumulated precipitation
0	13	71	2	0		14	m		Upstream water level
0	13	72	2	0		14	m		Downstream water level
0	13	73	2	0		14	m		Maximum water level
0	13	80	1	0		10	pH unit		Water pH
0	13	81	3	0		14	Siemens m-1	Water conductivity
0	13	82	1	0		12	deg K		Water temperature
0	13	83	6	0		15	Kg m-3		Dissolved oxygen
0	13	84	0	0		14	Lumen		Turbidity
0	13	85	3	0		14	V		Oxydation Reduction Potential (ORP)

0	14	1	-3	-2048		12	Joules/m**2	Longwave radiation, integrated over 24 hours
0	14	2	-3	-2048		12	Joules/m**2	Longwave radiation, integrated over period specified
0	14	3	-3	-2048		12	Joules/m**2	Shortwave radiation, integrated over 24 hours
0	14	4	-3	-2048		12	Joules/m**2	Shortwave radiation, integrated over period specified
0	14	11	-3	-2048		12	Joules/m**2	Net longwave radiation, integrated over 24 hours
0	14	12	-3	-2048		12	Joules/m**2	Net longwave radiation, integrated over period specified
0	14	13	-3	-2048		12	Joules/m**2	Net shortwave radiation, integrated over 24 hours
0	14	14	-3	-2048		12	Joules/m**2	Net shortwave radiation, integrated over period specified
0	14	15	-4	-16384		15	Joules/m**2	Net radiation, integrated over 24 hours
0	14	16	-4	-16384		15	Joules/m**2	Net radiation, integrated over period specified
0	14	17	-3	-2048		12	W/m**2		Instantaneous long wave radiation
0	14	18	-3	-2048		12	W/m**2		Instantaneous short wave radiation
0	14	19	0	0		7	percent		Surface albedo
0	14	20	-4	0		15	Joules/m**2	Global solar radiation, integrated over 24 hours
0	14	21	-4	0		15	Joules/m**2	Global radiation, integrated over period specified
0	14	22	-4	0		15	Joules/m**2	Diffuse solar radiation, integrated over 24 hours
0	14	23	-4	0		15	Joules/m**2	Diffuse solar radiation, integratedi over period specified
0	14	24	-4	0		15	Joules/m**2	Direct solar radiation, integrated over 24 hours
0	14	25	-4	0		15	Joules/m**2	Direct solar radiation, integrated over period specified
0	14	26	0	0		7	percent		Albedo at the top of clouds
0	14	27	0	0		7	percent		Albedo
0	14	28	-2	0		16	J/m**2		Global solar radiation (high accuracy, integrated over period specified
0	14	29	-2	0		16	J/m**2		Diffuse solar radiation (high accuracy, integrated over period specified
0	14	30	-2	0		16	J/m**2		Direct solar radiation (high accuracy, integrated over period specified
0	14	31	0	0		11	min		Total sunshine
0	14	32	0	0		10	hr		Total sunshine
0	14	33	0	0		9	percent		Total sunshine
0	14	34	0	0		11	min		Sunshine of period specified
0	14	42	0	0		7	percent		Bi-directional reflectance
0	14	45	0	0		11	W/m**2/sr/cm	Channel radiance
0	14	51	-3	0		14	j/m**2		Direct solar radiation integrated over last hour

0	15	1	0	0		10	Dobson units	Ozone
0	15	2	2	0		10	Numeric		Air mass (slant path at 22km)
0	15	3	4	0		9	Pascal		Measured ozone partial pressure
0	15	4	3	0		11	Numeric		Ozone sounding correction factor
0	15	5	0	0		10	DU		Ozone p
0	15	11	3	14000		13	log(1/m**2)	Log 10 of integrated electron density
0	15	15	0	0		31	Numeric		Maximum image spectral composition before normalization
0	15	20	8	0		21	kg/m**2		Integrated Ozone density

0	19	1	0	0		6	Code_Table	Type of synoptic features
0	19	2	-2	0		12	m		Effective radius of feature
0	19	3	0	0		8	m/s		Wind speed threshold
0	19	4	-2	0		12	m		Effective radius of feature with respect to wind speeds above threshold
0	19	5	0	0		9	deg_true	Direction of motion of features
0	19	6	2	0		14	m/s		Speed of motion of features
0	19	7	-3	0		12	m		Effective radius of features
0	19	8	0	0		3	Code_Table	Vertical extent of circulation
0	19	9	-3	0		12	m		Effective radius with respect to wind speed above threshold (large storms)
0	19	10	0	0		4	Code_Table	Method for tracking the center of synoptic feature

0	20	1	-1	0		13	m		Horizontal visibility
0	20	2	-1	0		7	m		Vertical visibility
0	20	3	0	0		9	Code_Table	Present weather
0	20	4	0	0		5	Code_Table	Past weather (1)
0	20	5	0	0		5	Code_Table	Past weather (2)
0	20	8	0	0		5	Code_Table	Cloud distribution for aviation
0	20	9	0	0		4	Code_Table	General Weather Indicator
0	20	10	0	0		7	percent		Cloud cover (total)
0	20	11	0	0		4	Code_Table	Cloud amount
0	20	12	0	0		6	Code_Table	Cloud type
0	20	13	-1	-40		11	m		Height of base of cloud
0	20	14	-1	-40		11	m		Height of top of cloud
0	20	15	-1	0		14	Pa		Pressure at the base of cloud
0	20	16	-1	0		14	Pa		Pressure at the top of cloud
0	20	17	0	0		4	Code_Table	Cloud top description
0	20	18	0	0		2	Code_Table	Tendency of runway visual range
0	20	19	0	0		72	CCITT_IA5	Significant present or forecast weather
0	20	20	0	0		32	CCITT_IA5	Significant recent weather phenomena
0	20	31	2	0		7	m		Ice deposit (thickness)
0	20	32	0	0		3	Code_Table	Rate of ice accretion
0	20	33	0	0		4	Flag_Table	Cause of ice accretion
0	20	34	0	0		5	Code_Table	Sea ice concentration
0	20	35	0	0		4	Code_Table	Amount and type of ice
0	20	36	0	0		5	Code_Table	Ice situation
0	20	37	0	0		5	Code_Table	Ice development
0	20	38	0	0		12	deg_true	Bearing of ice edge
0	20	39	-1	0		13	m		Ice distance
0	20	41	0	0		4	Code_Table	Airframe icing
0	20	51	0	0		7	percent		Amount of low clouds
0	20	52	0	0		7	percent		Amount of middle clouds
0	20	53	0	0		7	percent		Amount of high clouds
0	20	61	0	0		12	m		Runway visual range (RVR)
0	20	62	0	0		5	Code_Table	State of the ground(with or without snow)
0	20	63	0	0		10	Code_Table	Special phenomena
0	20	70	0	0		7	Numeric		Minimum number of atmospherics
0	20	71	0	0		4	Code_Table	Accuracy of fix and rate of atmospherics
0	20	81	0	0		7	percent		Cloud amount in segment
0	20	82	0	0		7	percent		Amount segment cloud free
0	20	90	0	0		4	Code_Table	Special clouds

0	21	1	0	-64		7	dB		Horizontal reflectivity
0	21	2	0	-64		7	dB		Vertical reflectivity
0	21	3	1	-5		7	dB		Differential reflectivity
0	21	5	0	-65		6	dB		Circular depolarization ratio
0	21	6	0	-65		6	dB		Circular depolarization ratio
0	21	11	0	-128		8	m/s		Doppler mean velocity in X direction
0	21	12	0	-128		8	m/s		Doppler mean velocity in Y direction
0	21	13	0	-128		8	m/s		Doppler mean velocity in Z direction
0	21	14	1	-4096		13	m/s		Doppler mean velocity (radiational)
0	21	17	1	0		8	m/s		Doppler velocity spectral width
0	21	21	-3	0		4	m		Echo tops
0	21	30	0	-32		8	dB		Signal to noise ratio
0	21	31	0	0		7	kg/m**2		Vertical integrated liquid water content
0	21	36	7	0		12	m/s		Radar rainfall intensity
0	21	41	-2	0		8	m		Bright band height
0	21	51	0	-256		8	dB		Signal power above 1 MW
0	21	62	2	-5000		13	Decibels	Backscatter
0	21	63	1	0		10	Percent		Radiometric resolution (noise value)
0	21	64	0	0		8	Numeric		Clutter noise estimate
0	21	65	0	-127		8	Numeric		Missing packet counter
0	21	66	0	0		12	Flag_Table	Wave scatterometer product confidence
0	21	67	0	0		13	Flag_Table	Wind product confidence data 
0	21	68	0	0		8	Flag_Table	Radar altimeter product confidence data 
0	21	69	0	0		10	Flag_Table	SST product confidence data 
0	21	70	0	0		23	Flag_Table	SST product confidence data (SADIST-2)
0	21	71	0	0		16	Numeric		Peakiness 
0	21	72	0	0		4	Flag_Table	Satellite altimeter calibration status 
0	21	73	0	0		9	Flag_Table	Satellite altimeter instrument mode 
0	21	75	0	0		8	Numeric		Spectral intensity
0	21	76	0	0		3	Code_Table	Representation of intensities
0	21	77	3	0		14	m		Altitude correction (ionosphere)
0	21	78	3	0		9	m		Altitude correction (dry troposphere)
0	21	79	3	2000		10	m		Altitude correction (wet troposphere)
0	21	80	3	0		11	m		Altitude correction (calibration constant)
0	21	81	3	0		10	m		Open loop correction (height-time loop)
0	21	82	3	-3000		14	Decibels	Open loop correction (auto gain control)
0	21	85	0	-3000		4	Numeric		ATSR sea surface temperature across-track band number
0	21	91	0	-100		8	dB		Radar signal Doppler spectrum 0th moment
0	21	092	0	-100		8	dB		RASS signal Doppler spectrum 0th moment, referring to RASS signal
0	21	101	0	0		3	Numeric		Number of vector ambiguities
0	21	102	0	0		3	Numeric		Index of selected wind vector
0	21	103	0	0		5	Numeric		Total number of sigma-0 measurements
0	21	104	3	-30000		15	Numeric		Likelihood computed for solution
0	21	105	2	-10000		14	dB		Normalized radar cross-section
0	21	106	3	0		14	Numeric		Kp variance coefficient (Alpha)
0	21	107	8	0		16	Numeric		Kp variance coefficient (Beta)
0	21	109	0	0		17	Flag table	SEAWINDS wind vector cell quality
0	21	110	0	0		6	Numeric		Number of inner-beam Sigma-0 (forward of satellite)
0	21	111	0	0		6	Numeric		Number of outer-beam Sigma-0 (forward of satellite)
0	21	112	0	0		6	Numeric		Number of inner-beam Sigma-0 (aft of satellite)
0	21	113	0	0		6	Numeric		Number of outer-beam Sigma-0 (aft of satellite)
0	21	114	3	-140000		18	dB		Kp variance coefficent (Gamma)
0	21	115	0	0		17	Flag table	SEAWINDS sigma-0 quality
0	21	116	0	0		17	Flag table	SEAWINDS sigma-0 mode
0	21	117	2	0		16	Numeric		Sigma-0 variance quality control
0	21	118	2	-10000		14	dB		Attenuation correction on sigma-0
0	21	119	0	0		6	Code table	Wind scatterometer geophysical model function
0	21	120	3	0		10	Numeric		Probability of rain
0	21	121	0	0		8	Numeric		SEAWINDS NOF* rain index
0	21	122	2	-10000		14	dB		Attenuation correction of sigma-0 (from tB)
0	21	123	2	-30000		15	dB		SEAWINDS normalized radar cross section


0	22	1	0	0		9	deg_true	Direction of waves
0	22	2	0	0		9	deg_true	Direction of wind waves
0	22	3	0	0		9	deg_true	Direction of swell waves
0	22	4	0	0		9	deg_true	Direction of current waves
0	22	11	0	0		6	s		Period of waves
0	22	12	0	0		6	s		Period of wind waves
0	22	13	0	0		6	s		Period of swell waves
0	22	21	1	0		10	m		Height of waves
0	22	22	1	0		10	m		Height of wind waves
0	22	23	1	0		10	m		Height of swell waves
0	22	25	2	0		10	m		Standard deviation wave height
0	22	26	2	0		10	m		Standard deviation of significant wave height
0	22	31	2	0		13	m/s		Speed of current
0	22	35	2	0		14	m		Tidal elevation with respect to local chart datum
0	22	36	2	0		14	m		Meteorological residual tida elevation (surge or offset)
0	22	37	3	-10000		15	m		Tidal elevation with respect to national chart datum
0	22	38	3	-10000		15	m		Tidal elevation with respect to local chart datum
0	22	39	3	-5000		12	m		Meteorological residual tidal elevation (surge or offset)
0	22	40	3	-5000		14	m		Meteorological residual tidal elevation (surge or offset)
0	22	41	1	0		12	deg_K		Sea surface temperature (15 day running mean)
0	22	42	1	0		12	deg_K		Sea/water temperature
0	22	43	2	0		15	deg_K		Sea/water temperature
0	22	44	1	0		14	m/s		Sound velocity
0	22	50	2	0		8	K		Standard deviation sea surface temperature
0	22	61	0	0		4	Code_Table	State of sea
0	22	62	2	0		14	ppt		Salinity
0	22	63	0	0		14	m		Total water depth
0	22	67	0	0		10	Code_Table	Instrument type for water temperature profile measurement
0	22	68	0	0		7	Code_Table	Water temperature profile recorder types
0	22	70	2	0		13	m		Significant wave height
0	22	71	1	0		9	s		Spectral peak wave period
0	22	72	0	0		13	m		Spectral peak wave length
0	22	73	2	0		13	m		Maximum wave height
0	22	74	1	0		9	s		Average wave period
0	22	75	0	0		13	m		Average wave length
0	22	76	0	0		9	Degree_True	Direction from which dominant waves are coming
0	22	77	0	0		9	Degree		Directional spred of dominant wave
0	22	78	0	0		12	s		Duration of wave record
0	22	79	0	0		16	m		Length of wave record
0	22	80	3	0		10	Hz		Waveband central frequency
0	22	81	5	0		13	m**-1		Waveband central wave number
0	22	82	2	0		20	m**2/s		Maximum non-directional spectral wave density
0	22	83	2	0		20	m**3		Maximum non-directional spectral wave number
0	22	84	0	0		7	Numeric		Band containing maximum non-directional spectral wave density
0	22	85	0	0		7	Numeric		Spectral wave density ratio
0	22	86	0	0		9	Degree_True	Mean direction from which waves are coming
0	22	87	0	0		9	Degree_True	Principal direction from which waves are coming
0	22	88	2	0		7	Numeric		First normalized polar coordinate from Fourier coefficients
0	22	89	2	0		7	Numeric		Second normalized polar coordinate from Fourier coefficients
0	22	90	2	0		20	m**2/s		Non-directional spectral estimate by wave frequency
0	22	91	2	0		20	m**3		Non-directional spectral estimate by wave number
0	22	92	2	0		20	m**2/rad**-1/s	Directional spectral estimate by wave frequency
0	22	93	2	0		20	m**4		Directional spectral estimate by wave number
0	22	94	0	0		7	Numeric		Total number of wave bands
0	22	95	0	0		8	Degree		Directional spread of individual waves
0	22	96	3	0		4	s**-1		Spectral band width 
0	22	97	0	0		14	m		Mean wavelength > 731 m of image spectrum at low wave numbers
0	22	98	0	0		14	m		Wavelength spread (wavelength > 731 m) at low wave numbers
0	22	99	0	0		9	deg_true	Mean direction at low wave numbers (wavelength > 731 m)
0	22	100	0	0		9	Degree		Direction spread at low wave numbers (wavelength > 731 m)
0	22	101	0	0		31	Numberic	Total energy (wavelength > 731 m) at low wave numbers
0	22	120	0	0		5	Code_Table	Tide station automated water level check
0	22	121	0	0		5	Code_Table	Tide station manual water level check
0	22	122	0	0		5	Code_Table	Tide station automated Meteorological data check
0	22	123	0	0		5	Code_Table	Tide station manual Meteorological data check
0	22	141	2	0		15	Code_Table	Sea-surface temperature (15-day running mean)

0	23	1	0	0		3	Code_Table	Accident early notification - article applicable
0	23	2	0	0		5	Code_Table	Activity or facility involved in incident
0	23	3	0	0		3	Code_Table	Type of release
0	23	4	0	0		3	Code_Table	Countermeasures taken near border
0	23	5	0	0		2	Code_Table	Cause of incident
0	23	6	0	0		3	Code_Table	Incident situation
0	23	7	0	0		3	Code_Table	Characteristic of release
0	23	8	0	0		2	Code_Table	State of current release
0	23	9	0	0		2	Code_Table	State of expected release
0	23	16	0	0		2	Code_Table	Possibility of significant chemical toxic health effect
0	23	17	6	0		20	m**3/s		Flow discharge of major recipient
0	23	18	0	0		3	Code_Table	release behavior over time
0	23	19	0	-15000		17	m		Actual release height
0	23	21	0	-15000		17	m		Effective release height
0	23	22	0	0		24	m		Distance of relative point or site of incident
0	23	23	1	0		12	m/s		Main transport speed in atmosphere
0	23	24	2	0		13	m/s		Main transport speed in water
0	23	25	2	0		13	m/s		Main transport speed in ground water
0	23	27	0	0		9	deg_true	Main transport direction in atmosphere
0	23	28	0	0		9	deg_true	Main transport direction in water
0	23	29	0	0		9	deg_true	Main transport direction in ground water
0	23	31	0	0		2	Code_Table	Possibility that plume will encounter precipitation cwin state in which incident occurred
0	23	32	0	0		2	Code_Table	Plume will encounter ichange in wind direction and/or speed flag

0	24	1	-11	0		28	Bq		Estimate of radiatioactivity released up to specified time
0	24	2	-11	0		28	Bq		Estimated maximum potential release
0	24	3	0	0		5	Code_Table	Composition of release
0	24	4	0	0		16	CCITT_IA5	Element name
0	24	5	0	0		9	Numeric		Isotope mass
0	24	11	2	0		32	mSv		Dose
0	24	12	2	0		32	mSv		Trajectory dose (defined location and expected time of arrival)
0	24	13	2	0		32	mSv		Gamma dose in air along the main transport path (defined location and time period
0	24	21	2	0		32	Bq/m**3		Air concentration (named isotope type including gross beta)
0	24	22	2	0		32	Bq/l		Concentration in precipitation (of named isotope type)
0	24	23	1	0		14	pulse/sec	Pulse rate of beta radiation
0	24	24	1	0		14	pulse/sec	Pulse rate of beta radiation

0	25	1	-1	0		6	m		Range gate length
0	25	2	0	0		4	Numeric		Number of gates averaged
0	25	3	0	0		8	Numeric		Number of integrated pulses
0	25	4	0	0		2	Code_Table	Echo processing
0	25	5	0	0		2	Code_Table	Echo integration
0	25	6	0	0		3	Code_Table	Z to R conversion
0	25	7	0	0		12	Numeric		Z to R conversion factor
0	25	8	2	0		9	Numeric		Z to R conversion exponent
0	25	9	0	0		4	Flag_Table	Calibration method
0	25	10	0	0		4	Code_Table	Clutter treatment
0	25	11	0	0		2	Code_Table	Ground occultation correction (screening)
0	25	12	0	0		2	Code_Table	Range attenuation correction
0	25	13	0	0		2	Flag_Table	Bright band correction
0	25	14	0	0		12	Numeric		Azimuth clutter cut-off
0	25	15	0	0		2	Flag_Table	Radome attenuation correction
0	25	16	5	0		6	dB/m		Clear air attenuation correction
0	25	17	0	0		2	Flag_Table	Precipitation attenuation correction
0	25	18	7	0		6	Numeric		A to Z law for attenuation factor
0	25	19	2	0		7	Numeric		A to Z law for attenuation exponent
0	25	20	0	0		2	Code_Table	Mean speed estimation
0	25	21	0	0		8	Flag_Table	Wind computation enhancement
0	25	30	0	0		2	Code_Table	SST usage
0	25	32	0	0		2	Code_Table	NOAA wind profiler high/low mode data
0	25	33	0	0		2	Code_Table	NOAA wind profiler submode
0	25	34	0	0		4	Code_Table	NOAA wind profiler Q/C test results
0	25	40	0	0		4	Code_Table	CO2 wind product derivation
0	25	41	0	0		2	Code_Table	Moving platform direction reporting method
0	25	42	0	0		2	Code_Table	Moving platform speed reporting method
0	25	43	4	0		15	s		Wave sampling interval (time)
0	25	44	2	0		14	m		Wave sampling interval (space)
0	25	45	0	0		21	Flag_Table	HIRS channel combination 
0	25	46	0	0		5	Flag_Table	MSU channel combination 
0	25	47	0	0		4	Flag_Table	SSU channel combination 
0	25	48	0	0		16	Flag_Table	AMSU-A channel combination 
0	25	49	0	0		6	Flag_Table	AMSU-B channel combination 
0	25	50	0	0		7	Flag_Table	AVHRR channel combination 
0	25	51	0	0		12	Flag_Table	Observation quality
0	25	53	0	0		12	Flag_Table	Observation quality
0	25	60	0	0		14	Numeric		Software identification 
0	25	70	0	0		4	Numeric		Major frame count 
0	25	71	0	0		5	Numeric		Frame count 
0	25	75	0	0		5	Numeric		Satellite antenna corrections version number 
0	25	76	8	0		30	Log/m		Log-10 of (Temperature-radiance central wavenumber) for ATOVS 
0	25	77	5	-100000		18	Numeric		Bandwidth correction coefficient 1 for ATOVS 
0	25	78	5	0		17	Numeric		Bandwidth correction coefficient 2 for ATOVS 
0	25	79	4	0		24	W/m**2		Albedo-radiance solar filtered irradiance for ATOVS 
0	25	80	10	0		14	m		Albedo-radiance equivalent filter width for ATOVS 
0	25	85	0	0		7	Numeric		Fraction of clear pixels in HIRS FOV 
0	25	86	0	0		2	Code table	Depth correction indicator
0	25	91	3	-18192		13	dB		Structure constant of the refraction index (cn2)
0	25	92	2	28000		14	m s-1		Acoustic propagation velocity
0	25	93	0	0		8	Flag table	RASS computation correction


0	26	1	1	0		12	Hour		Principal time of daily reading in UTC of maximum temperature
0	26	2	1	0		12	Hour		Principal time of daily reading in UTC of minimum temperature
0	26	3	0	-1440		12	Minute		Time difference
0	26	10	0	0		26	Flag_Table	Hours included

0	27	1	5	-9000000	25	deg		Latitude (high accuracy)
0	27	2	2	-9000		15	deg		Latitude (coarse accuracy)
0	27	3	2	-9000		15	deg		Alternate latitude
0	27	20	0	0		16	Numeric		Satellite locationon counter
0	27	21	0	0		16	Numeric		Satellite sub-locationon dimensions
0	27	31	2	-1073741824	31	m		In direction of 0 degrees longitude, distance from the Earth's centre

0	28	1	5	-18000000	26	deg		Longitude (high accuracy)
0	28	2	2	-18000		16	deg		Longitude (coarse accuracy)
0	28	3	2	-18000		16	deg		Alternate longtiude
0	28	31	2	-1073741824	31	m		In direction of 90 degrees East, distance from the Earth's centre

0	29	1	0	0		3	Code_Table	Projection type
0	29	2	0	0		3	Code_Table	Coordinate grid type

0	30	1	0	0		4	Numeric		Pixel value (4 bits)
0	30	2	0	0		8	Numeric		Pixel value (8 bits)
0	30	4	0	0		16	Numeric		Pixel value (16 bits)
0	30	21	0	0		12	Numeric		Number of pixels per row
0	30	22	0	0		12	Numeric		Number of pixels per column
0	30	31	0	0		4	Code_Table	Picture type
0	30	32	0	0		16	Flag_Table	Combined picture

0	31	0	0	0		1	Numeric		Short delayed descriptor replication factor
0	31	1	0	0		8	Numeric		Delayed descriptor replication factor
0	31	2	0	0		16	Numeric		Extended delayed descriptor replication factor
0	31	11	0	0		8	Numeric		Delayed descriptor and data repetion factor
0	31	12	0	0		16	Numeric		Extended delayed descriptor and data repitition factor
0	31	21	0	0		6	Code_Table	Associated field significance
0	31	31	0	0		1	Flag_Table	Data present indicator

0	33	2	0	0		2	Code_Table	Quality information
0	33	3	0	0		3	Code_Table	Quality information
0	33	7	0	0		7	Percent		Per cent confidence 
0	33	20	0	0		3	Code_Table	Quality control indication of following value
0	33	21	0	0		2	Code_Table	Quality of following value
0	33	22	0	0		2	Code_Table	Quality of buoy satellite transmission
0	33	23	0	0		2	Code_Table	Quality of buoy location 
0	33	24	0	0		4	Code_Table	Station elevation quality mark (for mobile stations)
0	33	25	0	0		3	Code_Table	ACARS interpolated values
0	33	26	0	0		6	Code_Table	Mixing ratio quality
0	33	27	0	0		3	Code_Table	Location quality class (range of radius of 66% confidence)
0	33	30	0	0		24	Flag_Table	Scan line status flags for ATOVS
0	33	31	0	0		24	Flag_Table	Scan line quality flags for ATOVS
0	33	32	0	0		24	Flag_Table	Channel quality flags for ATOVS
0	33	33	0	0		24	Flag_Table	Field of view quality flags for ATOVS
0	33	35	0	0		4	Code_Table	Manual/automatic quality control
0	33	36	0	0		7	Percent		Nominal confidence threshold
0	33	37	0	0		20	Flag_Table	Wind correlation error
0	33	40	0	0		7	percent		Confidence interval
0	33	41	0	0		2	Code_Table	Attribute of following value
grads-2.0.1/data/tables/B2M-000-003-00000644000175000017500000001507307750236075017405 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/tables/B3M-000-003-00000644000175000017500000001507307750236075017406 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/tables/B2L-058-001-D.0010000644000175000017500000000127407750236075017740 0ustar  amckinstryamckinstry#
# B2L-058-001-D.001 - Local BUFR Table D (Lists of Common Sequences)
# for Center 058 (FNMOC), Minor Local Version 1
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#

# Phony local descriptor for debugging purposes
#
#3	5	1
#	0	2	102		# Antenna height above tower base (8 bits)
#	0	2	104		# Antenna polarization            (4 bits)
#	0	2	113		# Number of azimuth looks         (4 bits)
#	-1
#
3	5	1
	0	2	 11		# Radiosonde type                 (8 bits)
	0	2	 22		# Satellite DP technique used     (8 bits)
	0	2	102		# Antenna height above tower base (8 bits)
	-1

grads-2.0.1/data/tables/B3M-000-010-B0000644000175000017500000020755307750236075017434 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabB-11-2001.txt
# Master Table B Version 10
#
#                   Reference    Bit
# F   X    Y Scale    Value     Width     Units     Comments
#--------------------------------------------------------------
# Class 00 - BUFR/CREX(*) table entries
  0;  0;   1;    0;           0;   24;   CCITT_IA5; Table A:  entry
  0;  0;   2;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 1"
  0;  0;   3;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 2"
  0;  0;   5;    0;           0;   24;   CCITT_IA5; BUFR/CREX edition number
  0;  0;  10;    0;           0;    8;   CCITT_IA5; F descriptor to be added or defined
  0;  0;  11;    0;           0;   16;   CCITT_IA5; X descriptor to be added or defined
  0;  0;  12;    0;           0;   24;   CCITT_IA5; Y descriptor to be added or defined
  0;  0;  13;    0;           0;  256;   CCITT_IA5; "Element name, line 1"
  0;  0;  14;    0;           0;  256;   CCITT_IA5; "Element name, line 2"
  0;  0;  15;    0;           0;  192;   CCITT_IA5; Units name
  0;  0;  16;    0;           0;    8;   CCITT_IA5; Units scale sign
  0;  0;  17;    0;           0;   24;   CCITT_IA5; Units scale
  0;  0;  18;    0;           0;    8;   CCITT_IA5; Units reference sign
  0;  0;  19;    0;           0;   80;   CCITT_IA5; Units reference value
  0;  0;  20;    0;           0;   24;   CCITT_IA5; Element data width
  0;  0;  30;    0;           0;   48;   CCITT_IA5; Descriptor defining sequence
# Class 01 - Identification
  0;  1;   1;    0;           0;    7;     Numeric; WMO block number
  0;  1;   2;    0;           0;   10;     Numeric; WMO station number
  0;  1;   3;    0;           0;    3;  Code_Table; WMO Region number/geographical area
  0;  1;   4;    0;           0;    3;     Numeric; WMO Region sub-area (see Note 9)
  0;  1;   5;    0;           0;   17;     Numeric; Buoy/platform identifier
  0;  1;   6;    0;           0;   64;   CCITT_IA5; Aircraft flight number
  0;  1;   7;    0;           0;   10;  Code_Table; Satellite identifier
  0;  1;   8;    0;           0;   64;   CCITT_IA5; Aircraft registration number
  0;  1;   9;    0;           0;   64;   CCITT_IA5; Type of commercial aircraft
  0;  1;  10;    0;           0;   64;   CCITT_IA5; Stationary buoy platform identifier; e.g. C-MAN buoys
  0;  1;  11;    0;           0;   72;   CCITT_IA5; Ship or mobile land station identifier
  0;  1;  12;    0;           0;    9; Degree_true; Direction of motion of moving observing platform
  0;  1;  13;    0;           0;   10;       m s–1; Speed of motion of moving observing platform
  0;  1;  14;    2;           0;   10;       m s–1; Platform drift speed (high precision)
  0;  1;  15;    0;           0;  160;   CCITT_IA5; Station or site name
  0;  1;  18;    0;           0;   40;   CCITT_IA5; Short station or site name
  0;  1;  19;    0;           0;  256;   CCITT_IA5; Long Station or site name
  0;  1;  20;    0;           0;    4;     Numeric; WMO Region sub-area
  0;  1;  21;    0;           0;   14;     Numeric; Synoptic feature identifier
  0;  1;  22;    0;           0;  224;   CCITT_IA5; Name of feature (see Note 11)
  0;  1;  25;    0;           0;   24;   CCITT_IA5; Storm identifier
  0;  1;  26;    0;           0;   64;   CCITT_IA5; WMO storm name*
  0;  1;  27;    0;           0;   80;   CCITT_IA5; WMO long storm name
  0;  1;  31;    0;           0;   16;  Code_Table; Identification of originating/generating centre (see Note 10)
  0;  1;  32;    0;           0;    8;  Code_Table; Generating application
  0;  1;  33;    0;           0;    8;  Code_Table; Identification of originating/generating centre
  0;  1;  34;    0;           0;    8;  Code_Table; Identification of originating/generating sub-centre
  0;  1;  36;    0;           0;   20;  Code_Table; Agency in charge of operating the Observing platform
  0;  1;  41;    5; -1073741824;   31;       m s-1; Absolute platform velocity - first component (see Note 6)
  0;  1;  42;    5; -1073741824;   31;       m s-1; Absolute platform velocity - second component (see Note 6)
  0;  1;  43;    5; -1073741824;   31;       m s-1; Absolute platform velocity - third component (see Note 6)
  0;  1;  50;    0;           0;   17;     Numeric; Platform transmitter ID number
  0;  1;  51;    0;           0;   96;   CCITT_IA5; Platform transmitter ID number
  0;  1;  60;    0;           0;   64;   CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;  1;  62;    0;           0;   32;   CCITT_IA5; Short ICAO location indicator
  0;  1;  63;    0;           0;   64;   CCITT_IA5; ICAO location indicator
  0;  1;  64;    0;           0;   32;   CCITT_IA5; Runway designator
  0;  1;  75;    0;           0;   40;   CCITT_IA5; Tide station identification
  0;  1;  80;    0;           0;   32;   CCITT_IA5; Ship line number according to SOOP
  0;  1;  85;    0;           0;  160;   CCITT_IA5; Observing platform manufacturer's model
  0;  1;  86;    0;           0;  256;   CCITT_IA5; Observing platform manufacturer's serial number
# Class 02 - Instrumentation
  0;  2;   1;    0;           0;    2;  Code_Table; Type of station
  0;  2;   2;    0;           0;    4;  Flag_Table; Type of instrumentation for wind measurement
  0;  2;   3;    0;           0;    4;  Code_Table; Type of measuring equipment used
  0;  2;   4;    0;           0;    4;  Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;  2;   5;    2;           0;    7;           K; Precision of temperature observation
  0;  2;  11;    0;           0;    8;  Code_Table; Radiosonde type
  0;  2;  12;    0;           0;    4;  Code_Table; Radiosonde computational method
  0;  2;  13;    0;           0;    4;  Code_Table; Solar and infrared radiation correction
  0;  2;  14;    0;           0;    7;  Code_Table; Tracking technique/status of system used
  0;  2;  15;    0;           0;    4;  Code_Table; Radiosonde completeness
  0;  2;  19;    0;           0;   11;  Code_Table; Satellite instruments
  0;  2;  20;    0;           0;    9;  Code_Table; Satellite classification
  0;  2;  21;    0;           0;    9;  Flag_Table; Satellite instrument data used in processing*
  0;  2;  22;    0;           0;    8;  Flag_Table; Satellite data-processing technique used
  0;  2;  23;    0;           0;    4;  Code_Table; Satellite derived wind computation method
  0;  2;  24;    0;           0;    4;  Code_Table; Integrated mean humidity computational method
  0;  2;  25;    0;           0;   25;  Flag_Table; Satellite channel(s) used in computation
  0;  2;  26;    2;           0;   12;           m; Cross track resolution
  0;  2;  27;    2;           0;   12;           m; Along track resolution
  0;  2;  28;    0;           0;   18;           m; Segment size at nadir in X direction
  0;  2;  29;    0;           0;   18;           m; Segment size at nadir in Y direction
  0;  2;  30;    0;           0;    3;  Code_Table; Method of current measurement
  0;  2;  31;    0;           0;    5;  Code_Table; Duration and time of current measurement
  0;  2;  32;    0;           0;    2;  Code_Table; Indicator for digitization
  0;  2;  33;    0;           0;    3;  Code_Table; Method of salinity/depth measurement
  0;  2;  34;    0;           0;    5;  Code_Table; Drogue type
  0;  2;  35;    0;           0;    9;           m; Cable length
  0;  2;  36;    0;           0;    2;  Code_Table; Buoy type
  0;  2;  37;    0;           0;    3;  Code_Table; Method of tidal observation
  0;  2;  38;    0;           0;    4;  Code_Table; Method of sea-surface temperature measurement
  0;  2;  39;    0;           0;    3;  Code_Table; Method of wet-bulb temperature measurement
  0;  2;  40;    0;           0;    4;  Code_Table; Method of removing velocity and motion of platform from current
  0;  2;  41;    0;           0;    6;  Code_Table; Method for estimating reports related to synoptic features
  0;  2;  44;    0;           0;    4;  Code_Table; Indicator for method of calculating spectral wave data
  0;  2;  45;    0;           0;    4;  Code_Table; Indicator for type of platform
  0;  2;  46;    0;           0;    4;  Code_Table; Wave measurement instrumentation
  0;  2;  48;    0;           0;    4;  Code_Table; Satellite sensor indicator
  0;  2;  49;    0;           0;    8;  Flag_Table; Geostationary satellite data-processing technique used
  0;  2;  50;    0;           0;   20;  Flag_Table; Geostationary sounder satellite channels used
  0;  2;  51;    0;           0;    4;  Code_Table; Indicator to specify observing method for extreme temperatures
  0;  2;  52;    0;           0;    6;  Flag_Table; Geostationary imager satellite channels used
  0;  2;  53;    0;           0;    4;  Code_Table; GOES-I/M brightness temperature characteristics
  0;  2;  54;    0;           0;    4;  Code_Table; GOES-I/M soundings parameter characteristics
  0;  2;  55;    0;           0;    4;  Code_Table; Geostationary soundings statistical parameters
  0;  2;  56;    0;           0;    4;  Code_Table; Geostationary soundings accuracy statistics
  0;  2;  57;    0;           0;    4;  Code_Table; Origin of first guess information for GOES-I/M soundings
  0;  2;  58;    0;           0;    4;  Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;  2;  59;    0;           0;    4;  Code_Table; Origin of analysis information for GOES-I/M soundings
  0;  2;  60;    0;           0;    4;  Code_Table; Origin of surface information for GOES-I/M soundings
  0;  2;  61;    0;           0;    3;  Code_Table; Aircraft navigational system
  0;  2;  62;    0;           0;    4;  Code_Table; Type of aircraft data relay system
  0;  2;  63;    2;      -18000;   16;      Degree; Aircraft roll angle
  0;  2;  64;    0;           0;    2;  Code_Table; Aircraft roll angle quality
  0;  2;  65;    0;           0;   40;   CCITT_IA5; ACARS ground receiving station
  0;  2;  70;    0;           0;    4;  Code_Table; Original specification of latitude/longitude
  0;  2;  91;    0;           4;   10;           A; Entry sensor 4/20 mA
  0;  2; 100;    1;           0;   12;          dB; Radar constant*
  0;  2; 101;    0;           0;    4;  Code_Table; Type of antenna
  0;  2; 102;    0;           0;    8;           m; Antenna height above tower base
  0;  2; 103;    0;           0;    2;  Flag_Table; Radome
  0;  2; 104;    0;           0;    4;  Code_Table; Antenna polarisation
  0;  2; 105;    0;           0;    6;          dB; Maximum antenna gain
  0;  2; 106;    1;           0;    6;      Degree; 3-dB beamwidth
  0;  2; 107;    0;           0;    6;          dB; Sidelobe suppression
  0;  2; 108;    0;           0;    6;          dB; Crosspol discrimination (on axis)
  0;  2; 109;    2;           0;   12;  Degree s-1; Antenna speed (azimuth)
  0;  2; 110;    2;           0;   12;  Degree s-1; Antenna speed (elevation)
  0;  2; 111;    1;           0;   10;      Degree; Radar incidence angle
  0;  2; 112;    1;           0;   12;      Degree; Radar look angle
  0;  2; 113;    0;           0;    4;     Numeric; Number of azimuth looks
  0;  2; 114;    0;           0;   15;          m2; Antenna effective surface area
  0;  2; 121;   -8;           0;    7;          Hz; Mean frequency
  0;  2; 122;   -6;        -128;    8;          Hz; Frequency agility range
  0;  2; 123;   -4;           0;    7;           W; Peak power
  0;  2; 124;   -1;           0;    7;           W; Average power
  0;  2; 125;   -1;           0;    8;          Hz; Pulse repetition frequency
  0;  2; 126;    7;           0;    6;           s; Pulse width
  0;  2; 127;   -6;           0;    7;          Hz; Receiver intermediate frequency
  0;  2; 128;   -5;           0;    6;          Hz; Intermediate frequency bandwidth
  0;  2; 129;    0;        -150;    5;          dB; Minimum detectable signal
  0;  2; 130;    0;           0;    7;          dB; Dynamic range
  0;  2; 131;    0;           0;    2;  Flag_Table; Sensitivity time control (STC)
  0;  2; 132;    2;           0;    6;      Degree; Azimuth pointing accuracy
  0;  2; 133;    2;           0;    6;      Degree; Elevation pointing accuracy
  0;  2; 134;    2;           0;   16;      Degree; Antenna beam azimuth
  0;  2; 135;    2;       -9000;   15;      Degree; Antenna elevation
  0;  2; 136;   -3;           0;   16;           m; Range processed by range attenuation correction
  0;  2; 140;    0;           0;    9;      Degree; Satellite radar beam azimuth angle
  0;  2; 141;    0;           0;   24;   CCITT_IA5; Measurement type
  0;  2; 142;    0;           0;   32;   CCITT_IA5; Ozone instrument serial number/ identification
  0;  2; 143;    0;           0;    7;  Code_Table; Ozone instrument type
  0;  2; 144;    0;           0;    4;  Code_Table; Light source type for Brewer spectro photometer
  0;  2; 145;    0;           0;    4;  Code_Table; Wave length setting for Dobson instruments
  0;  2; 146;    0;           0;    4;  Code_Table; Source conditions for Dobson instruments
  0;  2; 148;    0;           0;    5;  Code_Table; Data collection and/or location system
  0;  2; 149;    0;           0;    6;  Code_Table; Type of data buoy
  0;  2; 150;    0;           0;    6;  Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number
  0;  2; 151;    0;           0;   11;  Code_Table; Radiometer identifier
  0;  2; 152;    0;           0;   31;  Flag_Table; Satellite instrument used in data processing(6)
  0;  2; 153;   -8;           0;   26;          Hz; Satellite channel centre frequency
  0;  2; 154;   -8;           0;   26;          Hz; Satellite channel band width
  0;  2; 163;    0;           0;    4;  Code_Table; Height assignment method
  0;  2; 164;    0;           0;    3;  Code_Table; Tracer correlation method
  0;  2; 166;    0;           0;    4;  Code_Table; Radiance type
  0;  2; 167;    0;           0;    4;  Code_Table; Radiance computational method
  0;  2; 168;   -3;           0;   16;          Pa; Hydrostatic pressure of lower end of cable (thermistor string)
  0;  2; 169;    0;           0;    4;  Code_Table; Anemometer type
  0;  2; 172;    0;           0;    8;  Code_Table; Product type for retrieved atmospheric gases
  0;  2; 190;    0;           0;    7;           %; Lagrangian drifter submergence (% time submerged)
# Class 04 - Location (time)
  0;  4;   1;    0;           0;   12;        Year; Year
  0;  4;   2;    0;           0;    4;       Month; Month
  0;  4;   3;    0;           0;    6;         Day; Day
  0;  4;   4;    0;           0;    5;        Hour; Hour
  0;  4;   5;    0;           0;    6;      Minute; Minute
  0;  4;   6;    0;           0;    6;      Second; Second
  0;  4;  11;    0;       -1024;   11;        Year; Time increment
  0;  4;  12;    0;       -1024;   11;       Month; Time increment
  0;  4;  13;    0;       -1024;   11;         Day; Time increment
  0;  4;  14;    0;       -1024;   11;        Hour; Time increment
  0;  4;  15;    0;       -2048;   12;      Minute; Time increment
  0;  4;  16;    0;       -4096;   13;      Second; Time increment
  0;  4;  17;    0;       -1440;   12;      Minute; Reference time period for accumulated or extreme data
  0;  4;  21;    0;       -1024;   11;        Year; Time period or displacement
  0;  4;  22;    0;       -1024;   11;       Month; Time period or displacement
  0;  4;  23;    0;       -1024;   11;         Day; Time period or displacement
  0;  4;  24;    0;       -2048;   12;        Hour; Time period or displacement
  0;  4;  25;    0;       -2048;   12;      Minute; Time period or displacement
  0;  4;  26;    0;       -4096;   13;      Second; Time period or displacement
  0;  4;  31;    0;           0;    8;        Hour; Duration of time relating to following value
  0;  4;  32;    0;           0;    6;      Minute; Duration of time relating to following value
  0;  4;  41;    0;       -1440;   12;      Minute; "Time difference, UTC -LMT (see Note 6)"
  0;  4;  43;    0;           0;    9;         Day; Day of the year
  0;  4;  53;    0;           0;    6;     Numeric; Number of days with precipitation equal to or more than 1 mm
  0;  4;  65;    0;        -128;    8;      Minute; Short time increment
  0;  4;  73;    0;        -128;    8;         Day; Short time period or displacement
  0;  4;  74;    0;        -128;    8;        Hour; Short time period or displacement
  0;  4;  75;    0;        -128;    8;      Minute; Short time period or displacement
# Class 05 - Location (horizontal -1)
  0;  5;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0;  5;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0;  5;  11;    5;    -9000000;   25;      Degree; Latitude increment (high accuracy)
  0;  5;  12;    2;       -9000;   15;      Degree; Latitude increment (coarse accuracy)
  0;  5;  21;    2;           0;   16; Degree_true; Bearing or azimuth
  0;  5;  22;    2;           0;   16; Degree_true; Solar azimuth
  0;  5;  30;    0;           0;   12;      Degree; Direction (spectral)
  0;  5;  31;    0;           0;   12;     Numeric; Row number
  0;  5;  33;   -1;           0;   16;           m; Pixel size on horizontal - 1
  0;  5;  34;    0;           0;   11;     Numeric; Along track row number
  0;  5;  36;    0;           0;    7;     Numeric; Ship transect number according to SOOP
  0;  5;  40;    0;           0;   24;     Numeric; Orbit number
  0;  5;  41;    0;           0;    8;     Numeric; Scan line number
  0;  5;  42;    0;           0;    6;     Numeric; Channel number
  0;  5;  43;    0;           0;    8;     Numeric; Field of view number
  0;  5;  52;    0;           0;    5;     Numeric; Channel number increment
  0;  5;  53;    0;           0;    5;     Numeric; Field of view number increment
# Class 06 - Location (horizontal - 2)
  0;  6;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0;  6;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0;  6;  11;    5;   -18000000;   26;      Degree; Longitude increment (high accuracy)
  0;  6;  12;    2;      -18000;   16;      Degree; Longitude increment (coarse accuracy)
  0;  6;  21;   -1;           0;   13;           m; Distance
  0;  6;  30;    5;           0;   13;     rad m-1; Wave number (spectral)
  0;  6;  31;    0;           0;   12;     Numeric; Column number
  0;  6;  33;   -1;           0;   16;           m; Pixel size on horizontal - 2
  0;  6;  34;    0;           0;    7;     Numeric; Cross-track cell number
  0;  6;  40;    0;           0;   13;           m; Radius of confidence
# Class 07 - Location (vertical
  0;  7;   1;    0;        -400;   15;           m; Height of station
  0;  7;   2;   -1;         -40;   16;           m; Height or altitude
  0;  7;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0;  7;   4;   -1;           0;   14;          Pa; Pressure
  0;  7;   5;    0;        -400;   12;           m; Height increment
  0;  7;   6;    0;           0;   15;           m; Height above station
  0;  7;   7;    0;       -1000;   17;           m; Height
  0;  7;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0;  7;   9;    0;       -1000;   17;         gpm; Geopotential height
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation (see Note 1)
  0;  7;  22;    2;       -9000;   15;      Degree; Solar elevation
  0;  7;  24;    2;       -9000;   15;      Degree; Satellite zenith angle
  0;  7;  25;    2;       -9000;   15;      Degree; Solar zenith angle
  0;  7;  61;    2;           0;   14;           m; Depth below land surface
  0;  7;  62;    1;           0;   17;           m; Depth below sea/water surface
  0;  7;  64;    0;           0;    4;           m; Height above station (sensor height artificially corrected) (see Note 2)
  0;  7;  70;    0;           0;   10;           m; Drogue depth
# Class 08 - Significance qualifiers
  0;  8;   1;    0;           0;    7;  Flag_Table; Vertical sounding significance
  0;  8;   2;    0;           0;    6;  Code_Table; Vertical significance (surface observations)
  0;  8;   3;    0;           0;    6;  Code_Table; Vertical significance (satellite observations)
  0;  8;   4;    0;           0;    3;  Code_Table; Phase of aircraft flight
  0;  8;   5;    0;           0;    4;  Code_Table; Meteorological attribute significance
  0;  8;   6;    0;           0;    9;  Flag_Table; Ozone vertical sounding significance
  0;  8;   7;    0;           0;    4;  Code_Table; Dimensional significance
  0;  8;   8;    0;           0;    9;  Flag_Table; Radiation vertical sounding significance
  0;  8;  11;    0;           0;    6;  Code_Table; Meteorological feature
  0;  8;  12;    0;           0;    2;  Code_Table; Land/sea qualifier
  0;  8;  13;    0;           0;    2;  Code_Table; Day/night qualifier
  0;  8;  14;    0;           0;    4;  Code_Table; Qualifier for runway visual range
  0;  8;  16;    0;           0;    3;  Code_Table; Change qualifier of a trend-type forecast or an aerodrome forecast
  0;  8;  17;    0;           0;    2;  Code_Table; Qualifier of the time when the forecast change is expected
  0;  8;  18;    0;           0;   17;  Flag_Table; SEAWINDS land/ice surface type
  0;  8;  20;    0;           0;   16;     Numeric; Total number of missing entities (with respect to accumulation or average)
  0;  8;  21;    0;           0;    5;  Code_Table; Time significance
  0;  8;  22;    0;           0;   16;     Numeric; Total number (with respect to accumulation or average)
  0;  8;  23;    0;           0;    6;  Code_Table; First order statistics
  0;  8;  24;    0;           0;    6;  Code_Table; Difference statistics
  0;  8;  25;    0;           0;    4;  Code_Table; Time difference qualifier
  0;  8;  30;    0;           0;   13;     Numeric; "Manual on Codes (Volume I.1, Section C) Code table from which data are derived"
  0;  8;  31;    0;           0;    8;     Numeric; Data category CREX table A
  0;  8;  33;    0;           0;    7;  Code_Table; Method of derivation of percentage confidence
  0;  8;  35;    0;           0;    3;  Code_Table; Type of monitoring exercise
  0;  8;  36;    0;           0;    3;  Code_Table; Type of centre or station performing monitoring
  0;  8;  51;    0;           0;    3;  Code_Table; Qualifier for number of missing values in calculation of statistic
  0;  8;  52;    0;           0;    5;  Code_Table; Condition for which number of days of occurrence follows
  0;  8;  53;    0;           0;    2;  Code_Table; Day of occurrence qualifier
  0;  8;  60;    0;           0;    4;  Code_Table; Sample scanning mode significance
  0;  8;  70;    0;           0;    4;  Code_Table; TOVS/ATOVS product qualifier
  0;  8;  72;    0;           0;    3;  Code_Table; Pixel(s) type
  0;  8;  75;    0;           0;    2;  Code_Table; Ascending/Descending Orbit Qualifier
# Class 10 - Non-coordinate location (vertical)
  0; 10;   1;    0;        -400;   15;           m; Height of land surface
  0; 10;   2;   -1;         -40;   16;           m; Height
  0; 10;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0; 10;   4;   -1;           0;   14;          Pa; Pressure
  0; 10;   7;    0;       -1000;   17;           m; Height
  0; 10;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0; 10;   9;    0;       -1000;   17;         gpm; Geopotential height
  0; 10;  10;   -1;           0;   14;          Pa; Minimum pressure reduced to mean sea level
  0; 10;  11;   -1;           0;   14;          Pa; Maximum pressure reduced to mean sea level
  0; 10;  31;    2; -1073741824;   31;           m; "In direction of the North Pole, distance from the Earth’s centre"
  0; 10;  40;    0;           0;   10;     Numeric; Number of retrieved layers
  0; 10;  50;    2;           0;   16;           m; Standard deviation altitude
  0; 10;  51;   -1;           0;   14;          Pa; Pressure reduced to mean sea level
  0; 10;  52;   -1;           0;   14;          Pa; Altimeter setting (QNH)
  0; 10;  60;   -1;       -1024;   11;          Pa; Pressure change
  0; 10;  61;   -1;        -500;   10;          Pa; 3-hour pressure change
  0; 10;  62;   -1;       -1000;   11;          Pa; 24-hour pressure change
  0; 10;  63;    0;           0;    4;  Code_Table; Characteristic of pressure tendency
  0; 10;  70;    0;        -400;   16;           m; Indicated aircraft altitude
# Class 11 - Wind and turbulence
  0; 11;   1;    0;           0;    9; Degree_true; Wind direction
  0; 11;   2;    1;           0;   12;       m s-1; Wind speed
  0; 11;   3;    1;       -4096;   13;       m s-1; u-component
  0; 11;   4;    1;       -4096;   13;       m s-1; v-component
  0; 11;   5;    1;        -512;   10;      Pa s-1; w-component
  0; 11;   6;    2;       -4096;   13;       m s-1; w-component
  0; 11;  10;    0;           0;    9; Degree_true; Wind direction associated with wind speed which follows
  0; 11;  11;    0;           0;    9; Degree_true; Wind direction at 10 m
  0; 11;  12;    1;           0;   12;       m s-1; Wind speed at 10 m
  0; 11;  13;    0;           0;    9; Degree_true; Wind direction at 5 m
  0; 11;  14;    1;           0;   12;       m s-1; Wind speed at 5 m
  0; 11;  16;    0;           0;    9; Degree_true; Extreme counterclockwise wind direction of a variable wind
  0; 11;  17;    0;           0;    9; Degree_true; Extreme clockwise wind direction of a variable wind
  0; 11;  19;    0;           0;    7;           %; Steadiness of wind (6)
  0; 11;  21;    9;      -65536;   17;         s-1; Relative vorticity
  0; 11;  22;    9;      -65536;   17;         s-1; Divergence
  0; 11;  23;   -2;      -65536;   17;      m2 s-1; Velocity potential
  0; 11;  31;    0;           0;    4;  Code_Table; Degree of turbulence
  0; 11;  32;   -1;         -40;   16;           m; Height of base of turbulence
  0; 11;  33;   -1;         -40;   16;           m; Height of top of turbulence
  0; 11;  34;    1;       -1024;   11;       m s-1; Vertical gust velocity
  0; 11;  35;    2;       -8192;   14;       m s-2; Vertical gust acceleration
  0; 11;  36;    1;           0;   10;       m s-1; Maximum derived equivalent vertical gust speed
  0; 11;  37;    0;           0;    6;  Code_Table; Turbulence Index
  0; 11;  38;    0;           0;    5;  Code_Table; Time of occurrence of Peak Eddy Dissipation Rate
  0; 11;  40;    1;           0;   12;       m s-1; Maximum wind speed (mean wind)
  0; 11;  41;    1;           0;   12;       m s-1; Maximum wind speed (gusts)
  0; 11;  42;    1;           0;   12;       m s-1; Maximum wind speed (10-min mean wind)
  0; 11;  43;    0;           0;    9; Degree_true; Maximum wind gust direction
  0; 11;  44;    0;           0;    9; Degree_true; Mean wind direction for surface - 1500 m (5000 feet)
  0; 11;  45;    1;           0;   12;       m s-1; Mean wind speed for surface - 1500 m (5000 feet)
  0; 11;  46;    1;           0;   12;       m s-1; Maximum instantaneous wind speed
  0; 11;  47;    1;           0;   12;       m s-1; Maximum instantaneous wind speed over 10 minutes
  0; 11;  49;    0;           0;    9; Degree_true; Standard deviation of wind direction
  0; 11;  50;    1;           0;   12;       m s-1; Standard deviation of horizontal wind speed
  0; 11;  51;    1;           0;    8;       m s-1; Standard deviation of vertical wind speed
  0; 11;  52;    2;           0;   13;       m s-1; Formal uncertainty in wind speed
  0; 11;  53;    2;           0;   15; Degree_true; Formal uncertainty in wind direction
  0; 11;  61;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer below
  0; 11;  62;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer above
  0; 11;  70;    0;           0;   32;   CCITT_IA5; Designator of the runway affected by wind shear (including ALL)
  0; 11;  71;    3;        -128;   14;      m2 s-2; Turbulent vertical momentum flux
  0; 11;  72;    3;        -128;   11;     K m s-1; Turbulent vertical buoyancy flux
  0; 11;  73;    2;       -1024;   13;      m2 s-2; Turbulent kinetic energy
  0; 11;  74;    2;       -1024;   10;      m2 s-2; Dissipation energy
  0; 11;  75;    2;           0;    8;    m2/3 s-1; Mean turbulence intensity (eddy dissipation rate)
  0; 11;  76;    2;           0;    8;    m2/3 s-1; Peak turbulence intensity (eddy dissipation rate)
  0; 11;  81;    2;           0;   16; Degree_true; Model wind direction at 10m
  0; 11;  82;    2;           0;   14;       m s-1; Model wind speed at 10m
# Class 12 - Temperature
  0; 12;   1;    1;           0;   12;           K; Temperature/dry-bulb temperature
  0; 12;   2;    1;           0;   12;           K; Wet-bulb temperature
  0; 12;   3;    1;           0;   12;           K; Dew-point temperature
  0; 12;   4;    1;           0;   12;           K; Dry-bulb temperature at 2 m
  0; 12;   5;    1;           0;   12;           K; Wet-bulb temperature at 2 m
  0; 12;   6;    1;           0;   12;           K; Dew-point temperature at 2 m
  0; 12;   7;    1;           0;   12;           K; Virtual temperature
  0; 12;  11;    1;           0;   12;           K; "Maximum temperature, at height and over period specified"
  0; 12;  12;    1;           0;   12;           K; "Minimum temperature, at height and over period specified"
  0; 12;  13;    1;           0;   12;           K; "Ground minimum temperature, past 12 hours"
  0; 12;  14;    1;           0;   12;           K; "Maximum temperature at 2 m, past 12 hours"
  0; 12;  15;    1;           0;   12;           K; "Minimum temperature at 2 m, past 12 hours"
  0; 12;  16;    1;           0;   12;           K; "Maximum temperature at 2 m, past 24 hours"
  0; 12;  17;    1;           0;   12;           K; "Minimum temperature at 2 m, past 24 hours"
  0; 12;  21;    2;           0;   16;           K; Maximum temperature at 2m
  0; 12;  22;    2;           0;   16;           K; Minimum temperature at 2m
  0; 12;  30;    1;           0;   12;           K; Soil temperature
  0; 12;  51;    1;           0;   10;           K; Standard deviation temperature
  0; 12;  52;    1;           0;   12;           K; Highest daily mean temperature
  0; 12;  53;    1;           0;   12;           K; Lowest daily mean temperature
  0; 12;  61;    1;           0;   12;           K; Skin temperature
  0; 12;  62;    1;           0;   12;           K; Equivalent black body temperature
  0; 12;  63;    1;           0;   12;           K; Brightness temperature
  0; 12;  64;    1;           0;   12;           K; Instrument temperature
  0; 12;  65;    1;           0;   12;           K; Standard deviation brightness temperature
  0; 12;  71;    1;           0;   12;           K; Coldest cluster temperature
  0; 12;  72;    6;           0;   31;  W m-2 sr-1; Radiance
  0; 12;  75;   -3;           0;   16;  W m-3 sr-1; Spectral radiance
  0; 12;  76;    3;           0;   16;  W m-2 sr-1; Radiance
  0; 12; 101;    2;           0;   16;           K; Temperature/dry-bulb temperature
  0; 12; 102;    2;           0;   16;           K; Wet-bulb temperature
  0; 12; 103;    2;           0;   16;           K; Dew-point temperature
  0; 12; 104;    2;           0;   16;           K; Dry-bulb temperature at 2m
  0; 12; 105;    2;           0;   16;           K; Web-bulb temperature at 2m
  0; 12; 106;    2;           0;   16;           K; Dew-point temperature at 2m
  0; 12; 107;    2;           0;   16;           K; Virtual temperature
  0; 12; 111;    2;           0;   16;           K; "Maximum temperature, at height and over period specified "
  0; 12; 112;    2;           0;   16;           K; "Minimum temperature, at height and over period specified"
  0; 12; 113;    2;           0;   16;           K; "Ground minimum temperature, past 12 hours"
  0; 12; 114;    2;           0;   16;           K; "Maximum temperature at 2m, past 12 hours"
  0; 12; 115;    2;           0;   16;           K; "Minimum temperature at 2m, past 12 hours"
  0; 12; 116;    2;           0;   16;           K; "Maximum temperature at 2m, past 24 hours"
  0; 12; 117;    2;           0;   16;           K; "Minimum temperature at 2m, past 24 hours"
  0; 12; 130;    2;           0;   16;           K; Soil temperature
  0; 12; 152;    2;           0;   16;           K; Highest daily mean temperature
  0; 12; 153;    2;           0;   16;           K; Lowest daily mean temperature
  0; 12; 161;    2;           0;   16;           K; Skin temperature
  0; 12; 162;    2;           0;   16;           K; Equivalent black body temperature
  0; 12; 163;    2;           0;   16;           K; Brightness temperature
  0; 12; 164;    2;           0;   16;           K; Instrument temperature
  0; 12; 171;    2;           0;   16;           K; Coldest cluster temperature
# Class 13 - Hygrographic and hydrological elements
  0; 13;   1;    5;           0;   14;     kg kg-1; Specific humidity
  0; 13;   2;    5;           0;   14;     kg kg-1; Mixing ratio
  0; 13;   3;    0;           0;    7;           %; Relative humidity
  0; 13;   4;   -1;           0;   10;          Pa; Vapour pressure
  0; 13;   5;    3;           0;    7;      kg m-3; Vapour density
  0; 13;   6;   -1;         -40;   16;           m; Mixing heights
  0; 13;   7;    0;           0;    7;           %; Minimum relative humidity
  0; 13;   8;    0;           0;    7;           %; Maximum relative humidity
  0; 13;  11;    1;          -1;   14;      kg m-2; Total precipitation/total water equivalent
  0; 13;  12;    2;          -2;   12;           m; Depth of fresh snow
  0; 13;  13;    2;          -2;   16;           m; Total snow depth
  0; 13;  14;    4;           0;   12;  kg m-2 s-1; Rainfall/water equivalent of snow (averaged rate)
  0; 13;  15;    7;           0;   12;       m s-1; Snowfall  (averaged rate)
  0; 13;  16;    0;           0;    7;      kg m-2; Precipitable water
  0; 13;  19;    1;          -1;   14;      kg m-2; Total precipitation past 1 hour
  0; 13;  20;    1;          -1;   14;      kg m-2; Total precipitation past 3 hours
  0; 13;  21;    1;          -1;   14;      kg m-2; Total precipitation past 6 hours
  0; 13;  22;    1;          -1;   14;      kg m-2; Total precipitation past 12 hours
  0; 13;  23;    1;          -1;   14;      kg m-2; Total precipitation past 24 hours
  0; 13;  31;    0;           0;    7;      kg m-2; Evapotranspiration
  0; 13;  32;    1;           0;    8;      kg m-2; Evaporation/evapotranspiration
  0; 13;  33;    1;           0;   10;      kg m-2; Evaporation/evapotranspiration
  0; 13;  38;    0;           0;    2;  Code_Table; Superadiabatic indicator
  0; 13;  39;    0;           0;    3;  Code_Table; Terrain type (ice/snow)
  0; 13;  41;    0;           0;    4;  Code_Table; Pasquill-Gifford stability category
  0; 13;  42;    0;         -20;    6;           K; Parcel lifted index (to 500 hPa)
  0; 13;  43;    0;         -20;    6;           K; Best lifted index (to 500 hPa)
  0; 13;  51;    0;           0;    4;  Code_Table; "Frequency group, precipitation"
  0; 13;  52;    1;          -1;   14;      kg m-2; Highest daily amount of precipitation
  0; 13;  55;    4;           0;    8;  Kg m-2 s-1; Intensity of precipitation
  0; 13;  58;    4;           0;    7;           m; Size of precipitating element
  0; 13;  59;    0;           0;    7;     Numeric; Number of flashes (thunderstorm)
  0; 13;  60;    1;         -10;   17;      kg m-2; Total accumulated precipitation
  0; 13;  71;    2;           0;   14;           m; Upstream water level
  0; 13;  72;    2;           0;   14;           m; Downstream water level
  0; 13;  73;    2;           0;   14;           m; Maximum water level
  0; 13;  80;    1;           0;   10;     pH unit; Water pH
  0; 13;  81;    3;           0;   14; Siemens m-1; Water conductivity
  0; 13;  82;    1;           0;   12;           K; Water temperature
  0; 13;  83;    6;           0;   15;      Kg m-3; Dissolved oxygen
  0; 13;  84;    0;           0;   14;       Lumen; Turbidity
  0; 13;  85;    3;           0;   14;           V; Oxydation Reduction Potential (ORP)
# Class 14 - Radiation and radiance
  0; 14;   1;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over 24 hours"
  0; 14;   2;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over period specified"
  0; 14;   3;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over 24 hours"
  0; 14;   4;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over period specified"
  0; 14;  11;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over 24 hours"
  0; 14;  12;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over period specified"
  0; 14;  13;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over 24 hours"
  0; 14;  14;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over period specified"
  0; 14;  15;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over 24 hours"
  0; 14;  16;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over period specified"
  0; 14;  17;   -3;       -2048;   12;       W m-2; Instantaneous long-wave radiation
  0; 14;  18;   -3;       -2048;   12;       W m-2; Instantaneous short-wave radiation
  0; 14;  19;    0;           0;    7;           %; Surface albedo
  0; 14;  20;   -4;           0;   15;       J m-2; "Global solar radiation, integrated over 24 hours"
  0; 14;  21;   -4;           0;   15;       J m-2; "Global radiation, integrated over period specified"
  0; 14;  22;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over 24 hours"
  0; 14;  23;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over period specified"
  0; 14;  24;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over 24 hours"
  0; 14;  25;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over period specified"
  0; 14;  26;    0;           0;    7;           %; Albedo at the top of clouds
  0; 14;  27;    0;           0;    7;           %; Albedo
  0; 14;  28;   -2;           0;   16;       J m-2; "Global solar radiation (high accuracy), integrated over period specified"
  0; 14;  29;   -2;           0;   16;       J m-2; "Diffuse solar radiation (high accuracy), integrated over period specified"
  0; 14;  30;   -2;           0;   16;       J m-2; "Direct solar radiation (high accuracy), integrated over period specified"
  0; 14;  31;    0;           0;   11;      Minute; Total sunshine
  0; 14;  32;    0;           0;   10;        Hour; Total sunshine
  0; 14;  33;    0;           0;    9;           %; Total sunshine
  0; 14;  34;    0;           0;   11;      Minute; Sunshine over period specified
  0; 14;  42;    0;           0;    7;           %; Bi-directional reflectance
  0; 14;  45;    0;           0;   11;Wm-2 sr-1 cm-1; Channel radiance
  0; 14;  51;   -3;           0;   14;       J m-2; Direct solar radiation integrated over last hour
# Class 15 - Physical/chemical constituents
  0; 15;   1;    0;           0;   10;      Dobson; Ozone
  0; 15;   2;    2;           0;   10;     Numeric; Air mass (slant path at 22 km)
  0; 15;   3;    4;           0;    9;      Pascal; Measured ozone partial pressure (sounding)
  0; 15;   4;    3;           0;   11;     Numeric; Ozone sounding correction factor
  0; 15;   5;    0;           0;   10;          DU; Ozone p
  0; 15;  11;    3;       14000;   13;  log (1/m2); Log 10 of integrated electron density
  0; 15;  15;    0;           0;   31;     Numeric; Maximum image spectral component before normalization
  0; 15;  20;    8;           0;   21;      kg m-2; Integrated 03 density
# Class 19 - Synoptic features
  0; 19;   1;    0;           0;    6;  Code_Table; Type of synoptic feature
  0; 19;   2;   -2;           0;   12;           m; Effective radius of feature
  0; 19;   3;    0;           0;    8;       m s-1; Wind speed threshold
  0; 19;   4;   -2;           0;   12;           m; Effective radius with respect to wind speeds above threshold
  0; 19;   5;    0;           0;    9; Degree_true; Direction of motion of feature
  0; 19;   6;    2;           0;   14;       m s-1; Speed of motion of feature
  0; 19;   7;   -3;           0;   12;           m; Effective radius of feature
  0; 19;   8;    0;           0;    3;  Code_Table; Vertical extent of circulation
  0; 19;   9;   -3;           0;   12;           m; Effective radius with respect to wind speeds above threshold (large storms)
  0; 19;  10;    0;           0;    4;  Code_Table; Method for tracking the centre of synoptic feature
# Class 20 - Observed phenomena
  0; 20;   1;   -1;           0;   13;           m; Horizontal visibility
  0; 20;   2;   -1;           0;    7;           m; Vertical visibility
  0; 20;   3;    0;           0;    9;  Code_Table; Present weather (see note 1)
  0; 20;   4;    0;           0;    5;  Code_Table; Past weather (1) (see note 2)
  0; 20;   5;    0;           0;    5;  Code_Table; Past weather (2) (see note 2)
  0; 20;   8;    0;           0;    5;  Code_Table; Cloud distribution for aviation
  0; 20;   9;    0;           0;    4;  Code_Table; General Weather Indicator (TAF/METAR)
  0; 20;  10;    0;           0;    7;           %; Cloud cover (total)
  0; 20;  11;    0;           0;    4;  Code_Table; Cloud amount
  0; 20;  12;    0;           0;    6;  Code_Table; Cloud type
  0; 20;  13;   -1;         -40;   11;           m; Height of base of cloud
  0; 20;  14;   -1;         -40;   11;           m; Height of top of cloud
  0; 20;  15;   -1;           0;   14;          Pa; Pressure at base of cloud
  0; 20;  16;   -1;           0;   14;          Pa; Pressure at top of cloud
  0; 20;  17;    0;           0;    4;  Code_Table; Cloud top description
  0; 20;  18;    0;           0;    2;  Code_Table; Tendency of runway visual range
  0; 20;  19;    0;           0;   72;   CCITT_IA5; Significant present or forecast weather
  0; 20;  20;    0;           0;   32;   CCITT_IA5; Significant recent weather phenomena
  0; 20;  21;    0;           0;   30;  Flag_Table; Type of precipitation
  0; 20;  22;    0;           0;    4;  Code_Table; Character of precipitation
  0; 20;  23;    0;           0;   18;  Flag_Table; Other weather phenomena
  0; 20;  24;    0;           0;    3;  Code_Table; Intensity of phenomena
  0; 20;  25;    0;           0;   21;  Flag_Table; Obscuration
  0; 20;  26;    0;           0;    4;  Code_Table; Character of obscuration
  0; 20;  27;    0;           0;    9;  Flag_Table; Phenomena occurrence
  0; 20;  31;    2;           0;    7;           m; Ice deposit (thickness)
  0; 20;  32;    0;           0;    3;  Code_Table; Rate of ice accretion
  0; 20;  33;    0;           0;    4;  Flag_Table; Cause of ice accretion
  0; 20;  34;    0;           0;    5;  Code_Table; Sea ice concentration
  0; 20;  35;    0;           0;    4;  Code_Table; Amount and type of ice
  0; 20;  36;    0;           0;    5;  Code_Table; Ice situation
  0; 20;  37;    0;           0;    5;  Code_Table; Ice development
  0; 20;  38;    0;           0;   12; Degree_true; Bearing of ice edge (see note 3)
  0; 20;  39;   -1;           0;   13;           m; Ice distance
  0; 20;  41;    0;           0;    4;  Code_Table; Airframe icing
  0; 20;  51;    0;           0;    7;           %; Amount of low clouds
  0; 20;  52;    0;           0;    7;           %; Amount of middle clouds
  0; 20;  53;    0;           0;    7;           %; Amount of high clouds
  0; 20;  61;    0;           0;   12;           m; Runway visual range (RVR)
  0; 20;  62;    0;           0;    5;  Code_Table; State of the ground (with or without snow)
  0; 20;  63;    0;           0;   10;  Code_Table; Special phenomena
  0; 20;  70;    0;           0;    7;     Numeric; Minimum number of atmospherics
  0; 20;  71;    0;           0;    4;  Code_Table; Accuracy of fix and rate of atmospherics
  0; 20;  81;    0;           0;    7;           %; Cloud amount in segment
  0; 20;  82;    0;           0;    7;           %; Amount segment cloud free
  0; 20;  90;    0;           0;    4;  Code_Table; Special clouds
# Class 21 - Radar data
  0; 21;   1;    0;         -64;    7;          dB; Horizontal reflectivity
  0; 21;   2;    0;         -64;    7;          dB; Vertical reflectivity
  0; 21;   3;    1;          -5;    7;          dB; Differential reflectivity
  0; 21;   5;    0;         -65;    6;          dB; Linear depolarisation ratio 
  0; 21;   6;    0;         -65;    6;          dB; Circular depolarisation ratio 
  0; 21;  11;    0;        -128;    8;       m s-1; Doppler mean velocity in X-direction
  0; 21;  12;    0;        -128;    8;       m s-1; Doppler mean velocity in Y-direction
  0; 21;  13;    0;        -128;    8;       m s-1; Doppler mean velocity in Z-direction
  0; 21;  14;    1;       -4096;   13;       m s-1; Doppler mean velocity (radial)
  0; 21;  17;    1;           0;    8;       m s-1; Doppler velocity spectral width
  0; 21;  21;   -3;           0;    4;           m; Echo tops 
  0; 21;  30;    0;         -32;    8;          dB; Signal to noise ratio
  0; 21;  31;    0;           0;    7;      kg m-2; Vertically integrated liquid-water content
  0; 21;  36;    7;           0;   12;       m s-1; Radar rainfall intensity 
  0; 21;  41;   -2;           0;    8;           m; Bright-band height 
  0; 21;  51;    0;        -256;    8;          dB; Signal power above 1 mW
  0; 21;  62;    2;       -5000;   13;    Decibels; Backscatter
  0; 21;  63;    1;           0;   10;           %; Radiometric resolution (noise value)
  0; 21;  64;    0;           0;    8;     Numeric; Clutter noise estimate
  0; 21;  65;    0;        -127;    8;     Numeric; Missing packet counter
  0; 21;  66;    0;           0;   12;  Flag_Table; Wave scatterometer product confidence data
  0; 21;  67;    0;           0;   13;  Flag_Table; Wind product confidence data
  0; 21;  68;    0;           0;    8;  Flag_Table; Radar altimeter product confidence data
  0; 21;  69;    0;           0;   10;  Flag_Table; SST product confidence data
  0; 21;  70;    0;           0;   23;  Flag_Table; SST product confidence data (SADIST-2)
  0; 21;  71;    0;           0;   16;     Numeric; Peakiness
  0; 21;  72;    0;           0;    4;  Flag_Table; Satellite altimeter calibration status
  0; 21;  73;    0;           0;    9;  Flag_Table; Satelllite altimeter instrument mode
  0; 21;  75;    0;           0;    8;     Numeric; Image spectrum intensity
  0; 21;  76;    0;           0;    3;  Code_Table; Representation of intensities
  0; 21;  77;    3;           0;   14;           m; Altitude correction (ionosphere)
  0; 21;  78;    3;           0;    9;           m; Altitude correction (dry troposphere)
  0; 21;  79;    3;        2000;   10;           m; Altitude correction (wet troposphere)
  0; 21;  80;    3;           0;   11;           m; Altitude correction (calibration constant)
  0; 21;  81;    3;           0;   10;           m; Open loop correction (height-time loop)
  0; 21;  82;    3;       -3000;   14;          dB; Open loop correction (auto gain control)
  0; 21;  85;    0;           0;    4;     Numeric; ATSR sea surface temperature across- track band number
  0; 21;  91;    0;        -100;    8;          dB; Radar signal Doppler spectrum 0th moment
  0; 21;  92;    0;        -100;    8;          dB; "RASS signal Doppler spectrum 0th moment, referring to RASS signal"
  0; 21; 101;    0;           0;    3;     Numeric; Number of vector ambiguities
  0; 21; 102;    0;           0;    3;     Numeric; Index of selected wind vector
  0; 21; 103;    0;           0;    5;     Numeric; Total number of sigma-0 measurements
  0; 21; 104;    3;      -30000;   15;     Numeric; Likelihood computed for solution
  0; 21; 105;    2;      -10000;   14;          dB; Normalized radar cross-section
  0; 21; 106;    3;           0;   14;     Numeric; Kp variance coefficient (Alpha)
  0; 21; 107;    8;           0;   16;     Numeric; Kp variance coefficient (Beta)
  0; 21; 109;    0;           0;   17;  Flag_Table; SEAWINDS wind vector cell quality
  0; 21; 110;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (forward of satellite)
  0; 21; 111;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (forward of satellite)
  0; 21; 112;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (aft of satellite)
  0; 21; 113;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (aft of satellite)
  0; 21; 114;    3;     -140000;   18;          dB; Kp variance coefficent (Gamma)
  0; 21; 115;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 quality
  0; 21; 116;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 mode
  0; 21; 117;    2;           0;   16;     Numeric; Sigma-0 variance quality control
  0; 21; 118;    2;      -10000;   14;          dB; Attenuation correction on sigma-0
  0; 21; 119;    0;           0;    6;  Code_Table; Wind scatterometer geophysical model function
  0; 21; 120;    3;           0;   10;     Numeric; Probability of rain
  0; 21; 121;    0;           0;    8;     Numeric; SEAWINDS NOF* rain index
  0; 21; 122;    2;      -10000;   14;          dB; Attenuation correction of sigma-0 (from tB)
  0; 21; 123;    2;      -30000;   15;          dB; SEAWINDS normalized radar cross section
# Class 22 - Oceanographic elements
  0; 22;   1;    0;           0;    9; Degree_true; Direction of waves 
  0; 22;   2;    0;           0;    9; Degree_true; Direction of wind waves 
  0; 22;   3;    0;           0;    9; Degree_true; Direction of swell waves 
  0; 22;   4;    0;           0;    9; Degree_true; Direction of current 
  0; 22;  11;    0;           0;    6;           s; Period of waves 
  0; 22;  12;    0;           0;    6;           s; Period of wind waves 
  0; 22;  13;    0;           0;    6;           s; Period of swell waves 
  0; 22;  21;    1;           0;   10;           m; Height of waves 
  0; 22;  22;    1;           0;   10;           m; Height of wind waves 
  0; 22;  23;    1;           0;   10;           m; Height of swell waves 
  0; 22;  25;    2;           0;   10;           m; Standard deviation wave height
  0; 22;  26;    2;           0;   10;           m; Standard deviation of significant wave height
  0; 22;  31;    2;           0;   13;       m s-1; Speed of current 
  0; 22;  35;    2;           0;   14;           m; Tidal elevation with respect to local chart datum
  0; 22;  36;    2;           0;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  37;    3;      -10000;   15;           m; Tidal elevation with respect to national land datum
  0; 22;  38;    3;      -10000;   15;           m; Tidal elevation with respect to local chart datum
  0; 22;  39;    3;       -5000;   12;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  40;    3;       -5000;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  41;    1;           0;   12;           K; Sea-surface temperature (15-day running mean)
  0; 22;  42;    1;           0;   12;           K; Sea/water temperature
  0; 22;  43;    2;           0;   15;           K; Sea/water temperature
  0; 22;  44;    1;           0;   14;       m s-1; Sound velocity 
  0; 22;  45;    3;           0;   19;           K; Sea/water temperature
  0; 22;  50;    2;           0;    8;           K; Standard deviation sea-surface temperature
  0; 22;  55;    0;           0;   10;     Numeric; Float cycle number
  0; 22;  56;    0;           0;    2;  Code_Table; Direction of profile
  0; 22;  61;    0;           0;    4;  Code_Table; State of the sea 
  0; 22;  62;    2;           0;   14;Part per thousand; Salinity
  0; 22;  63;    0;           0;   14;           m; Total water depth 
  0; 22;  64;    3;           0;   17;Part per thousand; Salinity
  0; 22;  65;   -3;           0;   17;          Pa; Water pressure
  0; 22;  66;    6;           0;   26;       S m-1; Water conductivity
  0; 22;  67;    0;           0;   10;  Code_Table; Instrument type for water temperature profile measurement
  0; 22;  68;    0;           0;    7;  Code_Table; Water temperature profile recorder types
  0; 22;  70;    2;           0;   13;           m; Significant wave height
  0; 22;  71;    1;           0;    9;           s; Spectral peak wave period
  0; 22;  72;    0;           0;   13;           m; Spectral peak wave length
  0; 22;  73;    2;           0;   13;           m; Maximum wave height
  0; 22;  74;    1;           0;    9;           s; Average wave period
  0; 22;  75;    0;           0;   13;           m; Average wave length
  0; 22;  76;    0;           0;    9; Degree_true; Direction from which dominant waves are coming
  0; 22;  77;    0;           0;    9;      Degree; Directional spread of dominant wave
  0; 22;  78;    0;           0;   12;           s; Duration of wave record
  0; 22;  79;    0;           0;   16;           m; Length of wave record
  0; 22;  80;    3;           0;   10;          Hz; Waveband central frequency
  0; 22;  81;    5;           0;   13;         m-1; Waveband central wave number
  0; 22;  82;    2;           0;   20;        m2 s; Maximum non-directional spectral wave density
  0; 22;  83;    2;           0;   20;          m3; Maximum non-directional spectral wave number
  0; 22;  84;    0;           0;    7;     Numeric; Band containing maximum non- directional spectral wave density
  0; 22;  85;    0;           0;    7;     Numeric; Spectral wave density ratio
  0; 22;  86;    0;           0;    9; Degree_true; Mean direction from which waves are coming
  0; 22;  87;    0;           0;    9; Degree_true; Principal direction from which waves are coming
  0; 22;  88;    2;           0;    7;     Numeric; First normalized polar coordinate from Fourier coefficients
  0; 22;  89;    2;           0;    7;     Numeric; Second normalized polar coordinate from Fourier coefficients
  0; 22;  90;    2;           0;   20;        m2 s; Non-directional spectral estimate by wave frequency
  0; 22;  91;    2;           0;   20;          m3; Non-directional spectral estimate by wave number
  0; 22;  92;    2;           0;   20;  m2 rad-1 s; Directional spectral estimate by wave frequency
  0; 22;  93;    2;           0;   20;          m4; Directional spectral estimate by wave number
  0; 22;  94;    0;           0;    7;     Numeric; Total number of wave bands
  0; 22;  95;    0;           0;    8;      Degree; Directional spread of individual waves
  0; 22;  96;    3;           0;    4;         s-1; Spectral band width
  0; 22;  97;    0;           0;   14;           m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0; 22;  98;    0;           0;   14;           m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0; 22;  99;    0;           0;    9; Degree_true; Mean direction at low wave numbers (wavelength > 731 m)
  0; 22; 100;    0;           0;    9;      Degree; Direction spread at low wave numbers(wavelength > 731 m)
  0; 22; 101;    0;           0;   31;     Numeric; Total energy (wavelength > 731m) at low wave numbers
  0; 22; 120;    0;           0;    5;  Code_Table; Tide station automated water level check
  0; 22; 121;    0;           0;    5;  Code_Table; Tide station manual water level check
  0; 22; 122;    0;           0;    5;  Code_Table; Tide station automated meteorological data check
  0; 22; 123;    0;           0;    5;  Code_Table; Tide station manual meteorological data check
  0; 22; 141;    2;           0;   15;           K; Sea-surface temperature (15-day running mean)
# Class 23 - Dispersal and transport
  0; 23;   1;    0;           0;    3;  Code_Table; Accident early notification — article applicable
  0; 23;   2;    0;           0;    5;  Code_Table; Activity or facility involved in incident
  0; 23;   3;    0;           0;    3;  Code_Table; Type of release 
  0; 23;   4;    0;           0;    3;  Code_Table; Countermeasures taken near border
  0; 23;   5;    0;           0;    2;  Code_Table; Cause of incident 
  0; 23;   6;    0;           0;    3;  Code_Table; Incident situation 
  0; 23;   7;    0;           0;    3;  Code_Table; Characteristics of release
  0; 23;   8;    0;           0;    2;  Code_Table; State of current release 
  0; 23;   9;    0;           0;    2;  Code_Table; State of expected release 
  0; 23;  16;    0;           0;    2;  Code_Table; Possibility of significant chemical toxic health effect
  0; 23;  17;    6;           0;   20;     m3 s-1 ; Flow discharge of major recipient
  0; 23;  18;    0;           0;    3;  Code_Table; Release behaviour over time
  0; 23;  19;    0;      -15000;   17;           m; Actual release height
  0; 23;  21;    0;      -15000;   17;           m; Effective release height
  0; 23;  22;    0;           0;   24;           m; Distance of release point or site of incident
  0; 23;  23;    1;           0;   12;     m s-1  ; Main transport speed in the atmosphere
  0; 23;  24;    2;           0;   13;     m s-1  ; Main transport speed in water
  0; 23;  25;    2;           0;   13;     m s-1  ; Main transport speed in ground water
  0; 23;  27;    0;           0;    9; Degree_true; Main transport direction in the atmosphere
  0; 23;  28;    0;           0;    9; Degree_true; Main transport direction in water
  0; 23;  29;    0;           0;    9; Degree_true; Main transport direction in ground water
  0; 23;  31;    0;           0;    2;  Code_Table; Possibility that plume will encounter precipitation in State in which incident occurred
  0; 23;  32;    0;           0;    2;  Code_Table; Plume will encounter change in wind direction and/or speed flag
# Class 24 - Radiological elements
  0; 24;   1;  -11;           0;   28;         Bq*; Estimate of amount of radioactivity released up to specified time
  0; 24;   2;  -11;           0;   28;          Bq; Estimated maximum potential release
  0; 24;   3;    0;           0;    5;  Code_Table; Composition of release
  0; 24;   4;    0;           0;   16;   CCITT_IA5; Element name
  0; 24;   5;    0;           0;    9;     Numeric; Isotope mass
  0; 24;  11;    2;           0;   32;     mSv*/**; Dose
  0; 24;  12;    2;           0;   32;         mSv; Trajectory dose (defined location and expected time of arrival)
  0; 24;  13;    2;           0;   32;         mSv; Gamma dose in air along the main transport path (defined location and time period)
  0; 24;  21;    2;           0;   32;      Bq m-3; Air concentration (of named isotope type including gross beta)
  0; 24;  22;    2;           0;   32;      Bq 1-1; Concentration in precipitation (of names isotope type)
  0; 24;  23;    1;           0;   14;         s-1; Pulse rate of beta radiation
  0; 24;  24;    1;           0;   14;         s-1; Pulse rate of gamma radiation
# Class 25 - Processing information
  0; 25;   1;   -1;           0;    6;           m; Range-gate length
  0; 25;   2;    0;           0;    4;     Numeric; Number of gates averaged
  0; 25;   3;    0;           0;    8;     Numeric; Number of integrated pulses
  0; 25;   4;    0;           0;    2;  Code_Table; Echo processing
  0; 25;   5;    0;           0;    2;  Code_Table; Echo integration
  0; 25;   6;    0;           0;    3;  Code_Table; Z to R conversion
  0; 25;   7;    0;           0;   12;     Numeric; Z to R conversion factor
  0; 25;   8;    2;           0;    9;     Numeric; Z to R conversion exponent
  0; 25;   9;    0;           0;    4;  Flag_Table; Calibration method
  0; 25;  10;    0;           0;    4;  Code_Table; Clutter treatment
  0; 25;  11;    0;           0;    2;  Code_Table; Ground occultation correction (screening)
  0; 25;  12;    0;           0;    2;  Code_Table; Range attenuation correction
  0; 25;  13;    0;           0;    2;  Flag_Table; Bright-band correction
  0; 25;  14;    0;           0;   12;     Numeric; Azimuth clutter cut-off (see Note)
  0; 25;  15;    0;           0;    2;  Flag_Table; Radome attenuation correction
  0; 25;  16;    5;           0;    6;      dB m-1; Clear-air attenuation correction
  0; 25;  17;    0;           0;    2;  Flag_Table; Precipitation attenuation correction
  0; 25;  18;    7;           0;    6;     Numeric; A to Z law for attenuation factor
  0; 25;  19;    2;           0;    7;     Numeric; A to Z law for attenuation exponent
  0; 25;  20;    0;           0;    2;  Code_Table; Mean speed estimation
  0; 25;  21;    0;           0;    8;  Flag_Table; Wind computation enhancement
  0; 25;  25;    1;           0;    9;           V; Battery voltage
  0; 25;  30;    0;           0;    2;  Code_Table; Running mean sea-surface temperature usage
  0; 25;  32;    0;           0;    2;  Code_Table; Wind profiler mode information*
  0; 25;  33;    0;           0;    2;  Code_Table; Wind profiler submode information*
  0; 25;  34;    0;           0;    4;  Flag_Table; Wind profiler quality control test results* 
  0; 25;  36;    0;           0;    4;  Code_Table; Atmospherics location method
  0; 25;  40;    0;           0;    4;  Code_Table; CO2 wind product derivation
  0; 25;  41;    0;           0;    2;  Code_Table; Moving platform direction reporting method
  0; 25;  42;    0;           0;    2;  Code_Table; Moving platform speed reporting method
  0; 25;  43;    4;           0;   15;           s; Wave sampling interval (time)
  0; 25;  44;    2;           0;   14;           m; Wave sampling interval (space)
  0; 25;  45;    0;           0;   21;  Flag_Table; HIRS channel combination
  0; 25;  46;    0;           0;    5;  Flag_Table; MSU channel combination
  0; 25;  47;    0;           0;    4;  Flag_Table; SSU channel combination
  0; 25;  48;    0;           0;   16;  Flag_Table; AMSU-A channel combination
  0; 25;  49;    0;           0;    6;  Flag_Table; AMSU-B channel combination
  0; 25;  51;    0;           0;    7;  Flag_Table; AVHRR channel combination
  0; 25;  53;    0;           0;   12;  Flag_Table; Observation quality
  0; 25;  60;    0;           0;   14;     Numeric; Software identification
  0; 25;  70;    0;           0;    4;     Numeric; Major frame count
  0; 25;  71;    0;           0;    5;     Numeric; Frame count
  0; 25;  75;    0;           0;    5;     Numeric; Satellite antenna corrections version number
  0; 25;  76;    8;           0;   30;     Log m-1; Log-10 of (Temperature-radiance central wavenumber) for ATOVS
  0; 25;  77;    5;     -100000;   18;     Numeric; Bandwidth correction coefficient 1 for ATOVS
  0; 25;  78;    5;           0;   17;     Numeric; Bandwidth correction coefficient 2 for ATOVS
  0; 25;  79;    4;           0;   24;       W m-2; Albedo-radiance solar filtered irradiance for ATOVS
  0; 25;  80;   10;           0;   14;           m; Albedo-radiance equivalent filter width for ATOVS
  0; 25;  85;    0;           0;    7;     Numeric; Fraction of clear pixels in HIRS FOV
  0; 25;  86;    0;           0;    2;  Code_Table; Depth correction indicator
  0; 25;  91;    3;      -18192;   13;          dB; Structure constant of the refraction index (cn2)
  0; 25;  92;    2;       28000;   14;       m s-1; Acoustic propagation velocity
  0; 25;  93;    0;           0;    8;  Flag_Table; RASS computation correction
  0; 25; 100;    5;           0;   20;     Numeric; XBT/XCTD fall rate equation coefficient a
  0; 25; 101;    5;     -500000;   21;     Numeric; XBT/XCTD fall rate equation coefficient b
# Class 26 - Non-coordinate location (time)
  0; 26;   1;    1;           0;   12;        Hour; Principal time of daily reading in UTC of maximum temperature
  0; 26;   2;    1;           0;   12;        Hour; Principal time of daily reading in UTC of minimum temperature
  0; 26;   3;    0;       -1440;   12;      Minute; Time difference
  0; 26;  10;    0;           0;   26;  Flag_Table; Hours included
# Class 27 - Non-coordinate location (horizontal - 1
  0; 27;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0; 27;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0; 27;   3;    2;       -9000;   15;      Degree; Alternate latitude (coarse accuracy)
  0; 27;   4;    5;    -9000000;   25;      Degree; Alternate latitude (high accuracy)
  0; 27;  20;    0;           0;   16;     Numeric; Satellite location counter
  0; 27;  21;    0;           0;   16;     Numeric; Satellite sublocation dimension
  0; 27;  31;    2; -1073741824;   31;           m; "In direction of 0 degrees longitude, distance from the Earth’s centre"
# Class 28 - Non-coordinate location (horizontal - 2)
  0; 28;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0; 28;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0; 28;   3;    2;      -18000;   16;      Degree; Alternate longitude (coarse accuracy)
  0; 28;   4;    5;   -18000000;   26;      Degree; Alternate longitude (high accuracy)
  0; 28;  31;    2; -1073741824;   31;           m; "In direction 90 degrees East, distance from the Earth’s centre"
# Class 29 - Map data
  0; 29;   1;    0;           0;    3;  Code_Table; Projection type
  0; 29;   2;    0;           0;    3;  Code_Table; Co-ordinate grid type
# Class 30 - Image
  0; 30;   1;    0;           0;    4;     Numeric; Pixel value (4 bits)
  0; 30;   2;    0;           0;    8;     Numeric; Pixel value (8 bits)
  0; 30;   4;    0;           0;   16;     Numeric; Pixel value (16 bits)
  0; 30;  21;    0;           0;   12;     Numeric; Number of pixels per row
  0; 30;  22;    0;           0;   12;     Numeric; Number of pixels per column
  0; 30;  31;    0;           0;    4;  Code_Table; Picture type
  0; 30;  32;    0;           0;   16;  Flag_Table; Combination with other data
# Class 31 - Data description operator qualifiers (this class does not exist in CREX
  0; 31;   0;    0;           0;    1;     Numeric; Short delayed descriptor replication factor
  0; 31;   1;    0;           0;    8;     Numeric; Delayed descriptor replication factor
  0; 31;   2;    0;           0;   16;     Numeric; Extended delayed descriptor replication factor
  0; 31;  11;    0;           0;    8;     Numeric; Delayed descriptor and data repetition factor
  0; 31;  12;    0;           0;   16;     Numeric; Extended delayed descriptor and data repetition factor
  0; 31;  21;    0;           0;    6;  Code_Table; Associated field significance
  0; 31;  31;    0;           0;    1;  Flag_Table; Data present indicator
# Class 33 - Quality information
  0; 33;   2;    0;           0;    2;  Code_Table; Quality information
  0; 33;   3;    0;           0;    3;  Code_Table; Quality information
  0; 33;   7;    0;           0;    7;           %; Per cent confidence
  0; 33;  20;    0;           0;    3;  Code_Table; Quality control indication of following value
  0; 33;  21;    0;           0;    2;  Code_Table; Quality of following value
  0; 33;  22;    0;           0;    2;  Code_Table; Quality of buoy satellite transmission
  0; 33;  23;    0;           0;    2;  Code_Table; Quality of buoy location
  0; 33;  24;    0;           0;    4;  Code_Table; Station elevation quality mark (for mobile stations)
  0; 33;  25;    0;           0;    3;  Code_Table; ACARS interpolated values
  0; 33;  26;    0;           0;    6;  Code_Table; Moisture quality
  0; 33;  27;    0;           0;    3;  Code_Table; Location quality class (range of radius of 66 % confidence)
  0; 33;  30;    0;           0;   24;  Flag_Table; Scan line status flags for ATOVS
  0; 33;  31;    0;           0;   24;  Flag_Table; Scan line quality flags for ATOVS
  0; 33;  32;    0;           0;   24;  Flag_Table; Channel quality flags for ATOVS
  0; 33;  33;    0;           0;   24;  Flag_Table; Field of view quality flags for ATOVS
  0; 33;  35;    0;           0;    4;  Code_Table; Manual/automatic quality control
  0; 33;  36;    0;           0;    7;           %; Nominal confidence threshold
  0; 33;  37;    0;           0;   20;  Flag_Table; Wind correlation error
  0; 33;  40;    0;           0;    7;           %; Confidence interval
  0; 33;  41;    0;           0;    2;  Code_Table; Attribute of following value
# Class 35 - Data monitoring information
  0; 35;   0;    0;           0;   10;  Code_Table; FM and regional code number
  0; 35;   1;    0;           0;    3;  Code_Table; Time-frame for monitoring
  0; 35;  11;    0;           0;   14;     Numeric; Number of reports actually received
  0; 35;  21;    0;           0;   48;   Character; Bulletin being monitored (TTAAii)
  0; 35;  22;    0;           0;   48;   Character; Bulletin being monitored (YYGGgg)
  0; 35;  30;    0;           0;    4;  Code_Table; Discrepancies in the availability of expected data
  0; 35;  31;    0;           0;    7;  Code_Table; Qualifier on monitoring results
  0; 35;  32;    0;           0;    4;  Code_Table; Cause of missing data
  0; 35;  33;    0;           0;    7;  Code_Table; Observation and collection deficiencies
  0; 35;  34;    0;           0;    3;  Code_Table; Statistical trends for availability of data (during the survey period(s))
grads-2.0.1/data/tables/B3M-000-009-A0000644000175000017500000001005107750236075017424 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3M-000-009-D0000644000175000017500000023037207750236075017441 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabD-11-2000.txt
# Master Table D Version 9
#
#-----------------------------------------------------
# F X Y --> Table D descriptor being defined
#      F X Y --> 
#      F X Y --> descriptors defining sequence for
#      F X Y --> corresponding Table D descriptor
#      -1 --> end of sequence designator
#------------------------------------------------------
#  Category 00 - BUFR table entries sequences
  3   0   2
      0   0   2  "Table A category, line 1"
      0   0   3  "Table A category, line 2"
     -1
  3   0   3
      0   0  10  "F,  part descriptor"
      0   0  11  "X,  part descriptor"
      0   0  12  "Y,  part descriptor"
     -1
  3   0   4
      3   0   3
      0   0  13  "Element name, line 1"
      0   0  14  "Element name, line 2"
      0   0  15  Units name
      0   0  16  Units scale sign
      0   0  17  Units scale
      0   0  18  Units reference sign
      0   0  19  Units reference value
      0   0  20  Element data width
     -1
  3   0  10
      3   0   3  Table D descriptor to be defined
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      0   0  30  Descriptor defining sequence
     -1
#  Category 01 - Location and Identification sequences
  3   1   1
      0   1   1  WMO block number
      0   1   2  WMO station number
     -1
  3   1   2
      0   1   3  WMO Region number
      0   1   4  WMO Region sub-area
      0   1   5  Buoy/platform identifier
     -1
  3   1   3
      0   1  11  Ship's call sign
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
     -1
  3   1  11
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
     -1
  3   1  12
      0   4   4  Hour
      0   4   5  Minute
     -1
  3   1  13
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
     -1
  3   1  21
      0   5   1  Latitude  - high accuracy
      0   6   1  Longitude - high accuracy
     -1
  3   1  22
      0   5   1  Latitude - high accuracy
      0   6   1  Longitude - high accuracy
      0   7   1  Height of station
     -1
  3   1  23
      0   5   2  Latitude - coarse accuracy
      0   6   2  Longitude - coarse accuracy
     -1
  3   1  24
      0   5   2  Latitude - coarse accuracy
      0   6   2   - coarse accuracy
      0   7   1  Height of station
     -1
  3   1  25
      3   1  23  Latitude and longitude (coarse accuracy)
      0   4   3  Day
      3   1  12  Time
     -1
  3   1  26
      3   1  21  Latitude and longitude (high accuracy)
      0   4   3
      0   4   3  (Time period in days)
      0   4   4
      0   4   4  (Time period in hours)
      0   4   5
      0   4   5  (Time period in minutes)
     -1
  3   1  31
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high  accuracy), height of station"
     -1
  3   1  32
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Buoy/platform — fixed)
  3   1  33
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  34
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — moving)
  3   1  35
      0   1   5  Buoy/platform identifier
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Ship)
  3   1  36
      3   1   3  Ship's call sign and motion
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Land station for vertical soundings)
  3   1  37
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high accuracy), height of station"
     -1
#  (Land station for vertical soundings)
  3   1  38
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Ship for vertical soundings)
  3   1  39
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
  3   1  40
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
  3   1  41
      0   1   7  Satellite identifier
      0   2  21  Satellite instrument data used in processing
      0   2  22  Satellite data processing technique used
      3   1  11  Date
      3   1  12  Time
     -1
  3   1  42
      3   1  41  "Satellite identifier, data used, and data processing technique; date/time"
      3   1  21  "Latitude, longitude"
     -1
  3   1  43
      0   1   7  Satellite identifier
      0   2  23  Cloud motion computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
  3   1  44
      0   1   7  Satellite identifier
      0   2  24  Integrated mean humidity computational method
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  (Satellite location and velocity)
  3   1  45
      3   1  11  "Year, month, day"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   4  30  Location relative to the Earth’s centre
      3   4  31  Velocity relative to the Earth’s centre
     -1
  3   1  46
      0   1   7  Satellite identifier
      0   1  12  Direction of motion of moving observing platform
      0   2  48  Satellite sensor indicator
      0  21 119  Wind scatterometer geophysical model function
      0  25  60  Software identification
      2   2 124  Change scale
      0   2  26  Cross-track resolution
      0   2  27  Along-tract resolution
      2   2   0  Change scale back to Table B
      0   5  40  Orbit number
     -1
#  (ERS product header)
  3   1  47
      0   1   7  Satellite identifier
      0  25  60  Software identification
      0   1  33  Originating/generating centre
      0   1  34  Originating/generating sub-centre
      0   1  12  Direction of motion of moving observation platform
      3   1  45  Satellite location and velocity
      0   2  21  Satellite instrument data used in processing
      3   1  11  "Date (year, month, day)"
      3   1  12  "Time (hour, minute)"
      2   1 138  Change bit width to 16 bits
      2   2 131  Change scale to 3
      0   4   6  Second
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
      3   1  23  "Location (latitude, longitude)"
     -1
#  (Radar parameters)
  3   1  48
      0   2 104  Antenna polarization
      0   2 121  Mean frequency
      0   2 113  Number of azimuth looks
      0   2  26  Cross-track resolution
      0   2  27  Along-track resolution
      0   2 111  Radar incidence angle
      0   2 140  Satellite radar beam azimuth angle
      2   2 127  Change scale to –1
      0   1  13  Radar platform velocity
      2   2 126  Change scale to –2
      0   7   1  Radar platform altitude
      2   2   0  Change scale to Table B
      0  25  10  Clutter treatment
      0  21  64  Clutter noise estimate
     -1
#  (Radar beam data)
  3   1  49
      0   2 111  Radar incidence angle
      0   2 112  Radar look angle
      0  21  62  Backscatter
      0  21  63  Radiometric resolution (Noise value)
      0  21  65  Missing packet counter
     -1
  3   1  51
      0   1   6  Aircraft identifier
      0   2  61  Navigational system
      3   1  11  Date
      3   1  12  Time
      3   1  21  "Latitude, longitude"
      0   8   4  Phase of aircraft flight
     -1
  3   1  55
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
     -1
#  (Radar location(s))
  3   1  62
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   1   1  WMO block and station number
     -1
#  (ACARS identification)
  3   1  65
      0   1   6  Aircraft flight number (see Note)
      0   1   8  Aircraft registration number (see Note)
      0   2   1  Type of station
      0   2   2  Type of instrumentation for wind measurement
      0   2   5  Precision of temperature observation
      0   2  62  Type of aircraft data relay system
      0   2  70  Original specification of latitude/longitude
      0   2  65  ACARS ground receiving station
     -1
#  (ACARS location)
  3   1  66
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  23  Latitude and longitude (coarse accuracy)
      0   7   4  Pressure
      0   2  64  Aircraft roll angle quality
      0   8   4  Phase of aircraft flight
     -1
#  (Satellite identifier/Generating resolution)
  3   1  71
      0   1   7  Satellite identifier
      0   1  31  Generating centre
      0   2  20  Satellite classification
      0   2  28  Segment size at nadir in X direction
      0   2  29  Segment size at nadir in Y direction
     -1
#  (Satellite identification)
  3   1  72
      3   1  71  "Satellite identification, Generation resolution"
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  Category 02 - Meteorological sequences common to surface data
  3   2   1
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (High altitude station)
  3   2   2
      0  10   4  Pressure (at station level)
      0   7   4  Pressure level
      0  10   3  Geopotential of pressure level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
  3   2   3
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Temperature (2 m)
      0  12   6  Dew point (2 m)
      0  13   3  Relative humidity
      0  20   1  Horizontal visibility
      0  20   3  Present weather
      0  20   4  Past weather (1)
      0  20   5  Past weather (2)
     -1
#  (General cloud information)
  3   2   4
      0  20  10  Cloud cover (total)
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  13  Height of base of cloud
      0  20  12  Cloud type
      0  20  12  Cloud type
      0  20  12  Cloud type
     -1
  3   2   5
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0  20  13  Height of base of cloud
     -1
  3   2   6
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  62  24-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (Low altitude station)
  3   2  11
      3   2   1  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud layer
     -1
#  (High altitude station)
  3   2  12
      3   2   2  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud information
     -1
  3   2  13
      3   2   6  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   2   5  Cloud layer information
     -1
  3   2  21
      0  22   1  Direction of waves
      0  22  11  Period of waves
      0  22  21  Height of waves
     -1
  3   2  22
      0  22   2  Direction of wind waves
      0  22  12  Period of wind waves
      0  22  22  Height of wind waves
     -1
  3   2  23
      0  22   3  Direction of swell waves
      0  22  13  Period of swell waves
      0  22  23  Height of swell waves
     -1
  3   2  24
      3   2  22  Wind waves
      1   1   2  Replicate 1 descriptor 2 times
      3   2  23  Swell waves (2 systems of swell)
     -1
  3   2  51
      0  10   4  Pressure
      0  10  51  Pressure reduced to mean sea level
      0   7   4  Pressure (vertical location)
      0  10   3  Geopotential
      0  12   4  Dry-bulb temperature at 2 m
      0  12  51  Standard deviation temperature
      0  12  16  "Maximum temperature at 2 m, past 24 hours"
      0  12  17  "Minimum temperature at 2 m, past 24 hours"
      0  13   4  Vapour pressure
      1   2   4  Replicate 2 descriptors 4 times
      0   8  51  Qualifier for number of missing values in calculation of statistic
      0   8  20  Total number of missing entities (with respect to accumulation or average)
     -1
#  Category 03 - Meteorological sequences common to vertical soundings data
  3   3   1
      0   7   3  Geopotential
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   2
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   3
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
     -1
  3   3   4
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  11
      0   7   3  Geopotential
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  12
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  13
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  13   3  Relative humidity
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  14
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  21
      0   7   4  Pressure (1)
      0   7   4  Pressure (2)     defines layer
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
     -1
  3   3  22
      3   3  21  "Layer, quality"
      0  10   3  Geopotential (layer mean thickness)
      2   4   0  Cancel the added associated field
     -1
  3   3  23
      3   3  21  "Layer, quality"
      0  12   1  Temperature (layer mean)
      2   4   0  Cancel the added associated field
     -1
  3   3  24
      3   3  21  "Layer, quality"
      0  13  16  Precipitation water
      2   4   0  Cancel the added associated field
     -1
  3   3  25
      0   2  25  Satellite channel
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12  63  Brightness temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  26
      0   7   4  Pressure
      0   8   3  Vertical significance
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12   1  Temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  27
      0   7   4  Pressure
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  10   3  Geopotential
      2   4   0  Cancel the added associated field
     -1
  3   3  31
      0   7   4  Pressure
      0   8   3  Vertical significance (base of sounding)
      0   7  21  Elevation (local zenith)
      0   7  22  Solar elevation (solar zenith)
      0   8  12  Land/sea qualifier
      0  12  61  Skin temperature
     -1
  3   3  32
      0  20  11  Cloud amount
      0  20  16  Pressure at top of cloud
     -1
  3   3  33
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at the top of cloud
     -1
#  (Wind sequence)
  3   3  41
      0   2 152  Geostationary satellite instrument used
      0   2  23  Cloud motion computational method
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  71  Coldest cluster T
     -1
#  Category 04 - Meteorological sequences common to satellite observations
  3   4   1
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   2
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   3
      0   8   3  Vertical significance
      0  12   1  Temperature
     -1
  3   4   4
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  20  10  Cloud cover (total)
      0  12   1  Temperature
     -1
  3   4   5
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure(1)
      0   7   4  Pressure (2)    defines layer
      0  13   3  Relative humidity
     -1
  3   4   6
      0  14   1  Outgoing long-wave radiation
      0  14   1  Incoming long-wave radiation
      0  14   3  Outgoing short-wave radiation
     -1
#  (GOES-I/M info)
  3   4  11
      0   2 163  Height assignment method
      0   2 164  Tracer correlation method
      0   8  12  Land/sea qualifier
      0   7  24  Satellite zenith angle
      0   2  57  Origin of first guess information
      0   8  21  Time significance
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   8  21  Time significance
      0   4  24  Time period or displacement
      1  10   4  Replicate 10 descriptors 4 times
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0  11   1  Wind direction
      0  11   2  Wind speed
      1   3  10  Replicate 3 descriptors 10 times
      0   2 163  Height assignment method
      0   7   4  Pressure
      0  12   1  Temperature
     -1
#  (Location of platform)
  3   4  30
      0  27  31  "In direction of 0 degree longitude, distance from the Earth’s centre"
      0  28  31  "In direction of 90 degrees East longitude, distance from the Earth’s centre"
      0  10  31  "In direction of North Pole, distance from Earth’s centre"
     -1
#  (Speed of platform)
  3   4  31
      0   1  41  Absolute platform velocity – first component
      0   1  42  Absolute platform velocity – second component
      0   1  43  Absolute platform velocity – third component
     -1
#  (Cloud fraction)
  3   4  32
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  20  81  Cloud amount in segment
      0  20  82  Amount segment cloud free
      0  20  12  Cloud type
     -1
#  (Clear sky radiance)
  3   4  33
      0   2 152  Satellite instrument used in data processing
      0   2 166  Radiance type
      0   2 167  Radiance computational method
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  75  Spectral radiance
      0  12  76  Radiance
      0  12  63  Brightness temperature
     -1
#  0
  3   4  34
      1   2   4  Replicating next two descriptors 4 times
      0  27   1  Latitude (high accuracy)
      0  28   1  Longitude (high accuracy)
      0   7  22  Solar elevation
      0   5  43  Field of view number
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at top of cloud
      0  33   3  Quality information table
      0  10  40  Number of retrieved layers
     -1
#  Category 06 - Meteorological or oceanographic sequences common to oceanographic observations
  3   6   1
      0   2  32  Indicator for digitization
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  42  Subsurface sea temperature
     -1
  3   6   2
      0   2  31  Method of current measurement
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
  3   6   3
      0   2   2  Wind instrumentation
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Dry-bulb temperature (2 m)
     -1
  3   6   4
      0   2  32  Indicator for digitization
      0   2  33  Method of salinity/depth measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  43  Subsurface sea temperature
      0  22  62  Salinity
     -1
  3   6   5
      0   2  31  Method of current measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
#  (Under water sounding (optional) parameters)
  3   6   6
      3   6   3  Surface wind and temperature
      3   6   2  Current
      0  22  63  Total water depth
     -1
#  (Buoy spare block parameters)
  3   6   7
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
      3   6   8  Buoy instrumentation
      0   4  24  Time period
      0  27   3  Alternate latitude
      0  28   3  Alternate longitude
     -1
#  (Buoy instrumentation parameters)
  3   6   8
      0   2  34  Drogue type
      0   2  35  Cable length
      0   2  36  Buoy type
     -1
  3   6  23
      0   1  15  Station or site name
      3   1  23  "Latitude, longitude"
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal level with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
     -1
#  Category 07 - Surface report sequences (land)
#  (Low altitude station)
  3   7   1
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   2
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   3
      3   7   1  Location (high accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   4
      3   7   2  Location (coarse accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   5
      3   7   1  Location (high accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (Low altitude station)
  3   7   6
      3   7   2  Location (coarse accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (High altitude station)
  3   7   7
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  12  Basic surface report
     -1
#  (High altitude station)
  3   7   8
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  12  Basic surface report
     -1
  3   7   9
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  13  Basic surface report
     -1
#  (Main part of data for representation of METAR/SPECI code in BUFR)
  3   7  11
      0   1  63  ICAO location indicator - CCCC
      0   2   1  Type of station -(AUTO)
      3   1  11  "Year, month, day (YY)"
      3   1  12  "GG, gg"
      3   1  24  "Latitude-longitude (coarse accuracy), height of station"
      0   7   6  Height above station (= height of an anemometer)
      0  11   1  Wind direction - ddd
      0  11  16  Extreme counterclockwise wind direction of a variable wind - dndndn
      0  11  17  Extreme clockwise wind direction of a variable wind - dxdxdx
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0   7   6  Height above station (= height of a thermometer)
      0  12   1  Temperature - T´T´
      0  12   3  Dew-point temperature - T´dT´d
      0  10  52  Altimeter setting (QNH) - PHPHPHPH
      0  20   9  General Weather Indicator TAF/METAR
     -1
#  (DvVVVV)
  3   7  12
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Number of replication (up to 3)
      0   8  23  First order statistics
      0   5  21  Direction of visibility observed - Dv
      0  20   1  Horizontal visibility - WW
     -1
#  (DRDRVRVRVRVR)
  3   7  13
      1   6   0  Delayed replication of 6 descriptors
      0  31   1  Number of replication (up to 4)
      0   1  64  Runway designator - DrDr
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VrVrVrVr
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VrVrVrVr
      0  20  18  Tendency of runway visual range
     -1
#  (w´w´)
  3   7  14
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  19  Significant present weather - w´w´
     -1
#  (Clouds group(s))
  3   7  15
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      3   2   5  "(NsNsNs, CC, hshshs)"
      0  20   2  Vertical visibility - VVhshshs
     -1
#  (REw´w´)
  3   7  16
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  20  Significant recent weather phenomena - REw´w´
     -1
#  (Wind shear on runways(s))
  3   7  17
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      0  11  70  Runway designator of the runway affected by wind shear (including ALL) - WS WYDRDR
     -1
#  (Trend-type landing forecast)
  3   7  18
      0   8  16  Change qualifier of a trend-type - TTTTT
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Number of replication (up to 2)
      0   8  17  Qualifier of the time when the forecast - TT
      3   1  12  "GG, gg"
      1   4   0  Delayed replication of 4 descriptor
      0  31   1  Number of replication (up to 1)
      0   7   6  Height above station
      0  11   1  Wind direction - ddd
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0  20   9  General Weather Indicator
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 1)
      0  20   1  Horizontal visibility - WW
      3   7  14  w´w´
     -1
#  (Short METAR/SPECI)
  3   7  20
      3   7  11  Main part of data
      3   7  14  w´w´
      3   7  16  REw´w´
     -1
#  (Total sequence for representation of METAR/SPECI code in BUFR)
  3   7  21
      3   7  11  Main part of data
      3   7  12  DvVVVV
      3   7  13  DRDRVRVRVRVR
      3   7  14  w´w´
      3   7  15  Clouds group(s)
      3   7  16  REw´w´
      3   7  17  Wind shear on runway(s)
      3   7  18  Trend-type landing forecast
      3   7  15  Clouds group(s)
     -1
#  Category 08 - Surface report sequences (sea)
#  (Buoy/platform — fixed)
  3   8   1
      3   1  33  "Identification, type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — fixed)
  3   8   2
      3   1  34  "Identification, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — moving)
  3   8   3
      3   1  35  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Ship)
  3   8   4
      3   1  36  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
  3   8   5
      3   8   4  Basic ship report
      3   2  24  Wind waves and swell waves
     -1
#  (Buoy Section 1 optional parameters)
  3   8   6
      0  10   4  Pressure
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   4  Dry-bulb temperature at 2 m
      0  13   3  Relative humidity
      0  22  42  Sea temperature
     -1
  3   8   7
      3   1  55  "Identification, movement type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0   7  62  Depth below sea/water surface
      0  22  42  Sea/water temperature
     -1
#  Category 09 - Vertical sounding sequences (conventional data)
#  (Vertical wind profile)
  3   9   1
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   2
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   3
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical wind profile)
  3   9   4
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9   5
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with relative humidity)
  3   9   6
      3   1  38  "Identification, etc. (land station, coarse  accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   7
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   8
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  11
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  12
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  13
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  14
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  15
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  16
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  17
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  18
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Wind profiler — wind data sounding)
  3   9  19
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Wind profiler — Cartesian coordinates)
  3   9  20
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   7   3  Geopotential
      0  11   3  u-component
      0  11   4  v-component
      0  11   5  w-component
     -1
#  Category 10 - Vertical sounding sequences (satellite data)
#  (Satellite — brightness temperature)
  3  10   1
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1  26  Replicate 1 descriptor 26 times
      3   3  25  Satellite channel and brightness temperature
     -1
#  (Satellite — low level)
  3  10   2
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   9  Replicate 1 descriptor 9 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — high level)
  3  10   3
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   6  Replicate 1 descriptor 6 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — precipitable water)
  3  10   4
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   3  Replicate 1 descriptor 3 times
      3   3  24  Precipitable water
     -1
  3  10   5
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  25  Satellite channel and brightness temperature
     -1
  3  10   6
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  23  Layer mean temperature
     -1
  3  10   7
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  24  Precipitable water
     -1
#  (ATOVS HIRS report)
  3  10   8
      3  10  11  ATOVS field of view variables
      1   1  19  Replicate 1 descriptor 19 times
      3  10  12  ATOVS channel variables
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  79  Albedo-radiance solar filtered irradiance for ATOVS
      0  25  80  Albedo-radiance equivalent filter width for ATOVS
      0  33  32  Channel quality flags for ATOVS
      0  14  45  Channel radiance
     -1
#  (ATOVS AMSU-A report)
  3  10   9
      3  10  11  ATOVS field of view variables
      1   1  15  Replicate 1 descriptor 15 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS AMSU-B report)
  3  10  10
      3  10  11  ATOVS field of view variables
      1   1   5  Replicate 1 descriptor 5 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS field of view variables)
  3  10  11
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   1   7  Satellite identification
      0   2  48  Satellite sensor indicator
      0   5  40  Orbit number
      0  25  75  Satellite antenna corrections version number
      2   1 133  Change width
      0   5  41  Scan line number
      2   1   0  Change width
      0   5  43  Field of view number
      0  25  70  Major frame count
      0  33  30  Scan line status flags for ATOVS
      0  33  31  Scan line quality flags for ATOVS
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      2   2 131  Change scale
      2   1 138  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2   0  Change scale
      0   5   1  Latitude
      0   6   1  Longitude
      2   2 126  Change scale
      0   7   1  Height of station
      2   2   0  Change scale
      0   7  24  Satellite zenith angle
      0   5  21  Satellite azimuth
      0   7  25  Solar zenith angle
      0   5  22  Solar azimuth
      0  33  33  Field of view quality flags for ATOVS
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
     -1
#  (ATOVS channel variables)
  3  10  12
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  76  Log–10 of (temperature-radiance central wavenumber) for ATOVS
      0  25  77  Bandwidth correction coefficient 1 for ATOVS
      0  25  78  Bandwidth correction coefficient 2 for ATOVS
      0  33  32  Channel quality flags for ATOVS
      2   1 132  Change width
      2   2 129  Change scale
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (AVHRR (GAC) report)
  3  10  13
      0   1   7  Satellite ID
      0   5  40  Orbit number
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   5   1  Latitude
      0   6   1  Longitude
      0   7  25  Solar zenith angle
      0   5  43  Field of view number
      0  25  85  Fraction of clear pixels in HIRS field of view
      2   1 131  Change width
      2   2 129  Change scale
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      2   2   0  Change scale
      2   1   0  Change width
      2   1 132  Change width
      2   2 129  Change scale
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (Satellite — geostationnary wind data)
  3  10  14
      3   1  72  "Satellite identification, date, time, latitude, longitude"
      3   3  41  Wind sequence
      3   4  11  GOES-I/M information
     -1
#  (Meteosat radiace data)
  3  10  15
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1   3  Replicate next descriptor 3 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1   3  Replicate next descriptor 3 times
      3   4  33  Clear sky radiance
     -1
#  (Meteosat Second Generation (MSG) radiance data)
  3  10  16
      3   1  72  Satellite identification
      0   7  24  Satellite zenith angle
      0  10   2  Height
      3   3  41  Wind sequence
      1   1  12  Replicate next descriptor 12 times
      3   4  32  Cloud fraction
      0   2 152  Satellite instrument used in data processing
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure
      0   7   4  Pressure
      0  13   3  Relative humidity
      1   1  12  Replicate next descriptor 12 times
      3   4  33  Clear sky radiance
     -1
#  (Retrieved ozone data)
  3  10  20
      3  10  22
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  21  "Lat., long. (high accuracy)"
      3   4  34
      3  10  21
     -1
  3  10  21
      1   8   0  Delayed replication of 8 next descriptors
      0  31   1  Delayed descriptor replication factor
      2   1 131  Change data width
      2   2 129  Change scale
      0   7   4  Pressure
      0   7   4  Pressure
      2   2   0  Change scale to Table B
      2   1   0  Change data width to Table B
      0  15  20  Integrated 03 density
      0  10   2  Height
     -1
  3  10  22
      0   1   7  Satellite identifier
      0   2  19  Satellite instrument used
      0   1  33  Identification of originating/generating centre
      0   2 172  Product type for retrieved atmospheric gases
     -1
#  Category 11 - Single level report sequences (conventional data)
#  (Aircraft reports)
  3  11   1
      3   1  51  "ASDAR aircraft identifier, navigational system, date/time, position, phase of aircraft flight"
      0   7   2  Altitude
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  11  31  Degree of turbulence
      0  11  32  Height of base of turbulence
      0  11  33  Height of top of turbulence
      0  20  41  Airframe icing
     -1
#  (ACARS reports)
  3  11   2
      3   1  65  ACARS identification
      3   1  66  ACARS location
      3  11   3  ACARS standard reported variables
      3  11   4  ACARS supplementary reported variables
     -1
#  (ACARS standard reported variables)
  3  11   3
      0  10  70  Indicated aircraft altitude
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   1  Temperature/dry-bulb temperature
      0  13   2  Mixing ratio
     -1
#  (ACARS supplementary reported variables)
  3  11   4
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  34  Vertical gust velocity
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  35  Vertical gust acceleration
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  75  Mean turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  76  Peak turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  25  ACARS interpolated values
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  26  Mixing ratio quality
     -1
#  Category 12 - Single level report sequences (satellite data)
  3  12   1
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   1  "Cloud top pressure, temperature, wind"
     -1
  3  12   2
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   2  "Cloud top pressure, wind"
     -1
  3  12   3
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   3  Surface temperature
     -1
  3  12   4
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   4  Cloud cover
     -1
  3  12   5
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      0  20  14  Height of top of cloud
     -1
  3  12   6
      3   1  44  "Satellite identifier, instrumentation, location, date/time"
      3   4   5  Layer mean relative humidity
     -1
  3  12   7
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   6  Radiation
     -1
#  "(Orbital information, Part I)"
  3  12  10
      0   1   7  Satellite identifier
      0   5  40  Orbit number
      0   2  21  Satellite instrumentation
      0   5  41  Scan line number
      0   4   1  Year
      0   4  43  Day of year
     -1
#  "(Orbital information, Part II)"
  3  12  11
      2   2 131  Change scale
      2   1 149  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2 126  Change scale
      0  10   2  Height
      2   2   0  Change scale
      0   5  43  Field of view number
      0   5  53  Field of view number increment
     -1
#  (HIRS brightness temperatures — channels 1–19)
  3  12  12
      2   2 129  Change scale
      2   1 132  Change width
      1   1  19  Replicate 1 descriptor 19 times
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS brightness temperatures — channel 20)
  3  12  13
      0   5  42  Channel number
      2   2 129  Change scale
      2   1 135  Change width
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS satellite data)
  3  12  14
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      1   5  56  Replicate 5 descriptors 56 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      3  12  12  HIRS brightness temperatures — channels 1–19
      3  12  13  HIRS brightness temperature — channel 20
     -1
#  (MSU brightness temperatures — channels 1–4)
  3  12  15
      1   9  11  Replicate 9 descriptors 11 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   4  Replicate 1 descriptor 4 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (MSU satellite data)
  3  12  16
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  15  MSU brightness temperatures — channels 1–4
     -1
#  (SSU brightness temperatures — channels 1–3)
  3  12  17
      1   9   8  Replicate 9 descriptors 8 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   3  Replicate 1 descriptor 3 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (SSU satellite data)
  3  12  18
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  17  SSU brightness temperatures — channels 1–3
     -1
#  (Wave scatterometer product with width change for wave number (spectral))
  3  12  19
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalisation
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   6  12  Repeat next 6 descriptors 12 times
      2   1 129  Change width to 14 bits
      0   6  30  Wave number (spectral)
      2   1   0  Change width to Table B
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Image spectrum intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wave scatterometer product)
  3  12  20
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalization
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   4  12  Repeat next 4 descriptors 12 times
      0   6  30  Wave number (spectral)
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Spectral intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wind scatterometer product)
  3  12  21
      3   1  47  Product header
      1   1   3  Repeat 1 descriptor 3 times
      3   1  49  Radar beam data
      0  11  12  Wind speed at 10 m
      0  11  11  Wind direction at 10 m
      0  21  67  Wind product confidence data
     -1
#  (Radar altimeter product)
  3  12  22
      3   1  47  Product header
      0   8  22  Number in average
      0  11  12  Wind speed
      0  11  50  Standard deviation of horizontal wind speed
      0  22  70  Significant wave height
      0  22  26  Standard deviation of significant wave height
      3  12  41  Altitude
      0  10  50  Standard deviation of altitude
      0  21  68  Radar altimeter product confidence data
      0  21  71  Peakiness
      0  21  72  Altimeter calibration status
      0  21  73  Altimeter instrument mode
      3  12  42  Altitude corrections
      0  21  62  Backscatter
      0  15  11  Log 10 of integrated electron density
     -1
#  (ATSR sea surface temperature product)
  3  12  23
      3   1  47  Product header
      1   3   3  Repeat 3 descriptors 3 times
      0   8  22  Number in average
      0  12  61  Skin temperature
      0  22  50  Standard deviation of sea surface temperature
      0  21  69  SST product confidence data
      0  21  85  ATSR sea surface temperature across-track band number
     -1
#  (Wave scatterometer product enhanced)
  3  12  24
      3  12  20  (Wave scatterometer product)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode signification – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Wave scatterometer enhanced product (with change of width for wave number (spectral))
  3  12  25
      3  12  19  Wave scatterometer product with width change for wave
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode significance – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (QUIKSCAT data)
  3  12  26
      3   1  46
      3   1  11  Data
      3   1  13  Time
      3   1  23  Location
      3  12  31
      1   1   4  Replicate 1 descriptor 4 times
      3  12  30
      0  21 110  Number of inner-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 111  Number of outer-beam sigma-0 (forward of satellite)
      3   1  23  Location
      3  21  27
      0  21 112  Number of inner-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
      0  21 113  Number of outer-beam sigma-0 (aft of satellite)
      3   1  23  Location
      3  21  27
     -1
#  (ATSR SST Product (SADIST-2))
  3  12  27
      3   1  47  ERS product header
      1   5   9  Repeat next 5 descriptors 9 times
      3   1  23  Location (coarse Latitude + Longitude) of 10-arcmin cell
      0   7  21  Elevation: Incidence angle Nadir view [set to zero]
      0  12  61  Skin temperature: SST [Nadir-only view]
      0   7  21  Elevation: Incidence angle Dual view [set to 'missing']
      0  12  61  Skin temperature: SST [Dual view]
      0  21  85  ATSR SST across-track band number [0-9]
      0  21  70  SST product confidence data (SADIST-2) [23-bit flag]
     -1
#  (SEAWINDS QUIKSCAT data)
  3  12  28
      3   1  46
      3   1  11
      3   1  13
      3   1  23
      0   8  25  Time difference qualifier
      2   1 136  Change data width
      0   4   6  Second
      2   1   0  Change data width back to Table B
      3  12  31
      3  12  32
      1   1   4  Next descriptor replicated four times
      3  12  30
      1   1   2  Next descriptor replicated two times
      3  12  33
      0  21 110  Number of inner-beam sigma-0 (forward of satellite)
      3   1  23
      3  21  28
      0  21 111  Number of outer-beam sigma-0 (forward of satellite)
      3   1  23
      3  21  28
      0  21 112  Number of inner-beam sigma-0 (aft of satellite)
      3   1  23
      3  21  28
      0  21 113  Number of outer-beam sigma-0 (aft of satellite)
      3   1  23
      3  21  28
     -1
  3  12  30
      2   1 130  Change data width
      2   2 129  Change scale
      0  11  12  Wind speed at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  52  Formal uncertainty in wind speed
      2   1 135  Change data width
      2   2 130  Change scale
      0  11  11  Wind direction at 10 m
      2   2   0  Change scale back to Table B
      2   1   0  Change data width to Table B
      0  11  53  Formal uncertainty in wind direction
      0  21 104  Likelihood computed for solution
     -1
  3  12  31
      0   5  34  Along-track row number
      0   6  34  Cross-track cell number
      0  21 109  SEAWINDS wind vector cell quality
      0  11  81  Model wind direction at 10 m
      0  11  82  Model wind speed at 10 m
      0  21 101  Number of vector ambiguities
      0  21 102  Index of selected wind vector
      0  21 103  Total number of sigma-0 measurements
     -1
  3  12  32
      0  21 120  Probability of rain
      0  21 121  SEAWINDS NOF rain index
      0  13  55  Intensity of precipitation
      0  21 122  Attenuation correction on sigma-0 (from tB)
     -1
  3  12  33
      0   2 104  Antenna polarisation
      0   8  22  Total number (with respect to accumulation)
      0  12  63  Brightness temperature
      0  12  65  Standard deviation brightness temperature
     -1
#  (Altitude)
  3  12  41
      2   1 141  Change width to 28 bits
      2   2 130  Change scale to 2
      0   7   1  Altitude
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
     -1
#  (Altitude corrections)
  3  12  42
      0  21  77  "Altitude correction, ionosphere"
      0  21  78  "Altitude correction, dry troposphere"
      0  21  79  "Altitude correction, wet troposphere"
      0  21  80  "Altitude correction, calibration constant"
      0  21  81  Open loop height-time loop calibration correction
      0  21  82  Open loop automatic gain control calibration correction
     -1
#  Category 13 - Sequences common to image data
#  (Radar reflectivity values)
  3  13   9
      0  21   1  Horizontal reflectivity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21   1  Horizontal reflectivity
     -1
#  (Radar rainfall intensities)
  3  13  10
      0  21  36  Radar rainfall intensity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21  36  Radar rainfall intensity
     -1
#  (Non run-length encoded row for Pixel value (4 bits))
  3  13  31
      0   6   2  First longitude location minus one increment
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Non run-length encoded picture data for Pixel value (4 bits))
  3  13  32
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  31  Non run-length encoded row
     -1
#  (Run-length encoded row for Pixel value (4 bits))
  3  13  41
      0   6   2  First longitude location minus one increment
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  12  Repetition factor
      0  30   1  Pixel value (4 bits)
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Run-length encoded picture data for Pixel value (4 bits))
  3  13  42
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  41  Run-length encoded row
     -1
#  "(Run-length encoded picture data for Pixel value (4 bits), regular grid)"
  3  13  43
      0   6   2  First longitude location minus one increment
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment
      1  12   0  Delayed replication of 12 descriptors
      0  31   1  Replication factor
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  11  Repetition factor
      0  30   1  Pixel value (4 bits)
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  Category 15 - Oceanographic report sequences
#  (Typically reported underwater sounding without optional fields)
  3  15   1
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   1  "Depth, temperature"
     -1
#  (Typically reported underwater sounding without optional fields)
  3  15   2
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   4  "Depth, temperature, salinity"
     -1
#  Category 16 - Synoptic feature sequences
  3  16   1
      3   1  11  "Year, month, day"
      0   4   4  Hour
      3   1  23  Latitude and longitude (coarse accuracy)
      0   1  21  Synoptic feature identifier
      0   2  41  Method for estimating reports related to synoptic features
      0  19   1  Type of synoptic feature
      0  10  51  Pressure reduced to mean sea level
      0  19   2  Effective radius of feature
      0  19   3  Wind speed threshold (15 m s–1 typically)
      0  19   4  Effective radius with respect to wind speeds above threshold
     -1
#  (Header)
  3  16   2
      0   8  21  Data time (analysis)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   1  33  Originating/generating centre
      0   8  21  Validity time (fcst)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   7   2  Flight level (altitude) (base of chart layer)
      0   7   2  Flight level (altitude) (top of chart layer)
     -1
#  (Jet stream)
  3  16   3
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (jet stream value)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Flight level (altitude)
      0  11   2  Wind speed
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Turbulence)
  3  16   4
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for turbulence)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  11  31  Degree of turbulence
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Storm)
  3  16   5
      1   8   0  Delayed replication
      0  31   1  Replication
      0   8   5  Meteorological attribute significance (storm centre)
      0   8   7  Dimensional significance (value for point)
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   1  26  WMO storm name (use “unknown” for a sandstorm)
      0  19   1  Synoptic features (value for type of storm)
      0   8   7  Dimensional significance (cancel)
      0   8   5  Meteorological attribute significance (cancel/end of object)
     -1
#  (Cloud)
  3  16   6
      1  12   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for cloud)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Front)
  3  16   7
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for type of front)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  19   5  Direction of feature
      0  19   6  Speed of feature
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Tropopause)
  3  16   8
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8   1  Vertical significance (bit 3 set for tropopause)
      0   8   7  Dimensional significance (value for point)
      0   8  23  Statistic (type of tropopause value)
      1   3   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Height/altitude
      0   8  23  Statistic (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8   1  Vertical significance (cancel/end of object)
     -1
#  (Airframe icing area)
  3  16   9
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for airframe icing)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  41  Airframe icing (type of airframe icing)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Name of feature)
  3  16  10
      1   7   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature
      0   8   7  Dimensional significance (value for point)
      0   1  22  Name of feature
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Volcano erupting)
  3  16  11
      1  16   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for special clouds)
      0   1  22  Name of feature (volcano name)
      0   8   7  Dimensional significance (value for point)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8  21  Time significance (eruption starting time)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0  20  90  Special clouds (clouds from volcanic eruptions)
      0   8  21  Time significance (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  Category 18 - Radiological report sequences
  3  18   1
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0  24  11  Dose
     -1
  3  18   3
      3   1  26  "Latitude and longitude (high accuracy), time periods in days,"
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  21  Air concentration
     -1
  3  18   4
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0   4  23  Time period or displacement
      0  13  11  Total precipitation/total water equivalent
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  22  Concentration in precipitation
     -1
#  Category 21 - Radar report sequences
#  (Wind profiler — antenna characteristics)
  3  21   1
      0   2 101  Type of antenna
      0   2 114  Antenna effective surface area
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 121  Mean frequency
     -1
#  (Wind profiler — moment data)
  3  21   3
      0  21  51  Signal power above 1 mW
      0  21  14  Doppler mean velocity (radial)
      0  21  17  Doppler velocity spectral width
      0  21  30  Signal to noise ratio
     -1
#  (Wind profiler — moment data sounding)
  3  21   4
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3  21   3  Wind profiler — moment data
     -1
#  (Transmitter-receiver characteristics)
  3  21   5
      0  25   4  Echo processing
      0   2 121  Mean frequency
      0   2 122  Frequency agility range
      0   2 123  Peak power
      0   2 124  Average power
      0   2 125  Pulse repetition frequency
      0   2 126  Pulse width
      0   2 127  Receiver intermediate frequency
      0   2 128  Intermediate frequency bandwidth
      0   2 129  Minimum detectable signal
      0   2 130  Dynamic range
      0   2 131  Sensitivity time control
     -1
#  (Integration characteristics)
  3  21   6
      0  25   1  Range-gate length
      0  25   2  Number of gates averaged
      0  25   3  Number of integrated pulses
      0  25   5  Echo integration
     -1
#  (Corrections)
  3  21   7
      0  25   9  Calibration method
      0  25  10  Clutter treatment
      0  25  11  Ground occultation correction
      0  25  12  Range attenuation correction
      0  25  13  Bright-band correction
      0  25  15  Radome attenuation correction
      0  25  16  Clear-air attenuation correction
      0  25  17  Precipitation attenuation correction
     -1
#  (Z to R conversion)
  3  21   8
      0  25   6  Z to R conversion
      0  25   7  Z to R conversion factor
      0  25   8  Z to R conversion exponent
     -1
#  (A to Z law)
  3  21   9
      0  25  18  A to Z law for attenuation factor
      0  25  19  A to Z law for attenuation exponent
     -1
#  (Antenna characteristics)
  3  21  10
      0   2 101  Type of antenna
      0   7   2  Altitude of the tower base
      0   2 102  Antenna height above tower base
      0   2 103  Radome
      0   2 104  Antenna polarisation
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 108  Crosspol discrimination (on axis)
      0   2 109  Antenna speed (azimuth)
      0   2 110  Antenna speed (elevation)
      0   2 132  Azimuth pointing accuracy
      0   2 133  Elevation pointing accuracy
     -1
#  (General characteristics)
  3  21  11
      0  30  31  Picture type
      0  30  32  Combination with other data
      0  29   2  Coordinate grid type
     -1
#  (Antenna elevations)
  3  21  12
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0   2 135  Antenna elevation
     -1
#  (Basic information (System/site header) on Wind profiler/RASS)
  3  21  21
      0   2   3  Type of measuring equipment used
      0   2 101  Type of antenna
      2   1 130  Change width to 8 bits
      0   2 106  3-dB beam width
      2   1   0  Change width to table B
      2   1 132  Change width to 11 bits
      2   2 130  Change scale to -6
      0   2 121  Mean frequency
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
      2   1 133  Change width to 11 bits
      2   2 129  Change scale to 0
      0  25   1  Range-gate length
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (Wind profiler: Processed-data winds)
  3  21  22
      0  10   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  11   1  Wind direction
      2   4   0  Cancel add associated field
      0  11   2  Wind speed
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  11   6  w-component
      2   4   0  Cancel add associated field
      0  21  30  Signal to noise ratio
     -1
#  Wind profiler: Raw-data winds)
  3  21  23
      0   7   7  Height
      0  21  91  Radar signal Doppler spectrum 0th moment
      0  21  30  Signal to noise ratio
      2   2 129  Change scale to 2
      0  21  14  Doppler mean velocity (radial)
      2   1 129  Change width to 9 bits
      0  21  17  Doppler velocity spectral width
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (RASS-Mode: Processed-data RASS)
  3  21  24
      0   7   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  12   7  Virtual temperature
      0  11   6  w-component
      2   4   0  Cancel add associated field
      0  21  30  Signal to noise ratio
     -1
#  (RASS-Mode: Raw-data RASS)
  3  21  25
      0   7   7  Height
      0  21  91  Radar signal Doppler spectrum 0th moment
      0  21  30  Signal to noise ratio
      2   2 129  Change scale to 2
      0  21  14  Doppler mean velocity (radial)
      2   1 129  Change width to 9 bits
      0  21  17  Doppler velocity spectral width
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
      0  21  92  "RASS signal Doppler spectrum 0th moment, referring to RASS signal"
      0  21  30  "Signal to noise ratio, referring to RASS signal "
      0  25  92  Acoustic propagation velocity
      2   1 129  Change width to 9 bits
      2   2 129  Change scale to 2
      0  21  17  "Doppler velocity spectral width, referring to RASS signal"
      2   2   0  Change scale to table B
      2   1   0  Change width to table B
     -1
#  (RASS data - fluxes)
  3  21  26
      0  10   7  Height
      2   4   1  Add associated field of 1 bit in length
      0  31  21  Associated field significance
      0  12   7  Virtual temperature
      0  25  91  Structure constant of the refraction index (Cn2)
      0  11  71  Turbulent vertical momentum flux
      0  11  72  Turbulent vertical buoyancy flux
      0  11  73  Turbulent kinetic energy
      0  11  74  Dissipation energy
      2   4   0  Cancel add associated field
     -1
  3  21  27
      0  21 118  Attenuation correction on sigma-0
      2   2 129  Change scale
      2   1 132  Change data width
      0   2 112  Radar look angle
      2   1   0  Change data width to Table B
      2   1 131  Change data width
      0   2 111  Radar incidence angle
      2   1   0  Change data width to Table B
      2   2   0  Change scale back to Table B
      0   2 104  Antenna polarization
      0  21 105  Normalized radar cross-section
      0  21 106  Kp variance coefficient (alpha)
      0  21 107  Kp variance coefficient (beta)
      0  21 114  Kp variance coefficient (gamma)
      0  21 115  SEAWINDS sigma-0 quality
      0  21 116  SEAWINDS sigma-0 mode
      0   8  18  SEAWINDS land/ice surface type
      0  21 117  Sigma-0 variance quality control
     -1
  3  21  28
      0  21 118  Attenuation correction on sigma-0
      2   2 129  Change scale
      2   1 132  Change data width
      0   2 112  Radar look angle
      2   1   0  Data width back to Table B
      2   1 131  Change data width
      0   2 111  Radar incidence angle
      2   1   0  Data width back to Table B
      2   2   0  Scale back  to table B
      0   2 104  Antenna polarization
      0  21 123  SEAWINDS normalized radar cross section
      0  21 106  Kp variance coefficient (alpha)
      0  21 107  Kp variance coefficient (beta)
      0  21 114  Kp variance coefficient (gamma)
      0  21 115  SEAWINDS sigma-0 quality flag
      0  21 116  SEAWINDS sigma-0 mode flag
      0   8  18  SEAWINDS land/ice surface flag
      0  21 117  Sigma-0 variance quality control
     -1
grads-2.0.1/data/tables/B2M-000-002-A0000644000175000017500000000744607750236075017432 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3L-058-005-B0000644000175000017500000020554007750236075017446 0ustar  amckinstryamckinstry#
# B2L-058-001-B.001 - Local BUFR Table B for center 058 (FNMOC),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale (u)
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   40;    CCITT_IA5; Descriptor defining sequence
  0;    1;      1;      0;           0;    7;      Numeric; WMO block number (II)
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number (iii)
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number) (Ia...Ia)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier (I1I2I2)
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship call sign (D...D)
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform (dBdB)
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision) (VBVB)
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;      Numeric; Generating center
  0;    1;     50;      0;           0;   48;    CCITT_IA5; NMC report identifier
  0;    1;     62;      0;           0;   40;    CCITT_IA5; National assigned station identifier
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator (CCCC)
  0;    1;    192;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;    1;    193;      0;           0;    4;   Code_Table; global octant
  0;    1;    195;      0;           0;   10;      Numeric; Marsden square number
  0;    1;    197;      0;           0;    6;      Numeric; Runway number
  0;    1;    198;      0;           0;   16;   Code_Table; Sea station type
  0;    1;    200;      0;           0;    2;   Code_Table; Radar Capability indicator (XXX)
  0;    1;    201;      0;           0;    8;   Code_Table; Country or agency that operates the satellite
  0;    1;    203;      0;           0;   16;    CCITT_IA5; Satellite name
  0;    1;    204;      0;           0;   16;    CCITT_IA5; Satellite series
  0;    1;    206;      0;           0;   32;    CCITT_IA5; TOVS generating center name
  0;    1;    207;      0;           0;   72;    CCITT_IA5; File name
  0;    1;    208;      0;           0;    4;   Code_Table; Satellite data type
  0;    1;    209;      0;           0;    8;   Code_Table; Observation type for MCSST
  0;    1;    210;      0;           0;    7;   Code_Table; Observation source
  0;    1;    211;      0;           0;    4;      Numeric; Beam position
  0;    1;    212;      0;           0;   24;      Numeric; Data processing block number
  0;    1;    213;      0;           0;    3;   Code_Table; Tip source type identifier
  0;    1;    214;      0;           0;   32;    CCITT_IA5; Header originator
  0;    1;    215;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;    1;    216;      0;           0;   14;      Numeric; Engineering status
  0;    1;    217;      0;           0;    5;      Numeric; Satellite number
  0;    1;    218;      0;           0;  176;    CCITT_IA5; Sequence (report) type
  0;    1;    219;      0;           0;   40;    CCITT_IA5; Mission number
  0;    1;    220;      0;           0;    7;      Numeric; Observation number
  0;    1;    221;      0;           0;    8;   Code_Table; Surface type
  0;    1;    222;      0;           0;   32;    CCITT_IA5; Report modifier
  0;    1;    223;      0;           0;    3;   Code_Table; Runway parallel indicator
  0;    1;    224;      0;           0;    5;   Code_Table; Terrain code identifier
  0;    2;      1;      0;           0;    2;   Code_Table; Type of station (ix)
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement (ewew)
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used (a4, I3, or I4)
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measur
  0;    2;      5;      2;           0;    7;        deg_K; Precision of temperature observed (s3)
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type (rara)
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction (Sr)
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system (sasa)
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Cloud motion computational method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     28;      0;           0;   32;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     29;      0;           0;    8;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement (k5)
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization (k1)
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement (k2)
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type (id)
  0;    2;     35;      0;           0;    9;            m; Cable length (ZdZdZd)
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type (Ip or Vi...Vi)
  0;    2;     38;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;    2;     39;      0;           0;    4;   Code_Table; Wet bulb temperature method indicator
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction (Qn)
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report (At or QL)
  0;    2;     47;      0;           0;    4;   Code_Table; Method of removing ship velocity
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator to specify observing method for extreme temperatures
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system (s1)
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type serial number/identifier
  0;    2;    142;      0;           0;    8;   Code_Table; Ozone instrument
  0;    2;    143;      0;           0;    7;      Numeric; Instrument type
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator
  0;    2;    194;      0;           0;    8;   Code_Table; Spectral calculation method
  0;    2;    199;      0;           0;    4;      Numeric; grp_pos_ind
  0;    2;    203;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;    2;    204;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;    2;    205;      0;           0;    3;   Code_Table; Ozone flag
  0;    2;    206;      0;           0;    4;   Code_Table; Algorithm identifier
  0;    2;    207;      0;           0;    5;   Code_Table; Equation identifier
  0;    2;    208;      0;           0;    2;   Code_Table; Type of method for measuring pressure
  0;    2;    209;      0;           0;   10;   Code_Table; Xbt instrument type (IxIxIx)
  0;    2;    210;      0;           0;    7;   Code_Table; Recorder type (XRXR)
  0;    2;    211;      0;           0;    8;   Flag_Table; Sensor status flag
  0;    2;    212;      0;           0;    2;   Flag_Table; Maintenance Check flag
  0;    4;      1;      0;           0;   12;           yr; Year (4-digit)
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;           yr; Time increment - year
  0;    4;     12;      0;       -1024;   11;           mo; Time increment - month
  0;    4;     13;      0;       -1024;   11;          day; Time increment - day
  0;    4;     14;      0;       -1024;   11;           hr; Time increment - hour
  0;    4;     15;      0;       -2048;   12;          min; Time increment - minutes
  0;    4;     16;      0;       -4096;   13;            s; Time increment - seconds
  0;    4;     21;      0;       -1024;   11;           yr; Time period or displacement - year
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement - month
  0;    4;     23;      0;       -1024;   11;          day; Time period or displacement - month
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement - hour
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement - minutes
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement - seconds
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to following value (TT)
  0;    4;     41;      0;       -1440;   12;          min; Time difference, UTC - LMT
  0;    4;     43;      0;           0;    9;          day; Day of the year
  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week (Y)
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipitation equal or more than 1 mm
  0;    4;     70;      0;           0;    8;      Numeric; Sample number
  0;    4;    192;      0;           0;    4;   Code_Table; Precipitation time period (tR)
  0;    4;    193;      0;           0;   31;   Code_Table; Last time that this observation record was updated
  0;    4;    200;      0;           0;   12;           yr; Time of receipt - year
  0;    4;    201;      0;           0;    4;           mo; Time of receipt - month
  0;    4;    202;      0;           0;    6;          day; Time of receipt - day
  0;    4;    203;      0;           0;    5;           hr; Time of receipt - hour
  0;    4;    204;      0;           0;    6;          min; Time of receipt - minute
  0;    4;    206;      3;           0;   27;            s; GMT seconds
  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy) (La...La)
  0;    5;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     50;      5;           0;   17;      Numeric; Sigma level
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment
  0;    5;    192;      0;           0;    3;      Numeric; Image line number
  0;    5;    193;      0;           0;    4;      Numeric; Image sample number
  0;    5;    194;      0;           0;   14;      Numeric; Orbit number
  0;    5;    196;      0;           0;   16;      Numeric; Orbit number
  0;    5;    197;      0;           0;    8;      Numeric; Frame number
  0;    5;    199;      0;           0;   20;      Numeric; Orbit number
  0;    6;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy) (Lo...Lo)
  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;    6;     11;      5;   -18000000;   26;          deg; Longtiude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longtiude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    7;      1;      0;        -400;   15;            m; Height of station (hohohoho)
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude (hahaha, hIhIhI, HmHmHm, HH, tnu2, or tnu3)
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure (Pa...Pa, Paob...Paob, Po...Po, PtPtPt, or PAPA)
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Geopotential height
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment
  0;    7;    192;      2;           0;   13;          deg; Local zenith angle
  0;    7;    196;      0;           0;    4;   Code_Table; Station height precision
  0;    7;    197;      1;           0;   11;          deg; Solar zenith angle
  0;    7;    198;      2;       -6000;   14;          deg; Satellite zenith angle
  0;    7;    199;      1;           0;   11;          deg; Solar azimuth angle
  0;    7;    223;      2;           0;   14;          deg; Solar zenith angle
  0;    7;    224;      1;           0;   14;            m; Surface elevation
  0;    8;      0;      0;           0;    4;   Code_Table; Vertical significance (forecast soundings)
  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight (ipipip)
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     24;      0;           0;    8;   Code_Table; Type of difference
  0;    8;     31;      0;           0;    8;    CCITT_IA5; Data category
  0;    8;     32;      0;           0;   14;   Code_Table; Data significance for simulated forecast
  0;    8;     33;      0;           0;    3;   Code_Table; Data significance for corrected forecast
  0;    8;     34;      0;           0;    3;   Code_Table; Data significance for simulated retrievals
  0;    8;     35;      0;           0;    3;   Code_Table; Data significance for corrected retrievals
  0;    8;     36;      0;           0;    3;   Code_Table; Data significance for simulated analysis
  0;    8;     37;      0;           0;    3;   Code_Table; Data significance for corrected analysis
  0;    8;     38;      0;           0;    3;   Code_Table; Data significance for sigma level data
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurrence follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurrence qualifier
  0;    8;     70;      0;           0;    8;   Code_Table; Surface Type Code ID
  0;    8;    194;      0;           0;    4;   Code_Table; Flight condition (fc)
  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height (HHH)
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Geopotential height
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level (PPPP)
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH) (PH...PH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change (ppp)
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency (a, w, or w'w')
  0;   10;    103;      0;           0;    4;   Code_Table; Geopotential thickness QC ID
  0;   10;    197;      0;           0;    4;   Code_Table; Index pertaining to geopotential height (j)
  0;   10;    199;      0;       -1024;   16;            m; Geopotential height difference
  0;   10;    200;      0;       -1024;   16;            m; Geopotental height correction
  0;   10;    201;      0;           0;   14;   Code_Table; Pressure tendency QC ID
  0;   10;    203;      0;           0;    4;   Code_Table; Geopotential height quality control flag
  0;   10;    213;      0;       -1024;   16;            m; Geopotential height
  0;   10;    224;      0;           0;    4;   Code_Table; Station level pressure QC ID
  0;   10;    251;      0;           0;    4;   Code_Table; Mean sea level pressure QC ID
  0;   11;      1;      0;           0;    9;     deg_true; Wind direction (dd, dodo>dndn, dmagdmag)
  0;   11;      2;      1;           0;   12;          m/s; Wind speed (ff, fff, or fofofo>fnfnfn)
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     21;      9;      -65536;   17;          1/s; Relative vorticity
  0;   11;     22;      9;      -65536;   17;          1/s; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence (B...B or BA)
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence (BabBabBab or B1B1B1)
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence (BatBatBat or B1B1B1)
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts) (fm...fm)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      1;           0;   12;          m/s; Surface - 5000 feet mean LYR wind speed (dmdm)
  0;   11;     44;      0;           0;    9;     deg_true; Surface - 5000 feet mean LYR wind direction
  0;   11;     45;      0;           0;    9;     deg_true; Maximum wind (gust) direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind component
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer below)
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear (1 kilometer layer above)
  0;   11;    195;      0;           0;    2;   Code_Table; Wind type at flight altitude (dt)
  0;   11;    200;      0;           0;    4;   Code_Table; Wind QC ID
  0;   11;    203;      1;       -4096;   13;          m/s; Wind u-component difference
  0;   11;    204;      1;       -4096;   13;          m/s; Wind v-component difference
  0;   11;    205;      0;           0;    4;   Code_Table; Turbulence (B) (WMO code table 0300)
  0;   11;    206;      0;           0;    2;   Code_Table; Flight level wind method (da)
  0;   11;    207;      0;           0;    2;   Code_Table; Extreme wind speed ID
  0;   11;    213;      1;       -4096;   13;          m/s; Wind u-component correction
  0;   11;    214;      1;       -4096;   13;          m/s; Wind v-component correction
  0;   11;    244;      0;           0;   16;     deg_true; Direction of wind
  0;   11;    245;      2;           0;   16;          m/s; wnd_spd
  0;   11;    246;      1;           0;    8;          m/s; Ocean surface wind speed
  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature (Ta, TsTsTs, TtTt, or TxTxTx)
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature (TbTbTb)
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint (TdTdTd or T'dT'd)
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters (Tao>Tan, ToTo>tnTn, or TT)
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature (TnTnTn)
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     20;      2;       -2000;   12;    deg_K/day; Radiative heating profile
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature (ToTo)
  0;   12;     40;     -3;       -2048;   12;       W/m**2; Sensible heat flux
  0;   12;     48;      0;        -200;    8;        deg_K; Land/snow surface temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature
  0;   12;     70;      2;           0;   16;        deg_K; Vertical polarization 19GHz brightness temperature
  0;   12;     71;      2;           0;   16;        deg_K; Horizontal polarization 19GHz brightness temperature
  0;   12;     72;      2;           0;   16;        deg_K; Vertical polarization 22GHz brightness temperature
  0;   12;     73;      2;           0;   16;        deg_K; Vertical polarization 37GHz brightness temperature
  0;   12;     74;      2;           0;   16;        deg_K; Horizontal polarization 37GHz brightness temperature
  0;   12;     75;      2;           0;   16;        deg_K; Vertical polarization 85GHz brightness temperature
  0;   12;     76;      2;           0;   16;        deg_K; Horizontal polarization 85GHz brightness temperature
  0;   12;    192;      0;           0;    4;   Code_Table; Wet bulb temperature indicator
  0;   12;    193;      2;           0;   16;        deg_K; SSU brightness temperature
  0;   12;    194;      2;           0;   16;        deg_K; Dewpoint
  0;   12;    195;      0;           0;    4;   Code_Table; Dewpoint, aircraft altitude, air temperature indicator (id)
  0;   12;    196;      2;           0;   16;        deg_K; Dewpoint difference
  0;   12;    201;      0;           0;    4;   Code_Table; Air temperature QC ID
  0;   12;    213;      0;           0;    4;   Code_Table; Dewpoint QC ID
  0;   12;    215;      0;           0;    2;   Code_Table; Temperature precision flag
  0;   12;    220;      2;           0;   16;        deg_K; HIRS brightness temperature
  0;   12;    221;      2;           0;   16;        deg_K; MSU brightness temperature
  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity (U1>Un or U...U)
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density (p1p1p1)
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent (Aw or R...R)
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth (sss)
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water (www)
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours (R24...R24)
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     40;     -3;       -2048;   12;       W/m**2; Latent heat flux
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipitation
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipiation
  0;   13;     71;      1;           0;    7;      kg/m**2; Liquid water
  0;   13;     75;      0;           0;    8;      percent; Land snow cloud
  0;   13;     76;      2;           0;    6;            m; Snow-water equivalent
  0;   13;    176;      0;           0;    7;   Code_Table; Precipitable water precision flag
  0;   13;    192;      0;           0;    4;   Code_Table; Precipitation identifier (iR)
  0;   13;    193;      0;           0;   10;   Code_Table; Precipitation amount
  0;   13;    194;      3;           0;   16;         g/kg; First guess mixing ratios
  0;   13;    197;      0;           0;    3;   Code_Table; Rain indicator
  0;   13;    203;      0;           0;    4;   Code_Table; Relative hunidity QC ID
  0;   13;    217;      0;           0;    8;      Numeric; Precipitation flag (SSM/T)
  0;   13;    218;      2;           0;   11;    kg/(m**2); Cloud water
  0;   13;    219;      2;           0;   10;           cm; Total precipitable water
  0;   13;    220;      1;           0;    9;        mm/hr; Rain rate
  0;   13;    221;      2;           0;   14;    kg/(m**2); Cloud Liquid Water
  0;   14;      1;     -3;       -2048;   12;       J/m**2; Longwave radiation, integrated over 24 hours (FLFLFL)
  0;   14;      3;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over 24 hours (FiFiFi)
  0;   14;      4;     -3;       -2048;   12;       J/m**2; Shortwave radiation, integrated over period specified (FsFsFs)
  0;   14;     11;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;       J/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;       J/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;       J/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;       J/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;       J/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;       J/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;       J/m**2; Direct solar radiation, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine (precentage)
  0;   14;     41;      0;           0;    7;      percent; Short wave albedo
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance
  0;   15;      1;      0;           0;   10;  dobson_unit; Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air-mass (slant path at 22 km)
  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features (dsds)
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radiation with respect to FFF above threshold
  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility (Dv, Vi, V...V, or VxVxVxVx)
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather (ww or w'w')
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1) (Wa1Wa2 or W1W2)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2) (wawa)
  0;   20;      9;     -1;         -40;   11;            m; Ceiling
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total) (N, NcNc, or Ns...Ns)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount (N or Ns...Ns)
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type (C, Ct, CH, CL, or CM)
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud (h, hshs, hshshs, or H'H')
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud (HfHfHf or HtHt)
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud (PcPcPc)
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;     -1;          40;   11;            m; Low estimated height of cloud top
  0;   20;     19;     -1;          40;   11;            m; High estimated height of cloud top (H1>Hn)
  0;   20;     21;      0;           0;    4;   Code_Table; Middle cloud amount
  0;   20;     22;      0;           0;    4;   Code_Table; High cloud amount
  0;   20;     23;      0;           0;    7;      percent; Satellite sensed effective cloud amount
  0;   20;     30;      0;           0;    4;   Code_Table; Total ice concentration
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness) (EsEs)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion (Rs)
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion (Is)
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration (Ci)
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice (zii...zii)
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development (bi)
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Rate of icing (Ir)
  0;   20;     49;      0;           0;   10;   Code_Table; Type of stability measure
  0;   20;     50;      0;           0;   10;      Numeric; Value of stability
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR) (VR...VR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground (with or without snow) (E')
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     71;      0;           0;    2;   Code_Table; Ice age code ID
  0;   20;     72;      0;           0;    2;   Code_Table; Ice edge code ID
  0;   20;    196;      0;           0;    8;    CCITT_IA5; Runway visibility tendency
  0;   20;    197;      0;           0;    2;   Flag_Table; Landing wind shear indicator
  0;   20;    199;      0;           0;    8;     deg_true; Visibility direction
  0;   20;    205;      0;           0;   24;    CCITT_IA5; Cloud significant convection
  0;   20;    206;      0;           0;   64;    CCITT_IA5; Significant present weather conditions
  0;   20;    207;      0;           0;    4;   Code_Table; Pressure and altitude significance
  0;   20;    208;      0;           0;    4;   Code_Table; Significant weather changes (Ws)
  0;   20;    209;      0;           0;    4;   Code_Table; Distance of weather changes (Ss)
  0;   20;    210;      0;           0;    4;   Code_Table; Distant weather (Wd)
  0;   20;    211;      0;           0;    4;   Code_Table; Bearing of distant weather (dw)
  0;   20;    213;      0;           0;    4;   Code_Table; Icing and contrail types (It)
  0;   20;    216;      0;           0;    7;   Code_Table; Altitude of layer base where icing occurred (hihi)
  0;   20;    219;      0;           0;    4;   Code_Table; Distance to center or line midpoint
  0;   20;    220;      0;           0;    4;   Code_Table; Orientation of ellipse (Sr)
  0;   20;    221;     -3;           0;   16;            m; Echo width or diameter (Ew)
  0;   20;    222;     -3;           0;   16;            m; Echo axis length (El)
  0;   20;    223;      0;           0;    8;   Code_Table; Echo character (ce)
  0;   20;    224;      0;           0;    4;   Code_Table; Intensity of echo (Ie)
  0;   20;    225;      0;           0;    3;   Code_Table; In flight horizontal visibility (Vi)
  0;   20;    236;      0;           0;    8;    CCITT_IA5; Cloud base height
  0;   20;    237;      0;           0;    7;   Code_Table; Horizontal visbility
  0;   20;    240;      0;           0;    4;   Code_Table; Present weather (w)
  0;   20;    242;      0;           0;    5;   Code_Table; Bearing of ice edge
  0;   20;    244;      0;           0;    4;   Code_Table; cloud base height
  0;   20;    245;      0;           0;  640;    CCITT_IA5; Remarks in plain language
  0;   20;    246;      0;           0;    7;      percent; Ice coverage
  0;   20;    247;      0;           0; 1656;    CCITT_IA5; Ice plain language text remarks
  0;   20;    248;      0;           0;    7;   Code_Table; Height of base of cloud (hshs)
  0;   20;    249;      0;           0;    7;   Code_Table; Height of top of cloud (HtHt)
  0;   20;    254;      0;           0;    8;    CCITT_IA5; Extreme value indicator
  0;   20;    255;      0;           0; 2040;    CCITT_IA5; Plain language text remarks
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;       -4096;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;    192;      0;           0;   14;            m; Heave sensor spectral peak length
  0;   21;    193;      1;           0;   14;            s; Heave sensor spectral peak period
  0;   21;    194;      2;           0;   14;      percent; AVHRR channel average
  0;   21;    195;      2;           0;   14;      percent; Space view channel standard deviation
  0;   21;    196;      2;           0;   15;        deg_K; Algorithm identifier
  0;   21;    197;      2;           0;   15;        deg_K; AVHRR channel average
  0;   21;    198;      2;       -5000;   13;           dB; Backscatter
  0;   21;    199;      1;           0;   10;      percent; Noise figure percentage
  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves (dddd, da1da1, or d1d1>dndn)
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves (dw1dw1 or dw2dw2)
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current (dodo>dndn or DcDc))
  0;   22;     11;      0;           0;    6;            s; Period of waves (D'D'D'D', PaPaPaPa, or PwPw)
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves (Pw1Pw1 or Pw2Pw2)
  0;   22;     21;      1;           0;   10;            m; Height of waves (D'D'D'D' or HsHsHsHs)
  0;   22;     22;      1;           0;   10;            m; Height of wind waves (HwHw)
  0;   22;     23;      1;           0;   10;            m; Height of swell waves (Hw1Hw1 or Hw2Hw2)
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     31;      2;           0;   13;          m/s; Speed of current (cococo>cncncn or VcVc)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature (T1T1T1>TnTnTn)
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature (ToToToTo>TnTnTnTn)
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;        deg_K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity (SoSoSoSo>SnSnSnSn)
  0;   22;     63;      0;           0;   14;            m; Total water depth (hhh or ZdZdZdZd)
  0;   22;    105;     -1;           0;    6;     deg_true; Direction of waves (da2da2)
  0;   22;    143;      2;           0;   13;        deg_K; Sea temperature
  0;   22;    192;      0;           0;   14;            m; Wave length
  0;   22;    193;      2;           0;   14;            m; Slope sensor significant wave height
  0;   22;    194;      0;           0;   14;            m; Slope sensor spectral peak length
  0;   22;    195;      1;           0;   14;            s; Slope sensor spectral peak period
  0;   22;    196;      1;           0;   14;            s; Slope sensor mean wave period
  0;   22;    197;      0;           0;   14;            m; Slope sensor mean wave length
  0;   22;    198;      0;           0;    7;     deg_true; Wave directional spread
  0;   22;    199;      1;           0;   14;            s; Time sample interval
  0;   22;    200;      0;           0;   14;            m; Distance sample interval
  0;   22;    201;      1;           0;   14;            s; Recorded wave duration
  0;   22;    202;      0;           0;   14;            m; Recorded wave length
  0;   22;    203;      0;           0;    7;      Numeric; Count of bands described
  0;   22;    204;      0;           0;    4;   Code_Table; Wave expiration
  0;   22;    205;      3;           0;   20; m**2/(Hz*rad); Wave spectra
  0;   22;    206;      4;           0;   10;      Numeric; Drag coefficient
  0;   22;    207;      2;           0;   16;            m; Maximum wave height
  0;   22;    208;      2;           0;   16;            m; Significant wave height
  0;   22;    209;      0;           0;    7;   Code_Table; directional spread
  0;   22;    211;      0;           0;    8;   Code_Table; Bogus water mass classification
  0;   22;    212;      0;           0;    8;   Code_Table; Discriminant water mass classification
  0;   22;    213;      1;           0;   10;      percent; Classification probability
  0;   22;    214;      0;           0;   10;      m**2/Hz; Heave sensor spectral density frequency
  0;   22;    215;      0;           0;   10;         m**3; Heave sensor spectral density number
  0;   22;    216;      0;           0;    7;      Numeric; Heave sensor band number
  0;   22;    217;      0;           0;    7;      percent; Heave sensor ratio
  0;   22;    218;      0;           0;    7;      Numeric; Slope sensor band number
  0;   22;    219;      0;           0;    7;      percent; Slope sensor ratio
  0;   22;    220;      0;           0;    8;   Code_Table; Front number
  0;   22;    224;     -2;           0;   14;            m; Distance to front
  0;   22;    229;      0;           0;    7;   Code_Table; Wave direction
  0;   22;    232;      0;           0;    4;   Code_Table; Sea surface temperature method indicator
  0;   22;    233;      0;           0;    3;   Code_Table; Sea temperature averaging period
  0;   22;    236;      0;           0;    8;   Code_Table; Swell wave direction
  0;   22;    237;     -2;           0;   14;            m; Significant wave height
  0;   22;    238;     -2;           0;   14;            m; Maximum wave height
  0;   22;    239;      0;           0;    6;      Numeric; Wave spectra direction count
  0;   22;    240;      0;           0;    6;      Numeric; Wave spectra frequency count
  0;   22;    241;      3;      -32768;   16;      Nt/m**2; Wave stress u-component
  0;   22;    242;      3;      -32768;   16;      Nt/m**2; Wave stress v-component
  0;   22;    243;      0;           0;    7;      percent; Whitecap probability
  0;   22;    244;      0;           0;    7;   Code_Table; Estimated wave direction of spectral wave
  0;   22;    245;      2;           0;   16;        deg_K; Surface temperature
  0;   22;    246;      3;      -32768;   16;      Nt/m**2; Wind stress u-component
  0;   22;    247;      3;      -32768;   16;      Nt/m**2; Wind stress v-component
  0;   22;    248;      0;           0;   16;     deg_true; Wind wave direction
  0;   22;    249;      2;           0;   16;            m; Height of wind wave
  0;   22;    250;      1;           0;   16;            s; Period of wind waves
  0;   22;    251;      0;           0;    6;      Numeric; Wave spectra direction
  0;   22;    252;      0;           0;    6;      Numeric; Wave spectra frequency
  0;   22;    253;      0;           0;   16;     deg_true; Direction of swell waves
  0;   22;    254;      2;           0;   16;            m; Height of swell waves
  0;   22;    255;      1;           0;   16;            s; Period of swell waves
  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precip
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter change in wind direction and/or speed flag
  0;   24;      1;    -11;           0;   28;           Bq; Estimate of radioactivity released up to specified time
  0;   24;      2;    -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     31;      0;           0;    2;   Code_Table; 15 day SST availability
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     35;      0;           0;    3;   Code_Table; First guess adjustment
  0;   25;     36;      3;       -5000;   14;      Numeric; NSTAR average value
  0;   25;     37;      0;           0;    2;   Code_Table; HIRS-8 surface air temperature
  0;   25;     38;      0;           0;    3;   Code_Table; TOVS filter flags
  0;   25;     41;      0;           0;    3;   Code_Table; Method of determining direction of moving platform
  0;   25;     42;      0;           0;    3;   Code_Table; Method of determining speed of moving platform
  0;   25;    192;      0;           0;    8;   Code_Table; Type of correction
  0;   25;    193;      0;           0;    3;   Code_Table; Land/sea flag
  0;   25;    194;      0;           0;    2;   Code_Table; Day/night flag
  0;   25;    195;      0;           0;    6;      Numeric; Surface model pressure
  0;   25;    196;      0;           0;   16;      Numeric; Scan line count
  0;   25;    197;      0;           0;    5;      Numeric; Box counter
  0;   25;    198;      0;           0;    3;      Numeric; Minibox counter
  0;   25;    199;      0;           0;    3;   Code_Table; Water vapor flag
  0;   25;    200;      0;           0;    3;   Code_Table; TOVS retrieval low 20
  0;   25;    201;      0;           0;    3;   Code_Table; TOVS retrieval temps high 20
  0;   25;    202;      0;           0;    2;   Code_Table; TOVS super adiabatic flag
  0;   25;    203;      0;           0;    2;   Code_Table; TOVS skin temperature flag
  0;   25;    204;      0;           0;    2;   Code_Table; Stratospheric sounding unit flag
  0;   25;    205;      0;           0;    4;   Code_Table; Latitude zones
  0;   25;    206;      0;           0;    4;   Code_Table; TOVS instrument combinations
  0;   25;    208;      0;           0;    8;   Code_Table; TARM flag
  0;   25;    209;      0;           0;    4;   Code_Table; DMSP flag
  0;   25;    211;      0;           0;   17;      Numeric; B-scan start time
  0;   25;    212;      0;           0;    7;      Numeric; Counter (1-64)
  0;   25;    213;      0;           0;    5;   Code_Table; Calculated surface type
  0;   25;    214;      0;           0;    3;   Code_Table; Season flag
  0;   25;    215;      0;        -127;    8;      Numeric; Missing packet counter
  0;   25;    216;      0;           0;    3;   Code_Table; Observation Quality Code
  0;   26;      1;      1;           0;   12;           hr; Principle time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;           hr; Principle time of daily reading in UTC of minimum temperature
  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite location counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-location dimensions
  0;   28;      1;      5;   -18000000;   26;          deg; Longtiude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longtiude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type (Wr)
  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture
  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch (1 bit)
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor (255 or less)
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor (65536 or less)
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data replication factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data replication factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;    192;      0;           0;    8;   Code_Table; Associated QC indicator
  0;   31;    193;      0;           0;    8;   Code_Table; QC description identifier, indicates why a value is bad
  0;   31;    194;      2;           0;    7;      Numeric; Associated correlation
  0;   31;    195;      2;           0;    7;      Numeric; Associated probability of error
  0;   31;    196;      0;           0;   13;   Flag_Table; UWI product confidence flag
  0;   31;    197;      0;           0;   12;      Numeric; Solution probability
  0;   31;    201;      0;           0;   10;      Numeric; Delayed replication factor (1023 or less)
  0;   31;    211;      0;           0;    3;      Numeric; Delayed replication factor (15 or less)
  0;   31;    221;      0;           0;    5;      Numeric; Delayed replication count (31 or less)
  0;   31;    231;      0;           0;    6;      Numeric; Delayed replication factor (63 or less)
  0;   31;    241;      0;           0;    4;      Numeric; Delayed replication factor (15 or less)
  0;   48;      1;      0;           0;  128;    CCITT_IA5; Classification
  0;   48;      2;      0;           0;  128;    CCITT_IA5; Classification modifier
  0;   48;      3;      0;           0;  552;    CCITT_IA5; Release as
  0;   48;      4;      0;           0;   12;           yr; Declassification - year
  0;   48;      5;      0;           0;    4;           mo; Declassification - month
  0;   48;      6;      0;           0;    6;          day; Declassification - day
  0;   48;      7;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;      8;      0;           0;   64;    CCITT_IA5; Sender of original observation data
  0;   48;      9;      0;           0;   80;    CCITT_IA5; Declassification instructions
  0;   48;     10;      0;           0;   12;           yr; Send - year
  0;   48;     11;      0;           0;    4;           mo; Send - month
  0;   48;     12;      0;           0;    6;          day; Send - day
  0;   48;     13;      0;           0;    4;           hr; Send - hour
  0;   48;     14;      0;           0;    6;          min; Send - minutes
  0;   48;     15;      0;           0;  552;    CCITT_IA5; Release to information
  0;   48;     16;      0;           0;    5;           hr; Send - hour
  0;   48;     17;      0;           0; 1104;    CCITT_IA5; Release to
  0;   48;     18;      0;           0;  552;    CCITT_IA5; Release not
  0;   48;     19;      0;           0;  552;    CCITT_IA5; Declassification instructions
  0;   48;     20;      0;           0;  552;    CCITT_IA5; Classification modifier
  0;   48;     21;      0;           0;  552;    CCITT_IA5; Sender of observational data
  0;   48;     22;      0;           0;  160;    CCITT_IA5; Classification
  0;   48;     27;      0;           0;   12;           yr; Receipt - year
  0;   48;     28;      0;           0;    4;           mo; Receipt - month
  0;   48;     29;      0;           0;    6;          day; Receipt - day
  0;   48;     30;      0;           0;    5;           hr; Receipt - hour
  0;   48;     31;      0;           0;    6;          min; Receipt - minutes
  0;   48;     32;      0;           0;   48;    CCITT_IA5; Bulletin header update or correction indicator
  0;   48;     33;      0;           0;   24;    CCITT_IA5; Receiving circuit
  0;   48;     34;      0;           0;    6;      Numeric; Near-duplicate combination count
  0;   50;      1;      0;           0;    2;   Code_Table; Quality of measurement of pressure, sst,
  0;   50;      2;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission (QN)
  0;   50;      3;      0;           0;    4;   Code_Table; IGOSS quality codes (Qd, Qd1, Qd2, Q1, Qt)
  0;   50;      6;      0;           0;    3;   Code_Table; Location quality codes (QL)
  0;   50;     10;      2;           0;   15;        deg_K; GDEM temperature
  0;   50;     14;      2;           0;   15;        deg_K; Feature model temperature
  0;   50;     18;      0;           0;   16;      Numeric; Reliability
  0;   50;     33;      0;           0;    8;      Numeric; Count of boundary points
  0;   50;     34;      3;           0;   16;      Numeric; Frequency ratio
  0;   50;     35;      0;           0;   12;            s; Time step of data (time increment)
  0;   50;     42;      2;           0;   12;      Numeric; Mean wave direction
  0;   50;     43;      3;           0;   12;      Numeric; Mean wave frequency
  0;   50;     44;      4;           0;   12;      Numeric; First frequency
  0;   50;    100;      0;           0;   12;           yr; Analysis DTG - year
  0;   50;    101;      0;           0;    4;           mo; Analysis DTG - month
  0;   50;    102;      0;           0;    6;          day; Analysis DTG - day
  0;   50;    103;      0;           0;    5;           hr; Analysis DTG - hour
  0;   50;    104;      0;           0;    6;      Numeric; Last observed sea depth
  0;   51;      3;      0;           0;    5;   Flag_Table; Processing status
  0;   51;      6;      0;           0;    6;      Numeric; Combination count
  0;   51;      7;      0;           0;    2;   Code_Table; Quality control process status
grads-2.0.1/data/tables/B2M-000-000-D0000644000175000017500000002745307750236075017433 0ustar  amckinstryamckinstry3	0	2 
	0	0	2 
	0	0	3 
	-1 
 
3	0	3 
	0	0	10 
	0	0	11 
	0	0	12 
	-1 
 
3	0	4 
	3	0	3 
	0	0	13 
	0	0	14 
	0	0	15 
	0	0	16 
	0	0	17 
	0	0	18 
	0	0	19 
	0	0	20 
	-1 
 
3	0	10 
	3	0	3 
	1	1	0 
	0	31	1 
	0	0	30 
	-1 
 
3	1	1 
	0	1	1 
	0	1	2 
	-1 
 
3	1	2 
	0	1	3 
	0	1	4 
	0	1	5 
	-1 
 
3	1	3 
	0	1	11 
	0	1	12 
	0	1	13 
	-1 
 
3	1	11 
	0	4	1 
	0	4	2 
	0	4	3 
	-1 
 
3	1	12 
	0	4	4 
	0	4	5 
	-1 
 
3	1	13 
	3	1	12 
	0	4	6 
	-1 
 
3	1	21 
	0	5	1 
	0	6	1 
	-1 
 
3	1	22 
	3	1	21 
	0	7	1 
	-1 
 
3	1	23 
	0	5	2 
	0	6	2 
	-1 
 
3	1	24 
	3	1	23 
	0	7	1 
	-1 
 
3	1	25 
	3	1	23 
	0	4	3 
	3	1	12 
	-1 
 
3	1	26 
	3	1	21 
	0	4	3 
	0	4	3 
	0	4	4 
	0	4	4 
	0	4	5 
	0	4	5 
	-1 
 
3	1	31 
	3	1	1 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	22 
	-1 
 
3	1	32 
	3	1	1 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	33 
	0	1	5 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	21 
	-1 
 
3	1	34 
	0	1	5 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	35 
	0	1	5 
	0	1	12 
	0	1	13 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	36 
	3	1	3 
	0	2	1 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	37 
	3	1	1 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	22 
	-1 
 
3	1	38 
	3	1	1 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	39 
	3	1	3 
	0	1	11 
	0	1	12 
	3	1	11 
	3	1	12 
	3	1	23 
	-1 
 
3	1	40 
	3	1	3 
	0	2	11 
	0	2	12 
	3	1	11 
	3	1	12 
	3	1	24 
	-1 
 
3	1	41 
	0	1	7 
	0	2	21 
	0	2	22 
	3	1	11 
	3	1	12 
	-1 
 
3	1	42 
	3	1	41 
	3	1	21 
	-1 
 
3	1	43 
	0	1	7 
	0	2	23 
	3	1	11 
	3	1	13 
	3	1	21 
	-1 
 
3	1	44 
	0	1	7 
	0	2	24 
	3	1	11 
	3	1	13 
	3	1	21 
	-1 
 
3	1	51 
	0	1	6 
	0	2	61 
	3	1	11 
	3	1	12 
	3	1	21 
	0	8	4 
	-1 
 
3	1	62 
	1	1	0 
	0	31	1 
	3	1	1 
	-1 
 
3	1	190 
	0	4	192 
	0	4	193 
	-1 
 
3	1	191 
	0	8	192 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	-1 
 
3	1	192 
	3	1	11 
	0	4	4 
	3	1	23 
	-1 
 
3	2	1 
	0	10	4 
	0	10	51 
	0	10	61 
	0	10	63 
	-1 
 
3	2	2 
	0	10	4 
	0	7	4 
	0	10	3 
	0	10	61 
	0	10	63 
	-1 
 
3	2	3 
	0	11	11 
	0	11	12 
	0	12	4 
	0	12	6 
	0	13	3 
	0	20	1 
	0	20	3 
	0	20	4 
	0	20	5 
	-1 
 
3	2	4 
	0	20	10 
	0	8	2 
	0	20	11 
	0	20	13 
	0	20	12 
	0	20	12 
	0	20	12 
	-1 
 
3	2	5 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	2	11 
	3	2	1 
	3	2	3 
	3	2	4 
	-1 
 
3	2	12 
	3	2	2 
	3	2	3 
	3	2	4 
	-1 
 
3	2	21 
	0	22	1 
	0	22	11 
	0	22	21 
	-1 
 
3	2	22 
	0	22	2 
	0	22	12 
	0	22	22 
	-1 
 
3	2	23 
	0	22	3 
	0	22	13 
	0	22	23 
	-1 
 
3	2	24 
	3	2	22 
	3	2	23 
	3	2	23 
	-1 
 
3	2	190 
	0	10	51 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	1 
	0	12	3 
	-1 
 
3	2	191 
	0	12	11 
	0	12	12 
	0	20	62 
	0	20	63 
	-1 
 
3	2	192 
	0	20	1 
	3	2	193 
	-1 
 
3	2	193 
	0	20	1 
	3	2	197 
	-1 
 
3	2	194 
	0	4	31 
	0	13	11 
	-1 
 
3	2	195 
	0	2	2 
	0	11	41 
	0	10	52 
	0	4	31 
	0	13	12 
	0	13	13 
	0	10	192 
	0	10	62 
	-1 
 
3	2	196 
	0	10	4 
	3	2	193 
	-1 
 
3	2	197 
	0	20	3 
	0	20	4 
	0	20	5 
	-1 
 
3	2	199 
	3	1	32 
	3	1	190 
	3	1	191 
	3	2	190 
	-1 
 
3	3	1 
	0	7	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	2 
	0	7	4 
	0	11	1 
	0	11	2 
	-1 
 
3	3	3 
	0	7	4 
	0	10	3 
	0	12	1 
	0	12	3 
	-1 
 
3	3	4 
	3	3	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	11 
	0	7	3 
	0	8	1 
	0	11	1 
	0	11	2 
	-1 
 
3	3	12 
	0	7	4 
	0	8	1 
	0	11	1 
	0	11	2 
	-1 
 
3	3	13 
	0	7	4 
	0	8	1 
	0	10	3 
	0	12	1 
	0	13	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	14 
	0	7	4 
	0	8	1 
	0	10	3 
	0	12	1 
	0	12	3 
	0	11	1 
	0	11	2 
	-1 
 
3	3	21 
	0	7	4 
	0	7	4 
	2	4	7 
	0	31	21 
	-1 
 
3	3	22 
	3	3	21 
	0	10	3 
	2	4	0 
	-1 
 
3	3	23 
	3	3	21 
	0	12	1 
	2	4	0 
	-1 
 
3	3	24 
	3	3	21 
	0	13	16 
	2	4	0 
	-1 
 
3	3	25 
	0	2	25 
	2	4	7 
	0	31	21 
	0	12	63 
	2	4	0 
	-1 
 
3	3	26 
	0	7	4 
	0	8	3 
	2	4	7 
	0	31	21 
	0	12	1 
	2	4	0 
	-1 
 
3	3	27 
	0	7	4 
	2	4	7 
	0	31	21 
	0	10	3 
	2	4	0 
	-1 
 
3	3	31 
	0	7	4 
	0	8	3 
	0	7	21 
	0	7	22 
	0	8	12 
	0	12	61 
	-1 
 
3	3	32 
	0	20	11 
	0	20	16 
	-1 
 
3	3	192 
	0	1	7 
	3	1	11 
	3	1	13 
	3	1	23 
	3	3	193 
	3	3	194 
	3	3	195 
	3	3	196 
	3	3	197 
	-1 
 
3	3	193 
	0	5	22 
	0	8	12 
	0	12	61 
	0	8	3 
	0	7	4 
	0	2	22 
	0	27	20 
	0	22	42 
	0	8	3 
	-1 
 
3	3	194 
	1	3	15 
	0	7	4 
	0	7	4 
	0	12	7 
	0	8	3 
	1	3	3 
	0	7	4 
	0	7	4 
	0	13	16 
	0	8	3 
	-1 
 
3	3	195 
	0	7	4 
	0	12	7 
	0	8	3 
	0	15	1 
	0	8	3 
	0	7	4 
	0	20	10 
	0	2	21 
	-1 
 
3	3	196 
	1	1	20 
	0	12	62 
	0	2	21 
	1	1	4 
	0	12	62 
	0	2	21 
	-1 
 
3	3	197 
	1	1	3 
	0	12	62 
	1	3	20 
	0	10	4 
	0	12	7 
	0	10	2 
	1	2	5 
	0	10	4 
	0	12	3 
	-1 
 
3	4	1 
	0	8	3 
	0	10	4 
	0	12	1 
	0	11	1 
	0	11	2 
	-1 
 
3	4	2 
	0	8	3 
	0	10	4 
	0	11	1 
	0	11	2 
	-1 
 
3	4	3 
	0	8	3 
	0	12	1 
	-1 
 
3	4	4 
	0	8	3 
	0	10	4 
	0	20	10 
	0	12	1 
	-1 
 
3	4	5 
	0	2	24 
	0	7	4 
	0	7	4 
	0	13	3 
	-1 
 
3	4	6 
	0	14	1 
	0	14	1 
	0	14	3 
	-1 
 
3	6	1 
	0	2	32 
	1	2	0 
	0	31	1 
	0	7	62 
	0	22	42 
	-1 
 
3	6	2 
	0	2	31 
	0	22	4 
	0	22	31 
	-1 
 
3	6	3 
	0	2	2 
	0	11	11 
	0	11	12 
	0	12	4 
	-1 
 
3	6	4 
	0	2	32 
	0	2	33 
	1	3	0 
	0	31	1 
	0	7	62 
	0	22	42 
	0	22	62 
	-1 
 
3	6	5 
	0	2	31 
	1	3	0 
	0	31	1 
	0	7	62 
	0	22	4 
	0	22	31 
	-1 
 
3	6	6 
	3	6	3 
	3	6	2 
	0	22	63 
	-1 
 
3	6	7 
	0	1	12 
	0	1	14 
	3	6	8 
	0	4	24 
	0	27	3 
	0	28	3 
	-1 
 
3	6	8 
	0	2	34 
	0	2	35 
	0	2	36 
	-1 
 
3	6	9 
	0	10	4 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	4 
	0	13	3 
	0	22	42 
	-1 
 
3	7	1 
	3	1	31 
	3	2	11 
	-1 
 
3	7	2 
	3	1	32 
	3	2	11 
	-1 
 
3	7	3 
	3	7	1 
	1	1	0 
	0	31	1 
	3	2	5 
	-1 
 
3	7	4 
	3	7	2 
	1	1	0 
	0	31	1 
	3	2	5 
	-1 
 
3	7	5 
	3	7	1 
	1	1	4 
	3	2	5 
	-1 
 
3	7	6 
	3	7	2 
	1	1	4 
	3	2	5 
	-1 
 
3	7	7 
	3	1	31 
	3	2	12 
	-1 
 
3	7	8 
	3	1	32 
	3	2	12 
	-1 
 
3	7	192 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	7	193 
	3	2	199 
	0	20	1 
	0	20	10 
	0	12	11 
	0	12	12 
	0	20	62 
	3	2	194 
	-1 
 
3	7	194 
	3	2	199 
	0	20	1 
	3	2	4 
	3	2	5 
	3	2	191 
	3	2	194 
	-1 
 
3	7	195 
	3	2	199 
	0	10	4 
	3	2	193 
	3	2	4 
	1	1	2 
	3	2	5 
	3	2	191 
	3	2	194 
	-1 
 
3	7	196 
	3	2	199 
	3	2	196 
	3	2	4 
	1	1	4 
	3	2	5 
	3	2	191 
	1	1	2 
	3	2	194 
	3	2	195 
	-1 
 
3	7	197 
	3	2	199 
	3	2	194 
	-1 
 
3	8	1 
	3	1	33 
	3	2	11 
	0	22	42 
	-1 
 
3	8	2 
	3	1	34 
	3	2	11 
	0	22	42 
	-1 
 
3	8	3 
	3	1	35 
	3	2	11 
	0	22	42 
	-1 
 
3	8	4 
	3	1	36 
	3	2	11 
	0	22	42 
	-1 
 
3	8	5 
	3	8	4 
	3	2	24 
	-1 
 
3	8	6 
	0	10	4 
	0	10	61 
	0	10	63 
	0	11	1 
	0	11	2 
	0	12	4 
	0	13	3 
	0	22	42 
	-1 
 
3	9	1 
	3	1	37 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	2 
	3	1	38 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	3 
	3	1	37 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	4 
	3	1	38 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	5 
	3	1	37 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	6 
	3	1	38 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	7 
	3	1	4 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	8 
	3	1	38 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	11 
	3	1	39 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	12 
	3	1	39 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	13 
	3	1	39 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	14 
	3	1	39 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	15 
	3	9	16 
	3	9	17 
	3	9	18 
	-1 
 
3	9	16 
	3	1	40 
	1	1	0 
	0	31	1 
	3	3	12 
	-1 
 
3	9	17 
	3	1	40 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	13 
	-1 
 
3	9	18 
	3	1	40 
	3	2	4 
	1	1	0 
	0	31	1 
	3	3	14 
	-1 
 
3	9	19 
	3	1	31 
	0	2	3 
	1	1	0 
	0	31	1 
	3	3	11 
	-1 
 
3	9	20 
	3	1	31 
	0	2	3 
	1	4	0 
	0	31	1 
	0	7	3 
	0	11	3 
	0	11	4 
	0	11	5 
	-1 
 
3	10	1 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	26 
	3	3	25 
	-1 
 
3	10	2 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	9 
	3	3	23 
	-1 
 
3	10	3 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	6 
	3	3	23 
	-1 
 
3	10	4 
	3	1	42 
	3	3	31 
	3	3	32 
	1	1	3 
	3	3	24 
	-1 
 
3	11	1 
	3	1	51 
	0	7	2 
	0	12	1 
	0	11	1 
	0	11	2 
	0	11	31 
	0	11	32 
	0	11	33 
	0	20	41 
	-1 
 
3	12	1 
	3	1	43 
	3	4	1 
	-1 
 
3	12	2 
	3	1	43 
	3	4	2 
	-1 
 
3	12	3 
	3	1	42 
	3	4	3 
	-1 
 
3	12	4 
	3	1	42 
	3	4	4 
	-1 
 
3	12	5 
	3	1	42 
	0	20	14 
	-1 
 
3	12	6 
	3	1	42 
	3	4	5 
	-1 
 
3	12	7 
	3	1	42 
	3	4	6 
	-1 
 
3	12	10 
	0	1	7 
	0	5	40 
	0	2	21 
	0	5	41 
	0	4	1 
	0	4	43 
	-1 
 
3	12	11 
	2	2	131 
	2	1	149 
	0	4	6 
	2	1	0 
	2	2	132 
	0	10	2 
	2	2	0 
	0	5	43 
	0	5	53 
	-1 
 
3	12	12 
	2	2	130 
	2	1	132 
	1	1	19 
	0	12	63 
	2	1	0 
	2	2	0 
	-1 
 
3	12	13 
	0	5	42 
	2	2	130 
	2	1	135 
	0	12	63 
	2	1	0 
	2	2	0 
	-1 
 
3	12	14 
	3	12	10 
	3	12	11 
	1	5	56 
	3	1	23 
	0	5	42 
	0	5	52 
	3	12	12 
	3	12	13 
	-1 
 
3	12	15 
	1	9	11 
	3	1	23 
	0	5	42 
	0	5	52 
	2	2	129 
	2	1	132 
	1	1	4 
	0	12	63 
	2	2	0 
	2	1	0 
	-1 
 
3	12	16 
	3	12	10 
	3	12	11 
	3	12	15 
	-1 
 
3	12	17 
	1	9	8 
	3	1	23 
	0	5	42 
	0	5	52 
	2	2	129 
	2	1	132 
	1	1	3 
	0	12	63 
	2	2	0 
	2	1	0 
	-1 
 
3	12	18 
	3	12	10 
	3	12	11 
	3	12	17 
	-1 
 
3	13	9 
	0	21	1 
	1	1	0 
	0	31	1 
	0	21	1 
	-1 
 
3	13	10 
	0	21	36 
	1	1	0 
	0	31	1 
	0	21	36 
	-1 
 
3	13	31 
	0	6	2 
	0	6	12 
	1	1	0 
	0	31	2 
	0	30	1 
	-1 
 
3	13	32 
	0	5	2 
	0	5	12 
	1	1	0 
	0	31	2 
	3	13	31 
	-1 
 
3	13	41 
	0	6	2 
	0	6	12 
	1	6	0 
	0	31	1 
	1	1	0 
	0	31	11 
	0	30	1 
	1	1	0 
	0	31	1 
	0	30	1 
	-1 
 
3	13	42 
	0	5	2 
	0	5	12 
	1	1	0 
	0	31	2 
	3	13	41 
	-1 
 
3	15	1 
	0	8	3 
	3	1	11 
	3	1	12 
	3	1	23 
	3	6	1 
	-1 
 
3	15	2 
	0	8	3 
	3	1	11 
	3	1	12 
	3	1	23 
	3	6	4 
	-1 
 
3	16	1 
	3	1	192 
	0	1	21 
	0	2	41 
	0	19	1 
	0	10	51 
	0	19	2 
	0	19	3 
	0	19	4 
	-1 
 
3	18	1 
	3	1	25 
	0	24	11 
	-1 
 
3	18	3 
	3	1	26 
	0	24	5 
	0	24	4 
	0	24	21 
	-1 
 
3	18	4 
	3	1	25 
	0	4	31 
	0	13	11 
	0	24	5 
	0	24	4 
	0	24	22 
	-1 
 
3	21	1 
	0	2	101 
	0	2	114 
	0	2	105 
	0	2	106 
	0	2	107 
	0	2	121 
	-1 
 
3	21	3 
	0	21	51 
	0	21	14 
	0	21	17 
	0	21	30 
	-1 
 
3	21	4 
	3	1	31 
	0	2	3 
	1	1	0 
	0	31	1 
	3	21	3 
	-1 
 
3	21	5 
	0	25	4 
	0	2	121 
	0	2	122 
	0	2	123 
	0	2	124 
	0	2	125 
	0	2	126 
	0	2	127 
	3	21	192 
	-1 
 
3	21	6 
	0	25	1 
	0	25	2 
	0	25	3 
	0	25	5 
	-1 
 
3	21	7 
	0	25	9 
	0	25	10 
	0	25	11 
	0	25	12 
	0	25	13 
	0	25	15 
	0	25	16 
	0	25	17 
	-1 
 
3	21	8 
	0	25	6 
	0	25	7 
	0	25	8 
	-1 
 
3	21	9 
	0	25	18 
	0	25	19 
	-1 
 
3	21	10 
	0	2	101 
	0	7	2 
	0	2	102 
	0	2	103 
	0	2	104 
	0	2	105 
	0	2	106 
	0	2	107 
	0	2	108 
	3	21	193 
	-1 
 
3	21	11 
	0	30	31 
	0	30	32 
	0	29	2 
	-1 
 
3	21	12 
	1	1	0 
	0	31	1 
	0	2	135 
	-1 
 
3	21	192 
	0	2	128 
	0	2	129 
	0	2	130 
	0	2	131 
	-1 
 
3	21	193 
	0	2	109 
	0	2	110 
	0	2	132 
	0	2	133 
	-1 
 
3	55	1 
	3	55	4 
	3	55	5 
	0	12	192 
	0	12	1 
	0	11	1 
	0	11	2 
	0	2	61 
	0	10	194 
	-1 
 
3	55	2 
	0	11	31 
	0	11	32 
	0	11	33 
	-1 
 
3	55	3 
	0	20	41 
	0	58	3 
	0	58	4 
	-1 
 
3	55	4 
	0	58	1 
	0	58	2 
	0	1	8 
	0	1	6 
	3	1	11 
	3	1	12 
	0	4	192 
	0	4	193 
	3	1	23 
	-1 
 
3	55	5 
	0	2	43 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	42 
	0	7	192 
	0	7	4 
	-1 
 
3	58	1 
	0	58	1 
	0	1	11 
	0	1	8 
	0	1	6 
	3	1	11 
	3	1	12 
	0	4	192 
	0	4	193 
	3	58	2 
	3	58	3 
	-1 
 
3	58	2 
	0	2	43 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	42 
	0	7	192 
	0	7	4 
	0	8	4 
	0	12	192 
	-1 
 
3	58	3 
	0	12	1 
	0	11	1 
	0	11	2 
	0	2	61 
	0	10	194 
	-1 
 
3	58	4 
	0	11	31 
	0	11	32 
	0	11	33 
	-1 
 
3	58	5 
	0	20	41 
	0	58	3 
	0	58	4 
	-1 
 
3	59	1 
	3	59	2 
	3	59	3 
	3	59	4 
	3	59	5 
	3	59	6 
	3	59	7 
	3	59	8 
	-1 
 
3	59	2 
	0	58	1 
	0	1	11 
	3	1	11 
	3	1	12 
	3	1	23 
	0	7	1 
	-1 
 
3	59	3 
	0	4	192 
	0	4	193 
	0	8	193 
	0	8	194 
	0	8	195 
	0	8	196 
	0	2	2 
	-1 
 
3	59	4 
	0	1	12 
	0	1	13 
	0	10	4 
	0	10	51 
	0	4	31 
	0	10	63 
	0	10	61 
	0	10	62 
	0	12	1 
	0	12	3 
	-1 
 
3	59	5 
	0	11	1 
	0	11	2 
	0	4	31 
	0	11	41 
	0	12	11 
	0	12	12 
	0	4	31 
	0	13	11 
	0	4	31 
	0	13	11 
	-1 
 
3	59	6 
	0	20	1 
	0	20	3 
	0	20	4 
	0	20	5 
	0	20	10 
	0	20	63 
	0	20	63 
	0	8	2 
	0	20	11 
	0	10	13 
	-1 
 
3	59	7 
	0	20	12 
	0	20	12 
	0	20	12 
	1	4	4 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	-1 
 
3	59	8 
	0	22	42 
	0	22	12 
	0	22	22 
	1	1	2 
	3	2	23 
	0	20	31 
	0	20	32 
	0	20	32 
	-1 
 
3	60	1 
	3	60	2 
	3	60	3 
	3	60	4 
	3	60	5 
	3	60	6 
	3	60	7 
	3	60	8 
	-1 
 
3	60	2 
	0	58	1 
	3	1	1 
	3	1	11 
	3	1	12 
	3	1	23 
	3	59	3 
	-1 
 
3	60	3 
	0	7	4 
	0	10	4 
	0	10	192 
	0	10	51 
	0	4	31 
	0	10	63 
	0	10	61 
	0	10	62 
	0	12	1 
	0	12	3 
	-1 
 
3	60	4 
	0	11	1 
	0	11	2 
	0	4	31 
	0	11	41 
	0	12	11 
	0	12	12 
	0	10	52 
	-1 
 
3	60	5 
	0	4	31 
	0	13	11 
	0	40	31 
	0	13	11 
	0	40	31 
	0	13	12 
	0	13	13 
	-1 
 
3	60	6 
	0	20	62 
	0	20	3 
	0	20	4 
	0	20	5 
	0	20	10 
	0	20	63 
	0	20	63 
	-1 
 
3	60	7 
	0	20	1 
	0	8	2 
	0	20	11 
	0	20	13 
	0	20	12 
	0	20	12 
	0	20	12 
	-1 
 
3	60	8 
	1	4	4 
	0	8	2 
	0	20	11 
	0	20	12 
	0	20	13 
	0	22	42 
	0	22	12 
	0	22	22 
	3	2	23 
	0	2	1 
	-1
grads-2.0.1/data/tables/B3M-000-007-D0000644000175000017500000020401707750236075017434 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabD.txt
# Master Table D Version 7
#
#-----------------------------------------------------
# F X Y --> Table D descriptor being defined
#      F X Y --> 
#      F X Y --> descriptors defining sequence for
#      F X Y --> corresponding Table D descriptor
#      -1 --> end of sequence designator
#------------------------------------------------------
#  Category 00 - BUFR table entries sequences
  3   0   2
      0   0   2  "Table A category, line 1"
      0   0   3  "Table A category, line 2"
     -1
  3   0   3
      0   0  10  "F,  part descriptor"
      0   0  11  "X,  part descriptor"
      0   0  12  "Y,  part descriptor"
     -1
  3   0   4
      3   0   3
      0   0  13  "Element name, line 1"
      0   0  14  "Element name, line 2"
      0   0  15  Units name
      0   0  16  Units scale sign
      0   0  17  Units scale
      0   0  18  Units reference sign
      0   0  19  Units reference value
      0   0  20  Element data width
     -1
  3   0  10
      3   0   3  Table D descriptor to be defined
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      0   0  30  Descriptor defining sequence
     -1
#  Category 01 - Location and Identification sequences
  3   1   1
      0   1   1  WMO block number
      0   1   2  WMO station number
     -1
  3   1   2
      0   1   3  WMO Region number
      0   1   4  WMO Region sub-area
      0   1   5  Buoy/platform identifier
     -1
  3   1   3
      0   1  11  Ship's call sign
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
     -1
  3   1  11
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
     -1
  3   1  12
      0   4   4  Hour
      0   4   5  Minute
     -1
  3   1  13
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
     -1
  3   1  21
      0   5   1  Latitude - high accuracy
      0   6   1  Longitude - high accuracy
     -1
  3   1  22
      0   5   1  Latitude - high accuracy
      0   6   1  Longitude - high accuracy
      0   7   1  Height of station
     -1
  3   1  23
      0   5   2  Latitude
      0   6   2  Longitude
     -1
  3   1  24
      0   5   2  Latitude
      0   6   2  Longitude
      0   7   1  Height of station
     -1
  3   1  25
      3   1  23  Latitude and longitude (coarse accuracy)
      0   4   3  Day
      3   1  12  Time
     -1
  3   1  26
      3   1  21  Latitude and longitude (high accuracy)
      0   4   3
      0   4   3  (Time period in days)
      0   4   4
      0   4   4  (Time period in hours)
      0   4   5
      0   4   5  (Time period in minutes)
     -1
  3   1  31
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high  accuracy), height of station"
     -1
  3   1  32
      3   1   1  WMO block and station number
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Buoy/platform — fixed)
  3   1  33
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  34
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — moving)
  3   1  35
      0   1   5  Buoy/platform identifier
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Ship)
  3   1  36
      3   1   3  Ship's call sign and motion
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Land station for vertical soundings)
  3   1  37
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high accuracy), height of station"
     -1
#  (Land station for vertical soundings)
  3   1  38
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Ship for vertical soundings)
  3   1  39
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  33
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
     -1
#  (Buoy/platform — fixed)
  3   1  34
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Buoy/platform — moving)
  3   1035*
      0   1   5  Buoy/platform identifier
      0   1  12  Direction of motion of moving observing platform
      0   1  13  Speed of motion of moving observing platform
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Ship)
  3   1  36
      3   1   3  Ship's call sign and motion
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Land station for vertical soundings)
  3   1  37
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  22  "Latitude and longitude (high accuracy), height of station"
     -1
#  (Land station for vertical soundings)
  3   1  38
      3   1   1  WMO block and station number
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  24  "Latitude and longitude (coarse accuracy), height of station"
     -1
#  (Ship for vertical soundings)
  3   1  39
      3   1   3  Ship's call sign and motion
      0   2  11  Radiosonde type
      0   2  12  Radiosonde computational method
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
     -1
#  (Radar parameters)
  3   1  48
      0   2 104  Antenna polarization
      0   2 121  Mean frequency
      0   2 113  Number of azimuth looks
      0   2  26  Cross-track resolution
      0   2  27  Along-track resolution
      0   2 111  Radar incidence angle
      0   2 140  Satellite radar beam azimuth angle
      2   2 127  Change scale to –1
      0   1  13  Radar platform velocity
      2   2 126  Change scale to –2
      0   7   1  Radar platform altitude
      2   2   0  Change scale to Table B
      0  25  10  Clutter treatment
      0  21  64  Clutter noise estimate
     -1
#  (Radar beam data)
  3   1  49
      0   2 111  Radar incidence angle
      0   2 112  Radar look angle
      0  21  62  Backscatter
      0  21  63  Radiometric resolution (Noise value)
      0  21  65  Missing packet counter
     -1
  3   1  51
      0   1   6  Aircraft identifier
      0   2  61  Navigational system
      3   1  11  Date
      3   1  12  Time
      3   1  21  "Latitude, longitude"
      0   8   4  Phase of aircraft flight
     -1
  3   1  55
      0   1   5  Buoy/platform identifier
      0   2   1  Type of station
      3   1  11  Date
      3   1  12  Time
      3   1  21  Latitude and longitude (high accuracy)
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
     -1
#  (Radar location(s))
  3   1  62
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   1   1  WMO block and station number
     -1
#  (ACARS identification)
  3   1  65
      0   1   6  Aircraft flight number (see Note)
      0   1   8  Aircraft registration number (see Note)
      0   2   1  Type of station
      0   2   2  Type of instrumentation for wind measurement
      0   2   5  Precision of temperature observation
      0   2  62  Type of aircraft data relay system
      0   2  70  Original specification of latitude/longitude
      0   2  65  ACARS ground receiving station
     -1
#  (ACARS location)
  3   1  66
      3   1  11  "Year, month, day"
      3   1  13  "Hour, minute, second"
      3   1  23  Latitude and longitude (coarse accuracy)
      0   7   4  Pressure
      0   2  64  Aircraft roll angle quality
      0   8   4  Phase of aircraft flight
     -1
#  (Satellite identifier/Generating resolution)
  3   1  71
      0   1   7  Satellite identifier
      0   1  31  Generating centre
      0   2  20  Satellite classification
      0   2  28  Segment size at nadir in X direction
      0   2  29  Segment size at nadir in Y direction
     -1
#  (Satellite identification)
  3   1  72
      3   1  71  "Satellite identification, Generation resolution"
      3   1  11  Date
      3   1  13  Time
      3   1  21  "Latitude, longitude"
     -1
#  Category 02 - Meteorological sequences common to surface data
  3   2   1
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (High altitude station)
  3   2   2
      0  10   4  Pressure (at station level)
      0   7   4  Pressure level
      0  10   3  Geopotential of pressure level
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
  3   2   3
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Temperature (2 m)
      0  12   6  Dew point (2 m)
      0  13   3  Relative humidity
      0  20   1  Horizontal visibility
      0  20   3  Present weather
      0  20   4  Past weather (1)
      0  20   5  Past weather (2)
     -1
#  (General cloud information)
  3   2   4
      0  20  10  Cloud cover (total)
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  13  Height of base of cloud
      0  20  12  Cloud type
      0  20  12  Cloud type
      0  20  12  Cloud type
     -1
  3   2   5
      0   8   2  Vertical significance
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0  20  13  Height of base of cloud
     -1
  3   2   6
      0  10   4  Pressure (at station level)
      0  10  51  Pressure reduced to mean sea level
      0  10  62  24-hour pressure change
      0  10  63  Characteristic of pressure tendency
     -1
#  (Low altitude station)
  3   2  11
      3   2   1  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud layer
     -1
#  (High altitude station)
  3   2  12
      3   2   2  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      3   2   4  Significant cloud information
     -1
  3   2  13
      3   2   6  Pressure and pressure change
      3   2   3  "Wind, temperature, humidity, visibility, weather"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   2   5  Cloud layer information
     -1
  3   2  21
      0  22   1  Direction of waves
      0  22  11  Period of waves
      0  22  21  Height of waves
     -1
  3   2  22
      0  22   2  Direction of wind waves
      0  22  12  Period of wind waves
      0  22  22  Height of wind waves
     -1
  3   2  23
      0  22   3  Direction of swell waves
      0  22  13  Period of swell waves
      0  22  23  Height of swell waves
     -1
  3   2  24
      3   2  22  Wind waves
      1   1   2  Replicate 1 descriptor 2 times
      3   2  23  Swell waves (2 systems of swell)
     -1
  3   2  51
      0  10   4  Pressure
      0  10  51  Pressure reduced to mean sea level
      0   7   4  Pressure (vertical location)
      0  10   3  Geopotential
      0  12   4  Dry-bulb temperature at 2 m
      0  12  51  Standard deviation temperature
      0  12  16  "Maximum temperature at 2 m, past 24 hours"
      0  12  17  "Minimum temperature at 2 m, past 24 hours"
      0  13   4  Vapour pressure
      1   2   4  Replicate 2 descriptors 4 times
      0   8  51  Qualifier for number of missing values in calculation of statistic
      0   8  20  Total number of missing entities (with respect to accumulation or average)
     -1
#  Category 03 - Meteorological sequences common to vertical soundings data
  3   3   1
      0   7   3  Geopotential
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   2
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3   3
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
     -1
  3   3   4
      0   7   4  Pressure
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  11
      0   7   3  Geopotential
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  12
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  13
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  13   3  Relative humidity
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  14
      0   7   4  Pressure
      0   8   1  Vertical sounding significance
      0  10   3  Geopotential
      0  12   1  Temperature
      0  12   3  Dew point
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   3  21
      0   7   4  Pressure (1)
      0   7   4  Pressure (2)     defines layer
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
     -1
  3   3  22
      3   3  21  "Layer, quality"
      0  10   3  Geopotential (layer mean thickness)
      2   4   0  Cancel the added associated field
     -1
  3   3  23
      3   3  21  "Layer, quality"
      0  12   1  Temperature (layer mean)
      2   4   0  Cancel the added associated field
     -1
  3   3  24
      3   3  21  "Layer, quality"
      0  13  16  Precipitation water
      2   4   0  Cancel the added associated field
     -1
  3   3  25
      0   2  25  Satellite channel
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12  63  Brightness temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  26
      0   7   4  Pressure
      0   8   3  Vertical significance
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  12   1  Temperature
      2   4   0  Cancel the added associated field
     -1
  3   3  27
      0   7   4  Pressure
      2   4   7  Add associated field of 7 bits
      0  31  21  Additional field significance
      0  10   3  Geopotential
      2   4   0  Cancel the added associated field
     -1
  3   3  31
      0   7   4  Pressure
      0   8   3  Vertical significance (base of sounding)
      0   7  21  Elevation (local zenith)
      0   7  22  Solar elevation (solar zenith)
      0   8  12  Land/sea qualifier
      0  12  61  Skin temperature
     -1
  3   3  32
      0  20  11  Cloud amount
      0  20  16  Pressure at top of cloud
     -1
  3   3  33
      0  20  10  Cloud cover (total)
      0  20  16  Pressure at the top of cloud
     -1
#  (Wind sequence)
  3   3  41
      0   2 152  Geostationary satellite instrument used
      0   2  23  Cloud motion computational method
      0   7   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
      0   2 153  Satellite channel centre frequency
      0   2 154  Satellite channel band width
      0  12  71  Coldest cluster T
     -1
#  Category 04 - Meteorological sequences common to satellite observations
  3   4   1
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   2
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  11   1  Wind direction
      0  11   2  Wind speed
     -1
  3   4   3
      0   8   3  Vertical significance
      0  12   1  Temperature
     -1
  3   4   4
      0   8   3  Vertical significance
      0  10   4  Pressure
      0  20  10  Cloud cover (total)
      0  12   1  Temperature
     -1
  3   4   5
      0   2  24  Integrated mean humidity computational method
      0   7   4  Pressure(1)
      0   7   4  Pressure (2)    defines layer
      0  13   3  Relative humidity
     -1
  3   4   6
      0  14   1  Outgoing long-wave radiation
      0  14   1  Incoming long-wave radiation
      0  14   3  Outgoing short-wave radiation
     -1
#  (GOES-I/M info)
  3   4  11
      0   2 163  Height assignment method
      0   2 164  Tracer correlation method
      0   8  12  Land/sea qualifier
      0   7  24  Satellite zenith angle
      0   2 167  Origin of first guess information
      0   8  21  Time significance
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   8  21  Time significance
      0   4  24  Time period or displacement
      1  10   4  Replicate 10 descriptors 4 times
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   8  21  Time significance
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0  11   1  Wind direction
      0  11   2  Wind speed
      1   3  10  Replicate 3 descriptors 10 times
      0   2 163  Height assignment method
      0   7   4  Pressure
      0  12   1  Temperature
     -1
#  (Location of platform)
  3   4  30
      0  27  31  "In direction of 0 degree longitude, distance from the Earth’s centre"
      0  28  31  "In direction of 90 degrees East longitude, distance from the Earth’s centre"
      0  10  31  "In direction of North Pole, distance from Earth’s centre"
     -1
#  (Speed of platform)
  3   4  31
      0   1  41  Absolute platform velocity – first component
      0   1  42  Absolute platform velocity – second component
      0   1  43  Absolute platform velocity – third component
     -1
#  Category 06 - Meteorological or oceanographic sequences common to oceanographic observations
  3   6   1
      0   2  32  Indicator for digitization
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  42  Subsurface sea temperature
     -1
  3   6   2
      0   2  31  Method of current measurement
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
  3   6   3
      0   2   2  Wind instrumentation
      0  11  11  Wind direction (10 m)
      0  11  12  Wind speed (10 m)
      0  12   4  Dry-bulb temperature (2 m)
     -1
  3   6   4
      0   2  32  Indicator for digitization
      0   2  33  Method of salinity/depth measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22  43  Subsurface sea temperature
      0  22  62  Salinity
     -1
  3   6   5
      0   2  31  Method of current measurement
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Replication factor
      0   7  62  Depth below sea surface
      0  22   4  Direction of current
      0  22  31  Speed of current
     -1
#  (Under water sounding (optional) parameters)
  3   6   6
      3   6   3  Surface wind and temperature
      3   6   2  Current
      0  22  63  Total water depth
     -1
#  (Buoy spare block parameters)
  3   6   7
      0   1  12  Direction of motion of moving observing platform
      0   1  14  Platform drift speed (high precision)
      3   6   8  Buoy instrumentation
      0   4  24  Time period
      0  27   3  Alternate latitude
      0  28   3  Alternate longitude
     -1
#  (Buoy instrumentation parameters)
  3   6   8
      0   2  34  Drogue type
      0   2  35  Cable length
      0   2  36  Buoy type
     -1
  3   6  20
      3   6od or displacement, time increment"  "Tide station identification, date/time, water temperature, tide station tide data status, time period or displacement, time increment"
      1   2   6  Replicate 2 descriptors 6 times
      0  22  38  Tidal elevation with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
     -1
  3   6  21
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22 122  Tide station automated meteorological data check
      0  22 123  Tide station manual meteorological data check
      0  12   1  Air temperature
      3   3   2  "Pressure, wind direction, wind speed"
     -1
  3   6  22
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal elevation with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
     -1
  3   6  23
      0   1  15  Station or site name
      3   1  23  "Latitude, longitude"
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  38  Tidal level with respect to local chart datum
      0  22  39  Meteorological residual tidal elevation
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
     -1
  3   6  24
      0   1  75  Tide station alphanumeric identification
      3   1  11  "Year, month, day"
      3   1  12  "Hour, minute"
      0  22  42  Sea/water temperature
      0  22 120  Tide station automated water level check
      0  22 121  Tide station manual water level check
      0   4  25  Time period or displacement
      0   4  15  Time increment
     -1
#  Category 07 - Surface report sequences (land)
#  (Low altitude station)
  3   7   1
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   2
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  11  Basic surface report
     -1
#  (Low altitude station)
  3   7   3
      3   7   1  Location (high accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   4
      3   7   2  Location (coarse accuracy) and basic report
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   2   5  Cloud layer information
     -1
#  (Low altitude station)
  3   7   5
      3   7   1  Location (high accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (Low altitude station)
  3   7   6
      3   7   2  Location (coarse accuracy) and basic report
      1   1   4  Replicate 1 descriptor 4 times
      3   2   5  Cloud layer information (4 layers)
     -1
#  (High altitude station)
  3   7   7
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  12  Basic surface report
     -1
#  (High altitude station)
  3   7   8
      3   1  32  "Identification, type, date/time, position (coarse accuracy), height"
      3   2  12  Basic surface report
     -1
  3   7   9
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      3   2  13  Basic surface report
     -1
#  (Main part of data for representation of METAR/SPECI code in BUFR)
  3   7  11
      0   1  63  ICAO location indicator -CCCC
      0   2   1  Type of station -(AUTO)
      3   1  11  "Year, month, day (YY)"
      3   1  12  "GG, gg"
      3   1  24  "Latitude-longitude (coarse accuracy), height of station"
      0   7   6  Height above station (= height of an anemometer)
      0  11   1  Wind direction - ddd
      0  11  16  Extreme counterclockwise wind direction of a variable wind - dndndn
      0  11  17  Extreme clockwise wind direction of a variable wind - dxdxdx
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0   7   6  Height above station (= height of a thermometer)
      0  12   1  Temperature - T´T´
      0  12   3  Dew-point temperature - T´dT´d
      0  10  52  Altimeter setting (QNH) - PHPHPHPH
      0  20   9  General Weather Indicator TAF/METAR
     -1
#  (DvVVVV)
  3   7  12
      1   3   0  Delayed replication of 3 descriptors
      0  31   1  Number of replication (up to 3)
      0   8  23  First order statistics
      0   5  21  Direction of visibility observed - Dv
      0  20   1  Horizontal visibility - VVVV
     -1
#  (DRDRVRVRVRVR)
  3   7  13
      1   6   0  Delayed replication of 6 descriptors
      0  31   1  Number of replication (up to 4)
      0   1  64  Runway designator - DRDR
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VRVRVRVR
      0   8  14  Qualification for runway visual range
      0  20  61  Runway visual range - VRVRVRVR
      0  20  18  Tendency of runway visual range - i
     -1
#  (w´w´)
  3   7  14
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  19  Significant present weather - w´w´
     -1
#  (Clouds group(s))
  3   7  15
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      3   2   5  (sequence descriptor)
      0   8   2  Vertical significance (surface observation)
      0  20  11  "Cloud amount (FEW, SCT, BKN and OVC) - NsNsNs"
      0  20  12  Cloud type - CC
      0  20  13  Height of base of cloud - hshshs
      0  20   2  Vertical visibility - VVhshshs
     -1
#  (REw´w´)
  3   7  16
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 3)
      0  20  20  Significant recent weather phenomena - REw´w´
     -1
#  (Wind shear on runways(s))
  3   7  17
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication
      0  11  70  Runway designator of the runway affected by wind shear (including ALL) - WS RWYDRDR
     -1
#  (Trend-type landing forecast)
  3   7  18
      0   8  16  Change qualifier of a trend-type - TTTTT
      1   2   0  Delayed replication of 2 descriptors
      0  31   1  Number of replication (up to 2)
      0   8  17  Qualifier of the time when the forecast - TT+G638
      3   1  12  "GG, gg"
      1   4   0  Delayed replication of 4 descriptor
      0  31   1  Number of replication (up to 1)
      0   7   6  Height above station
      0  11   1  Wind direction - ddd
      0  11   2  Wind speed - ff
      0  11  41  Maximum wind speed (gusts) - fmfm
      0  20   9  General Weather Indicator
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Number of replication (up to 1)
      0  20   1  Horizontal visibility -  VVVV
      3   7  14  w´w´
     -1
#  (Short METAR/SPECI)
  3   7  20
      3   7  11  Main part of data
      3   7  14  w´w´
      3   7  16  REw´w´
     -1
#  (Total sequence for representation of METAR/SPECI code in BUFR)
  3   7  21
      3   7  11  Main part of data
      3   7  12  DvVVVV
      3   7  13  DRDRVRVRVRVR
      3   7  14  w´w´
      3   7  15  Clouds group(s)
      3   7  16  REw´w´
      3   7  17  Wind shear on runway(s)
      3   7  18  Trend-type landing forecast
      3   7  15  Clouds group(s)
     -1
#  Category 08 - Surface report sequences (sea)
#  (Buoy/platform — fixed)
  3   8   1
      3   1  33  "Identification, type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — fixed)
  3   8   2
      3   1  34  "Identification, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Buoy/platform — moving)
  3   8   3
      3   1  35  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
#  (Ship)
  3   8   4
      3   1  36  "Identification, movement, type, date/time, position (coarse accuracy)"
      3   2  11  Basic surface report
      0  22  42  Sea-surface temperature
     -1
  3   8   5
      3   8   4  Basic ship report
      3   2  24  Wind waves and swell waves
     -1
#  (Buoy Section 1 optional parameters)
  3   8   6
      0  10   4  Pressure
      0  10  61  3-hour pressure change
      0  10  63  Characteristic of pressure tendency
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   4  Dry-bulb temperature at 2 m
      0  13   3  Relative humidity
      0  22  42  Sea temperature
     -1
  3   8   7
      3   1  55  "Identification, movement type, date/time, position (high accuracy)"
      3   2  11  Basic surface report
      0   7  62  Depth below sea/water surface
      0  22  42  Sea/water temperature
     -1
#  Category 09 - Vertical sounding sequences (conventional data)
#  (Vertical wind profile)
  3   9   1
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   2
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9   3
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical wind profile)
  3   9   4
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9   5
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with relative humidity)
  3   9   6
      3   1  38  "Identification, etc. (land station, coarse  accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   7
      3   1  37  "Identification, etc. (land station, high accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9   8
      3   1  38  "Identification, etc. (land station, coarse accuracy position)"
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  11
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  12
      3   1  39  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  13
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  14
      3   1  39  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical wind profile)
  3   9  15
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Vertical wind profile)
  3   9  16
      3   1  40  "Ship's identification, etc."
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  12  Winds at pressure levels
     -1
#  (Vertical sounding with relative humidity)
  3   9  17
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  13  "Pressure, geopotential, temperature and wind data"
     -1
#  (Vertical sounding with dew-point data)
  3   9  18
      3   1  40  "Ship's identification, etc."
      3   2   4  Significant cloud information
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  14  "Pressure, geopotential, temperature and wind data"
     -1
#  (Wind profiler — wind data sounding)
  3   9  19
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3   3  11  Winds at heights
     -1
#  (Wind profiler — Cartesian coordinates)
  3   9  20
      3   1  31  "Identification, etc."
      0   2   3  Type of measuring equipment used
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   7   3  Geopotential
      0  11   3  u-component
      0  11   4  v-component
      0  11   5  w-component
     -1
#  Category 10 - Vertical sounding sequences (satellite data)
#  (Satellite — brightness temperature)
  3  10   1
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1  26  Replicate 1 descriptor 26 times
      3   3  25  Satellite channel and brightness temperature
     -1
#  (Satellite — low level)
  3  10   2
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   9  Replicate 1 descriptor 9 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — high level)
  3  10   3
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   6  Replicate 1 descriptor 6 times
      3   3  23  Layer mean temperature
     -1
#  (Satellite — precipitable water)
  3  10   4
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  32  Cloud
      1   1   3  Replicate 1 descriptor 3 times
      3   3  24  Precipitable water
     -1
  3  10   5
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  25  Satellite channel and brightness temperature
     -1
  3  10   6
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  23  Layer mean temperature
     -1
  3  10   7
      3   1  42  "Identification, method, date/time"
      3   3  31  "Significance data, land/sea, skin temperature"
      3   3  33  Cloud
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Delayed descriptor replication factor
      3   3  24  Precipitable water
     -1
#  (ATOVS HIRS report)
  3  10   8
      3  10  11  ATOVS field of view variables
      1   1  19  Replicate 1 descriptor 19 times
      3  10  12  ATOVS channel variables
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  79  Albedo-radiance solar filtered irradiance for ATOVS
      0  25  80  Albedo-radiance equivalent filter width for ATOVS
      0  33  32  Channel quality flags for ATOVS
      0  14  45  Channel radiance
     -1
#  (ATOVS AMSU-A report)
  3  10   9
      3  10  11  ATOVS field of view variables
      1   1  15  Replicate 1 descriptor 15 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS AMSU-B report)
  3  10  10
      3  10  11  ATOVS field of view variables
      1   1   5  Replicate 1 descriptor 5 times
      3  10  12  ATOVS channel variables
     -1
#  (ATOVS field of view variables)
  3  10  11
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   8  70  TOVS/ATOVS product qualifier
      0   1  33  Identification of originating/generating centre
      0   1  34  Identification of originating/generating centre
      0   1   7  Satellite identification
      0   2  48  Satellite sensor indicator
      0   5  40  Orbit number
      0  25  75  Satellite antenna corrections version number
      2   1 133  Change width
      0   5  41  Scan line number
      2   1   0  Change width
      0   5  43  Field of view number
      0  25  70  Major frame count
      0  33  30  Scan line status flags for ATOVS
      0  33  31  Scan line quality flags for ATOVS
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      2   2 131  Change scale
      2   1 138  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2   0  Change scale
      0   5   1  Latitude
      0   6   1  Longitude
      2   2 126  Change scale
      0   7   1  Height of station
      2   2   0  Change scale
      0   7  24  Satellite zenith angle
      0   5  21  Satellite azimuth
      0   7  25  Solar zenith angle
      0   5  22  Solar azimuth
      0  33  33  Field of view quality flags for ATOVS
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
      0   2 151  Radiometer identifier
      0  12  64  Instrument temperature
     -1
#  (ATOVS channel variables)
  3  10  12
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0  25  76  Log–10 of (temperature-radiance central wavenumber) for ATOVS
      0  25  77  Bandwidth correction coefficient 1 for ATOVS
      0  25  78  Bandwidth correction coefficient 2 for ATOVS
      0  33  32  Channel quality flags for ATOVS
      2   1 132  Change width
      2   2 129  Change scale
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (AVHRR (GAC) report)
  3  10  13
      0   1   7  Satellite ID
      0   5  40  Orbit number
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   4   6  Second
      0   5   1  Latitude
      0   6   1  Longitude
      0   7  25  Solar zenith angle
      0   5  43  Field of view number
      0  25  85  Fraction of clear pixels in HIRS field of view
      2   1 131  Change width
      2   2 129  Change scale
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  TOVS/ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      0   8  72  Pixel(s) type
      0  14  27  Albedo
      2   2   0  Change scale
      2   1   0  Change width
      2   1 132  Change width
      2   2 129  Change scale
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   2 150  ATOVS/AVHRR instrumentation channel number
      0   8  23  First order statistics
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      0   8  72  Pixel(s) type
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (Satellite — geostationnary wind data)
  3  10  14
      3   1  72  "Satellite identification, date, time, latitude, longitude"
      3   3  41  Wind sequence
      3   4  11  GOES-I/M information
     -1
#  Category 11 - Single level report sequences (conventional data)
#  (Aircraft reports)
  3  11   1
      3   1  51  "ASDAR aircraft identifier, navigational system, date/time, position, phase of aircraft flight"
      0   7   2  Altitude
      0  12   1  Temperature
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  11  31  Degree of turbulence
      0  11  32  Height of base of turbulence
      0  11  33  Height of top of turbulence
      0  20  41  Airframe icing
     -1
#  (ACARS reports)
  3  11   2
      3   1  65  ACARS identification
      3   1  66  ACARS location
      3  11   3  ACARS standard reported variables
      3  11   4  ACARS supplementary reported variables
     -1
#  (ACARS standard reported variables)
  3  11   3
      0  10  70  Indicated aircraft altitude
      0  11   1  Wind direction
      0  11   2  Wind speed
      0  12   1  Temperature/dry-bulb temperature
      0  13   2  Mixing ratio
     -1
#  (ACARS supplementary reported variables)
  3  11   4
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  34  Vertical gust velocity
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  35  Vertical gust acceleration
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  75  Mean turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  11  76  Peak turbulence intensity (eddy dissipation rate)
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  25  ACARS interpolated values
      1   1   0  Delayed replication of one descriptor
      0  31   0  Short delayed descriptor replication factor
      0  33  26  Mixing ratio quality
     -1
#  Category 12 - Single level report sequences (satellite data)
  3  12   1
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   1  "Cloud top pressure, temperature, wind"
     -1
  3  12   2
      3   1  43  "Satellite identifier, instrumentation, location, date/time"
      3   4   2  "Cloud top pressure, wind"
     -1
  3  12   3
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   3  Surface temperature
     -1
  3  12   4
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   4  Cloud cover
     -1
  3  12   5
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      0  20  14  Height of top of cloud
     -1
  3  12   6
      3   1  44  "Satellite identifier, instrumentation, location, date/time"
      3   4   5  Layer mean relative humidity
     -1
  3  12   7
      3   1  42  "Satellite identifier, instrumentation, location, date/time"
      3   4   6  Radiation
     -1
#  "(Orbital information, Part I)"
  3  12  10
      0   1   7  Satellite identifier
      0   5  40  Orbit number
      0   2  21  Satellite instrumentation
      0   5  41  Scan line number
      0   4   1  Year
      0   4  43  Day of year
     -1
#  "(Orbital information, Part II)"
  3  12  11
      2   2 131  Change scale
      2   1 149  Change width
      0   4   6  Second
      2   1   0  Change width
      2   2 126  Change scale
      0  10   2  Height
      2   2   0  Change scale
      0   5  43  Field of view number
      0   5  53  Field of view number increment
     -1
#  (HIRS brightness temperatures — channels 1–19)
  3  12  12
      2   2 129  Change scale
      2   1 132  Change width
      1   1  19  Replicate 1 descriptor 19 times
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS brightness temperatures — channel 20)
  3  12  13
      0   5  42  Channel number
      2   2 129  Change scale
      2   1 135  Change width
      0  12  63  Brightness temperature
      2   1   0  Change width
      2   2   0  Change scale
     -1
#  (HIRS satellite data)
  3  12  14
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      1   5  56  Replicate 5 descriptors 56 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      3  12  12  HIRS brightness temperatures — channels 1–19
      3  12  13  HIRS brightness temperature — channel 20
     -1
#  (MSU brightness temperatures — channels 1–4)
  3  12  15
      1   9  11  Replicate 9 descriptors 11 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   4  Replicate 1 descriptor 4 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (MSU satellite data)
  3  12  16
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  15  MSU brightness temperatures — channels 1–4
     -1
#  (SSU brightness temperatures — channels 1–3)
  3  12  17
      1   9   8  Replicate 9 descriptors 8 times
      3   1  23  Latitude and longitude (coarse accuracy)
      0   5  42  Channel number
      0   5  52  Channel number increment
      2   2 129  Change scale
      2   1 132  Change width
      1   1   3  Replicate 1 descriptor 3 times
      0  12  63  Brightness temperature
      2   2   0  Change scale
      2   1   0  Change width
     -1
#  (SSU satellite data)
  3  12  18
      3  12  10  "Orbital information, Part I"
      3  12  11  "Orbital information, Part II"
      3  12  17  SSU brightness temperatures — channels 1–3
     -1
#  (Wave scatterometer product with width change for wave number (spectral))
  3  12  19
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalisation
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   6  12  Repeat next 6 descriptors 12 times
      2   1 129  Change width to 14 bits
      0   6  30  Wave number (spectral)
      2   1   0  Change width to Table B
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Image spectrum intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wave scatterometer product)
  3  12  20
      3   1  47  Product header
      3   1  48  Radar parameters
      0  15  15  Maximum spectrum composition before normalization
      0  29   2  Coordinate grid type
      0  21  76  Representation of intensities
      1   4  12  Repeat next 4 descriptors 12 times
      0   6  30  Wave number (spectral)
      1   2  12  Repeat next 2 descriptors 12 times
      0   5  30  Direction (spectral)
      0  21  75  Spectral intensity
      0  21  66  Wave scatterometer product confidence data
     -1
#  (Wind scatterometer product)
  3  12  21
      3   1  47  Product header
      1   1   3  Repeat 1 descriptor 3 times
      3   1  49  Radar beam data
      0  11  12  Wind speed at 10 m
      0  11  11  Wind direction at 10 m
      0  21  67  Wind product confidence data
     -1
#  (Radar altimeter product)
  3  12  22
      3   1  47  Product header
      0   8  22  Number in average
      0  11  12  Wind speed
      0  11  50  Standard deviation of horizontal wind speed
      0  22  70  Significant wave height
      0  22  26  Standard deviation of significant wave height
      3  12  41  Altitude
      0  10  50  Standard deviation of altitude
      0  21  68  Radar altimeter product confidence data
      0  21  71  Peakiness
      0  21  72  Altimeter calibration status
      0  21  73  Altimeter instrument mode
      3  12  42  Altitude corrections
      0  21  62  Backscatter
      0  15  11  Log 10 of integrated electron density
     -1
#  (ATSR sea surface temperature product)
  3  12  23
      3   1  47  Product header
      1   3   3  Repeat 3 descriptors 3 times
      0   8  22  Number in average
      0  12  61  Skin temperature
      0  22  50  Standard deviation of sea surface temperature
      0  21  69  SST product confidence data
      0  21  85  ATSR sea surface temperature across-track band number
     -1
#  (Wave scatterometer product enhanced)
  3  12  24
      3  12  20  (Wave scatterometer product)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode signification – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Wave scatterometer enhanced product (with change of width for wave number (spectral))
  3  12  25
      3  12  19  Wave scatterometer product with width change for wave number (spectral)
      0   8  60  Sample scanning mode significance – range
      0   8  22  Number in sample
      0   8  60  Sample scanning mode significance – horizontal
      0   8  22  Number in sample
      0  25  14  Azimuth clutter cut-off
      0  22 101  Total energy (wavelength > 731 m)
      0  22  97  Mean wavelength of image spectrum
      0  22  98  Wavelength spread (wavelength > 731 m)
      0  22  99  Mean direction (wavelength > 731 m)
      0  22 100  Direction spread (wavelength > 731 m)
     -1
#  (Altitude)
  3  12  41
      2   1 141  Change width to 28 bits
      2   2 130  Change scale to 2
      0   7   1  Altitude
      2   1   0  Change width back to Table B
      2   2   0  Change scale back to Table B
     -1
#  (Altitude corrections)
  3  12  42
      0  21  77  "Altitude correction, ionosphere"
      0  21  78  "Altitude correction, dry troposphere"
      0  21  79  "Altitude correction, wet troposphere"
      0  21  80  "Altitude correction, calibration constant"
      0  21  81  Open loop height-time loop calibration correction
      0  21  82  Open loop automatic gain control calibration correction
     -1
#  Category 13 - Sequences common to image data
#  (Radar reflectivity values)
  3  13   9
      0  21   1  Horizontal reflectivity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21   1  Horizontal reflectivity
     -1
#  (Radar rainfall intensities)
  3  13  10
      0  21  36  Radar rainfall intensity
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  21  36  Radar rainfall intensity
     -1
#  (Non run-length encoded row for Pixel value (4 bits))
  3  13  31
      0   6   2  First longitude location minus one increment
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Non run-length encoded picture data for Pixel value (4 bits))
  3  13  32
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  31  Non run-length encoded row
     -1
#  (Run-length encoded row for Pixel value (4 bits))
  3  13  41
      0   6   2  First longitude location minus one increment
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  12  Repetition factor
      0  30   1  Pixel value (4 bits)
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  (Run-length encoded picture data for Pixel value (4 bits))
  3  13  42
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment (signed value so cannot cross pole)
      1   1   0  Delayed replication of 1 descriptor
      0  31   2  Extended replication factor
      3  13  41  Run-length encoded row
     -1
#  "(Run-length encoded picture data for Pixel value (4 bits), regular grid)"
  3  13  43
      0   6   2  First longitude location minus one increment
      0   5   2  First latitude location minus one increment
      0   5  12  Latitude increment
      1  12   0  Delayed replication of 12 descriptors
      0  31   1  Replication factor
      1  10   0  Delayed replication of 10 descriptors
      0  31   1  Replication factor
      1   4   0  Delayed replication of 4 descriptors
      0  31   1  Replication factor
      0   6  12  Longitude increment
      1   1   0  Delayed replication of 1 descriptor
      0  31  11  Repetition factor
      0  30   1  Pixel value (4 bits)
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0  30   1  Pixel value (4 bits)
     -1
#  Category 15 - Oceanographic report sequences
#  (Typically reported underwater sounding without optional fields)
  3  15   1
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   1  "Depth, temperature"
     -1
#  (Typically reported underwater sounding without optional fields)
  3  15   2
      0   1  11  Ship's call sign
      3   1  11  Date
      3   1  12  Time
      3   1  23  Latitude and longitude (coarse accuracy)
      3   6   4  "Depth, temperature, salinity"
     -1
#  Category 16 - Synoptic feature sequences
  3  16   1
      3   1  11  "Year, month, day"
      0   4   4  Hour
      3   1  23  Latitude and longitude (coarse accuracy)
      0   1  21  Synoptic feature identifier
      0   2  41  Method for estimating reports related to synoptic features
      0  19   1  Type of synoptic feature
      0  10  51  Pressure reduced to mean sea level
      0  19   2  Effective radius of feature
      0  19   3  Wind speed threshold (15 m s–1 typically)
      0  19   4  Effective radius with respect to wind speeds above threshold
     -1
#  (Header)
  3  16   2
      0   8  21  Data time (analysis)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   1  33  Originating/generating centre
      0   8  21  Validity time (fcst)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0   7   2  Flight level (altitude) (base of chart layer)
      0   7   2  Flight level (altitude) (top of chart layer)
     -1
#  (Jet stream)
  3  16   3
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (jet stream value)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Flight level (altitude)
      0  11   2  Wind speed
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Turbulence)
  3  16   4
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for turbulence)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  11  31  Degree of turbulence
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Storm)
  3  16   5
      1   8   0  Delayed replication
      0  31   1  Replication
      0   8   5  Meteorological attribute significance (storm centre)
      0   8   7  Dimensional significance (value for point)
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   1  26  WMO storm name (use “unknown” for a sandstorm)
      0  19   1  Synoptic features (value for type of storm)
      0   8   7  Dimensional significance (cancel)
      0   8   5  Meteorological attribute significance (cancel/end of object)
     -1
#  (Cloud)
  3  16   6
      1  12   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for cloud)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  11  Cloud amount
      0  20  12  Cloud type
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Front)
  3  16   7
      1  10   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for type of front)
      0   8   7  Dimensional significance (value for line)
      1   4   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  19   5  Direction of feature
      0  19   6  Speed of feature
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Tropopause)
  3  16   8
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8   1  Vertical significance (bit 3 set for tropopause)
      0   8   7  Dimensional significance (value for point)
      0   8  23  Statistic (type of tropopause value)
      1   3   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  10   2  Height/altitude
      0   8  23  Statistic (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8   1  Vertical significance (cancel/end of object)
     -1
#  (Airframe icing area)
  3  16   9
      1  11   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for airframe icing)
      0   8   7  Dimensional significance (value for area)
      0   7   2  Flight level (altitude) (base of layer)
      0   7   2  Flight level (altitude) (top of layer)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0  20  41  Airframe icing (type of airframe icing)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Name of feature)
  3  16  10
      1   7   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature
      0   8   7  Dimensional significance (value for point)
      0   1  22  Name of feature
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  (Volcano erupting)
  3  16  11
      1  16   0  Delayed replication
      0  31   1  Replication
      0   8  11  Meteorological feature (value for special clouds)
      0   1  22  Name of feature (volcano name)
      0   8   7  Dimensional significance (value for point)
      1   2   0  Delayed replication
      0  31   1  Replication
      0   5   2  Latitude (coarse)
      0   6   2  Longitude (coarse)
      0   8  21  Time significance (eruption starting time)
      0   4   1  Year
      0   4   2  Month
      0   4   3  Day
      0   4   4  Hour
      0   4   5  Minute
      0  20  90  Special clouds (clouds from volcanic eruptions)
      0   8  21  Time significance (cancel)
      0   8   7  Dimensional significance (cancel)
      0   8  11  Meteorological feature (cancel/end of object)
     -1
#  Category 18 - Radiological report sequences
  3  18   1
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0  24  11  Dose
     -1
  3  18   3
      3   1  26  "Latitude and longitude (high accuracy), time periods in days," hours and minutes
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  21  Air concentration
     -1
  3  18   4
      3   1  25  "Latitude and longitude (coarse accuracy), day and time"
      0   4  23  Time period or displacement
      0  13  11  Total precipitation/total water equivalent
      0  24   5  Isotope mass
      0  24   4  Element name
      0  24  22  Concentration in precipitation
     -1
#  Category 21 - Radar report sequences
#  (Wind profiler — antenna characteristics)
  3  21   1
      0   2 101  Type of antenna
      0   2 114  Antenna effective surface area
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 121  Mean frequency
     -1
#  (Wind profiler — moment data)
  3  21   3
      0  21  51  Signal power above 1 mW
      0  21  14  Doppler mean velocity (radial)
      0  21  17  Doppler velocity spectral width
      0  21  30  Signal to noise ratio
     -1
#  (Wind profiler — moment data sounding)
  3  21   4
      3   1  31  "Identification, type, date/time, position (high accuracy), height"
      0   2   3  Type of measuring equipment used
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      3  21   3  Wind profiler — moment data
     -1
#  (Transmitter-receiver characteristics)
  3  21   5
      0  25   4  Echo processing
      0   2 121  Mean frequency
      0   2 122  Frequency agility range
      0   2 123  Peak power
      0   2 124  Average power
      0   2 125  Pulse repetition frequency
      0   2 126  Pulse width
      0   2 127  Receiver intermediate frequency
      0   2 128  Intermediate frequency bandwidth
      0   2 129  Minimum detectable signal
      0   2 130  Dynamic range
      0   2 131  Sensitivity time control
     -1
#  (Integration characteristics)
  3  21   6
      0  25   1  Range-gate length
      0  25   2  Number of gates averaged
      0  25   3  Number of integrated pulses
      0  25   5  Echo integration
     -1
#  (Corrections)
  3  21   7
      0  25   9  Calibration method
      0  25  10  Clutter treatment
      0  25  11  Ground occultation correction
      0  25  12  Range attenuation correction
      0  25  13  Bright-band correction
      0  25  15  Radome attenuation correction
      0  25  16  Clear-air attenuation correction
      0  25  17  Precipitation attenuation correction
     -1
#  (Z to R conversion)
  3  21   8
      0  25   6  Z to R conversion
      0  25   7  Z to R conversion factor
      0  25   8  Z to R conversion exponent
     -1
#  (A to Z law)
  3  21   9
      0  25  18  A to Z law for attenuation factor
      0  25  19  A to Z law for attenuation exponent
     -1
#  (Antenna characteristics)
  3  21  10
      0   2 101  Type of antenna
      0   7   2  Altitude of the tower base
      0   2 102  Antenna height above tower base
      0   2 103  Radome
      0   2 104  Antenna polarisation
      0   2 105  Maximum antenna gain
      0   2 106  3-dB beamwidth
      0   2 107  Sidelobe suppression
      0   2 108  Crosspol discrimination (on axis)
      0   2 109  Antenna speed (azimuth)
      0   2 110  Antenna speed (elevation)
      0   2 132  Azimuth pointing accuracy
      0   2 133  Elevation pointing accuracy
     -1
#  (General characteristics)
  3  21  11
      0  30  31  Picture type
      0  30  32  Combination with other data
      0  29   2  Coordinate grid type
     -1
#  (Antenna elevations)
  3  21  12
      1   1   0  Delayed replication of 1 descriptor
      0  31   1  Replication factor
      0   2 135  Antenna elevation
     -1
grads-2.0.1/data/tables/B2M-000-000-B0000644000175000017500000016510207750236075017423 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#                                       Data
#F      X       Y       Scale   RefVal  Width   Units           Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; TABLE A ENTRY
  0;    0;      2;      0;           0;  256;    CCITT_IA5; TABLE A  DATA CATEGORY DESCRIPTIO
  0;    0;      3;      0;           0;  256;    CCITT_IA5; TABLE A DATA CATEGORY DESCRIPTION
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR EDITION NUMBER
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F DESCRIPTOR TO BE ADDED OR DEFIN
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X DESCRIPTOR TO BE ADDED OR DEFIN
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y DESCRIPTOR TO BE ADDED OR DEFIN
  0;    0;     13;      0;           0;  256;    CCITT_IA5; ELEMENT NAME LN 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; ELEMENT NAME LN 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; UNITS NAME
  0;    0;     16;      0;           0;    8;    CCITT_IA5; UNITS SCALE SIGN
  0;    0;     17;      0;           0;   24;    CCITT_IA5; UNITS SCALE
  0;    0;     18;      0;           0;    8;    CCITT_IA5; UNITS REFERENCE SIGN
  0;    0;     19;      0;           0;   80;    CCITT_IA5; UNITS REFERENCE VALUE
  0;    0;     20;      0;           0;   24;    CCITT_IA5; ELEMENT DATA WIDTH
  0;    0;     30;      0;           0;   48;    CCITT_IA5; DESCRIPTOR DEFINING SEQUENCE
  0;    1;      1;      0;           0;    7;      NUMERIC; WMO BLOCK NUMBER
  0;    1;      2;      0;           0;   10;      NUMERIC; WMO STATION NUMBER
  0;    1;      3;      0;           0;    3;      NUMERIC; WMO REGION NUMBER
  0;    1;      4;      0;           0;    3;      NUMERIC; WMO REGION SUB-AREA
  0;    1;      5;      0;           0;   17;      NUMERIC; BUOY/PLATFORM IDENTIFIER
  0;    1;      6;      0;           0;   64;    CCITT_IA5; AIRCRAFT IDENTIFIER (FLIGHT NUMBE
  0;    1;      7;      0;           0;   10;   CODE_TABLE; SATELLITE IDENTIFIER
  0;    1;      8;      0;           0;   64;    CCITT_IA5; AIRCRAFT REGISTRATION NUMBER (TAI
  0;    1;      9;      0;           0;   64;    CCITT_IA5; TYPE OF COMMERCIAL ACFT
  0;    1;     10;      0;           0;   64;    CCITT_IA5; STATIONARY BOUY PLATFORM IDENTIFI
  0;    1;     11;      0;           0;   72;    CCITT_IA5; SHIP CALL SIGN
  0;    1;     12;      0;           0;    9; DEGREES_TRUE; DIRECTION OF MOTION OBSERVING PLA
  0;    1;     13;      0;           0;   10; METER/SECOND; SPEED OF MOTION OF OBSERVING PLAT
  0;    1;     14;      2;           0;   10; METER/SECOND; PLATFORM DRIFT SPEED (HIGH PRECIS
  0;    1;     15;      0;           0;    4;   CODE_TABLE; TRUE DIR OF MOVING PLATFORM PAST
  0;    1;     16;      0;           0;    4;   CODE_TABLE; AVG SPD MOVING PLATFORM PAST 3 HO
  0;    1;     21;      0;           0;   14;      NUMERIC; SYNOPTIC FEATURE ID
  0;    1;     25;      0;           0;   24;    CCITT_IA5; STORM IDENTIFIER
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO STORM NAME
  0;    1;     31;      0;           0;   16;   CODE_TABLE; GENERATING CENTER
  0;    1;     32;      0;           0;    8;   CODE_TABLE; GENERATING APPLICATION
  0;    1;     50;      0;           0;   48;    CCITT_IA5; NMC REPORT IDENTIFIER
  0;    1;     62;      0;           0;   40;    CCITT_IA5; NAT'L ASSIGNED STATION IDENTIFIER
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO LOCATION IDENTIFIER
  0;    1;    192;      0;           0;    4;    CCITT_IA5; RADIOSONDE REPORT PART
  0;    1;    193;      0;           0;   64;    CCITT_IA5; SATELLITE IDENTIFIER
  0;    1;    194;      0;           0;   64;    CCITT_IA5; BULLETIN HEADER
  0;    1;    195;      0;           0;   48;    CCITT_IA5; NMC REPORT IDENTIFIER
  0;    1;    196;      0;           0;   96;    CCITT_IA5; ALPHANUMERIC IDENTIFIER
  0;    1;    197;      0;           0;   64;    CCITT_IA5; RADIOSONDE SHIP OR MOBILE LND STN
  0;    2;      1;      0;           0;    2;   CODE_TABLE; TYPE OF STATION
  0;    2;      2;      0;           0;    4;   FLAG_TABLE; TYPE OF INSTR. FOR WIND MEASUREME
  0;    2;      3;      0;           0;    4;   CODE_TABLE; TYPE OF MEASURING INSTRUMENT USED
  0;    2;      4;      0;           0;    4;   CODE_TABLE; TYPE OF INSTR/CROP FOR EVAP/EVAPO
  0;    2;      5;      2;           0;    7;      DEGREES; PRECISION OF TEMPERATURE OBS.
  0;    2;     11;      0;           0;    8;   CODE_TABLE; RADIOSONDE TYPE
  0;    2;     12;      0;           0;    4;   CODE_TABLE; RADIOSONDE COMPUTATIONAL METHOD
  0;    2;     13;      0;           0;    4;   CODE_TABLE; SOLAR AND INFRARED RADIATION CORR
  0;    2;     14;      0;           0;    7;   CODE_TABLE; TRACKING TECHNIQUE/STATUS OF SYST
  0;    2;     15;      0;           0;    4;   CODE_TABLE; RADIOSONDE COMPLETENESS
  0;    2;     21;      0;           0;    9;   FLAG_TABLE; SATELLITE INSTRUMENT DATA USED IN
  0;    2;     22;      0;           0;    8;   FLAG_TABLE; SATELLITE DATA PROCESSING TECHNIQ
  0;    2;     23;      0;           0;    4;   CODE_TABLE; SATELLITE DERIVED WIND COMPUTATIO
  0;    2;     24;      0;           0;    4;   CODE_TABLE; INT. MEAN HUMIDITY COMPUTATIONAL
  0;    2;     25;      0;           0;   25;   FLAG_TABLE; SATELLITE CHANNEL(S) USED IN COMP
  0;    2;     26;      2;           0;   12;       METERS; CROSS TRACK RESOLUTION
  0;    2;     27;      2;           0;   12;       METERS; ALONG TRACK RESOLUTION
  0;    2;     28;      0;           0;   32;   FLAG_TABLE; GEOSTAT. SOUNDER SATELL CHAN'LS U
  0;    2;     29;      0;           0;    8;   FLAG_TABLE; GEOSTAT. SOUNDER SATELL CHAN'LS U
  0;    2;     30;      0;           0;    3;   CODE_TABLE; METH OF CURRENT MEASUREMENT
  0;    2;     31;      0;           0;    5;   CODE_TABLE; DURATION & TIME OF CURRENT CODE M
  0;    2;     32;      0;           0;    2;   CODE_TABLE; INDICATOR FOR DIGITIZATION
  0;    2;     33;      0;           0;    3;   CODE_TABLE; METHOD OF SALINITY/DEPTH MEASUREM
  0;    2;     34;      0;           0;    5;   CODE_TABLE; DROGUE TYPE
  0;    2;     35;      0;           0;    9;       METERS; CABLE LENGTH
  0;    2;     36;      0;           0;    2;   CODE_TABLE; BUOY TYPE
  0;    2;     37;      0;           0;    3;   CODE_TABLE; METHOD OF TIDAL OBSERVATION
  0;    2;     38;      0;           0;    3;   CODE_TABLE; METH OF SEA SURFACE TEMPERATURE M
  0;    2;     39;      0;           0;    3;   CODE_TABLE; METH OF WET BULB TEMPERATURE MEAS
  0;    2;     40;      0;           0;    4;   CODE_TABLE; METH RMV CODE VELOC & MOTION OF P
  0;    2;     41;      0;           0;    6;   CODE_TABLE; METH FOR EST RPTS OF SYNOP FEATUR
  0;    2;     42;      0;           0;    6;   CODE_TABLE; METHOD OF REPORT CONSTRUCTION
  0;    2;     43;      0;           0;    6;   CODE_TABLE; PRECISION OF LAT/LON REPORT
  0;    2;     51;      0;           0;    4;   CODE_TABLE; INDIC TO SPECIFY OBS METH EXTRM T
  0;    2;     61;      0;           0;    3;   CODE_TABLE; AIRCRAFT NAVIGATION   SYSTEM
  0;    2;     62;      0;           0;    4;   CODE_TABLE; TYPE OF AIRCRAFT DATA RELAY SYSTE
  0;    2;     63;      2;      -18000;   16;      DEGREES; AIRCRAFT ROLL ANGLE
  0;    2;     70;      0;           0;    4;   CODE_TABLE; ORIGINAL SPECIFICATION OF LAT/LON
  0;    2;    101;      0;           0;    4;   CODE_TABLE; TYPE OF ANTENNA
  0;    2;    102;      0;           0;    8;       METERS; ANTENNA HGT ABOVE TOWER
  0;    2;    103;      0;           0;    2;        FLAGE; TABLE     RADOME
  0;    2;    104;      0;           0;    4;   CODE_TABLE; ANTENNA POLARIZATION
  0;    2;    105;      0;           0;    6;           DB; MAXIMUM ANTENNA GAIN
  0;    2;    106;      1;           0;    6;      DEGREES; 3 - DB BANDWIDTH
  0;    2;    107;      0;           0;    6;           DB; SIDELOBE SUPRESSION
  0;    2;    108;      0;           0;    6;           DB; CROSSPOL DISCRI. (ON AXIS)
  0;    2;    109;      2;           0;   12; DEGREES/SECOND; ANTENNA SPEED (AZIMUTH)
  0;    2;    110;      2;           0;   12; DEGREES/SECOND; ANTENNA SPEED (ELEVATION)
  0;    2;    111;      1;           0;   10;      DEGREES; RADAR INCIDENCE ANGLE
  0;    2;    112;      1;           0;   12;      DEGREES; RADAR AZIMUTH ANGLE
  0;    2;    113;      0;           0;    4;     NUMERICS; NO. OF AZIMUTH LOOKS
  0;    2;    114;      0;           0;   15;         M**2; ANTENNA EFFECTIVE SURFACE AREA
  0;    2;    121;      8;           0;    7;           HZ; MEAN FREQUENCY
  0;    2;    122;      6;        -128;    8;           HZ; FREQUENCY AGILITY RANGE
  0;    2;    123;      4;           0;    7;        WATTS; PEAK POWER
  0;    2;    124;      1;           0;    7;        WATTS; AVERAGE POWER
  0;    2;    125;      1;           0;    8;           HZ; PULSE REPETITION FREQUENCY
  0;    2;    126;      7;           0;    6;       SECOND; PULSE WIDTH
  0;    2;    127;      6;           0;    7;           HZ; RECEIVER INTERMEDIATE FREQUENCY
  0;    2;    128;      5;           0;    6;           HZ; INTERMEDIATE FREQUENCY BANDWIDTH
  0;    2;    129;      0;        -150;    5;           DB; MINIMUM DETECTABLE SIGNAL
  0;    2;    130;      0;           0;    7;           DB; DYNAMIC RANGE
  0;    2;    131;      0;           0;    2;   FLAG_TABLE; SENSITIVITY TIME CONTROL
  0;    2;    132;      2;           0;    6;      DEGREES; AZIMUTH POINTING ACCURACY
  0;    2;    133;      2;           0;    6;      DEGREES; ELEVATION POINTING ACCURACY
  0;    2;    134;      2;           0;   16;      DEGREES; ANTENNA BEAM AZIMUTH
  0;    2;    135;      2;       -9000;   15;      DEGREES; ANTENNA ELEVATION
  0;    2;    140;      0;           0;    9;      DEGREES; SATELLITE RADAR BEAM AZIMUTH ANGL
  0;    2;    141;      0;           0;   24;    CCITT_IA5; MEAS.TYPE SERIAL NBR/IDENT
  0;    2;    142;      0;           0;   32;    CCITT_IA5; OZONE INSTRUMENT
  0;    2;    143;      0;           0;    7;      NUMERIC; INSTRUMENT TYPE
  0;    2;    183;      0;           0;    1;   CODE_TABLE; QUALITY OF PRESSURE MEASUREMENT
  0;    2;    184;      0;           0;    1;   CODE_TABLE; QUALITY OF WATER SFC TEMP MEASURE
  0;    2;    185;      0;           0;    1;   CODE_TABLE; QUALITY OF AIR TEMP MEASUREMENT
  0;    2;    186;      0;           0;    3;   CODE_TABLE; QUAL CONTROL INDIC FOR FOLLOWING
  0;    2;    187;      0;           0;    1;   CODE_TABLE; QUALITY OF BUOY SATELLIT TRANSMIS
  0;    2;    188;      0;           0;    3;   CODE_TABLE; QUAL CONTROL INDICATOR FOR BUOY L
  0;    2;    189;      0;           0;    3;   CODE_TABLE; QUAL CONTROL INDIC FOR BUOY TIME
  0;    2;    190;      0;           0;    8;   CODE_TABLE; U, V QUALITY INDICATOR
  0;    2;    191;      0;           0;    4;   CODE_TABLE; W QUALITY INDICATOR
  0;    2;    192;      0;           0;    6;   CODE_TABLE; RADIOSONDE CORRECTION TYPE APPLIE
  0;    2;    193;      0;           0;    3;   CODE_TABLE; IND TYPE OF STN OPERATION PAST/PR
  0;    2;    200;      0;           0;    4;   CODE_TABLE; OBJECTIVE FORECAST TECHNIQUE USED
  0;    2;    206;      0;           0;    4;        MONTH; MONTH  - RELEASE TIME
  0;    2;    207;      0;           0;    6;          DAY; DAY    - RELEASE TIME
  0;    2;    208;      0;           0;    5;         HOUR; HOUR   - RELEASE TIME
  0;    2;    209;      0;           0;    6;       MINUTE; MINUTE - RELEASE TIME
  0;    2;    210;      0;           0;    3;   FLAG_TABLE; STATION/SEA LEVEL COMPARISON
  0;    4;      1;      0;           0;   12;         YEAR; YEAR
  0;    4;      2;      0;           0;    4;        MONTH; MONTH
  0;    4;      3;      0;           0;    6;          DAY; DAY
  0;    4;      4;      0;           0;    5;         HOUR; HOUR
  0;    4;      5;      0;           0;    6;       MINUTE; MINUTE
  0;    4;      6;      0;           0;    6;       SECOND; SECOND
  0;    4;     11;      0;       -1024;   11;        YEARS; TIME INCREMENT
  0;    4;     12;      0;       -1024;   11;       MONTHS; TIME INCREMENT
  0;    4;     13;      0;       -1024;   11;         DAYS; TIME INCREMENT
  0;    4;     14;      0;       -1024;   11;        HOURS; TIME INCREMENT
  0;    4;     15;      0;       -2048;   12;      MINUTES; TIME INCREMENT
  0;    4;     16;      0;       -4096;   13;      SECONDS; TIME INCREMENT
  0;    4;     21;      0;       -1024;   11;        YEARS; TIME PERIOD OR DISPLACEMENT
  0;    4;     22;      0;       -1024;   11;       MONTHS; TIME PERIOD OR DISPLACEMENT
  0;    4;     23;      0;       -1024;   11;         DAYS; TIME PERIOD OR DISPLACEMENT
  0;    4;     24;      0;       -2048;   12;        HOURS; TIME PERIOD OR DISPLACEMENT
  0;    4;     25;      0;       -2048;   12;      MINUTES; TIME PERIOD OR DISPLACEMENT
  0;    4;     26;      0;       -4096;   13;      SECONDS; TIME PERIOD OR DISPLACEMENT
  0;    4;     31;      0;           0;    8;         HOUR; DUR OF TIME REL TO FOLLOWING VALU
  0;    4;     41;      0;       -1440;   12;       MINUTE; TIME DIFFERENCE UTC - LMT
  0;    4;     43;      0;           0;    9;          DAY; DAY OF THE YEAR
  0;    4;     44;      0;           0;    3;   CODE_TABLE; DAY OF THE WEEK
  0;    4;     53;      0;           0;    6;      NUMERIC; NUMBER OF DAYS WITH PRECIP => 1MM
  0;    4;    192;      0;           0;   12;        HOURS; RECIEPT TIME - REPORT TIME
  0;    4;    193;      0;           0;   12;      MINUTES; RECIEPT TIME - REPORT TIME
  0;    4;    194;      0;           0;   12;        HOURS; RELEASE TIME OF SONDE
  0;    4;    195;      0;           0;    5;         HOUR; FORECAST CYCLE HOUR
  0;    4;    200;      0;           0;   12;         YEAR; YEAR   - TIME OF RECEIPT
  0;    4;    201;      0;           0;    4;        MONTH; MONTH  - TIME OF RECEIPT
  0;    4;    202;      0;           0;    6;          DAY; DAY    - TIME OF RECEIPT
  0;    4;    203;      0;           0;    5;         HOUR; HOUR   - TIME OF RECEIPT
  0;    4;    204;      0;           0;    6;       MINUTE; MINUTE - TIME OF RECEIPT
  0;    4;    205;      0;           0;    6;       SECOND; SECOND - TIME OF RECEIPT
  0;    4;    206;      0;           0;   32;       SECOND; DATA BASE INGEST TIME FROM 1 JAN
  0;    4;    207;      0;           0;    5;         HOUR; HOUR - TIME OF MAX WIND (GUST)
  0;    4;    208;      0;           0;    6;       MINUTE; MINUTE - TIME OF NAX WIND (GUST)
  0;    5;      1;      5;    -9000000;   25;      DEGREES; LATITUDE(HIGH ACCURACY)
  0;    5;      2;      2;       -9000;   15;      DEGREES; LATITUDE(COARSE ACCURACY)
  0;    5;      3;      2;       -9000;   15;      DEGREES; ALTERNATE LATITUDE
  0;    5;     11;      5;    -9000000;   25;      DEGREES; LATITUDE INCREMENT(HIGH ACCURACY)
  0;    5;     12;      2;       -9000;   15;      DEGREES; LATITUDE INCREMENT(COARSE ACCURAC
  0;    5;     21;      2;           0;   16; DEGREES_TRUE; BEARING OR AZIMUTH
  0;    5;     22;      2;           0;   16; DEGREES_TRUE; SOLAR AZIMUTH
  0;    5;     30;      0;           0;   12;      DEGREES; DIRECTION (SPECTRAL)
  0;    5;     31;      0;           0;   12;      NUMERIC; ROW NUMBER
  0;    5;     33;      1;           0;   16;       METERS; PIXEL SIZE ON HORIZONTAL-1
  0;    5;     40;      0;           0;   24;      NUMERIC; ORBIT NUMBER
  0;    5;     41;      0;           0;    8;      NUMERIC; SCAN LINE NUMBER
  0;    5;     42;      0;           0;    6;      NUMERIC; CHANNEL NUMBER
  0;    5;     43;      0;           0;    8;      NUMERIC; FIELD OF VIEW NUMBER
  0;    5;     50;      5;           0;   17;      NUMERIC; SIGMA LEVEL
  0;    5;     52;      0;           0;    5;      NUMERIC; CHANNEL NUMBER INCREMENT
  0;    5;     53;      0;           0;    5;      NUMERIC; FIELD OF VIEW NUMBER INCREMENT
  0;    6;      1;      5;   -18000000;   26;      DEGREES; LONGITUDE (HIGH ACCURACY)
  0;    6;      2;      2;      -18000;   16;      DEGREES; LONGITUDE (COARSE ACCURACY)
  0;    6;      3;      2;      -18000;   16;      DEGREES; ALTERNATE LONGITUDE
  0;    6;     11;      5;   -18000000;   26;      DEGREES; LONGITUDE INCREMENT (HIGH ACCURAC
  0;    6;     12;      2;      -18000;   16;      DEGREES; LONGITUDE INCREMENT (COARSE ACCUR
  0;    6;     21;      1;           0;   13;       METERS; DISTANCE
  0;    6;     30;      5;           0;   13;        RAD/M; WAVENUMBER (SPECTRAL)
  0;    6;     31;      0;           0;   12;      NUMERIC; COLUMN NUMBER
  0;    6;     33;      1;           0;   16;       METERS; PIXEL SIZE ON HORIZONTAL-2
  0;    7;      1;      0;        -400;   15;       METERS; HEIGHT OF STATION
  0;    7;      2;      1;         -40;   16;       METERS; HEIGHT OR ALTITUDE
  0;    7;      3;      1;        -400;   17;    M**2/S**2; GEOPOTENTIAL
  0;    7;      4;      1;           0;   14;      PASCALS; PRESSURE
  0;    7;      5;      0;        -400;   12;       METERS; HEIGHT INCREMENT
  0;    7;      6;      0;           0;   15;       METERS; HEIGHT ABOVE STATION
  0;    7;      7;      0;       -1000;   17;            M; HEIGHT
  0;    7;      8;      0;      -10000;   20;    M**2/S**2; GEOPOTENTIAL
  0;    7;     21;      2;       -9000;   15;      DEGREES; ELEVATION
  0;    7;     22;      2;       -9000;   15;      DEGREES; SOLAR ELEVATION
  0;    7;     61;      2;           0;   14;       METERS; DEPTH BELOW LAND SURFACE
  0;    7;     62;      1;           0;   17;       METERS; DEPTH BELOW SEA SURFACE
  0;    7;    190;      0;           0;   12;       METERS; HEIGHT INCREMENT
  0;    7;    192;      0;        -400;   17;          GPM; FLIGHT LEVEL (PRESSURE ALTITUDE)
  0;    7;    193;      0;        -400;   17;         GPDM; FLIGHT LEVEL (PRESSURE ALTITUDE)
  0;    7;    194;      0;        -400;   15;            M; HEIGHT OR ALTITUDE ABOVE MSL
  0;    8;      1;      0;           0;    7;   FLAG_TABLE; VERTICAL SOUNDING SIGNIFICANCE
  0;    8;      2;      0;           0;    6;   CODE_TABLE; VERT. SIGNIFICANCE (SFC OBSERVATI
  0;    8;      3;      0;           0;    6;   CODE_TABLE; VERT. SIGNIFICANCE (SAT OBSERVATI
  0;    8;      4;      0;           0;    3;   CODE_TABLE; PHASE OF AIRCRAFT FLIGHT
  0;    8;      5;      0;           0;    4;   CODE_TABLE; SURFACE SYNOPTIC FEATURE SIGNIFIC
  0;    8;     10;      0;           0;    4;   CODE_TABLE; VERT SIGNIFICANCE(FORECAST SOUNDI
  0;    8;     11;      0;           0;    6;   CODE_TABLE; HORIZONTAL SIGNIFICANCE
  0;    8;     12;      0;           0;    2;   CODE_TABLE; LAND/SEA QUALIFIER
  0;    8;     13;      0;           0;    2;   CODE_TABLE; DAY/NIGHT QUALIFIER
  0;    8;     20;      0;           0;   16;      NUMERIC; TOTAL NR MISG ENTITIES W/RES TO A
  0;    8;     21;      0;           0;    5;   CODE_TABLE; TIME SIGNIFICANCE
  0;    8;     22;      0;           0;   16;      NUMERIC; TOTAL NUMBER(W/RESPECT TO ACCUM O
  0;    8;     23;      0;           0;    7;   CODE_TABLE; FIRST ORDER STATISTICS
  0;    8;     24;      0;           0;    7;   CODE_TABLE; DIFFERENCE STATISTICS
  0;    8;     31;      0;           0;    8;         BUFR; TABLE A    DATA CATEGORY
  0;    8;     32;      0;           0;   14;   CODE_TABLE; DATA SIGNIF-INTERACTIVE RETRIEVAL
  0;    8;     51;      0;           0;    3;   CODE_TABLE; QUALIFIER-NR MISG VALUES IN CALC
  0;    8;     52;      0;           0;    5;   CODE_TABLE; COND. FOR  WHICH NR OF DAYS OF OC
  0;    8;     53;      0;           0;    2;   CODE_TABLE; DAY OF OCCURRENCE QUALIFIER
  0;    8;    192;      0;           0;   16;      NUMERIC; UPDATE SEQUENCE NUMBER
  0;    8;    193;      0;           0;   16;      NUMERIC; OBSERVATION DATABASE KEY
  0;    8;    194;      0;           0;    6;   CODE_TABLE; CORRECTION INDICATOR
  0;    8;    195;      0;           0;    6;   CODE_TABLE; QUALITY CONTROL TYPE
  0;    8;    196;      0;           0;    6;   CODE_TABLE; QUALITY CONTROL DECISION
  0;    8;    197;      0;           0;    5;   CODE_TABLE; RECORD TEMPERATURE KEY
  0;    8;    198;      0;           0;    4;   CODE_TABLE; TIME SIGNIFICANCE
  0;    8;    199;      0;           0;    3;   CODE_TABLE; SOURCE UNITS OF WIND SPEED
  0;    8;    200;      0;           0;    4;      NUMERIC; NMC QUALITY MARK
  0;    8;    232;      0;           0;   14;   CODE_TABLE; DATA SIGNIF-INTERACTIVE RETRIEVAL
  0;    9;      6;      3;           0;   10;      SECONDS; TIME OF ASCENDING NODE
  0;   10;      1;      0;        -400;   15;       METERS; HEIGHT OF LAND SURFACE
  0;   10;      2;      1;         -40;   16;       METERS; HEIGHT
  0;   10;      3;      1;        -400;   17;    M**2/S**2; GEOPOTENTIAL
  0;   10;      4;      1;           0;   14;      PASCALS; PRESSURE
  0;   10;      7;      0;       -1000;   17;       METERS; HEIGHT
  0;   10;      8;      0;      -10000;   20;    M**2/S**2; GEOPOTENTIAL
  0;   10;     50;      2;           0;   16;       METERS; STD. DEV. ALTITUDE
  0;   10;     51;      1;           0;   14;      PASCALS; PRESSURE REDUCED TO MSL
  0;   10;     52;      1;           0;   14;      PASCALS; ALTIMETER SETTING (QNH)
  0;   10;     60;      1;       -1024;   11;      PASCALS; PRESSURE CHANGE
  0;   10;     61;      1;        -500;   10;      PASCALS; 3 HOUR PRESSURE CHANGE
  0;   10;     62;      1;       -1000;   11;      PASCALS; 24 HOUR PRESSURE CHANGE
  0;   10;     63;      0;           0;    4;   CODE_TABLE; CHARACTERISTIC OF PRESSURE TENDEN
  0;   10;    192;      0;        -400;   17;          GPM; GEOPOTENTIAL HEIGHT
  0;   10;    193;      0;        -400;   17;         GPDM; GEOPOTENTIAL HEIGHT
  0;   10;    194;      0;       -2000;   17;          GPM; DEPARTURE FROM ICAO STD ATMOSPHER
  0;   10;    195;      0;        -400;   17;           DM; GEOMETRIC HEIGHT
  0;   11;      1;      0;           0;    9; DEGREES_TRUE; WIND DIRECTION
  0;   11;      2;      1;           0;   12; METERS/SECOND; WIND SPEED
  0;   11;      3;      1;       -4096;   13; METERS/SECOND; U-COMPONENT
  0;   11;      4;      1;       -4096;   13; METERS/SECOND; V-COMPONENT
  0;   11;      5;      1;        -512;   10; PASCALS/SECOND; W-COMPONENT
  0;   11;      6;      2;       -4096;   13; METERS/SECOND; W-COMPONENT
  0;   11;     11;      0;           0;    9; DEGREES_TRUE; WIND DIRECTION AT 10 METERS
  0;   11;     12;      1;           0;   12; METERS/SECOND; WIND SPEED AT 10 METERS
  0;   11;     13;      0;           0;    9; DEGREES_TRUE; WIND DIRECTION AT 5 METERS
  0;   11;     14;      1;           0;   12; METERS/SECOND; WIND SPEED AT 5 METERS
  0;   11;     21;      9;      -65536;   17;   SECOND**-1; RELATIVE VORTICITY
  0;   11;     22;      9;      -65536;   17;   SECOND**-1; DIVERGENCE
  0;   11;     23;      2;      -65536;   17;  M**2/SECOND; VELOCITY POTENTIAL
  0;   11;     31;      0;           0;    4;   CODE_TABLE; DEGREE OF TURBULENCE
  0;   11;     32;      1;         -40;   16;       METERS; HEIGHT OF BASE OF TURBULENCE
  0;   11;     33;      1;         -40;   16;       METERS; HEIGHT OF TOP OF TURBULENCE
  0;   11;     34;      1;       -1024;   11; METERS/SECOND; VERTICAL GUST VELOCITY
  0;   11;     35;      2;       -8192;   14; METERS/SECOND**2VERTICAL; GUST ACCELERATION
  0;   11;     36;      1;           0;   10; METERS/SECOND; MAXIMUM DERIVED EQUIVALENT VERTIC
  0;   11;     41;      1;           0;   12; METERS/SECOND; MAX WIND SPEED (GUSTS)
  0;   11;     42;      1;           0;   12; METERS/SECOND; MAX WIND SPEED(10 MIN MEAN WIND)
  0;   11;     43;      0;           0;    9; DEGREES_TRUE; MAXIMUM WIND GUST DIRECTION
  0;   11;     44;      0;           0;    9; DEGREES_TRUE; SFC-5000FT MEAN LYR WIND DIRECTIO
  0;   11;     49;      0;           0;    9; DEGREES_TRUE; STD. DEV. OF WIND DIRECTION
  0;   11;     50;      1;           0;   12; METERS/SECOND; STD. DEV. HORIZ WIND SPEED
  0;   11;     51;      1;           0;    8; METERS/SECOND; STD DEV VERT WIND COMPONENT
  0;   11;     61;      1;           0;   12; METERS/SECOND; ABSOLUTE WIND SHEAR(1KM LAYER BEL
  0;   11;     62;      1;           0;   12; METERS/SECOND; ABSOLUTE WIND SHEAR(1KM LAYER ABO
  0;   11;    192;      1;       -1024;   11; METERS/SECOND; MEAN U-COMPONENT
  0;   11;    193;      1;       -1024;   11; METERS/SECOND; MEAN V-COMPONENT
  0;   11;    194;      1;        -128;    8; METERS/SECOND; MEAN W-COMPONENT
  0;   11;    195;      1;           0;    9; METERS/SECOND; STANDARD DEVIATION U
  0;   11;    196;      1;           0;    9; METERS/SECOND; STANDARD DEVIATION V
  0;   11;    197;      1;           0;    6; METERS/SECOND; STANDARD DEVIATION W
  0;   11;    198;      1;           0;   12; METERS/SECOND; WIND SPEED 10000FT (EXTRAPLOATED)
  0;   11;    199;      1;           0;   12; METERS/SECOND; WIND SPEED 20000FT (EXTRAPOLATED)
  0;   11;    200;      1;           0;   12; METERS/SECOND; INFLATED WIND SPEED (MOS)
  0;   11;    201;      1;           0;   12; METERS/SECOND; MEAN WIND SPEED PAST 12 HRS
  0;   11;    210;      1;           0;   12; METERS/SECOND; ROOT MEAN SQUARE VECTOR WIND ERRO
  0;   11;    221;      0;           0;    9; DEGREES_TRUE; MEAN WIND DIR 5000FT-10000FT
  0;   11;    222;      1;           0;   12; METERS/SECOND; MEAN WIND SPEED 5000FT-10000FT
  0;   11;    223;      1;           0;   12; METERS/SECOND; 10 METER EXTRAPOLATED WIND SPEED
  0;   11;    224;      1;           0;   12; METERS/SECOND; 20 METER EXTRAPOLATED WIND SPEED
  0;   12;      1;      1;           0;   12; DEGREES_KELVIN; TEMPERATURE/DRY BULB TEMPERATURE
  0;   12;      2;      1;           0;   12; DEGREES_KELVIN; WET BULB TEMPERATURE
  0;   12;      3;      1;           0;   12; DEGREES_KELVIN; DEW POINT TEMPERATURE
  0;   12;      4;      1;           0;   12; DEGREES_KELVIN; DRY BULB TEMPERATURE AT 2 METERS
  0;   12;      5;      1;           0;   12; DEGREES_KELVIN; WET BULB TEMPERATURE AT 2 METERS
  0;   12;      6;      1;           0;   12; DEGREES_KELVIN; DEW POINT TEMPERATURE AT 2 METERS
  0;   12;      7;      1;           0;   12; DEGREES_KELVIN; VIRTUAL TEMPERATURE
  0;   12;     11;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE
  0;   12;     12;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE
  0;   12;     13;      1;           0;   12; DEGREES_KELVIN; GROUND MINIMUM TEMPERATURE PAST 1
  0;   12;     14;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     15;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     16;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     17;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     20;      2;       -2000;   12;          DEG; K/DAY       RADIATIVE HEATING PROFILE
  0;   12;     30;      1;           0;   12; DEGREES_KELVIN; SOIL TEMPERATURE
  0;   12;     40;      3;       -2048;   12; WATTS/METER**2; SENSIBLE HEAT FLUX
  0;   12;     51;      1;           0;   10; DEGREES_KELVIN; STANDARD DEVIATION TEMPERATURE
  0;   12;     52;      1;           0;   12; DEGREES_KELVIN; HIGHEST DAILY MEAN TEMPERATURE
  0;   12;     53;      1;           0;   12; DEGREES_KELVIN; LOWEST DAILY MEAN TEMPERATURE
  0;   12;     61;      1;           0;   12; DEGREES_KELVIN; SKIN TEMPERATURE
  0;   12;     62;      1;           0;   12; DEGREES_KELVIN; EQUIVALENT BLACK BODY TEMPERATURE
  0;   12;     63;      1;           0;   12; DEGREES_KELVIN; BRIGHTNESS TEMPERATURE
  0;   12;    192;      0;           0;    6;   CODE_TABLE; PRECISION OF AIRCRAFT TEMPERATURE
  0;   12;    193;      1;           0;   12; DEGREES_KELVIN; TEMPERATURE (CITY)
  0;   12;    194;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE (CITY)
  0;   12;    195;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE (CITY)
  0;   12;    200;      1;           0;   12; DEGREES_KELVIN; DAYTIME MAX TEMPERATURE
  0;   12;    201;      1;           0;   12; DEGREES_KELVIN; NIGHTTIME MIN TEMPERATURE (MOS)
  0;   13;      1;      5;           0;   14;        KG/KG; SPECIFIC HUMIDITY
  0;   13;      2;      5;           0;   14;        KG/KG; MIXING RATIO
  0;   13;      3;      0;           0;    7;            %; RELATIVE HUMIDITY
  0;   13;      4;      1;           0;   10;      PASCALS; VAPOR PRESSURE
  0;   13;      5;      3;           0;    7;  KG/METER**3; VAPOR DENSITY
  0;   13;      6;      1;         -40;   16;       METERS; MIXING HEIGHTS
  0;   13;     11;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION/TOTAL WATER E
  0;   13;     12;      2;          -2;   12;       METERS; DEPTH OF FRESH SNOW
  0;   13;     13;      2;          -2;   16;       METERS; TOTAL SNOW DEPTH
  0;   13;     14;      4;           0;   12; KG/METER**2/SEC; RAINFALL/WATER EQUIV OF SNOW(AVG
  0;   13;     15;      7;           0;   12; METERS/SECOND; SNOWFALL (AVERAGED RATE)
  0;   13;     16;      0;           0;    7;  KG/METER**2; PRECIPITABLE WATER
  0;   13;     19;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 1 HOUR
  0;   13;     20;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 3 HOURS
  0;   13;     21;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 6 HOURS
  0;   13;     22;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 12 HOURS
  0;   13;     23;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 24 HOURS
  0;   13;     31;      0;           0;    7;  KG/METER**2; EVAPOTRANSPIRATION
  0;   13;     32;      1;           0;    8;  KG/METER**2; EVAP/EVAPOTRANSPIRATION
  0;   13;     40;      3;       -2048;   12; WATTS/METER**2; LATENT HEAT FLUX
  0;   13;     41;      0;           0;    4;   CODE_TABLE; PASQUELL-GIFFORD STAB
  0;   13;     42;      0;         -20;    6; DEGREES_KELVIN; PARCEL LIFTED INDEX (TO 500 HPA)
  0;   13;     43;      0;         -20;    6; DEGREES_KELVIN; BEST LIFTED INDEX (TO 500 HPA)
  0;   13;     51;      0;           0;    4;   CODE_TABLE; FREQ GRP, PRECIPITATION
  0;   13;     52;      1;          -1;   14;          KG/; M**2        HIGHEST DAILY AMT OF PRECIPITATIO
  0;   13;    192;      0;           0;    6;   CODE_TABLE; PRECIPITABLE WATER QUALITY
  0;   13;    193;      4;          -1;   14;     KGM/M**2; 24 HR PRECIPITATION (CITY)
  0;   13;    194;      0;           0;    3;   CODE_TABLE; INDIC INCLUSION/OMISSION OF PRECI
  0;   14;      1;      3;       -2048;   12; JOULES/METER**2; LONGWAVE RADIATION. INTEGRATED 24
  0;   14;      2;      3;       -2048;   12; JOULES/METER**2; LONGWAVE RAD. INTEGRATED SPEC.PER
  0;   14;      3;      3;       -2048;   12; JOULES/METER**2; SHORTWAVE RAD. INTEGRATED 24 HOUR
  0;   14;      4;      3;       -2048;   12; JOULES/METER**2; SHORTWAVE RAD. INTEGRATED SPEC PE
  0;   14;     11;      3;       -2048;   12; JOULES/METER**2; NET LONGWAVE RAD. INTEG. 24 HOURS
  0;   14;     12;      3;       -2048;   12; JOULES/METER**2; NET LONGWAVE RAD. INT SPEC PERIOD
  0;   14;     13;      3;       -2048;   12; JOULES/METER**2; NET SHORTWAVE RAD. INTEG 24 HOURS
  0;   14;     14;      3;       -2048;   12; JOULES/METER**2; NET SHORTWAVE RAD. INTEG SPEC PER
  0;   14;     15;      4;      -16384;   15; JOULES/METER**2; NET RAD INTEGRATED OVER 24 HOURS
  0;   14;     16;      4;      -16384;   15; JOULES/METER**2; NET RADIATION INTEG OVR PD SPECIF
  0;   14;     17;      3;       -2048;   12; WATTS/METER**2; INSTANTANEOUS LONG WAVE RADIATION
  0;   14;     18;      3;       -2048;   12; WATTS/METER**2; INSTANTANEOUS SHORT WAVE RADIATIO
  0;   14;     19;      0;           0;    7;            %; SURFACE ALBEDO
  0;   14;     20;      4;           0;   15; JOULES/METER**2; GLOBAL SOLAR RAD INTEG OVER  24 H
  0;   14;     21;      4;           0;   15; JOULES/METER**2; GLOBAL RADIATION INTEG OVER PD SP
  0;   14;     22;      4;           0;   15; JOULES/METER**2; DIFFUSE SOLAR RAD INTEG OVER  24
  0;   14;     23;      4;           0;   15; JOULES/METER**2; DIFFUSE SOLAR RAD INTEG OVER PD S
  0;   14;     24;      4;           0;   15; JOULES/METER**2; DIRECT SOLAR RAD INTEG OVER  24 H
  0;   14;     25;      4;           0;   15; JOULES/METER**2; DIRECT SOLAR RAD INTEG OVER PD SP
  0;   14;     31;      0;           0;   11;      MINUTES; TOTAL SUNSHINE
  0;   14;     32;      0;           0;   10;        HOURS; TOTAL SUNSHINE
  0;   14;     33;      0;           0;    9;            %; TOTAL SUNSHINE(PERCENTAGE)
  0;   14;     41;      0;           0;    7;            %; SHORT WAVE ALBEDO
  0;   14;     42;      0;           0;    7;            %; BI-DIRECTIONAL REFLECTANCE
  0;   14;    200;      0;           0;    7;            %; PERCENT OF POSSIBLE SUNSHINE
  0;   15;      1;      0;           0;   10;       DOBSON; UNITS    OZONE
  0;   15;      2;      2;           0;   10;      NUMERIC; AIR-MASS (SLANT PATH AT 22KM)
  0;   15;     11;      3;       14000;   12;     LOG/M**2; LOG_E OF INTEGRATED ELECTRON DENS
  0;   19;      1;      0;           0;    6;   CODE_TABLE; TYPE OF SYNOPTIC FEATURE
  0;   19;      2;      2;           0;   12;       METERS; EFFECTIVE RADIUS OF FEATURE
  0;   19;      3;      0;           0;    8; METERS/SECOND; WIND SPEED THRESHOLD
  0;   19;      4;      2;           0;   12;       METERS; EFF RAD OF FEAT W/RESP TO WINDS A
  0;   19;      5;      0;           0;    9;          DEG; TRUE        DIRECTION OF MOTION OF FEATURE
  0;   19;      6;      2;           0;   14; METERS/SECOND; SPEED OF MOTION OF FEATURE
  0;   19;      7;      3;           0;   12;       METERS; EFFECTIVE RADIUS OF FEATURE
  0;   19;      8;      0;           0;    3;   CODE_TABLE; VERTICAL EXTENT OF CIRCULATION
  0;   19;      9;      3;           0;   12;       METERS; EFF. RAD. W/RESPECT TO FFF ABV TH
  0;   20;      1;      1;           0;   13;       METERS; HORIZONTAL VISIBILITY
  0;   20;      2;      1;           0;    7;       METERS; VERTICAL VISIBILITY
  0;   20;      3;      0;           0;    9;   CODE_TABLE; PRESENT WEATHER
  0;   20;      4;      0;           0;    5;   CODE_TABLE; PAST WEATHER (1)
  0;   20;      5;      0;           0;    5;   CODE_TABLE; PAST WEATHER (2)
  0;   20;      9;      1;         -40;   11;       METERS; CEILING
  0;   20;     10;      0;           0;    7;            %; CLOUD COVER (TOTAL)
  0;   20;     11;      0;           0;    4;   CODE_TABLE; CLOUD AMOUNT
  0;   20;     12;      0;           0;    6;   CODE_TABLE; CLOUD TYPE
  0;   20;     13;      1;         -40;   11;       METERS; HEIGHT OF BASE OF CLOUD
  0;   20;     14;      1;         -40;   11;       METERS; HEIGHT OF TOP OF CLOUD
  0;   20;     15;      1;           0;   14;      PASCALS; PRESSURE AT THE BASE OF CLOUD
  0;   20;     16;      1;           0;   14;      PASCALS; PRESSURE AT THE TOP OF CLOUD
  0;   20;     17;      0;           0;    4;   CODE_TABLE; CLOUD TOP DESCRIPTION
  0;   20;     18;      1;          40;   11;       METERS; LOWEST HGT OF CLD TOP
  0;   20;     19;      1;          40;   11;       METERS; HIGHEST HGT OF CLD TOP
  0;   20;     20;      0;           0;    4; CODE_TABLE(02001LOW; CLOUD AMOUNT
  0;   20;     21;      0;           0;    4; CODE_TABLE(02001MIDDLE; CLOUD AMOUNT
  0;   20;     22;      0;           0;    4; CODE_TABLE(02001HIGH; CLOUD AMOUNT
  0;   20;     23;      0;           0;    7;            %; SATELLITE SENSED EFF CLOUD AMOUNT
  0;   20;     31;      2;           0;    7;       METERS; ICE DEPOSIT (THICKNESS)
  0;   20;     32;      0;           0;    3;   CODE_TABLE; RATE OF ICE ACCRETION
  0;   20;     33;      0;           0;    4;   FLAG_TABLE; CAUSE OF ICE ACCRETION
  0;   20;     34;      0;           0;    5;   CODE_TABLE; SEA ICE CONCENTRATION
  0;   20;     35;      0;           0;    4;   CODE_TABLE; AMOUNT AND TYPE OF ICE
  0;   20;     36;      0;           0;    5;   CODE_TABLE; ICE SITUATION
  0;   20;     37;      0;           0;    5;   CODE_TABLE; ICE DEVELOPMENT
  0;   20;     38;      0;           0;   12; DEGREES_TRUE; BEARING OF ICE EDGE
  0;   20;     39;      1;           0;   13;       METERS; ICE DISTANCE
  0;   20;     41;      0;           0;    4;   CODE_TABLE; AIRFRAME ICING
  0;   20;     51;      0;           0;    7;            %; AMOUNT OF LOW CLOUDS
  0;   20;     52;      0;           0;    7;            %; AMOUNT OF MIDDLE CLOUDS
  0;   20;     53;      0;           0;    7;            %; AMOUNT OF HIGH CLOUDS
  0;   20;     61;      0;           0;   12;       METERS; RUNWAY VISUAL RANGE (RVR)
  0;   20;     62;      0;           0;    5;   CODE_TABLE; STATE OF GROUND(W /WO SNOW)
  0;   20;     63;      0;           0;   10;   CODE_TABLE; SPECIAL PHENOMENA
  0;   20;    192;      0;           0;    7;   CODE_TABLE; VISIBILITY TOWARDS SEA(WMO TABLE
  0;   20;    200;      0;           0;    7;            %; MEAN CLD COVER (OPAQUE) PAST 12 H
  0;   21;      1;      0;         -64;    7;           DB; HORIZONTAL REFLECTIVITY
  0;   21;      2;      0;         -64;    7;           DB; VERTICAL REFLECTIVITY
  0;   21;      3;      1;          -5;    7;           DB; DIFFERENTIAL REFLECTIVITY
  0;   21;      5;      0;         -65;    6;           DB; LINEAR DEPOLARIZATION RATIO
  0;   21;      6;      0;         -65;    6;           DB; CIRCULAR DEPOLARIZATION RATIO
  0;   21;     11;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN X DIRECT
  0;   21;     12;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN Y DIRECT
  0;   21;     13;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN Z DIRECT
  0;   21;     14;      1;       -4096;   13; METERS/SECOND; DOPPLER MEAN VELOCITY (RADIAL)
  0;   21;     17;      1;           0;    8; METERS/SECOND; DOPPLER VELOCITY SPECTRAL WIDTH
  0;   21;     21;      3;           0;    4;       METERS; ECHO TOPS
  0;   21;     30;      0;         -32;    8;           DB; SIGNAL TO NOISE RATIO
  0;   21;     31;      0;           0;    7; KILOGRAMS/METER*VERT.; INTEGRATED LIQ. WATER CONTE
  0;   21;     36;      7;           0;   12; METERS/SECOND; RADAR RAINFALL INTENSITY
  0;   21;     41;      2;           0;    8;       METERS; BRIGHT BAND HEIGHT
  0;   21;     51;      0;        -256;    8;           DB; SIGNAL POWER ABOVE 1MW
  0;   21;     62;      2;       -5000;   13;     DECIBELS; BACKSCATTER
  0;   21;     63;      0;           0;    7;            %; NOISE FIGURE
  0;   21;     64;      0;           0;   10;      NUMERIC; CLUTTER NOISE ESTIMATE
  0;   21;     65;      0;        -127;    8;      NUMERIC; MISSING PACKET COUNTER
  0;   21;     66;      0;           0;   12;   FLAG_TABLE; WAVE SCATTEROMETER PRODUCT CONFID
  0;   21;     67;      0;           0;   12;   FLAG_TABLE; WIND SCATTEROMETER PRODUCT CONFID
  0;   21;     68;      0;           0;    8;   FLAG_TABLE; RADAR ALTIMETER PRODUCT CONFIDENC
  0;   21;     69;      0;           0;    7;   FLAG_TABLE; ATSR SEA SFC TEMP QUAL ANALYSIS T
  0;   21;     70;      0;           0;   15;   FLAG_TABLE; REPROCESSED WIND SCATTEROMETER PR
  0;   21;     71;      0;           0;   16;      NUMERIC; PEAKINESS
  0;   21;     72;      0;           0;    4;   FLAG_TABLE; SATELLITE ALTIMETER CALIBRATION S
  0;   21;     73;      0;           0;    9;   FLAG_TABLE; SATELLITE ALTIMETER INSTRUMENT MO
  0;   21;     74;      2;        -512;   10; DEGREES_KELVIN; MULTI/SINGLE VIEW DIFFERENCE
  0;   21;     75;      0;           0;    8;      NUMERIC; SPECTRAL INTENSITY
  0;   21;     76;      0;           0;    3;   CODE_TABLE; REPRESENTATION OF INTENSITIES
  0;   21;     77;      3;           0;   14;       METERS; ALTITUDE CORRECTION (IONOSPHERE)
  0;   21;     78;      3;           0;    9;       METERS; ALTITUDE CORRECTION (DRY TROPOSPH
  0;   21;     79;      3;        2000;   10;       METERS; ALTITUDE CORRECTION (WET TROPOSPH
  0;   21;     80;      3;           0;   11;       METERS; ALTITUDE CORRECTION (CALIB. CONST
  0;   21;     81;      3;           0;   10;       METERS; OPEN LOOP CORRECTION (HGT-TIME LO
  0;   21;     82;      3;       -3000;   14;     DECIBELS; OPEN LOOP CORRECTION (AUTO GAIN C
  0;   21;     83;      0;           0;    7;            %; AMBIGUITY REMOVAL CONFIDENCE
  0;   21;     84;      0;           0;    3;   CODE_TABLE; ATSR SEA SFC TEMP QUALITY SUMMARY
  0;   21;     85;      0;           0;    4;      NUMERIC; ATSR SEA SFC TEMP ACROSS TRACK BA
  0;   21;    192;      0;           0;    7;           DB; SPECTRAL PEAK POWER 0TH MOMENT
  0;   21;    193;      1;       -4096;   13; METERS/SECOND; SPECTRAL PEAK POWER 1ST MOMENT
  0;   21;    194;      1;           0;    8; METERS/SECOND; SPECTRAL PEAK POWER 2ND MOMENT
  0;   22;      1;      0;           0;    9; DEGREES_TRUE; DIRECTION OF WAVES
  0;   22;      2;      0;           0;    9; DEGREES_TRUE; DIRECTION OF WIND WAVES
  0;   22;      3;      0;           0;    9; DEGREES_TRUE; DIRECTION OF SWELL WAVES
  0;   22;      4;      0;           0;    9; DEGREES_TRUE; DIRECTION OF CURRENT WAVES
  0;   22;     11;      0;           0;    6;      SECONDS; PERIOD OF WAVES
  0;   22;     12;      0;           0;    6;      SECONDS; PERIOD OF WIND WAVES
  0;   22;     13;      0;           0;    6;      SECONDS; PERIOD OF SWELL WAVES
  0;   22;     21;      1;           0;   10;       METERS; HEIGHT OF WAVES
  0;   22;     22;      1;           0;   10;       METERS; HEIGHT OF WIND WAVES
  0;   22;     23;      1;           0;   10;       METERS; HEIGHT OF SWELL WAVES
  0;   22;     25;      2;           0;   10;       METERS; STANDARD DEVIATION WAVE
  0;   22;     26;      2;           0;   10;       METERS; STANDARD DEVIATION SIG WAVE HEIGH
  0;   22;     31;      2;           0;   13; METERS/SECOND; SPEED OF CURRENT
  0;   22;     37;      3;      -10000;   15;       METERS; TIDAL ELEV WITH RESPECT TO LAND D
  0;   22;     38;      3;      -10000;   15;       METERS; TIDAL ELEV WITH RESPECT TO CHART
  0;   22;     39;      3;       -5000;   12;       METERS; MET RESIDUAL TIDAL ELEV (SURGE OR
  0;   22;     41;      1;           0;   12; DEGREES_KELVIN; SEA SFC TEM (15 DAY RUNNING MEAN)
  0;   22;     42;      1;           0;   12; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;     43;      2;           0;   15; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;     44;      1;           0;   14; METERS/SECOND; SOUND VELOCITY
  0;   22;     50;      2;           0;    8;            K; STD DEV SEA-SURFACE TEMPERATURE
  0;   22;     61;      0;           0;    4;   CODE_TABLE; STATE OF SEA
  0;   22;     62;      2;           0;   12;   PARTS/1000; SALINITY
  0;   22;     63;      0;           0;   14;       METERS; TOTAL WATER DEPTH
  0;   22;    105;      1;           0;    6; DEGREES_TRUE; DIRECTION OF WAVES
  0;   22;    143;      2;        2650;   13; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;    192;      0;           0;    4;   CODE_TABLE; TIDE INDICATOR
  0;   22;    193;      1;           0;   10;       METERS; ABS VALUE DEPT OF TIDE FROM PRED
  0;   22;    194;      3;        -305;   12;       METERS; DEPT OF TIDE FROM MEAN LOWER LOW
  0;   23;      1;      0;           0;    3;   CODE_TABLE; ACCIDENT EARLY NOTIFICATION ART.A
  0;   23;      2;      0;           0;    5;   CODE_TABLE; ACTIVITY OR FACILITY INVOLVED IN
  0;   23;      3;      0;           0;    3;   CODE_TABLE; TYPE OF RELEASE
  0;   23;      4;      0;           0;    3;   CODE_TABLE; COUNTERMEASURES TAKEN NR BORDER
  0;   23;      5;      0;           0;    2;   CODE_TABLE; CAUSE  OF INCIDENT
  0;   23;      6;      0;           0;    3;   CODE_TABLE; INCIDENT SITUATION
  0;   23;      7;      0;           0;    3;   CODE_TABLE; CHARACTERISTIC OF RELEASE
  0;   23;      8;      0;           0;    2;   CODE_TABLE; STATE OF CURRENT RELEASE
  0;   23;      9;      0;           0;    2;   CODE_TABLE; STATE OF EXPECTED RELEASE
  0;   23;     16;      0;           0;    2;   CODE_TABLE; POSS. OF SIG CHEM.TOXIC HEALTH EF
  0;   23;     17;      6;           0;   20; METER**3/SECOND; FLOW DISCHARGE OF MAJ. RECIPIENT
  0;   23;     18;      0;           0;    3;   CODE_TABLE; RELEASE BEHAVIOR OVER TIME
  0;   23;     19;      0;      -15000;   17;       METERS; ACTUAL RELEASE HEIGHT
  0;   23;     21;      0;      -15000;   17;       METERS; EFFECTIVE RELEASE HEIGHT
  0;   23;     22;      0;           0;   24;       METERS; DIST. OF REL PT OR SITE OF INCIDE
  0;   23;     23;      1;           0;   12; METERS/SECOND; MAIN TRANSPORT SPEED IN ATMOSPHER
  0;   23;     24;      2;           0;   13; METERS/SECOND; MAIN TRANSPORT SPEED IN WATER
  0;   23;     25;      2;           0;   13; METERS/SECOND; MAIN TRANSPORT SPEED IN GROUND WA
  0;   23;     27;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN ATMOSPHERE
  0;   23;     28;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN WATER
  0;   23;     29;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN GROUND WATE
  0;   23;     31;      0;           0;    2;   CODE_TABLE; POSS PLUME/PRECIP ENCOUNTER
  0;   23;     32;      0;           0;    2;   CODE_TABLE; PLUME ENCOUNTER DIR/SPD CHANGE
  0;   24;      1;      1;           0;   28;           BQ; EST. OF RADIOACTIVITY REL.TO SPEC
  0;   24;      2;      1;           0;   28;           BQ; EST MAXIMUM POTENTIAL RELEASE
  0;   24;      3;      0;           0;    5;   CODE_TABLE; COMPOSITION OF RELEASE
  0;   24;      4;      0;           0;   16;    CCITT_IA5; ELEMENT NAME
  0;   24;      5;      0;           0;    9;      NUMERIC; ISOTOPE MASS
  0;   24;     11;      2;           0;   32;          MSV; DOSE
  0;   24;     12;      2;           0;   32;          MSV; TRAJ DOSE(DEF LOC & EXP TIME OF A
  0;   24;     13;      2;           0;   32;          MSV; GAMMA DOSE IN AIR ALG MAIN TRAN P
  0;   24;     21;      2;           0;   32;  BQ/METER**3; AIR CONC.(NAMED ISOTOPE INC GROSS
  0;   24;     22;      2;           0;   32;         BQ/L; CONC IN PRECIP(OF NAMED ISOTOPE T
  0;   25;      1;      1;           0;    6;       METERS; RANGE GATE LENGTH
  0;   25;      2;      0;           0;    4;      NUMERIC; NR OF GATES AVERAGED
  0;   25;      3;      0;           0;    8;      NUMERIC; NR. OF INTEGRATED PULSES
  0;   25;      4;      0;           0;    2;   CODE_TABLE; ECHO PROCESSING
  0;   25;      5;      0;           0;    2;   CODE_TABLE; ECHO INTEGRATION
  0;   25;      6;      0;           0;    3;   CODE_TABLE; Z TO R CONVERSION
  0;   25;      7;      0;           0;   12;      NUMERIC; Z TO R CONVERSION FACTOR
  0;   25;      8;      2;           0;    9;      NUMERIC; Z TO R CONVERSION EXPONENT
  0;   25;      9;      0;           0;    4;   FLAG_TABLE; CALIBRATION METHOD
  0;   25;     10;      0;           0;    4;   CODE_TABLE; CLUTTER TREATMENT
  0;   25;     11;      0;           0;    2;   CODE_TABLE; GND. OCCULTATION CORR. (SCREENING
  0;   25;     12;      0;           0;    2;   CODE_TABLE; RANGE ATTENUATION CORRECTION
  0;   25;     13;      0;           0;    2;   FLAG_TABLE; BRIGHT BAND CORRECTION
  0;   25;     15;      0;           0;    2;   FLAG_TABLE; RADOME ATTENUATION CORRECTION
  0;   25;     16;      5;           0;    6;     DB/METER; CLEAR AIR ATTENUATION CORRECTION
  0;   25;     17;      0;           0;    2;   FLAG_TABLE; PRECIPITATION ATTENUATION CORRECT
  0;   25;     18;      7;           0;    6;      NUMERIC; A TO Z LAW FOR ATTENUATION FACTOR
  0;   25;     19;      2;           0;    7;      NUMERIC; A TO Z LAW FOR ATTENUATION EXPONE
  0;   25;     20;      0;           0;    2;   CODE_TABLE; MEAN SPEED ESTIMATION
  0;   25;     21;      0;           0;    8;   FLAG_TABLE; WIND COMPUTATION ENHANCEMENT
  0;   25;     30;      0;           0;    2;   CODE_TABLE; SST USAGE
  0;   25;     31;      0;           0;    2;   CODE_TABLE; 15 DAY SST AVAILABILITY
  0;   25;     32;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER HIGH/LOW MODE
  0;   25;     33;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER SUBMODE
  0;   25;     34;      0;           0;    4;   CODE_TABLE; NOAA WIND PROFILER Q/C TEST RESUL
  0;   25;     35;      0;           0;    3;   CODE_TABLE; FIRST GUESS ADJUSTMENT
  0;   25;     36;      3;       -5000;   14;      NUMERIC; NSTAR AVERAGE VALUE
  0;   25;     37;      0;           0;    2;   CODE_TABLE; HIRS-8 SFC AIR TEMP
  0;   25;     38;      0;           0;    3;   CODE_TABLE; TOVS FILTER FLAGS
  0;   25;    202;      0;           0;    4;   FLAG_TABLE; TEMPERATURE CHANNEL SELECTION FLA
  0;   25;    204;      0;           0;    8;   FLAG_TABLE; MATCHUP QUALITY TEST FLAGS
  0;   25;    205;      0;           0;    8;   FLAG_TABLE; RETRIEVAL/DPI QUALITY TEST FLAGS
  0;   25;    209;      3;           0;   12; DECIMAL_HOURS; DPI TIME DIFFERENCE (READ AS MINU
  0;   25;    210;      3;           0;   19;       METERS; DPI DISTANCE
  0;   25;    211;      3;           0;   12; DECIMAL_HOURS; QUANTITATIVE RETRIEVAL TIME DIFFE
  0;   25;    212;      3;           0;   19;       METERS; QUANTITATIVE RETRIEVAL DISTANCE
  0;   26;      1;      1;           0;   12;         HOUR; PCPL TIME OF DAILY RDG IN UTC MAX
  0;   26;      2;      1;           0;   12;         HOUR; PCPL TIME OF DAILY RDG IN UTC MIN
  0;   26;     31;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR NORTH
  0;   26;     32;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR NORTH
  0;   26;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR IN DIR NORTH
  0;   27;      1;      5;    -9000000;   25;      DEGREES; LATITUDE (HIGH ACCURACY)
  0;   27;      2;      2;       -9000;   15;      DEGREES; LATITUDE (COARSE ACCURACY)
  0;   27;      3;      2;       -9000;   15;      DEGREES; ALTERNATE LATITUDE
  0;   27;     20;      0;           0;   16;      NUMERIC; SATELLITE LOCATION COUNTER
  0;   27;     21;      0;           0;   16;      NUMERIC; SATELLITE SUB-LOCATION DIMENSIONS
  0;   27;     31;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR 0 DEG
  0;   27;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR N DIR 0 DEG
  0;   28;      1;      5;   -18000000;   26;      DEGREES; LONGITUDE (HIGH ACCURACY)
  0;   28;      2;      2;      -18000;   16;      DEGREES; LONGITUDE (COARSE ACCURACY)
  0;   28;      3;      2;      -18000;   16;      DEGREES; ALTERNATE LONGITUDE
  0;   28;     31;      2;  -107341824;   31;       METERS; DIST FMEARTH CENTER IN DIR 90 DEG
  0;   28;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR IN DIR 90 DE
  0;   29;      1;      0;           0;    3;   CODE_TABLE; PROJECTION TYPE
  0;   29;      2;      0;           0;    3;   CODE_TABLE; COORDINATE GRID TYPE
  0;   30;      1;      0;           0;    4;      NUMERIC; PIXEL VALUE (4 BITS)
  0;   30;     21;      0;           0;   12;      NUMERIC; NUMBER OF PIXELS PER ROW
  0;   30;     22;      0;           0;   12;      NUMERIC; NUMBER OF PIXELS PER COLUMN
  0;   30;     31;      0;           0;    4;   CODE_TABLE; PICTURE TYPE
  0;   30;     32;      0;           0;   16;   FLAG_TABLE; COMBINED PICTURE
  0;   31;      0;      0;           0;    1;   FLAG_TABLE; DELAYED REPLICATION SWITCH
  0;   31;      1;      0;           0;    8;      NUMERIC; DELAYED DESCRIPTOR REPLICATION FA
  0;   31;      2;      0;           0;   16;      NUMERIC; EXT DELAYED DESCRIPTOR REPLICAT.
  0;   31;     11;      0;           0;    8;      NUMERIC; DELAYED DESC. & DATA REPITIT. FAC
  0;   31;     12;      0;           0;   16;      NUMERIC; EXT DELAYED DESC. & DATA REPITIT.
  0;   31;     21;      0;           0;    6;   CODE_TABLE; ASSOCIATED FIELD SIGNIFICANCE
  0;   31;     31;      0;           0;    1;   FLAG_TABLE; DATA PRESENT INDICATOR
  0;   31;    192;      0;           0;    9;   CODE_TABLE; NOAA WIND PROFILER HIGH/LOW MODE
  0;   31;    193;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER SUBMODE
  0;   31;    194;      0;           0;    4;   CODE_TABLE; NOAA WIND PROFILER Q/C TEST RESUL
  0;   33;      2;      0;           0;    2;   CODE_TABLE; QUALITY INFORMATION
  0;   33;      3;      0;           0;    3;   CODE_TABLE; QUALITY INFORMATION
  0;   33;      4;      0;           0;    7;            %; % CONFIDENCE
  0;   50;      1;      0;           0;   17;      NUMERIC; REPORT SEQUENCE NUMBER
  0;   50;     20;      0;           0;    4;   CODE_TABLE; DATA QUALITY INDICATOR
  0;   55;      6;      0;           0;   10;   CODE_TABLE; NMC REPORT TYPE
  0;   58;      1;      0;           0;   48;    CCITT_IA5; BULLETIN HEADING
  0;   58;      2;      0;           0;   80;    CCITT_IA5; AIRCRAFT TYPE
  0;   58;      3;      0;        -400;   17;          GPM; ICING BASE
  0;   58;      4;      0;        -400;   17;          GPM; ICING TOP
  0;   58;      5;      0;           0;  224;    CCITT_IA5; COMPLETE BULLETIN HEADER
  0;   60;      1;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      2;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      3;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      4;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      5;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      6;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      7;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;      8;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;      9;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;     10;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     11;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     12;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     13;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     14;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     15;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     16;      0;           0;    7;            %; PROB. OF LIQ PCP GE 2.00 INCH PAS
  0;   60;     17;      0;           0;    7;            %; PROB. OF LIQ PCP GE 2.00 INCH PAS
  0;   60;     18;      0;           0;    7;            %; REL FRQ GE .01 LQ EQV PCP PAST 12
  0;   60;     19;      0;           0;    7;            %; REL FRQ GE .01 LQ EQV PCP PAST 24
  0;   60;     20;      0;           0;    7;            %; COND PROB PCP TYPE FREEZING
  0;   60;     21;      0;           0;    7;            %; COND PROB PCP TYPE SNOW
  0;   60;     22;      0;           0;    7;            %; COND PROB PCP TYPE LIQUID
  0;   60;     23;      0;           0;    7;            %; COND PROB PCP TYPE DRIZZLE
  0;   60;     24;      0;           0;    7;            %; COND PROB PCP TYPE CONTINUOUS
  0;   60;     25;      0;           0;    7;            %; COND PROB PCP TYPE SHOWERS
  0;   60;     26;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 6HRS
  0;   60;     27;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 12HRS
  0;   60;     28;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 24HRS
  0;   60;     29;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 6HRS
  0;   60;     30;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 12HRS
  0;   60;     31;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 24HRS
  0;   60;     32;      0;           0;    7;            %; PROB SNOW AMT GE 4.0IN PAST 12HRS
  0;   60;     33;      0;           0;    7;            %; PROB SNOW AMT GE 4.0IN PAST 24HRS
  0;   60;     34;      0;           0;    7;            %; PROB SNOW AMT GE 6.0IN PAST 12HRS
  0;   60;     35;      0;           0;    7;            %; PROB SNOW AMT GE 6.0IN PAST 24HRS
  0;   60;     36;      0;           0;    7;            %; COND PROB SNOW PAST 12 HRS
  0;   60;     37;      0;           0;    7;            %; COND REL FRQ PROB SNOW PAST 12 HR
  0;   60;     38;      0;           0;    7;            %; PROB OPAQUE SKY COVER  CLEAR
  0;   60;     39;      0;           0;    7;            %; PROB OPAQUE SKY COVER  SCATTERED
  0;   60;     40;      0;           0;    7;            %; PROB OPAQUE SKY COVER  BROKEN
  0;   60;     41;      0;           0;    7;            %; PROB OPAQUE SKY COVER  OVERCAST
  0;   60;     42;      0;           0;    7;            %; PROB CIG HGT < 200 FT
  0;   60;     43;      0;           0;    7;            %; PROB CIG HGT 200-400 FT
  0;   60;     44;      0;           0;    7;            %; PROB CIG HGT 500-900 FT
  0;   60;     45;      0;           0;    7;            %; PROB CIG HGT 1000-3000 FT
  0;   60;     46;      0;           0;    7;            %; PROB CIG HGT 3100-6500 FT
  0;   60;     47;      0;           0;    7;            %; PROB CIG HGT 6600-12000 FT
  0;   60;     48;      0;           0;    7;            %; PROB CIG HGT GT 12000 FT
  0;   60;     49;      0;           0;    7;            %; PROB VSBY < 0/2 MILES
  0;   60;     50;      0;           0;    7;            %; PROB VSBY < 0/2 - 7/8 MILES
  0;   60;     51;      0;           0;    7;            %; PROB VSBY < 0 - 2 3/4 MILES
  0;   60;     52;      0;           0;    7;            %; PROB VSBY < 3 - 5 MILES
  0;   60;     53;      0;           0;    7;            %; PROB VSBY > 5   MILES
  0;   60;     54;      0;           0;    7;            %; PROB OBS TO VISION  BLOWING PHENO
  0;   60;     55;      0;           0;    7;            %; PROB OBS TO VISION  HAZE
  0;   60;     56;      0;           0;    7;            %; PROB OBS TO VISION  FOG
  0;   60;     57;      0;           0;    7;            %; PROB OBS TO VISION  NONE
  0;   60;     58;      0;           0;    7;            %; PROB TSTM PAST 6 HRS
  0;   60;     59;      0;           0;    7;            %; PROB TSTM PAST 12HRS
  0;   60;     60;      0;           0;    7;            %; PROB TSTM PAST 24HRS
  0;   60;     61;      0;           0;    7;            %; PROB SVR WX PAST 6 HRS
  0;   60;     62;      0;           0;    7;            %; PROB SVR WX PAST 12HRS
  0;   60;     63;      0;           0;    7;            %; PROB SVR WX PAST 24HRS
  0;   60;     64;      0;           0;    7;            %; CLIM AVG CLD COVER (OPAQUE)
  0;   60;     65;      1;           0;   12; METERS/SECOND; CLIMATIC WIND SPEED
  0;   60;     66;      1;           0;   12; DEGREES_KELVIN; CLIMATIC(NORMAL) DAY MAX TEMP
  0;   60;     67;      1;           0;   12; DEGREES_KELVIN; CLIMATIC(NORMAL) NIGHT MIN TEMP
  0;   60;     90;      0;           0;    4;   CODE_TABLE; QUANT PCP FCST (CATEGORIES)
  0;   60;     91;      0;           0;    3;   CODE_TABLE; COND PCP TYPE FCST (CATS)
  0;   60;     92;      0;           0;    3;   CODE_TABLE; COND PCP CHARACTER FCST (CATS)
  0;   60;     93;      0;           0;    3;   CODE_TABLE; QUANT SNOW AMT FCST (CATS)
  0;   60;     94;      0;           0;    4;   CODE_TABLE; CIG HEIGHT FCST (CATS)
  0;   60;     95;      0;           0;    3;   CODE_TABLE; VISIBILITY FCST (CATS)
  0;   60;     96;      0;           0;    3;   CODE_TABLE; OBSTRUCT TO VISION FCST (CATS)
  0;   60;     97;      0;           0;    2;   CODE_TABLE; THUNDERSTORM FCST (CATS)
  0;   60;     98;      0;           0;    2;   CODE_TABLE; SEVERE WEATHER FCST (CATS)
  0;   63;    255;      0;           0;    1;      NUMERIC; FILL BIT
grads-2.0.1/data/tables/B3M-000-005-A0000644000175000017500000000744607750236075017436 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3M-000-004-D0000644000175000017500000002667007750236075017440 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	45
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	01	0
	2	2	0
	3	4	30
	3	4	31
	-1

3	1	47
	0	1	7
	0	25	60
	0	1	33
	0	1	34
	0	1	12
	3	1	45
	0	2	21
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1 

3	1	48
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	140
	2	2	127
	0	1	13
	2	2	126
	0	7	1
	2	2	0
	0	25	10
	0	21	64
	-1

3	1	49
	0	2	111
	0	2	112
	0	21	62
	0	21	63
	0	21	64
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	55
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	0	1	12
	0	1	14
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	1	65
	0	1	6
	0	1	8
	0	2	1
	0	2	2
	0	2	5
	0	2	62
	0	2	70
	0	2	65
	-1

3	1	66
	3	1	11
	3	1	13
	3	1	23
	0	7	4
	0	2	64
	0	8	4
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	6
	0	10	4
	0	10	51
	0	10	62
	0	10	63
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	13
	3	2	6
	3	2	3
	1	1	0
	0	31	1
	3	2	05
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	22
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	3	33
	0	20	10
	0	20	16
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	4	30
	0	27	31
	0	28	31
	0	10	31
	-1

3	4	31
	0	1	41
	0	1	42
	0	1	43
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	6	20
	3	6	24
	1	2	6
	0	22	38
	0	22	39
	-1

3	6	21
	0	1	75
	3	1	11
	3	1	12
	0	22	122
	0	22	123
	0	12	1
	3	3	2
	-1

3	6	22
	0	1	75
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	-1

3	6	23
	0	1	15
	3	1	23
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	0	22	120
	0	22	121
	-1

3	6	24
	0	1	75
	3	1	11
	3	1	12
	0	22	42
	0	22	120
	0	22	121
	0	4	25
	0	4	15
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	7	9
	3	1	31
	3	2	13
	-1

3	7	11
	0	1	63
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	0	7	6
	0	11	1
	0	11	16
	0	11	17
	0	11	2
	0	11	42
	0	7	6
	0	12	1
	0	12	3
	0	10	52
	0	20	9
	-1

3	7	12
	1	3	0
	0	31	1
	0	8	23
	0	5	21
	0	20	1
	-1

3	7	13
	1	6	0
	0	31	1
	0	1	64
	0	8	14
	0	20	61
	0	8	14
	0	20	61
	0	20	18
	-1

3	7	14
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	15
	1	1	0
	0	31	1
	3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	0	20	2
	-1

3	7	16
	1	1	0
	0	31	1
	0	20	20
	-1

3	7	17
	1	1	0
	0	31	1
	0	11	70
	-1

3	7	18
	0	8	16
	1	2	0
	0	31	1
	0	8	17
	3	1	12
	1	4	0
	0	31	1
	0	7	6
	0	11	1
	0	11	2
	0	11	41
	0	20	9
	1	1	0
	0	31	1
	0	20	1
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	20
	3	7	11
	3	7	14
	3	7	16
	-1

3	7	21
	3	7	11
	3	7	12
	3	7	13
	3	7	14
	3	7	15
	3	7	16
	3	7	17
	3	7	18
	3	7	15
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	8	7
	3	1	55
	3	2	11
	0	7	62
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	10	5
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	03	25
	-1

3	10	6
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	23
	-1

3	10	7
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	24
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	11	2
	3	1	65
	3	1	66
	3	11	3
	3	11	4
	-1

3	11	3
	0	10	70
	0	11	1
	0	11	2
	0	12	1
	0	13	2
	-1

3	11	4
	1	1	0
	0	31	0
	0	11	34
	1	1	0
	0	31	0
	0	11	35
	1	1	0
	0	31	0
	0	11	75
	1	1	0
	0	31	0
	0	11	76
	1	1	0
	0	31	0
	0	33	25
	1	1	0
	0	31	0
	0	33	26
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	1	2	32
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	12	20
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	4	12
	0	6	30
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	21
	3	1	47
	1	1	3
	3	1	49
	0	11	12
	0	11	11
	0	21	67
	-1

3	12	22
	3	1	47
	0	8	22
	0	11	12
	0	11	50
	0	22	70
	0	22	26
	3	12	41
	0	10	50
	0	21	68
	0	21	71
	0	21	72
	0	21	73
	3	12	42
	0	21	62
	0	15	11
	-1

3	12	23
	3	1	47
	1	3	3
	0	8	22
	0	12	61
	0	22	50
	0	21	69
	0	21	85
	-1

3	12	24
	3	12	20
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100

3	12	41
	2	1	141
	2	2	130
	0	7	1
	2	1	00
	2	2	00
	-1

3	12	42
	0	21	77
	0	21	78
	0	21	79
	0	21	80
	0	21	81
	0	21	82
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	16	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	1	33
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	7	2
	0	7	2
	-1

3	16	3
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	11	2
	0	8	7
	0	8	11
	-1

3	16	4
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	11	31
	0	8	7
	0	8	11
	-1

3	16	5
	1	8	0
	0	31	1
	0	8	5
	0	8	7
	0	5	2
	0	6	2
	0	1	26
	0	19	1
	0	8	7
	0	8	5
	-1

3	16	6
	1	12	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	11
	0	20	12
	0	8	7
	0	8	11
	-1

3	16	7
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	19	5
	0	19	6
	0	8	7
	0	8	11
	-1

3	16	8
	1	11	0
	0	31	1
	0	8	1
	0	8	7
	0	8	23
	1	3	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	8	23
	0	8	7
	0	8	1
	-1

3	16	9
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	41
	0	8	7
	0	8	11
	-1

3	16	10
	1	7	0
	0	31	1
	0	8	11
	0	8	7
	0	1	22
	0	5	2
	0	6	2
	0	8	7
	0	8	11
	-1

3	16	11
	1	16	0
	0	31	1
	0	8	11
	0	1	22
	0	8	7
	0	1	2
	0	31	1
	0	5	2
	0	6	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	20	90
	0	8	21
	0	8	7
	0	8	11
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	0	2	135
	-1
grads-2.0.1/data/tables/B3M-000-006-D0000644000175000017500000003623707750236075017442 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	45
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	01	0
	2	2	0
	3	4	30
	3	4	31
	-1

3	1	47
	0	1	7
	0	25	60
	0	1	33
	0	1	34
	0	1	12
	3	1	45
	0	2	21
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1 

3	1	48
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	140
	2	2	127
	0	1	13
	2	2	126
	0	7	1
	2	2	0
	0	25	10
	0	21	64
	-1

3	1	49
	0	2	111
	0	2	112
	0	21	62
	0	21	63
	0	21	65
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	55
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	0	1	12
	0	1	14
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	1	65
	0	1	6
	0	1	8
	0	2	1
	0	2	2
	0	2	5
	0	2	62
	0	2	70
	0	2	65
	-1

3	1	66
	3	1	11
	3	1	13
	3	1	23
	0	7	4
	0	2	64
	0	8	4
	-1

3	1	71
	0	1	7
	0	1	31
	0	1	20
	0	1	28
	0	1	29
	-1

3	1	72
	3	1	71
	3	1	11
	3	1	13
	3	1	21
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	6
	0	10	4
	0	10	51
	0	10	62
	0	10	63
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	13
	3	2	6
	3	2	3
	1	1	0
	0	31	1
	3	2	5
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	2
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	3	33
	0	20	10
	0	20	16
	-1

3	3	41
	0	2	152
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	153
	0	2	154
	0	12	71
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	4	11
	0	2	163
	0	2	164
	0	8	12
	0	7	24
	0	2	167
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	3	10
	0	2	163
	0	7	4
	0	12	1
	-1

3	4	30
	0	27	31
	0	28	31
	0	10	31
	-1

3	4	31
	0	1	41
	0	1	42
	0	1	43
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	6	20
	3	6	24
	1	2	6
	0	22	38
	0	22	39
	-1

3	6	21
	0	1	75
	3	1	11
	3	1	12
	0	22	122
	0	22	123
	0	12	1
	3	3	2
	-1

3	6	22
	0	1	75
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	-1

3	6	23
	0	1	15
	3	1	23
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	0	22	120
	0	22	121
	-1

3	6	24
	0	1	75
	3	1	11
	3	1	12
	0	22	42
	0	22	120
	0	22	121
	0	4	25
	0	4	15
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	7	9
	3	1	31
	3	2	13
	-1

3	7	11
	0	1	63
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	0	7	6
	0	11	1
	0	11	16
	0	11	17
	0	11	2
	0	11	41
	0	7	6
	0	12	1
	0	12	3
	0	10	52
	0	20	9
	-1

3	7	12
	1	3	0
	0	31	1
	0	8	23
	0	5	21
	0	20	1
	-1

3	7	13
	1	6	0
	0	31	1
	0	1	64
	0	8	14
	0	20	61
	0	8	14
	0	20	61
	0	20	18
	-1

3	7	14
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	15
	1	1	0
	0	31	1
	3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	0	20	2
	-1

3	7	16
	1	1	0
	0	31	1
	0	20	20
	-1

3	7	17
	1	1	0
	0	31	1
	0	11	70
	-1

3	7	18
	0	8	16
	1	2	0
	0	31	1
	0	8	17
	3	1	12
	1	4	0
	0	31	1
	0	7	6
	0	11	1
	0	11	2
	0	11	41
	0	20	9
	1	1	0
	0	31	1
	0	20	1
	3	7	14
	-1

3	7	20
	3	7	11
	3	7	14
	3	7	16
	-1

3	7	21
	3	7	11
	3	7	12
	3	7	13
	3	7	14
	3	7	15
	3	7	16
	3	7	17
	3	7	18
	3	7	15
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	8	7
	3	1	55
	3	2	11
	0	7	62
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	10	5
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	03	25
	-1

3	10	6
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	23
	-1

3	10	7
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	24
	-1

3	10	8
	3	10	11
	1	1	19
	3	10	12
	0	2	150
	0	25	79
	0	25	80
	0	33	32
	0	14	45
	-1

3	10	9
	3	10	11
	1	1	15
	3	10	12
	-1

3	10	10
	3	10	11
	1	1	5
	3	10	12
	-1

3	10	11
	0	8	70
	0	1	33
	0	1	34
	0	8	70
	0	1	33
	0	1	34
	0	1	7
	0	2	48
	0	5	40
	0	25	75
	2	1	133
	0	5	41
	2	1	0
	0	5	43
	0	25	70
	0	33	30
	0	33	31
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	2	2	131
	2	1	138
	0	4	6
	2	1	0
	2	2	0
	0	5	1
	0	6	1
	2	2	126
	0	7	1
	2	2	0
	0	7	24
	0	5	21
	0	7	25
	0	5	22
	0	33	33
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	-1

3	10	12
	0	2	150
	0	25	76
	0	25	77
	0	25	78
	0	33	32
	2	1	132
	2	2	129
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	13
	0	1	7
	0	5	40
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	4	6
	0	5	1
	0	6	1
	0	7	25
	0	5	43
	0	25	85
	2	1	131
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	2	2	0
	2	1	0
	2	1	132
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	14
	3	1	72
	3	3	41
	3	4	11
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	11	2
	3	1	65
	3	1	66
	3	11	3
	3	11	4
	-1

3	11	3
	0	10	70
	0	11	1
	0	11	2
	0	12	1
	0	13	2
	-1

3	11	4
	1	1	0
	0	31	0
	0	11	34
	1	1	0
	0	31	0
	0	11	35
	1	1	0
	0	31	0
	0	11	75
	1	1	0
	0	31	0
	0	11	76
	1	1	0
	0	31	0
	0	33	25
	1	1	0
	0	31	0
	0	33	26
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	2	2	126
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	12	19
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	6	12
	2	1	129
	0	6	30
	2	1	0
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	20
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	4	12
	0	6	30
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	21
	3	1	47
	1	1	3
	3	1	49
	0	11	12
	0	11	11
	0	21	67
	-1

3	12	22
	3	1	47
	0	8	22
	0	11	12
	0	11	50
	0	22	70
	0	22	26
	3	12	41
	0	10	50
	0	21	68
	0	21	71
	0	21	72
	0	21	73
	3	12	42
	0	21	62
	0	15	11
	-1

3	12	23
	3	1	47
	1	3	3
	0	8	22
	0	12	61
	0	22	50
	0	21	69
	0	21	85
	-1

3	12	24
	3	12	20
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	25
	3	12	19
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	41
	2	1	141
	2	2	130
	0	7	1
	2	1	00
	2	2	00
	-1

3	12	42
	0	21	77
	0	21	78
	0	21	79
	0	21	80
	0	21	81
	0	21	82
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	16	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	1	33
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	7	2
	0	7	2
	-1

3	16	3
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	11	2
	0	8	7
	0	8	11
	-1

3	16	4
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	11	31
	0	8	7
	0	8	11
	-1

3	16	5
	1	8	0
	0	31	1
	0	8	5
	0	8	7
	0	5	2
	0	6	2
	0	1	26
	0	19	1
	0	8	7
	0	8	5
	-1

3	16	6
	1	12	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	11
	0	20	12
	0	8	7
	0	8	11
	-1

3	16	7
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	19	5
	0	19	6
	0	8	7
	0	8	11
	-1

3	16	8
	1	11	0
	0	31	1
	0	8	1
	0	8	7
	0	8	23
	1	3	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	8	23
	0	8	7
	0	8	1
	-1

3	16	9
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	41
	0	8	7
	0	8	11
	-1

3	16	10
	1	7	0
	0	31	1
	0	8	11
	0	8	7
	0	1	22
	0	5	2
	0	6	2
	0	8	7
	0	8	11
	-1

3	16	11
	1	16	0
	0	31	1
	0	8	11
	0	1	22
	0	8	7
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	20	90
	0	8	21
	0	8	7
	0	8	11
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	-1
grads-2.0.1/data/tables/B3M-000-007-B0000644000175000017500000015307607750236075017442 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabB.txt
# Master Table B Version 7
#
#                   Reference    Bit
# F   X    Y Scale    Value     Width     Units     Comments
#--------------------------------------------------------------
# Class 00 - BUFR table entries
  0;  0;   1;    0;           0;   24;   CCITT_IA5; Table A:  entry
  0;  0;   2;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 1"
  0;  0;   3;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 2"
  0;  0;   5;    0;           0;   24;   CCITT_IA5; BUFR edition number
  0;  0;  10;    0;           0;    8;   CCITT_IA5; F descriptor to be added or defined
  0;  0;  11;    0;           0;   16;   CCITT_IA5; X descriptor to be added or defined
  0;  0;  12;    0;           0;   24;   CCITT_IA5; Y descriptor to be added or defined
  0;  0;  13;    0;           0;  256;   CCITT_IA5; "Element name, line 1"
  0;  0;  14;    0;           0;  256;   CCITT_IA5; "Element name, line 2"
  0;  0;  15;    0;           0;  192;   CCITT_IA5; Units name
  0;  0;  16;    0;           0;    8;   CCITT_IA5; Units scale sign
  0;  0;  17;    0;           0;   24;   CCITT_IA5; Units scale
  0;  0;  18;    0;           0;    8;   CCITT_IA5; Units reference sign
  0;  0;  19;    0;           0;   80;   CCITT_IA5; Units reference value
  0;  0;  20;    0;           0;   24;   CCITT_IA5; Element data width
  0;  0;  30;    0;           0;   48;   CCITT_IA5; Descriptor defining sequence
# Class 01 - Identification
  0;  1;   1;    0;           0;    7;     Numeric; WMO block number
  0;  1;   2;    0;           0;   10;     Numeric; WMO station number
  0;  1;   3;    0;           0;    3;  Code_Table; WMO Region number/geographical area
  0;  1;   4;    0;           0;    3;     Numeric; WMO Region sub-area (see Note 9)
  0;  1;   5;    0;           0;   17;     Numeric; Buoy/platform identifier
  0;  1;   6;    0;           0;   64;   CCITT_IA5; Aircraft flight number
  0;  1;   7;    0;           0;   10;  Code_Table; Satellite identifier
  0;  1;   8;    0;           0;   64;   CCITT_IA5; Aircraft registration number
  0;  1;   9;    0;           0;   64;   CCITT_IA5; Type of commercial aircraft
  0;  1;  10;    0;           0;   64;   CCITT_IA5; Stationary buoy platform identifier; e.g. C-MAN buoys
  0;  1;  11;    0;           0;   72;   CCITT_IA5; Ship or mobile land station identifier
  0;  1;  12;    0;           0;    9; Degree_true; Direction of motion of moving observing platform
  0;  1;  13;    0;           0;   10;       m s–1; Speed of motion of moving observing platform
  0;  1;  14;    2;           0;   10;       m s–1; Platform drift speed (high precision)
  0;  1;  15;    0;           0;  160;   CCITT_IA5; Station or site name
  0;  1;  20;    0;           0;    4;     Numeric; WMO Region sub-area
  0;  1;  21;    0;           0;   14;     Numeric; Synoptic feature identifier
  0;  1;  22;    0;           0;  224;   CCITT_IA5; Name of feature (see Note 11)
  0;  1;  25;    0;           0;   24;   CCITT_IA5; Storm identifier
  0;  1;  26;    0;           0;   64;   CCITT_IA5; WMO storm name
  0;  1;  31;    0;           0;   16;  Code_Table; Identification of originating/generating centre (see Note 10)
  0;  1;  32;    0;           0;    8;generating centre  ; Generating application
  0;  1;  33;    0;           0;    8;  Code_Table; Identification of originating/generating centre
  0;  1;  34;    0;           0;    8;  Code_Table; Identification of originating/generating sub-centre
  0;  1;  41;    5; -1073741824;   31;       m s-1; Absolute platform velocity - first component (see Note 6)
  0;  1;  42;    5; -1073741824;   31;       m s-1; Absolute platform velocity - second component (see Note 6)
  0;  1;  43;    5; -1073741824;   31;       m s-1; Absolute platform velocity - third component (see Note 6)
  0;  1;  60;    0;           0;   64;   CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;  1;  63;    0;           0;   64;   CCITT_IA5; ICAO location indicator
  0;  1;  64;    0;           0;   32;   CCITT_IA5; Runway designator
  0;  1;  75;    0;           0;   40;   CCITT_IA5; Tide station identification
# Class 02 - Instrumentation
  0;  2;   1;    0;           0;    2;  Code_Table; Type of station
  0;  2;   2;    0;           0;    4;  Flag_Table; Type of instrumentation for wind measurement
  0;  2;   3;    0;           0;    4;  Code_Table; Type of measuring equipment used
  0;  2;   4;    0;           0;    4;  Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;  2;   5;    2;           0;    7;           K; Precision of temperature observation
  0;  2;  11;    0;           0;    8;  Code_Table; Radiosonde type
  0;  2;  12;    0;           0;    4;  Code_Table; Radiosonde computational method
  0;  2;  13;    0;           0;    4;  Code_Table; Solar and infrared radiation correction
  0;  2;  14;    0;           0;    7;  Code_Table; Tracking technique/status of system used
  0;  2;  15;    0;           0;    4;  Code_Table; Radiosonde completeness
  0;  2;  20;    0;           0;    9;  Code_Table; Satellite classification
  0;  2;  21;    0;           0;    9;  Flag_Table; Satellite instrument data used in processing*
  0;  2;  22;    0;           0;    8;  Flag_Table; Satellite data-processing technique used
  0;  2;  23;    0;           0;    4;  Code_Table; Satellite derived wind computation method
  0;  2;  24;    0;           0;    4;  Code_Table; Integrated mean humidity computational method
  0;  2;  25;    0;           0;   25;  Flag_Table; Satellite channel(s) used in computation
  0;  2;  26;    2;           0;   12;           m; Cross track resolution
  0;  2;  27;    2;           0;   12;           m; Along track resolution
  0;  2;  28;    0;           0;   18;           m; Segment size at nadir in X direction
  0;  2;  29;    0;           0;   18;           m; Segment size at nadir in Y direction
  0;  2;  30;    0;           0;    3;  Code_Table; Method of current measurement
  0;  2;  31;    0;           0;    5;  Code_Table; Duration and time of current measurement
  0;  2;  32;    0;           0;    2;  Code_Table; Indicator for digitization
  0;  2;  33;    0;           0;    3;  Code_Table; Method of salinity/depth measurement
  0;  2;  34;    0;           0;    5;  Code_Table; Drogue type
  0;  2;  35;    0;           0;    9;           m; Cable length
  0;  2;  36;    0;           0;    2;  Code_Table; Buoy type
  0;  2;  37;    0;           0;    3;  Code_Table; Method of tidal observation
  0;  2;  38;    0;           0;    4;  Code_Table; Method of sea-surface temperature measurement
  0;  2;  39;    0;           0;    3;  Code_Table; Method of wet-bulb temperature measurement
  0;  2;  40;    0;           0;    4;  Code_Table; Method of removing velocity and motion of platform from current
  0;  2;  41;    0;           0;    6;  Code_Table; Method for estimating reports related to synoptic features
  0;  2;  44;    0;           0;    4;  Code_Table; Indicator for method of calculating spectral wave data
  0;  2;  45;    0;           0;    4;  Code_Table; Indicator for type of platform
  0;  2;  46;    0;           0;    4;  Code_Table; Wave measurement instrumentation
  0;  2;  48;    0;           0;    4;  Code_Table; Satellite sensor indicator
  0;  2;  49;    0;           0;    8;  Flag_Table; Geostationary satellite data-processing technique used
  0;  2;  50;    0;           0;   20;  Flag_Table; Geostationary sounder satellite channels used
  0;  2;  51;    0;           0;    4;  Code_Table; Indicator to specify observing method for extreme temperatures
  0;  2;  52;    0;           0;    6;  Flag_Table; Geostationary imager satellite channels used
  0;  2;  53;    0;           0;    4;  Code_Table; GOES-I/M brightness temperature characteristics
  0;  2;  54;    0;           0;    4;  Code_Table; GOES-I/M soundings parameter characteristics
  0;  2;  55;    0;           0;    4;  Code_Table; Geostationary soundings statistical parameters
  0;  2;  56;    0;           0;    4;  Code_Table; Geostationary soundings accuracy statistics
  0;  2;  57;    0;           0;    4;  Code_Table; Origin of first guess information for GOES-I/M soundings
  0;  2;  58;    0;           0;    4;  Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;  2;  59;    0;           0;    4;  Code_Table; Origin of analysis information for GOES-I/M soundings
  0;  2;  60;    0;           0;    4;  Code_Table; Origin of surface information for GOES-I/M soundings
  0;  2;  61;    0;           0;    3;  Code_Table; Aircraft navigational system
  0;  2;  62;    0;           0;    4;  Code_Table; Type of aircraft data relay system
  0;  2;  63;    2;      -18000;   16;      Degree; Aircraft roll angle
  0;  2;  64;    0;           0;    2;  Code_Table; Aircraft roll angle quality
  0;  2;  65;    0;           0;   40;   CCITT_IA5; ACARS ground receiving station
  0;  2;  70;    0;           0;    4;  Code_Table; Original specification of latitude/longitude
  0;  2; 100;    1;           0;   12;          dB; Radar constant*
  0;  2; 101;    0;           0;    4;  Code_Table; Type of antenna
  0;  2; 102;    0;           0;    8;           m; Antenna height above tower base
  0;  2; 103;    0;           0;    2;  Flag_Table; Radome
  0;  2; 104;    0;           0;    4;  Code_Table; Antenna polarisation
  0;  2; 105;    0;           0;    6;          dB; Maximum antenna gain
  0;  2; 106;    1;           0;    6;      Degree; 3-dB beamwidth
  0;  2; 107;    0;           0;    6;          dB; Sidelobe suppression
  0;  2; 108;    0;           0;    6;          dB; Crosspol discrimination (on axis)
  0;  2; 109;    2;           0;   12;  Degree s-1; Antenna speed (azimuth)
  0;  2; 110;    2;           0;   12;  Degree s-1; Antenna speed (elevation)
  0;  2; 111;    1;           0;   10;      Degree; Radar incidence angle
  0;  2; 112;    1;           0;   12;      Degree; Radar look angle
  0;  2; 113;    0;           0;    4;     Numeric; Number of azimuth looks
  0;  2; 114;    0;           0;   15;          m2; Antenna effective surface area
  0;  2; 121;   -8;           0;    7;          Hz; Mean frequency
  0;  2; 122;   -6;        -128;    8;          Hz; Frequency agility range
  0;  2; 123;   -4;           0;    7;           W; Peak power
  0;  2; 124;   -1;           0;    7;           W; Average power
  0;  2; 125;   -1;           0;    8;          Hz; Pulse repetition frequency
  0;  2; 126;    7;           0;    6;           s; Pulse width
  0;  2; 127;   -6;           0;    7;          Hz; Receiver intermediate frequency
  0;  2; 128;   -5;           0;    6;          Hz; Intermediate frequency bandwidth
  0;  2; 129;    0;        -150;    5;          dB; Minimum detectable signal
  0;  2; 130;    0;           0;    7;          dB; Dynamic range
  0;  2; 131;    0;           0;    2;  Flag_Table; Sensitivity time control (STC)
  0;  2; 132;    2;           0;    6;      Degree; Azimuth pointing accuracy
  0;  2; 133;    2;           0;    6;      Degree; Elevation pointing accuracy
  0;  2; 134;    2;           0;   16;      Degree; Antenna beam azimuth
  0;  2; 135;    2;       -9000;   15;      Degree; Antenna elevation
  0;  2; 136;   -3;           0;   16;           m; Range processed by range attenuation correction
  0;  2; 140;    0;           0;    9;      Degree; Satellite radar beam azimuth angle
  0;  2; 141;    0;           0;   24;   CCITT_IA5; Measurement type
  0;  2; 142;    0;           0;   32;   CCITT_IA5; Ozone instrument serial number/ identification
  0;  2; 143;    0;           0;    7;  Code_Table; Ozone instrument type
  0;  2; 144;    0;           0;    4;  Code_Table; Light source type for Brewer spectro photometer
  0;  2; 145;    0;           0;    4;  Code_Table; Wave length setting for Dobson instruments
  0;  2; 146;    0;           0;    4;  Code_Table; Source conditions for Dobson instruments
  0;  2; 150;    0;           0;    6;  Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number
  0;  2; 151;    0;           0;    4;  Code_Table; Radiometer identifier
  0;  2; 152;    0;           0;   31;  Flag_Table; Satellite instrument used in data processing
  0;  2; 153;   -8;           0;   26;          Hz; Satellite channel centre frequency
  0;  2; 154;   -8;           0;   26;          Hz; Satellite channel band width
  0;  2; 163;    0;           0;    4;  Code_Table; Height assignment method
  0;  2; 164;    0;           0;    3;  Code_Table; Tracer correlation method
  0;  2; 166;    0;           0;    4;  Code_Table; Radiance type
  0;  2; 167;    0;           0;    4;  Code_Table; Radiance computational method
# Class 04 - Location (time)
  0;  4;   1;    0;           0;   12;        Year; Year
  0;  4;   2;    0;           0;    4;       Month; Month
  0;  4;   3;    0;           0;    6;         Day; Day
  0;  4;   4;    0;           0;    5;        Hour; Hour
  0;  4;   5;    0;           0;    6;      Minute; Minute
  0;  4;   6;    0;           0;    6;      Second; Second
  0;  4;  11;    0;       -1024;   11;        Year; Time increment
  0;  4;  12;    0;       -1024;   11;       Month; Time increment
  0;  4;  13;    0;       -1024;   11;         Day; Time increment
  0;  4;  14;    0;       -1024;   11;        Hour; Time increment
  0;  4;  15;    0;       -2048;   12;      Minute; Time increment
  0;  4;  16;    0;       -4096;   13;      Second; Time increment
  0;  4;  21;    0;       -1024;   11;        Year; Time period or displacement
  0;  4;  22;    0;       -1024;   11;       Month; Time period or displacement
  0;  4;  23;    0;       -1024;   11;         Day; Time period or displacement
  0;  4;  24;    0;       -2048;   12;        Hour; Time period or displacement
  0;  4;  25;    0;       -2048;   12;      Minute; Time period or displacement
  0;  4;  26;    0;       -4096;   13;      Second; Time period or displacement
  0;  4;  31;    0;           0;    8;        Hour; Duration of time relating to following value
  0;  4;  32;    0;           0;    6;      Minute; Duration of time relating to following value
  0;  4;  41;    0;       -1440;   12;      Minute; "Time difference, UTC -LMT (see Note 6)"
  0;  4;  43;    0;           0;    9;         Day; Day of the year
  0;  4;  53;    0;           0;    6;     Numeric; Number of days with precipitation equal to or more than 1 mm
# Class 05 - Location (horizontal -1)
  0;  5;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0;  5;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0;  5;  11;    5;    -9000000;   25;      Degree; Latitude increment (high accuracy)
  0;  5;  12;    2;       -9000;   15;      Degree; Latitude increment (coarse accuracy)
  0;  5;  21;    2;           0;   16; Degree_true; Bearing or azimuth
  0;  5;  22;    2;           0;   16; Degree_true; Solar azimuth
  0;  5;  30;    0;           0;   12;      Degree; Direction (spectral)
  0;  5;  31;    0;           0;   12;     Numeric; Row number
  0;  5;  33;   -1;           0;   16;           m; Pixel size on horizontal - 1
  0;  5;  40;    0;           0;   24;     Numeric; Orbit number
  0;  5;  41;    0;           0;    8;     Numeric; Scan line number
  0;  5;  42;    0;           0;    6;     Numeric; Channel number
  0;  5;  43;    0;           0;    8;     Numeric; Field of view number
  0;  5;  52;    0;           0;    5;     Numeric; Channel number increment
  0;  5;  53;    0;           0;    5;     Numeric; Field of view number increment
# Class 06 - Location (horizontal - 2)
  0;  6;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0;  6;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0;  6;  11;    5;   -18000000;   26;      Degree; Longitude increment (high accuracy)
  0;  6;  12;    2;      -18000;   16;      Degree; Longitude increment (coarse accuracy)
  0;  6;  21;   -1;           0;   13;           m; Distance
  0;  6;  30;    5;           0;   13;     rad m-1; Wave number (spectral)
  0;  6;  31;    0;           0;   12;     Numeric; Column number
  0;  6;  33;   -1;           0;   16;           m; Pixel size on horizontal - 2
# Class 07 - Location (vertical)
  0;  7;   1;    0;        -400;   15;           m; Height of station
  0;  7;   2;   -1;         -40;   16;           m; Height or altitude
  0;  7;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0;  7;   4;   -1;           0;   14;          Pa; Pressure
  0;  7;   5;    0;        -400;   12;           m; Height increment
  0;  7;   6;    0;           0;   15;           m; Height above station
  0;  7;   7;    0;       -1000;   17;           m; Height
  0;  7;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation
  0;  7;  22;    2;       -9000;   15;      Degree; Solar elevation
  0;  7;  24;    2;       -9000;   15;      Degree; Satellite zenith angle
  0;  7;  25;    2;       -9000;   15;      Degree; Solar zenith angle
  0;  7;  61;    2;           0;   14;           m; Depth below land surface
  0;  7;  62;    1;           0;   17;           m; Depth below sea/water surface
# Class 08 - Significance qualifiers
  0;  8;   1;    0;           0;    7;  Flag_Table; Vertical sounding significance
  0;  8;   2;    0;           0;    6;  Code_Table; Vertical significance (surface observations)
  0;  8;   3;    0;           0;    6;  Code_Table; Vertical significance (satellite observations)
  0;  8;   4;    0;           0;    3;  Code_Table; Phase of aircraft flight
  0;  8;   5;    0;           0;    4;  Code_Table; Meteorological attribute significance
  0;  8;   7;    0;           0;    4;  Code_Table; Dimensional significance
  0;  8;  11;    0;           0;    6;  Code_Table; Meteorological feature
  0;  8;  12;    0;           0;    2;  Code_Table; Land/sea qualifier
  0;  8;  13;    0;           0;    2;  Code_Table; Day/night qualifier
  0;  8;  14;    0;           0;    4;  Code_Table; Qualifier for runway visual range
  0;  8;  16;    0;           0;    3;  Code_Table; Change qualifier of a trend-type forecast or an aerodrome forecast
  0;  8;  17;    0;           0;    2;  Code_Table; Qualifier of the time when the forecast change is expected
  0;  8;  20;    0;           0;   16;     Numeric; Total number of missing entities (with respect to accumulation or average)
  0;  8;  21;    0;           0;    5;  Code_Table; Time significance
  0;  8;  22;    0;           0;   16;     Numeric; Total number (with respect to accumulation or average)
  0;  8;  23;    0;           0;    6;  Code_Table; First order statistics
  0;  8;  24;    0;           0;    6;  Code_Table; Difference statistics
  0;  8;  25;    0;           0;    4;  Code_Table; Time difference qualifier
  0;  8;  30;    0;           0;   13;     Numeric; "Manual on Codes (Volume I.1, Section C) Code table from which data are derived"
  0;  8;  51;    0;           0;    3;  Code_Table; Qualifier for number of missing values in calculation of statistic
  0;  8;  52;    0;           0;    5;  Code_Table; Condition for which number of days of occurrence follows
  0;  8;  53;    0;           0;    2;  Code_Table; Day of occurrence qualifier
  0;  8;  60;    0;           0;    4;  Code_Table; Sample scanning mode significance
  0;  8;  70;    0;           0;    4;  Code_Table; TOVS/ATOVS product qualifier
  0;  8;  72;    0;           0;    3;  Code_Table; Pixel(s) type
# Class 10 - Non-coordinate location (vertical)
  0; 10;   1;    0;        -400;   15;           m; Height of land surface
  0; 10;   2;   -1;         -40;   16;           m; Height
  0; 10;   3;   -1;        -400;   17;      m2 s-2; Geopotential
  0; 10;   4;   -1;           0;   14;          Pa; Pressure
  0; 10;   7;    0;       -1000;   17;           m; Height
  0; 10;   8;    0;      -10000;   20;      m2 s-2; Geopotential
  0; 10;  31;    2; -1073741824;   31;           m; "In direction of the North Pole, distance from the Earth’s centre"
  0; 10;  50;    2;           0;   16;           m; Standard deviation altitude
  0; 10;  51;   -1;           0;   14;          Pa; Pressure reduced to mean sea level
  0; 10;  52;   -1;           0;   14;          Pa; Altimeter setting (QNH)
  0; 10;  60;   -1;       -1024;   11;          Pa; Pressure change
  0; 10;  61;   -1;        -500;   10;          Pa; 3-hour pressure change
  0; 10;  62;   -1;       -1000;   11;          Pa; 24-hour pressure change
  0; 10;  63;    0;           0;    4;  Code_Table; Characteristic of pressure tendency
  0; 10;  70;    0;        -400;   16;           m; Indicated aircraft altitude
# Class 11 - Wind and turbulence
  0; 11;   1;    0;           0;    9; Degree_true; Wind direction
  0; 11;   2;    1;           0;   12;       m s-1; Wind speed
  0; 11;   3;    1;       -4096;   13;       m s-1; u-component
  0; 11;   4;    1;       -4096;   13;       m s-1; v-component
  0; 11;   5;    1;        -512;   10;      Pa s-1; w-component
  0; 11;   6;    2;       -4096;   13;       m s-1; w-component
  0; 11;  11;    0;           0;    9; Degree_true; Wind direction at 10 m
  0; 11;  12;    1;           0;   12;       m s-1; Wind speed at 10 m
  0; 11;  13;    0;           0;    9; Degree_true; Wind direction at 5 m
  0; 11;  14;    1;           0;   12;       m s-1; Wind speed at 5 m
  0; 11;  16;    0;           0;    9; Degree_true; Extreme counterclockwise wind direction of a variable wind
  0; 11;  17;    0;           0;    9; Degree_true; Extreme clockwise wind direction of a variable wind
  0; 11;  19;    0;           0;    7;           %; Steadiness of wind*
  0; 11;  21;    9;      -65536;   17;         s-1; Relative vorticity
  0; 11;  22;    9;      -65536;   17;         s-1; Divergence
  0; 11;  23;   -2;      -65536;   17;      m2 s-1; Velocity potential
  0; 11;  31;    0;           0;    4;  Code_Table; Degree of turbulence
  0; 11;  32;   -1;         -40;   16;           m; Height of base of turbulence
  0; 11;  33;   -1;         -40;   16;           m; Height of top of turbulence
  0; 11;  34;    1;       -1024;   11;       m s-1; Vertical gust velocity
  0; 11;  35;    2;       -8192;   14;       m s-2; Vertical gust acceleration
  0; 11;  36;    1;           0;   10;       m s-1; Maximum derived equivalent vertical gust speed
  0; 11;  41;    1;           0;   12;       m s-1; Maximum wind speed (gusts)
  0; 11;  42;    1;           0;   12;       m s-1; Maximum wind speed (10-min mean wind)
  0; 11;  43;    0;           0;    9; Degree_true; Maximum wind gust direction
  0; 11;  44;    0;           0;    9; Degree_true; Mean wind direction for surface - 1500 m (5000 feet)
  0; 11;  45;    1;           0;   12;       m s-1; Mean wind speed for surface - 1500 m (5000 feet)
  0; 11;  49;    0;           0;    9; Degree_true; Standard deviation of wind direction
  0; 11;  50;    1;           0;   12;       m s-1; Standard deviation of horizontal wind speed
  0; 11;  51;    1;           0;    8;       m s-1; Standard deviation of vertical wind speed
  0; 11;  61;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer below
  0; 11;  62;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer above
  0; 11;  70;    0;           0;   32;   CCITT_IA5; Designator of the runway affected by wind shear (including ALL)
  0; 11;  71;    3;        -128;   14;      m2 s-2; Turbulent vertical momentum flux
  0; 11;  72;    3;        -128;   11;     K m s-1; Turbulent vertical buoyancy flux
  0; 11;  73;    2;       -1024;   13;      m2 s-2; Turbulent kinetic energy
  0; 11;  74;    2;       -1024;   10;      m2 s-2; Dissipation energy
  0; 11;  75;    2;           0;    8;    m2/3 s-1; Mean turbulence intensity (eddy dissipation rate)
  0; 11;  76;    2;           0;    8;    m2/3 s-1; Peak turbulence intensity (eddy dissipation rate)
# Class 12 - Temperature
  0; 12;   1;    1;           0;   12;           K; Temperature/dry-bulb temperature
  0; 12;   2;    1;           0;   12;           K; Wet-bulb temperature
  0; 12;   3;    1;           0;   12;           K; Dew-point temperature
  0; 12;   4;    1;           0;   12;           K; Dry-bulb temperature at 2 m
  0; 12;   5;    1;           0;   12;           K; Wet-bulb temperature at 2 m
  0; 12;   6;    1;           0;   12;           K; Dew-point temperature at 2 m
  0; 12;   7;    1;           0;   12;           K; Virtual temperature
  0; 12;  11;    1;           0;   12;           K; "Maximum temperature, at height and over period specified"
  0; 12;  12;    1;           0;   12;           K; "Minimum temperature, at height and over period specified"
  0; 12;  13;    1;           0;   12;           K; "Ground minimum temperature, past 12 hours"
  0; 12;  14;    1;           0;   12;           K; "Maximum temperature at 2 m, past 12 hours"
  0; 12;  15;    1;           0;   12;           K; "Minimum temperature at 2 m, past 12 hours"
  0; 12;  16;    1;           0;   12;           K; "Maximum temperature at 2 m, past 24 hours"
  0; 12;  17;    1;           0;   12;           K; "Minimum temperature at 2 m, past 24 hours"
  0; 12;  30;    1;           0;   12;           K; Soil temperature
  0; 12;  51;    1;           0;   10;           K; Standard deviation temperature
  0; 12;  52;    1;           0;   12;           K; Highest daily mean temperature
  0; 12;  53;    1;           0;   12;           K; Lowest daily mean temperature
  0; 12;  61;    1;           0;   12;           K; Skin temperature
  0; 12;  62;    1;           0;   12;           K; Equivalent black body temperature
  0; 12;  63;    1;           0;   12;           K; Brightness temperature
  0; 12;  64;    1;           0;   12;           K; Instrument temperature
  0; 12;  71;    1;           0;   12;           K; Coldest cluster temperature
  0; 12;  72;    6;           0;   31;  W m-2 sr-1; Radiance
# Class 13 - Hygrographic and hydrological elements
  0; 13;   1;    5;           0;   14;     kg kg-1; Specific humidity
  0; 13;   2;    5;           0;   14;     kg kg-1; Mixing ratio
  0; 13;   3;    0;           0;    7;           %; Relative humidity
  0; 13;   4;   -1;           0;   10;          Pa; Vapour pressure
  0; 13;   5;    3;           0;    7;      kg m-3; Vapour density
  0; 13;   6;   -1;         -40;   16;           m; Mixing heights
  0; 13;  11;    1;          -1;   14;      kg m-2; Total precipitation/total water equivalent
  0; 13;  12;    2;          -2;   12;           m; Depth of fresh snow
  0; 13;  13;    2;          -2;   16;           m; Total snow depth
  0; 13;  14;    4;           0;   12;  kg m-2 s-1; Rainfall/water equivalent of snow (averaged rate)
  0; 13;  15;    7;           0;   12;       m s-1; Snowfall  (averaged rate)
  0; 13;  16;    0;           0;    7;      kg m-2; Precipitable water
  0; 13;  19;    1;          -1;   14;      kg m-2; Total precipitation past 1 hour
  0; 13;  20;    1;          -1;   14;      kg m-2; Total precipitation past 3 hours
  0; 13;  21;    1;          -1;   14;      kg m-2; Total precipitation past 6 hours
  0; 13;  22;    1;          -1;   14;      kg m-2; Total precipitation past 12 hours
  0; 13;  23;    1;          -1;   14;      kg m-2; Total precipitation past 24 hours
  0; 13;  31;    0;           0;    7;      kg m-2; Evapotranspiration
  0; 13;  32;    1;           0;    8;      kg m-2; Evaporation/evapotranspiration
  0; 13;  33;    1;           0;   10;      kg m-2; Evaporation/evapotranspiration
  0; 13;  38;    0;           0;    2;  Code_Table; Superadiabatic indicator
  0; 13;  39;    0;           0;    3;  Code_Table; Terrain type (ice/snow)
  0; 13;  41;    0;           0;    4;  Code_Table; Pasquill-Gifford stability category
  0; 13;  42;    0;         -20;    6;           K; Parcel lifted index (to 500 hPa)
  0; 13;  43;    0;         -20;    6;           K; Best lifted index (to 500 hPa)
  0; 13;  51;    0;           0;    4;  Code_Table; "Frequency group, precipitation"
  0; 13;  52;    1;          -1;   14;      kg m-2; Highest daily amount of precipitation
# Class 14 - Radiation and radiance
  0; 14;   1;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over 24 hours"
  0; 14;   2;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over period specified"
  0; 14;   3;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over 24 hours"
  0; 14;   4;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over period specified"
  0; 14;  11;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over 24 hours"
  0; 14;  12;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over period specified"
  0; 14;  13;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over 24 hours"
  0; 14;  14;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over period specified"
  0; 14;  15;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over 24 hours"
  0; 14;  16;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over period specified"
  0; 14;  17;   -3;       -2048;   12;       W m-2; Instantaneous long-wave radiation
  0; 14;  18;   -3;       -2048;   12;       W m-2; Instantaneous short-wave radiation
  0; 14;  19;    0;           0;    7;           %; Surface albedo
  0; 14;  20;   -4;           0;   15;       J m-2; "Global solar radiation, integrated over 24 hours"
  0; 14;  21;   -4;           0;   15;       J m-2; "Global radiation, integrated over period specified"
  0; 14;  22;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over 24 hours"
  0; 14;  23;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over period specified"
  0; 14;  24;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over 24 hours"
  0; 14;  25;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over period specified"
  0; 14;  26;    0;           0;    7;           %; Albedo at the top of clouds
  0; 14;  27;    0;           0;    7;           %; Albedo
  0; 14;  31;    0;           0;   11;      Minute; Total sunshine
  0; 14;  32;    0;           0;   10;        Hour; Total sunshine
  0; 14;  33;    0;           0;    9;           %; Total sunshine
  0; 14;  42;    0;           0;    7;           %; Bidirectional reflectance
  0; 14;  45;    0;           0;   11;Wm-2 sr-1 cm-1; Channel radiance
# Class 15 - Physical/chemical constituents
  0; 15;   1;    0;           0;   10;      Dobson; Ozone
  0; 15;   2;    2;           0;   10;     Numeric; Air mass (slant path at 22 km)
  0; 15;  11;    3;       14000;   13;  log (1/m2); Log 10 of integrated electron density
  0; 15;  15;    0;           0;   31;     Numeric; Maximum image spectral component before normalization
# Class 19 - Synoptic features
  0; 19;   1;    0;           0;    6;  Code_Table; Type of synoptic feature
  0; 19;   2;   -2;           0;   12;           m; Effective radius of feature
  0; 19;   3;    0;           0;    8;       m s-1; Wind speed threshold
  0; 19;   4;   -2;           0;   12;           m; Effective radius with respect to wind speeds above threshold
  0; 19;   5;    0;           0;    9; Degree_true; Direction of motion of feature
  0; 19;   6;    2;           0;   14;       m s-1; Speed of motion of feature
  0; 19;   7;   -3;           0;   12;           m; Effective radius of feature
  0; 19;   8;    0;           0;    3;  Code_Table; Vertical extent of circulation
  0; 19;   9;   -3;           0;   12;           m; Effective radius with respect to wind speeds above threshold (large storms)
# Class 20 - Observed phenomena
  0; 20;   1;   -1;           0;   13;           m; Horizontal visibility
  0; 20;   2;   -1;           0;    7;           m; Vertical visibility
  0; 20;   3;    0;           0;    9;  Code_Table; Present weather
  0; 20;   4;    0;           0;    5;  Code_Table; Past weather (1)
  0; 20;   5;    0;           0;    5;  Code_Table; Past weather (2)
  0; 20;   8;    0;           0;    5;  Code_Table; Cloud distribution for aviation
  0; 20;   9;    0;           0;    4;  Code_Table; General Weather Indicator (TAF/METAR)
  0; 20;  10;    0;           0;    7;           %; Cloud cover (total)
  0; 20;  11;    0;           0;    4;  Code_Table; Cloud amount
  0; 20;  12;    0;           0;    6;  Code_Table; Cloud type
  0; 20;  13;   -1;         -40;   11;           m; Height of base of cloud
  0; 20;  14;   -1;         -40;   11;           m; Height of top of cloud
  0; 20;  15;   -1;           0;   14;          Pa; Pressure at base of cloud
  0; 20;  16;   -1;           0;   14;          Pa; Pressure at top of cloud
  0; 20;  17;    0;           0;    4;  Code_Table; Cloud top description
  0; 20;  18;    0;           0;    2;  Code_Table; Tendency of runway visual range
  0; 20;  19;    0;           0;   72;   CCITT_IA5; Significant present or forecast weather
  0; 20;  20;    0;           0;   32;   CCITT_IA5; Significant recent weather phenomena
  0; 20;  31;    2;           0;    7;           m; Ice deposit (thickness)
  0; 20;  32;    0;           0;    3;  Code_Table; Rate of ice accretion
  0; 20;  33;    0;           0;    4;  Flag_Table; Cause of ice accretion
  0; 20;  34;    0;           0;    5;  Code_Table; Sea ice concentration
  0; 20;  35;    0;           0;    4;  Code_Table; Amount and type of ice
  0; 20;  36;    0;           0;    5;  Code_Table; Ice situation
  0; 20;  37;    0;           0;    5;  Code_Table; Ice development
  0; 20;  38;    0;           0;   12; Degree_true; Bearing of ice edge
  0; 20;  39;   -1;           0;   13;           m; Ice distance
  0; 20;  41;    0;           0;    4;  Code_Table; Airframe icing
  0; 20;  51;    0;           0;    7;           %; Amount of low clouds
  0; 20;  52;    0;           0;    7;           %; Amount of middle clouds
  0; 20;  53;    0;           0;    7;           %; Amount of high clouds
  0; 20;  61;    0;           0;   12;           m; Runway visual range (RVR)
  0; 20;  62;    0;           0;    5;  Code_Table; State of the ground (with or without snow)
  0; 20;  63;    0;           0;   10;  Code_Table; Special phenomena
  0; 20;  81;    0;           0;    7;           %; Cloud amount in segment
  0; 20;  82;    0;           0;    7;           %; Amount segment cloud free
  0; 20;  90;    0;           0;    4;  Code_Table; Special clouds
# Class 21 - Radar data
  0; 21;   1;    0;         -64;    7;          dB; Horizontal reflectivity
  0; 21;   2;    0;         -64;    7;          dB; Vertical reflectivity
  0; 21;   3;    1;          -5;    7;          dB; Differential reflectivity
  0; 21;   5;    0;         -65;    6;          dB; Linear depolarisation ratio 
  0; 21;   6;    0;         -65;    6;          dB; Circular depolarisation ratio 
  0; 21;  11;    0;        -128;    8;       m s-1; Doppler mean velocity in X-direction
  0; 21;  12;    0;        -128;    8;       m s-1; Doppler mean velocity in Y-direction
  0; 21;  13;    0;        -128;    8;       m s-1; Doppler mean velocity in Z-direction
  0; 21;  14;    1;       -4096;   13;       m s-1; Doppler mean velocity (radial)
  0; 21;  17;    1;           0;    8;       m s-1; Doppler velocity spectral width
  0; 21;  21;   -3;           0;    4;           m; Echo tops 
  0; 21;  30;    0;         -32;    8;          dB; Signal to noise ratio
  0; 21;  31;    0;           0;    7;      kg m-2; Vertically integrated liquid-water content
  0; 21;  36;    7;           0;   12;       m s-1; Radar rainfall intensity 
  0; 21;  41;   -2;           0;    8;           m; Bright-band height 
  0; 21;  51;    0;        -256;    8;          dB; Signal power above 1 mW
  0; 21;  62;    2;       -5000;   13;          dB; Backscatter
  0; 21;  63;    1;           0;   10;           %; Radiometric resolution (noise value)
  0; 21;  64;    0;           0;    8;     Numeric; Clutter noise estimate
  0; 21;  65;    0;        -127;    8;     Numeric; Missing packet counter
  0; 21;  66;    0;           0;   12;  Flag_Table; Wave scatterometer product confidence data
  0; 21;  67;    0;           0;   13;  Flag_Table; Wind product confidence data
  0; 21;  68;    0;           0;    8;  Flag_Table; Radar altimeter product confidence data
  0; 21;  69;    0;           0;   10;  Flag_Table; SST product confidence data
  0; 21;  71;    0;           0;   16;     Numeric; Peakiness
  0; 21;  72;    0;           0;    4;  Flag_Table; Satellite altimeter calibration status
  0; 21;  73;    0;           0;    9;  Flag_Table; Satellite altimeter instrument mode
  0; 21;  75;    0;           0;    8;     Numeric; Image spectrum intensity
  0; 21;  76;    0;           0;    3;  Code_Table; Representation of intensities
  0; 21;  77;    3;           0;   14;           m; Altitude correction (ionosphere)
  0; 21;  78;    3;           0;    9;           m; Altitude correction (dry troposphere)
  0; 21;  79;    3;        2000;   10;           m; Altitude correction (wet troposphere)
  0; 21;  80;    3;           0;   11;           m; Altitude correction (calibration constant)
  0; 21;  81;    3;           0;   10;           m; Open loop correction (height-time loop)
  0; 21;  82;    3;       -3000;   14;          dB; Open loop correction (auto gain control)
  0; 21;  85;    0;           0;    4;     Numeric; ATSR sea surface temperature across- track band number
# Class 22 - Oceanographic elements
  0; 22;   1;    0;           0;    9; Degree_true; Direction of waves 
  0; 22;   2;    0;           0;    9; Degree_true; Direction of wind waves 
  0; 22;   3;    0;           0;    9; Degree_true; Direction of swell waves 
  0; 22;   4;    0;           0;    9; Degree_true; Direction of current 
  0; 22;  11;    0;           0;    6;           s; Period of waves 
  0; 22;  12;    0;           0;    6;           s; Period of wind waves 
  0; 22;  13;    0;           0;    6;           s; Period of swell waves 
  0; 22;  21;    1;           0;   10;           m; Height of waves 
  0; 22;  22;    1;           0;   10;           m; Height of wind waves 
  0; 22;  23;    1;           0;   10;           m; Height of swell waves 
  0; 22;  25;    2;           0;   10;           m; Standard deviation wave height
  0; 22;  26;    2;           0;   10;           m; Standard deviation of significant wave height
  0; 22;  31;    2;           0;   13;       m s-1; Speed of current 
  0; 22;  37;    3;      -10000;   15;           m; Tidal elevation with respect to national land datum
  0; 22;  38;    3;      -10000;   15;           m; Tidal elevation with respect to local chart datum
  0; 22;  39;    3;       -5000;   12;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  40;    3;       -5000;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  41;    1;           0;   12;           K; Sea-surface temperature (15-day running mean)
  0; 22;  42;    1;           0;   12;           K; Sea/water temperature
  0; 22;  43;    2;           0;   15;           K; Sea/water temperature
  0; 22;  44;    1;           0;   14;       m s-1; Sound velocity 
  0; 22;  50;    2;           0;    8;           K; Standard deviation sea-surface temperature
  0; 22;  61;    0;           0;    4;  Code_Table; State of the sea 
  0; 22;  62;    2;           0;   14;Part per thousand; Salinity
  0; 22;  63;    0;           0;   14;           m; Total water depth 
  0; 22;  67;    0;           0;   10;  Code_Table; Instrument type for water temperature profile measurement
  0; 22;  68;    0;           0;    7;  Code_Table; Water temperature profile recorder types
  0; 22;  70;    2;           0;   13;           m; Significant wave height
  0; 22;  71;    1;           0;    9;           s; Spectral peak wave period
  0; 22;  72;    0;           0;   13;           m; Spectral peak wave length
  0; 22;  73;    2;           0;   13;           m; Maximum wave height
  0; 22;  74;    1;           0;    9;           s; Average wave period
  0; 22;  75;    0;           0;   13;           m; Average wave length
  0; 22;  76;    0;           0;    9; Degree_true; Direction from which dominant waves are coming
  0; 22;  77;    0;           0;    9;      Degree; Directional spread of dominant wave
  0; 22;  78;    0;           0;   12;           s; Duration of wave record
  0; 22;  79;    0;           0;   16;           m; Length of wave record
  0; 22;  80;    3;           0;   10;          Hz; Waveband central frequency
  0; 22;  81;    5;           0;   13;         m-1; Waveband central wave number
  0; 22;  82;    2;           0;   20;        m2 s; Maximum non-directional spectral wave density
  0; 22;  83;    2;           0;   20;          m3; Maximum non-directional spectral wave number
  0; 22;  84;    0;           0;    7;     Numeric; Band containing maximum non- directional spectral wave density
  0; 22;  85;    0;           0;    7;     Numeric; Spectral wave density ratio
  0; 22;  86;    0;           0;    9; Degree_true; Mean direction from which waves are coming
  0; 22;  87;    0;           0;    9; Degree_true; Principal direction from which waves are coming
  0; 22;  88;    2;           0;    7;     Numeric; First normalized polar coordinate from Fourier coefficients
  0; 22;  89;    2;           0;    7;     Numeric; Second normalized polar coordinate from Fourier coefficients
  0; 22;  90;    2;           0;   20;        m2 s; Non-directional spectral estimate by wave frequency
  0; 22;  91;    2;           0;   20;          m3; Non-directional spectral estimate by wave number
  0; 22;  92;    2;           0;   20;  m2 rad-1 s; Directional spectral estimate by wave frequency
  0; 22;  93;    2;           0;   20;          m4; Directional spectral estimate by wave number
  0; 22;  94;    0;           0;    7;     Numeric; Total number of wave bands
  0; 22;  95;    0;           0;    8;      Degree; Directional spread of individual waves
  0; 22;  96;    3;           0;    4;         s-1; Spectral band width
  0; 22;  97;    0;           0;   14;           m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0; 22;  98;    0;           0;   14;           m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0; 22;  99;    0;           0;    9; Degree_true; Mean direction at low wave numbers (wavelength > 731 m)
  0; 22; 100;    0;           0;    9;      Degree; Direction spread at low wave numbers(wavelength > 731 m)
  0; 22; 101;    0;           0;   31;     Numeric; Total energy (wavelength > 731m) at low wave numbers
  0; 22; 120;    0;           0;    5;  Code_Table; Tide station automated water level check
  0; 22; 121;    0;           0;    5;  Code_Table; Tide station manual water level check
  0; 22; 122;    0;           0;    5;  Code_Table; Tide station automated meteorological data check
  0; 22; 123;    0;           0;    5;  Code_Table; Tide station manual meteorological data check
# Class 23 - Dispersal and transport
  0; 23;   1;    0;           0;    3;  Code_Table; Accident early notification — article applicable
  0; 23;   2;    0;           0;    5;  Code_Table; Activity or facility involved in incident
  0; 23;   3;    0;           0;    3;  Code_Table; Type of release 
  0; 23;   4;    0;           0;    3;  Code_Table; Countermeasures taken near border
  0; 23;   5;    0;           0;    2;  Code_Table; Cause of incident 
  0; 23;   6;    0;           0;    3;  Code_Table; Incident situation 
  0; 23;   7;    0;           0;    3;  Code_Table; Characteristics of release
  0; 23;   8;    0;           0;    2;  Code_Table; State of current release 
  0; 23;   9;    0;           0;    2;  Code_Table; State of expected release 
  0; 23;  16;    0;           0;    2;  Code_Table; Possibility of significant chemical toxic health effect
  0; 23;  17;    6;           0;   20;     m3 s-1 ; Flow discharge of major recipient
  0; 23;  18;    0;           0;    3;  Code_Table; Release behaviour over time
  0; 23;  19;    0;      -15000;   17;           m; Actual release height
  0; 23;  21;    0;      -15000;   17;           m; Effective release height
  0; 23;  22;    0;           0;   24;           m; Distance of release point or site of incident
  0; 23;  23;    1;           0;   12;     m s-1  ; Main transport speed in the atmosphere
  0; 23;  24;    2;           0;   13;     m s-1  ; Main transport speed in water
  0; 23;  25;    2;           0;   13;     m s-1  ; Main transport speed in ground water
  0; 23;  27;    0;           0;    9; Degree_true; Main transport direction in the atmosphere
  0; 23;  28;    0;           0;    9; Degree_true; Main transport direction in water
  0; 23;  29;    0;           0;    9; Degree_true; Main transport direction in ground water
  0; 23;  31;    0;           0;    2;  Code_Table; Possibility that plume will encounter precipitation in State in which incident occurred
  0; 23;  32;    0;           0;    2;  Code_Table; Plume will encounter change in wind direction and/or speed flag
# Class 24 - Radiological elements
  0; 24;   1;  -11;           0;   28;         Bq*; Estimate of amount of radioactivity released up to specified time
  0; 24;   2;  -11;           0;   28;          Bq; Estimated maximum potential release
  0; 24;   3;    0;           0;    5;  Code_Table; Composition of release
  0; 24;   4;    0;           0;   16;   CCITT_IA5; Element name
  0; 24;   5;    0;           0;    9;     Numeric; Isotope mass
  0; 24;  11;    2;           0;   32;     mSv*/**; Dose
  0; 24;  12;    2;           0;   32;         mSv; Trajectory dose (defined location and expected time of arrival)
  0; 24;  13;    2;           0;   32;         mSv; Gamma dose in air along the main transport path (defined location and time period)
  0; 24;  21;    2;           0;   32;      Bq m-3; Air concentration (of named isotope type including gross beta)
  0; 24;  22;    2;           0;   32;      Bq 1-1; Concentration in precipitation (of named isotope type)
# Class 25 - Processing information
  0; 25;   1;   -1;           0;    6;           m; Range-gate length
  0; 25;   2;    0;           0;    4;     Numeric; Number of gates averaged
  0; 25;   3;    0;           0;    8;     Numeric; Number of integrated pulses
  0; 25;   4;    0;           0;    2;  Code_Table; Echo processing
  0; 25;   5;    0;           0;    2;  Code_Table; Echo integration
  0; 25;   6;    0;           0;    3;  Code_Table; Z to R conversion
  0; 25;   7;    0;           0;   12;     Numeric; Z to R conversion factor
  0; 25;   8;    2;           0;    9;     Numeric; Z to R conversion exponent
  0; 25;   9;    0;           0;    4;  Flag_Table; Calibration method
  0; 25;  10;    0;           0;    4;  Code_Table; Clutter treatment
  0; 25;  11;    0;           0;    2;  Code_Table; Ground occultation correction (screening)
  0; 25;  12;    0;           0;    2;  Code_Table; Range attenuation correction
  0; 25;  13;    0;           0;    2;  Flag_Table; Bright-band correction
  0; 25;  14;    0;           0;   12;     Numeric; Azimuth clutter cut-off (see Note)
  0; 25;  15;    0;           0;    2;  Flag_Table; Radome attenuation correction
  0; 25;  16;    5;           0;    6;      dB m-1; Clear-air attenuation correction
  0; 25;  17;    0;           0;    2;  Flag_Table; Precipitation attenuation correction
  0; 25;  18;    7;           0;    6;     Numeric; A to Z law for attenuation factor
  0; 25;  19;    2;           0;    7;     Numeric; A to Z law for attenuation exponent
  0; 25;  20;    0;           0;    2;  Code_Table; Mean speed estimation
  0; 25;  21;    0;           0;    8;  Flag_Table; Wind computation enhancement
  0; 25;  30;    0;           0;    2;  Code_Table; Running mean sea-surface temperature usage
  0; 25;  32;    0;           0;    2;  Code_Table; Wind profiler mode information*
  0; 25;  33;    0;           0;    2;  Code_Table; Wind profiler submode information*
  0; 25;  34;    0;           0;    4;  Flag_Table; Wind profiler quality control test results* 
  0; 25;  40;    0;           0;    4;  Code_Table; CO2 wind product derivation
  0; 25;  41;    0;           0;    2;  Code_Table; Moving platform direction reporting method
  0; 25;  42;    0;           0;    2;  Code_Table; Moving platform speed reporting method
  0; 25;  43;    4;           0;   15;           s; Wave sampling interval (time)
  0; 25;  44;    2;           0;   14;           m; Wave sampling interval (space)
  0; 25;  45;    0;           0;   21;  Flag_Table; HIRS channel combination
  0; 25;  46;    0;           0;    5;  Flag_Table; MSU channel combination
  0; 25;  47;    0;           0;    4;  Flag_Table; SSU channel combination
  0; 25;  48;    0;           0;   16;  Flag_Table; AMSU-A channel combination
  0; 25;  49;    0;           0;    6;  Flag_Table; AMSU-B channel combination
  0; 25;  51;    0;           0;    7;  Flag_Table; AVHRR channel combination
  0; 25;  53;    0;           0;   12;  Flag_Table; Observation quality
  0; 25;  60;    0;           0;   14;     Numeric; Software identification
  0; 25;  70;    0;           0;    4;     Numeric; Major frame count
  0; 25;  71;    0;           0;    5;     Numeric; Frame count
  0; 25;  75;    0;           0;    5;     Numeric; Satellite antenna corrections version number
  0; 25;  76;    8;           0;   30;     Log m-1; Log-10 of (Temperature-radiance central wavenumber) for ATOVS
  0; 25;  77;    5;     -100000;   18;     Numeric; Bandwidth correction coefficient 1 for ATOVS
  0; 25;  78;    5;           0;   17;     Numeric; Bandwidth correction coefficient 2 for ATOVS
  0; 25;  79;    4;           0;   24;       W m-2; Albedo-radiance solar filtered irradiance for ATOVS
  0; 25;  80;   10;           0;   14;           m; Albedo-radiance equivalent filter width for ATOVS
  0; 25;  85;    0;           0;    7;     Numeric; Fraction of clear pixels in HIRS FOV
# Class 26 - Non-coordinate location (time)
  0; 26;   1;    1;           0;   12;        Hour; Principal time of daily reading in UTC of maximum temperature
  0; 26;   2;    1;           0;   12;        Hour; Principal time of daily reading in UTC of minimum temperature
  0; 26;   3;    0;       -1440;   12;      Minute; Time difference
  0; 26;  10;    0;           0;   26;  Flag_Table; Hours included
# Class 27 - Non-coordinate location (horizontal - 1)
  0; 27;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy)
  0; 27;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy)
  0; 27;   3;    2;       -9000;   15;      Degree; Alternate latitude
  0; 27;  20;    0;           0;   16;     Numeric; Satellite location counter
  0; 27;  21;    0;           0;   16;     Numeric; Satellite sublocation dimension
  0; 27;  31;    2; -1073741824;   31;           m; "In direction of 0 degrees longitude, distance from the Earth’s centre"
# Class 28 - Non-coordinate location (horizontal - 2)
  0; 28;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy)
  0; 28;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy)
  0; 28;   3;    2;      -18000;   16;      Degree; Alternate longitude
  0; 28;  31;    2; -1073741824;   31;           m; "In direction 90 degrees East, distance from the Earth’s centre"
# Class 29 - Map data
  0; 29;   1;    0;           0;    3;  Code_Table; Projection type
  0; 29;   2;    0;           0;    3;  Code_Table; Coordinate grid type
# Class 30 - Image
  0; 30;   1;    0;           0;    4;     Numeric; Pixel value (4 bits)
  0; 30;   2;    0;           0;    8;     Numeric; Pixel value (8 bits)
  0; 30;   4;    0;           0;   16;     Numeric; Pixel value (16 bits)
  0; 30;  21;    0;           0;   12;     Numeric; Number of pixels per row
  0; 30;  22;    0;           0;   12;     Numeric; Number of pixels per column
  0; 30;  31;    0;           0;    4;  Code_Table; Picture type
  0; 30;  32;    0;           0;   16;  Flag_Table; Combination with other data
# Class 31 - Data description operator qualifiers
  0; 31;   0;    0;           0;    1;     Numeric; Short delayed descriptor replication factor
  0; 31;   1;    0;           0;    8;     Numeric; Delayed descriptor replication factor
  0; 31;   2;    0;           0;   16;     Numeric; Extended delayed descriptor replication factor
  0; 31;  11;    0;           0;    8;     Numeric; Delayed descriptor and data repetition factor
  0; 31;  12;    0;           0;   16;     Numeric; Extended delayed descriptor and data repetition factor
  0; 31;  21;    0;           0;    6;  Code_Table; Associated field significance
  0; 31;  31;    0;           0;    1;  Flag_Table; Data present indicator
# Class 33 - Quality information
  0; 33;   1;    
;           0;    1;           
; Reserved
  0; 33;   2;    0;           0;    2;  Code_Table; Quality information
  0; 33;   3;    0;           0;    3;  Code_Table; Quality information
  0; 33;   4;    
;           0;    3;           
; Reserved
  0; 33;   7;    0;           0;    7;           %; Per cent confidence
  0; 33;  20;    0;           0;    3;  Code_Table; Quality control indication of following value
  0; 33;  21;    0;           0;    2;  Code_Table; Quality of following value
  0; 33;  22;    0;           0;    2;  Code_Table; Quality of buoy satellite transmission
  0; 33;  23;    0;           0;    2;  Code_Table; Quality of buoy location
  0; 33;  24;    0;           0;    4;  Code_Table; Station elevation quality mark (for mobile stations)
  0; 33;  25;    0;           0;    3;  Code_Table; ACARS interpolated values
  0; 33;  26;    0;           0;    6;  Code_Table; Mixing ratio quality
  0; 33;  27;    0;           0;    3;  Code_Table; Location quality class (range of radius of 66 % confidence)
  0; 33;  30;    0;           0;   24;  Flag_Table; Scan line status flags for ATOVS
  0; 33;  31;    0;           0;   24;  Flag_Table; Scan line quality flags for ATOVS
  0; 33;  32;    0;           0;   24;  Flag_Table; Channel quality flags for ATOVS
  0; 33;  33;    0;           0;   24;  Flag_Table; Field of view quality flags for ATOVS
  0; 33;  35;    0;           0;    4;  Code_Table; Manual/automatic quality control
  0; 33;  36;    0;           0;    7;           %; Nominal confidence threshold
  0; 33;  37;    0;           0;   20;  Flag_Table; Wind correlation error
grads-2.0.1/data/tables/B2M-000-003-D0000644000175000017500000001672307750236075017434 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	22
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	1	2	32
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	0	2	135
	-1
grads-2.0.1/data/tables/B3M-000-006-B0000644000175000017500000016203407750236075017433 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence
  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;   Code_Table; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     15;      0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;     20;      0;           0;    4;      Numeric; WMO Region sub-area
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     22;      0;           0;  224;    CCITT_IA5; Name of feature
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Identification of originating/generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application
  0;    1;     33;      0;           0;    8;   Code_Table; Identification of originating/generating center
  0;    1;     34;      0;           0;    8;   Code_Table; Identification of originating/generating sub-center
  0;    1;     41;      5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;     42;      5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;     43;      5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;     60;      0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator
  0;    1;     64;      0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;     75;      0;           0;   40;    CCITT_IA5; Ride station identification
  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;        deg_K; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     20;      0;           0;    9;   Code_Table; Satellite classification
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     28;      0;           0;   18;            m; Segment size at nadir in X direction
  0;    2;     29;      0;           0;   18;            m; Segment size at nadir in Y direction
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     37;      0;           0;    3;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Method of sea-surface temperature measurement
  0;    2;     39;      0;           0;    3;   Code_Table; Method of wet-buld temperature measurement
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion of platform from current
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     44;      0;           0;    4;   Code_Table; Inicator for method of calculating spectral wave data
  0;    2;     45;      0;           0;    4;   Code_Table; Indicator for type of platform
  0;    2;     46;      0;           0;    4;   Code_Table; Wave measurement instrumentation
  0;    2;     48;      0;           0;    4;   Code_Table; Satellite sensor indicator
  0;    2;     49;      0;           0;    8;   Flag_Table; Geostationary satellite data-processing technique used
  0;    2;     50;      0;           0;   20;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator ro specify observing method for extreme temperatures
  0;    2;     52;      0;           0;    6;   Flag_Table; Geostationary imager satellite channels used
  0;    2;     53;      0;           0;    4;   Code_Table; GOES-I/M  brightness temperature characteristics
  0;    2;     54;      0;           0;    4;   Code_Table; GOES-I/M  soundings parameter characteristics
  0;    2;     55;      0;           0;    4;   Code_Table; Geostationary soundings statistical parameters
  0;    2;     56;      0;           0;    4;   Code_Table; Geostationary soundings accuracy statistics
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings
  0;    2;     58;      0;           0;    4;   Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;    2;     59;      0;           0;    4;   Code_Table; Origin of analysis information for GOES-I/M soundings
  0;    2;     60;      0;           0;    4;   Code_Table; Origin of surface information for GOES-I/M soundings
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     64;      0;           0;    2;   Code_Table; Aircraft roll angle quality
  0;    2;     65;      0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    100;      1;           0;   12;           dB; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    140;      0;           0;    9;          deg; Satellite radar beam azimuth
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument serial number/identification
  0;    2;    143;      0;           0;    7;   Code_Table; Ozone instrument type
  0;    2;    144;      0;           0;    4;   Code_Table; Light source type for Brewer spectrophotometer
  0;    2;    145;      0;           0;    4;   Code_Table; Wave length setting for Dobson instruments
  0;    2;    146;      0;           0;    4;   Code_Table; Source conditions for Dobson instruments
  0;    2;    150;      0;           0;    6;   Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number
  0;    2;    151;      0;           0;    4;   Code_Table; Radiometer identifier
  0;    2;    152;      0;           0;   31;   Flag_Table; Satellite instrument used in data processing
  0;    2;    153;     -8;           0;   26;           Hz; Satellite channel center frequency
  0;    2;    154;     -8;           0;   26;           Hz; Satellite channel band width
  0;    2;    163;      0;           0;    4;   Code_Table; Height assignment method
  0;    2;    164;      0;           0;    3;   Code_Table; Tracer correlation method
  0;    2;    166;      0;           0;    4;   Code_Table; Radiance type
  0;    2;    167;      0;           0;    4;   Code_Table; Radiance computational method
  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to following value
  0;    4;     32;      0;           0;    6;       Minute; Duration of time relating to following value
  0;    4;     41;      0;       -1440;   12;       Minute; Time Difference, UTC-LMT
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipition equal to or more than 1mm
  0;    4;    192;      0;           0;    3;   Code_Table; Season
  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment
  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;    6;     11;      5;   -18000000;   26;          deg; Longitude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longitude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Height
  0;    7;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     24;      2;       -9000;   15;          deg; Satellite zenith angle
  0;    7;     25;      2;       -9000;   15;          deg; Solar zenith angle
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea/water surface
  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Meteorological attribute significance
  0;    8;      7;      0;           0;    4;   Code_Table; Dimensional significance
  0;    8;     11;      0;           0;    6;   Code_Table; Meteorological feature
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     14;      0;           0;    4;   Code_Table; Qualification for runway visual range
  0;    8;     16;      0;           0;    3;   Code_Table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;    8;     17;      0;           0;    2;   Code_Table; Qualifier of the time when the forecast change is expected
  0;    8;     20;      0;           0;   16;      Numeric; Total number of missing entities (with respect to accumulation or average)
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     23;      0;           0;    6;   Code_Table; First order statistics
  0;    8;     24;      0;           0;    6;   Code_Table; Difference statistics
  0;    8;     25;      0;           0;    4;   Code_Table; Time difference qualifier
  0;    8;     30;      0;           0;   13;      Numeric; Manual on Codes
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurance follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurance qualifier
  0;    8;     60;      0;           0;    4;   Code_Table; Sample scanning mode significance
  0;    8;     70;      0;           0;    4;   Code_Table; TOVS/ATOVS product qualifier
  0;    8;     72;      0;           0;    3;   Code_table; Pixel(s) type
  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;     31;      2; -1073741824;   31;            m; In direction of the North Pole, distance from the Earth's centre
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency
  0;   10;     70;      0;        -400;   16;            m; Indicated aircraft altitude
  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     16;      0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable wind
  0;   11;     17;      0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable wind
  0;   11;     19;      0;           0;    7;      Percent; Steadiness of wind
  0;   11;     21;      9;      -65536;   17;          1/s; Relative vorticity
  0;   11;     22;      9;      -65536;   17;          1/s; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust speed
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     44;      0;           0;    9;     deg_true; Mean wind direction for surface - 1500m (5000 feet)
  0;   11;     45;      1;           0;   12;          m/s; Mean wind speed for surface - 1500m (5000 feet)
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind speed
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear in 1 kilometer layer below
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear in1 kilometer layer above
  0;   11;     70;      0;           0;   32; CCITT_IA5Designator; of the runway affected by wind shear
  0;   11;     71;      3;        -128;   14;    m**2/s**2; Turbulent vertical momemtum flux
  0;   11;     72;      3;        -128;   11;            K; m/s	Turbulent vertical buouancy flux
  0;   11;     73;      2;       -1024;   13;    m**2/s**2; Turbulent kinetic energy
  0;   11;     74;      2;       -1024;   10;    m**2/s**2; Dissipation energy
  0;   11;     75;      2;           0;    8;   m**(2/3)/s; Mean turbulence intensity
  0;   11;     76;      2;           0;    8;   m**(2/3)/s; Peak turbulence intensity
  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation of temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature
  0;   12;     64;      1;           0;   12;        deg_K; Instrument temperature
  0;   12;     71;      1;           0;   12;        deg_K; Coldest cluster temperature
  0;   12;     72;      6;           0;   31;    W/m**2/sr; Radiance
  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     33;      1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     38;      0;           0;    2;   Code_Table; Superadiabatic indicator
  0;   13;     39;      0;           0;    3;   Code_Table; Terrain type (ice/snow)
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipition
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipition
  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      2;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over period specified
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     26;      0;           0;    7;      percent; Albedo at the top of clouds
  0;   14;     27;      0;           0;    7;      percent; Albedo
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance
  0;   14;     45;      0;           0;   11; W/m**2/sr/cm; Channel radiance
  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air mass (slant path at 22km)
  0;   15;     11;      3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;     15;      0;           0;   31;      Numeric; Maximum image spectral composition before normalization
  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radius with respect to wind speed above threshold (large storms)
  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      8;      0;           0;    5;   Code_Table; Cloud distribution for aviation
  0;   20;      9;      0;           0;    4;   Code_Table; General Weather Indicator
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;      0;           0;    2;   Code_Table; Tendency of runway visual range
  0;   20;     19;      0;           0;   72;    CCITT_IA5; Significant present or forecast weather
  0;   20;     20;      0;           0;   32;    CCITT_IA5; Significant recent weather phenomena
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     81;      0;           0;    7;      percent; Cloud amount in segment
  0;   20;     82;      0;           0;    7;      percent; Amount segment cloud free
  0;   20;     90;      0;           0;    4;   Code_Table; Special clouds
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;           0;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;     62;      2;       -5000;   13;     Decibels; Backscatter
  0;   21;     63;      1;           0;   10;      Percent; Radiometric resolution (noise value)
  0;   21;     64;      0;           0;    8;      Numeric; Clutter noise estimate
  0;   21;     65;      0;        -127;    8;      Numeric; Missing packet counter
  0;   21;     66;      0;           0;   12;   Flag_Table; Wave scatterometer product confidence
  0;   21;     67;      0;           0;   13;   Flag_Table; Wind product confidence data
  0;   21;     68;      0;           0;    8;   Flag_Table; Radar altimeter product confidence data
  0;   21;     69;      0;           0;   10;   Flag_Table; SST product confidence data
  0;   21;     71;      0;           0;   16;      Numeric; Peakiness
  0;   21;     72;      0;           0;    4;   Flag_Table; Satellite altimeter calibration status
  0;   21;     73;      0;           0;    9;   Flag_Table; Satellite altimeter instrument mode
  0;   21;     75;      0;           0;    8;      Numeric; Spectral intensity
  0;   21;     76;      0;           0;    3;   Code_Table; Representation of intensities
  0;   21;     77;      3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;     78;      3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;     79;      3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;     80;      3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;     81;      3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;     82;      3;       -3000;   14;     Decibels; Open loop correction (auto gain control)
  0;   21;     85;      0;       -3000;    4;      Numeric; ATSR sea surface temperature across-track band number
  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave height
  0;   22;     26;      2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national chart datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     40;      3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea/water temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea/water temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;     67;      0;           0;   10;   Code_Table; Instrument type for water temperature profile measurement
  0;   22;     68;      0;           0;    7;   Code_Table; Water temperature profile recorder types
  0;   22;     70;      2;           0;   13;            m; Significant wave height
  0;   22;     71;      1;           0;    9;            s; Spectral peak wave period
  0;   22;     72;      0;           0;   13;            m; Spectral peak wave length
  0;   22;     73;      2;           0;   13;            m; Maximum wave height
  0;   22;     74;      1;           0;    9;            s; Average wave period
  0;   22;     75;      0;           0;   13;            m; Average wave length
  0;   22;     76;      0;           0;    9;  Degree_True; Direction from which dominant waves are coming
  0;   22;     77;      0;           0;    9;       Degree; Directional spred of dominant wave
  0;   22;     78;      0;           0;   12;            s; Duration of wave record
  0;   22;     79;      0;           0;   16;            m; Length of wave record
  0;   22;     80;      3;           0;   10;           Hz; Waveband central frequency
  0;   22;     81;      5;           0;   13;        m**-1; Waveband central wave number
  0;   22;     82;      2;           0;   20;       m**2/s; Maximum non-directional spectral wave density
  0;   22;     83;      2;           0;   20;         m**3; Maximum non-directional spectral wave number
  0;   22;     84;      0;           0;    7;      Numeric; Band containing maximum non-directional spectral wave density
  0;   22;     85;      0;           0;    7;      Numeric; Spectral wave density ratio
  0;   22;     86;      0;           0;    9;  Degree_True; Mean direction from which waves are coming
  0;   22;     87;      0;           0;    9;  Degree_True; Principal direction from which waves are coming
  0;   22;     88;      2;           0;    7;      Numeric; First normalized polar coordinate from Fourier coefficients
  0;   22;     89;      2;           0;    7;      Numeric; Second normalized polar coordinate from Fourier coefficients
  0;   22;     90;      2;           0;   20;       m**2/s; Non-directional spectral estimate by wave frequency
  0;   22;     91;      2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;     92;      2;           0;   20; m**2/rad**-1/s; Directional spectral estimate by wave frequency
  0;   22;     93;      2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;     94;      0;           0;    7;      Numeric; Total number of wave bands
  0;   22;     95;      0;           0;    8;       Degree; Directional spread of individual waves
  0;   22;     96;      3;           0;    4;        s**-1; Spectral band width
  0;   22;     97;      0;           0;   14;            m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0;   22;     98;      0;           0;   14;            m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0;   22;     99;      0;           0;    9;     deg_true; Mean direction at low wave numbers (wavelength > 731 m)
  0;   22;    100;      0;           0;    9;       Degree; Direction spread at low wave numbers (wavelength > 731 m)
  0;   22;    101;      0;           0;   31;     Numberic; Total energy (wavelength > 731 m) at low wave numbers
  0;   22;    120;      0;           0;    5;   Code_Table; Tide station automated water level check
  0;   22;    121;      0;           0;    5;   Code_Table; Tide station manual water level check
  0;   22;    122;      0;           0;    5;   Code_Table; Tide station automated Meteorological data check
  0;   22;    123;      0;           0;    5;   Code_Table; Tide station manual Meteorological data check
  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag
  0;   24;      1;    -11;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;    -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     14;      0;           0;   12;      Numeric; Azimuth clutter cut-off
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   Code_Table; CO2 wind product derivation
  0;   25;     41;      0;           0;    2;   Code_Table; Moving platform direction reporting method
  0;   25;     42;      0;           0;    2;   Code_Table; Moving platform speed reporting method
  0;   25;     43;      4;           0;   15;            s; Wave sampling interval (time)
  0;   25;     44;      2;           0;   14;            m; Wave sampling interval (space)
  0;   25;     45;      0;           0;   21;   Flag_Table; HIRS channel combination
  0;   25;     46;      0;           0;    5;   Flag_Table; MSU channel combination
  0;   25;     47;      0;           0;    4;   Flag_Table; SSU channel combination
  0;   25;     48;      0;           0;   16;   Flag_Table; AMSU-A channel combination
  0;   25;     49;      0;           0;    6;   Flag_Table; AMSU-B channel combination
  0;   25;     50;      0;           0;    7;   Flag_Table; AVHRR channel combination
  0;   25;     51;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     53;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     60;      0;           0;   14;      Numeric; Software identification
  0;   25;     70;      0;           0;    4;      Numeric; Major frame count
  0;   25;     71;      0;           0;    5;      Numeric; Frame count
  0;   25;     75;      0;           0;    5;      Numeric; Satellite antenna corrections version number
  0;   25;     76;      8;           0;   30;        Log/m; Log-10 of (Temperature-radiance central wavenumber) for ATOVS
  0;   25;     77;      5;     -100000;   18;      Numeric; Bandwidth correction coefficient 1 for ATOVS
  0;   25;     78;      5;           0;   17;      Numeric; Bandwidth correction coefficient 2 for ATOVS
  0;   25;     79;      4;           0;   24;       W/m**2; Albedo-radiance solar filtered irradiance for ATOVS
  0;   25;     80;     10;           0;   14;            m; Albedo-radiance equivalent filter width for ATOVS
  0;   25;     85;      0;           0;    7;      Numeric; Fraction of clear pixels in HIRS FOV
  0;   26;      1;      1;           0;   12;         Hour; Principal time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;         Hour; Principal time of daily reading in UTC of minimum temperature
  0;   26;      3;      0;       -1440;   12;       Minute; Time difference
  0;   26;     10;      0;           0;   26;   Flag_Table; Hours included
  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions
  0;   27;     31;      2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance from the Earth's centre
  0;   28;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   28;     31;      2; -1073741824;   31;            m; In direction of 90 degrees East, distance from the Earth's centre
  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    3;   Code_Table; Coordinate grid type
  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      Numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      Numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture
  0;   31;      0;      0;           0;    1;      Numeric; Short delayed descriptor replication factor
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;     31;      0;           0;    1;   Flag_Table; Data present indicator
  0;   33;      2;      0;           0;    2;   Code_Table; Quality information
  0;   33;      3;      0;           0;    3;   Code_Table; Quality information
  0;   33;      7;      0;           0;    7;      Percent; Per cent confidence
  0;   33;     20;      0;           0;    3;   Code_Table; Quality control indication of following value
  0;   33;     21;      0;           0;    2;   Code_Table; Quality of following value
  0;   33;     22;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission
  0;   33;     23;      0;           0;    2;   Code_Table; Quality of buoy location
  0;   33;     24;      0;           0;    4;   Code_Table; Station elevation quality mark (for mobile stations)
  0;   33;     25;      0;           0;    3;   Code_Table; ACARS interpolated values
  0;   33;     26;      0;           0;    6;   Code_Table; Mixing ratio quality
  0;   33;     27;      0;           0;    3;   Code_Table; Location quality class (range of radius of 66% confidence)
  0;   33;     30;      0;           0;   24;   Flag_Table; Scan line status flags for ATOVS
  0;   33;     31;      0;           0;   24;   Flag_Table; Scan line quality flags for ATOVS
  0;   33;     32;      0;           0;   24;   Flag_Table; Channel quality flags for ATOVS
  0;   33;     33;      0;           0;   24;   Flag_Table; Field of view quality flags for ATOVS
  0;   33;     35;      0;           0;    4;   Code_Table; Manual/automatic quality control
  0;   33;     36;      0;           0;    7;      Percent; Nominal confidence threshold
  0;   33;     37;      0;           0;   20;   Flag_Table; Wind correlation error
grads-2.0.1/data/tables/B3M-000-004-A0000644000175000017500000000744607750236075017435 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B2L-128-001-B.0010000644000175000017500000000614607750236075017737 0ustar  amckinstryamckinstry#
# B2L-128-001-B.001 - Local BUFR Table B for center 128 (NRL Monterey),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
0	0	0	0	0	0	undef	undefined used for SSMI - temporary

0	1	50	0	0	48	CCITT_IA5	NMC report identifier
0	1	62	0	0	40	CCITT_IA5	National assigned station identifier

0	2	28	0	0	32	Flag_Table	Geostationary sounder satellite channels used
0	2	29	0	0	8	Flag_Table	Geostationary sounder satellite channels used
0	2	190	0	0	8	Code_Table	U, v quality indicator
0	2	191	0	0	4	Code_Table	W quality indicator

0	4	44	0	0	3	Code_Table	Day of the week

0	5	3	2	-9000	15	deg	Alternate latitude
0	5	50	5	0	17	Numeric	Sigma level

0	6	3	2	-18000	16	deg	Alternate longtiude

0	8	0	0	0	4	Code_Table	Vertical significance (forecast soundings)
0	8	31	0	0	8	BUFR Table A	Data category
0	8	32	0	0	14	Code_Table	Data significance for simulated forecast
0	8	33	0	0	3	Code_Table	Data significance for corrected forecast
0	8	34	0	0	3	Code_Table	Data significance for simulated retrievals
0	8	35	0	0	3	Code_Table	Data significance for corrected retrievals
0	8	36	0	0	3	Code_Table	Data significance for simulated analysis
0	8	37	0	0	3	Code_Table	Data significance for corrected analysis
0	8	38	0	0	3	Code_Table	Data significance for sigma level data

0	12	20	2	-2000	12	deg_K/day	Radiative heating profile
0	12	40	-3	-2048	12	W/m**2	Sensible heat flux

0	13	40	-3	-2048	12	W/m**2	Latent heat flux

0	14	41	0	0	7	percent	Short wave albedo

0	20	9	-1	-40	11	m	Ceiling
0	20	18	-1	40	11	m	Low estimated height of cloud top
0	20	19	-1	40	11	m	High estimated height of cloud top
0	20	20	0	0	4	Code_Table	Low cloud amount
0	20	21	0	0	4	Code_Table	Middle cloud amount
0	20	22	0	0	4	Code_Table	High cloud amount
0	20	23	0	0	7	percent	Satellite sensed effective cloud amount
0	20	49	0	0	10	Code_Table	Type of stability measure
0	20	50	0	0	10	Numeric	Value of stability

0	22	105	-1	0	6	deg_true	Direction of waves
0	22	143	2	2650	13	deg_K	Sea temperature

0	25	31	0	0	2	Code_Table	15 day SST availability
0	25	35	0	0	3	Code_Table	First guess adjustment
0	25	36	3	-5000	14	Numeric	NSTAR average value
0	25	37	0	0	2	Code_Table	HIRS-8 surface air temperature
0	25	38	0	0	3	Code_Table	TOVS filter flags

0	50	200	2	636700	24	km	Altitude(km)
0	50	201	6	0	24	Rad(Si)/sec	Dosage
0	50	202	6	0	24	Gauss	B-Field
0	50	203	3	-20000	24	Re	Coordinate
0	50	204	3	0	24	-	L-Shell

0	51	200	-2	0	24	KeV/(cm2-s-Sr)	e-Energy Flux
0	51	201	-2	0	24	#/(cm2-s-Sr)	e-Number Flux
0	51	202	-2	0	24	KeV/(cm2-s-Sr)	i-Energy Flux
0	51	203	-2	0	24	#/(cm2-s-Sr)	i-Number Flux
0	51	204	6	-10	24	mhos	Ped Conduct.
0	51	205	6	-10	24	mhos	Hall Conduct.

0	52	200	5	0	26	-	S4
0	52	201	5	0	25	-	SI
0	52	202	5	0	24	-	PCT
0	52	203	5	0	24	-	PRMS

0	53	200	-1	0	25	cm**-3	Ne
0	53	201	3	0	24	MHz	FE
0	53	202	3	0	24	MHz	FoF2
0	53	203	3	0	20	km	HE
0	53	204	3	0	20	km	HF2

#
# Table definitions
#
0	63	000	0	0	0	-	End of Table Descriptors
0	63	001	0	0	8	Numeric	Number of Dimensions
0	63	002	0	0	8	Numeric	Dimension Size
0	63	003	0	0	8	Code_Table	Object Type
0	63	004	0	0	8	Flag_Table	Flags
0	63	005	0	0	16	Numeric	Object Count
0	63	006	0	0	16	Numeric	Object Offset
0	63	007	0	0	8	Code_Table	Axis Label
grads-2.0.1/data/tables/B3M-000-008-00000644000175000017500000000612607750236075017412 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################		
		
#01-09: WMCs		
0	1	Melbourne
0	2	Melbourne
0	3	Melbourne
0	4	Moscow
0	5	Moscow
0	6	Moscow
0	7	"US National Weather Service, National Centres for Environmental Prediction(NCEP)"
0	8	US National Weather Service TelecommunicationsGateway (NWSTG)
0	9	US National Weather Service - Other
#10-25: Centres in Region I		
0	10	Cairo (RSMC/RAFC)
0	11	Cairo (RSMC/RAFC)
0	12	Dakar (RSMC/RAFC)
0	13	Dakar (RSMC/RAFC)
0	14	Nairobi (RSMC/RAFC)
0	15	Nairobi (RSMC/RAFC)
0	18	Tunis Casablanca (RSMC)
0	19	Tunis Casablanca (RSMC)
0	20	Las Palmas (RAFC)
0	21	Algiers (RSMC)
0	24	Pretoria (RSMC)
0	25	La Réunion (RSMC)
#26-40: Centres in Region II		
0	26	Khabarovsk (RSMC)
0	27	Khabarovsk (RSMC)
0	28	New Delhi (RSMC/RAFC)
0	29	New Delhi (RSMC/RAFC)
0	30	Novosibirsk (RSMC)
0	31	Novosibirsk (RSMC)
0	32	Tashkent (RSMC)
0	33	Jeddah (RSMC)
0	34	"Tokyo (RSMC), Japan Meteorological Agency"
0	35	"Tokyo (RSMC), Japan Meteorological Agency"
0	36	Bangkok
0	37	Ulan Bator
0	38	Beijing (RSMC)
0	39	Beijing (RSMC)
0	40	Seoul
#41-50: Centres in Region III		
0	41	Buenos Aires (RSMC/RAFC)
0	42	Buenos Aires (RSMC/RAFC)
0	43	Brasilia (RSMC/RAFC)
0	44	Brasilia (RSMC/RAFC)
0	45	Santiago
0	46	Brazilian Space Agency ­ INPE
#51-63: Centres in Region IV		
0	51	Miami (RSMC/RAFC)
0	52	"Miami RSMC, National Hurricane Center"
0	53	Montreal (RSMC)
0	54	Montreal (RSMC)
0	55	San Francisco
0	57	U.S. Air Force Air Force Global Weather Central 
0	58	"Fleet Numerical Meteorology and Oceanography Center, Monterey, CA"
0	59	"The NOAA Forecast Systems Laboratory, Boulder, CO, USA"
0	60	United States National Centre for Atmospheric Research (NCAR)
#64-73: Centres in Region V		
0	64	Honolulu
0	65	Darwin (RSMC)
0	66	Darwin (RSMC)
0	67	Melbourne (RSMC)
0	69	Wellington (RSMC/RAFC)
0	70	Wellington (RSMC/RAFC)
0	71	Nadi (RSMC)
#74-99: Centres in Region VI		
0	74	UK Meteorological Office ­ Bracknell (RSMC)
0	75	UK Meteorological Office ­ Bracknell (RSMC)
0	76	Moscow (RSMC/RAFC)
0	78	Offenbach (RSMC)
0	79	Offenbach (RSMC)
0	80	Rome (RSMC)
0	81	Rome (RSMC)
0	82	Norrköping
0	83	Norrköping
0	85	Toulouse (RSMC)
0	86	Helsinki
0	87	Belgrade
0	88	Oslo
0	89	Prague
0	90	Episkopi
0	91	Ankara
0	92	Frankfurt/Main (RAFC)
0	93	London (WAFC)
0	94	Copenhagen
0	95	Rota
0	96	Athens
0	97	European Space Agency (ESA)
0	98	"ECMWF, RSMC"
0	99	De Bilt
0	110	Hong-Kong
0	160	US NOAA/NESDIS
0	210	Frascati (ESA/ESRIN)
0	211	Lanion
0	212	Lisboa
0	213	Reykjavik
0	254	EUMETSAT Operation Centre
0	255	Missing value
grads-2.0.1/data/tables/B3L-160000-000001-D0000644000175000017500000000147607750236075020100 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of High Density Wind Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	10	195
	3	1	250
	3	3	250
	3	4	250
	-1

3	1	250
	3	1	193
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	193
	0	1	7
	0	1	31
	0	2	196
	0	2	221
	0	2	222
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	3	250
	0	2	252
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	197
	0	2	198
	0	12	193
	-1

3	4	250
	0	2	231
	0	2	232
	0	8	12
	0	7	24
	0	2	57
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	30	10
	0	2	231
	0	7	4
	0	12	1
	-1
grads-2.0.1/data/tables/B3M-000-005-B0000644000175000017500000015312207750236075017430 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     15;      0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;     20;      0;           0;    4;      Numeric; WMO Region sub-area
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     22;      0;           0;  224;    CCITT_IA5; Name of feature
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Identification of originating/generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application
  0;    1;     33;      0;           0;    8;   Code_Table; Identification of originating/generating center
  0;    1;     34;      0;           0;    8;   Code_Table; Identification of originating/generating sub-center
  0;    1;     41;      5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;     42;      5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;     43;      5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;     60;      0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator
  0;    1;     64;      0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;     75;      0;           0;   40;    CCITT_IA5; Ride station identification

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;          deg; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     37;      0;           0;    3;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Method of sea-surface temperature measurement
  0;    2;     39;      0;           0;    3;   Code_Table; Method of wet-buld temperature measurement
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion of platform from current
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report
  0;    2;     44;      0;           0;    4;   Code_Table; Inicator for method of calculating spectral wave data
  0;    2;     45;      0;           0;    4;   Code_Table; Indicator for type of platform
  0;    2;     46;      0;           0;    4;   Code_Table; Wave measurement instrumentation
  0;    2;     48;      0;           0;    4;   Code_Table; Satellite sensor indicator
  0;    2;     49;      0;           0;    8;   Flag_Table; Geostationary satellite data-processing technique used
  0;    2;     50;      0;           0;   20;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator ro specify observing method for extreme temperatures
  0;    2;     52;      0;           0;    6;   Flag_Table; Geostationary imager satellite channels used
  0;    2;     53;      0;           0;    4;   Code_Table; GOES-I/M  brightness temperature characteristics
  0;    2;     54;      0;           0;    4;   Code_Table; GOES-I/M  soundings parameter characteristics
  0;    2;     55;      0;           0;    4;   Code_Table; Geostationary soundings statistical parameters
  0;    2;     56;      0;           0;    4;   Code_Table; Geostationary soundings accuracy statistics
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings
  0;    2;     58;      0;           0;    4;   Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;    2;     59;      0;           0;    4;   Code_Table; Origin of analysis information for GOES-I/M soundings
  0;    2;     60;      0;           0;    4;   Code_Table; Origin of surface information for GOES-I/M soundings
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     64;      0;           0;    2;   Code_Table; Aircraft roll angle quality
  0;    2;     65;      0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    100;      1;           0;   12;           dB; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    140;      2;           0;    9;          deg; Satellite radar beam azimuth
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument serial number/identification
  0;    2;    143;      0;           0;    7;   Code_Table; Ozone instrument type
  0;    2;    144;      0;           0;    4;   Code_Table; Light source type for Brewer spectrophotometer
  0;    2;    145;      0;           0;    4;   Code_Table; Wave length setting for Dobson instruments
  0;    2;    146;      0;           0;    4;   Code_Table; Source conditions for Dobson instruments

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to followinG value
  0;    4;     32;      0;           0;    6;       Minute; Duration of time relating to following value
  0;    4;     41;      0;       -1440;   12;       Minute; Time Difference, UTC-LMT
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipition equal to or more than 1mm
  0;    4;    192;      0;           0;    3;   Code_Table; Season

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;    6;     11;      5;   -18000000;   26;          deg; Longitude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longitude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Height
  0;    7;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     24;      2;       -9000;   15;          deg; Satellite zenith angle
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea/water surface
  0;    7;    190;      0;           0;   12;            m; Height increment

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Meteorological attribute significance
  0;    8;      7;      0;           0;    4;   Code_Table; Dimensional significance
  0;    8;     11;      0;           0;    6;   Code_Table; Meteorological feature
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     14;      0;           0;    4;   Code_Table; Qualification for runway visual range
  0;    8;     16;      0;           0;    3;   Code_Table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;    8;     17;      0;           0;    2;   Code_Table; Qualifier of the time when the forecast change is expected
  0;    8;     20;      0;           0;   16;      Numeric; Total number of missing entities (with respect to accumulation or average)
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     23;      0;           0;    6;   Code_Table; First order statistics
  0;    8;     24;      0;           0;    6;   Code_Table; Difference statistics
  0;    8;     25;      0;           0;    4;   Code_Table; Time difference qualifier
  0;    8;     30;      0;           0;   13;      Numeric; Manual on Codes
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurance follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurance qualifier
  0;    8;     60;      0;           0;    4;   Code_Table; Sample scanning mode significance

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;     31;      2; -1073741824;   31;            m; In direction of the North Pole, distance from the Earth's centre
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency
  0;   10;     70;      0;        -400;   16;            m; Indicated aircraft altitude

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     16;      0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable wind
  0;   11;     17;      0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable wind
  0;   11;     21;      9;      -65536;   17;        s**-1; Relative vorticity
  0;   11;     22;      9;      -65536;   17;        s**-1; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust speed
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     44;      0;           0;    9;     deg_true; Mean wind direction for surface - 1500m
  0;   11;     45;      1;           0;   12;          m/s; Mean wind speed for surface - 1500m
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind speed
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear in 1 kilometer layer below
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear in1 kilometer layer above
  0;   11;     70;      0;           0;   32; CCITT_IA5Designator; of the runway affected by wind shear
  0;   11;     71;      3;        -128;   14;   m**2/s**-2; Turbulent vertical momemtum flux
  0;   11;     72;      3;        -128;   11;            K; m/s**-2	Turbulent vertical buouancy flux
  0;   11;     73;      2;       -1024;   13;   m**2/s**-2; Turbulent kinetic energy
  0;   11;     74;      2;       -1024;   10;   m**2/s**-2; Dissipation energy
  0;   11;     75;      2;           0;    8; m**(2/3)/s**-1; Mean turbulence intensity
  0;   11;     76;      2;           0;    8; m**(2/3)/s**-1; Peak turbulence intensity

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation of temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature

  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      4;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     33;      1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     38;      0;           0;    2;   Code_Table; Superadiabatic indicator
  0;   13;     39;      0;           0;    3;   Code_Table; Terrain type (ice/snow)
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipition
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipition

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      2;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over period specified
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     26;      0;           0;    7;      percent; Albedo at the top of clouds
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air mass (slant path at 22km)
  0;   15;     11;      3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;     15;      0;           0;   31;      Numeric; Maximum image spectral composition before normalization

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radius with respect to wind speed above threshold (large storms)

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      9;      0;           0;    4;   Code_Table; General Weather Indicator
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;      0;           0;    2;   Code_Table; Tendency of runway visual range
  0;   20;     19;      0;           0;   72;    CCITT_IA5; Significant present or forecast weather
  0;   20;     20;      0;           0;   32;    CCITT_IA5; Significant recent weather phenomena
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     90;      0;           0;    4;   Code_Table; Special clouds
  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;           0;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;     62;      2;       -5000;   13;     Decibels; Backscatter
  0;   21;     63;      1;           0;   10;      Percent; Radiometric resolution (noise value)
  0;   21;     64;      0;           0;    8;      Numeric; Clutter noise estimate
  0;   21;     65;      0;        -127;    8;      Numeric; Missing packet counter
  0;   21;     66;      0;           0;   12;   Flag_Table; Wave scatterometer product confidence
  0;   21;     67;      0;           0;   13;   Flag_Table; Wind product confidence data
  0;   21;     68;      0;           0;    8;   Flag_Table; Radar altimeter product confidence data
  0;   21;     69;      0;           0;   10;   Flag_Table; SST product confidence data
  0;   21;     71;      0;           0;   16;      Numeric; Peakiness
  0;   21;     72;      0;           0;    4;   Flag_Table; Satellite altimeter calibration status
  0;   21;     73;      0;           0;    9;   Flag_Table; Satellite altimeter instrument mode
  0;   21;     75;      0;           0;    8;      Numeric; Spectral intensity
  0;   21;     76;      0;           0;    3;   Code_Table; Representation of intensities
  0;   21;     77;      3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;     78;      3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;     79;      3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;     80;      3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;     81;      3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;     82;      3;       -3000;   14;     Decibels; Open loop correction (auto gain control)
  0;   21;     85;      0;       -3000;    4;      Numeric; ATSR sea surface temperature across-track band number

  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     26;      2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national chart datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     40;      3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea/water temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea/water temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;     67;      0;           0;   10;   Code_Table; Instrument type for water temperature profile measurement
  0;   22;     68;      0;           0;    7;   Code_Table; Water temperature profile recorder types
  0;   22;     70;      2;           0;   13;            m; Significant wave height
  0;   22;     71;      1;           0;    9;            s; Spectral peak wave period
  0;   22;     72;      0;           0;   13;            m; Spectral peak wave length
  0;   22;     73;      2;           0;   13;            m; Maximum wave height
  0;   22;     74;      1;           0;    9;            s; Average wave period
  0;   22;     75;      0;           0;   13;            m; Average wave length
  0;   22;     76;      0;           0;    9;  Degree_True; Direction from which dominant waves are coming
  0;   22;     77;      0;           0;    9;       Degree; Directional spred of dominant wave
  0;   22;     78;      0;           0;   12;            s; Duration of wave record
  0;   22;     79;      0;           0;   16;            m; Length of wave record
  0;   22;     80;      3;           0;   10;           Hz; Waveband central frequency
  0;   22;     81;      5;           0;   13;        m**-1; Waveband central wave number
  0;   22;     82;      2;           0;   20;       m**2/s; Maximum non-directional spectral wave density
  0;   22;     83;      2;           0;   20;         m**3; Maximum non-directional spectral wave number
  0;   22;     84;      0;           0;    7;      Numeric; Band containing maximum non-directional spectral wave density
  0;   22;     85;      0;           0;    7;      Numeric; Spectral wave density ratio
  0;   22;     86;      0;           0;    9;  Degree_True; Mean direction from which waves are coming
  0;   22;     87;      0;           0;    9;  Degree_True; Principal direction from which waves are coming
  0;   22;     88;      2;           0;    7;      Numeric; First normalized polar coordinate from Fourier coefficients
  0;   22;     89;      2;           0;    7;      Numeric; Second normalized polar coordinate from Fourier coefficients
  0;   22;     90;      2;           0;   20;       m**2/s; Non-directional spectral estimate by wave frequency
  0;   22;     91;      2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;     92;      2;           0;   20; m**2/rad**-1/s; Directional spectral estimate by wave frequency
  0;   22;     93;      2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;     94;      0;           0;    7;      Numeric; Total number of wave bands
  0;   22;     95;      0;           0;    8;       Degree; Directional spread of individual waves
  0;   22;     96;      3;           0;    4;        s**-1; Spectral band width
  0;   22;     97;      0;           0;   14;            m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0;   22;     98;      0;           0;   14;            m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0;   22;     99;      0;           0;    9;     deg_true; Mean direction at low wave numbers (wavelength > 731 m)
  0;   22;    100;      0;           0;    9;       Degree; Direction spread at low wave numbers (wavelength > 731 m)
  0;   22;    101;      0;           0;   31;     Numberic; Total energy (wavelength > 731 m) at low wave numbers
  0;   22;    120;      0;           0;    5;   Code_Table; Tide station automated water level check
  0;   22;    121;      0;           0;    5;   Code_Table; Tide station manual water level check
  0;   22;    122;      0;           0;    5;   Code_Table; Tide station automated Meteorological data check
  0;   22;    123;      0;           0;    5;   Code_Table; Tide station manual Meteorological data check

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;     -1;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;     -1;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     14;      0;           0;   12;      Numeric; Azimuth clutter cut-off
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   Code_Table; CO2 wind product derivation
  0;   25;     41;      0;           0;    2;   Code_Table; Moving platform direction reporting method
  0;   25;     42;      0;           0;    2;   Code_Table; Moving platform speed reporting method
  0;   25;     43;      4;           0;   15;            s; Wave sampling interval (time)
  0;   25;     44;      2;           0;   14;            m; Wave sampling interval (space)
  0;   25;     45;      0;           0;   21;   Flag_Table; HIRS channel combination
  0;   25;     46;      0;           0;    5;   Flag_Table; MSU channel combination
  0;   25;     47;      0;           0;    4;   Flag_Table; SSU channel combination
  0;   25;     48;      0;           0;   16;   Flag_Table; AMSU-A channel combination
  0;   25;     49;      0;           0;    6;   Flag_Table; AMSU-B channel combination
  0;   25;     50;      0;           0;    7;   Flag_Table; AVHRR channel combination
  0;   25;     51;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     60;      0;           0;   14;      Numeric; Software identification

  0;   26;      1;      1;           0;   12;         Hour; Principal time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;         Hour; Principal time of daily reading in UTC of minimum temperature
  0;   26;      3;      0;       -1440;   12;       Minute; Time difference

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions
  0;   27;     31;      2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance from the Earth's centre

  0;   28;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   28;     31;      2; -1073741824;   31;            m; In direction of 90 degrees East, distance from the Earth's centre

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      Numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      Numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;      Numeric; Short delayed descriptor replication factor
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;     31;      0;           0;    1;   Flag_Table; Data present indicator

  0;   33;      2;      0;           0;    2;   Code_Table; Quality information
  0;   33;      3;      0;           0;    3;   Code_Table; Quality information
  0;   33;      7;      0;           0;    7;      Percent; Per cent confidence
  0;   33;     20;      0;           0;    3;   Code_Table; Quality control indication of following value
  0;   33;     21;      0;           0;    2;   Code_Table; Quality of following value
  0;   33;     22;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission
  0;   33;     23;      0;           0;    2;   Code_Table; Quality of buoy location
  0;   33;     24;      0;           0;    4;   Code_Table; Station elevation quality mark (for mobile stations)
  0;   33;     25;      0;           0;    3;   Code_Table; ACARS interpolated values
  0;   33;     26;      0;           0;    6;   Code_Table; Mixing ratio quality
  0;   33;     27;      0;           0;    3;   Code_Table; Location quality class
grads-2.0.1/data/tables/B2M-000-000-A0000644000175000017500000001056307750236075017422 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	Message Type 005-001 SATWIND GOES. INFRARED CHANNEL
237	Message Type 005-002 SATWIND GOES. VISIBLE CHANNEL
238	Message Type 005-003 SATWIND GOES. WATER VAPOR CHANNEL
239	Message Type 005-004 SATWIND GOES. CHANNEL COMBINATION 
240	Message Type 005-021 SATWIND INDIA. INFRARED CHANNEL
241	Message Type 005-022 SATWIND INDIA. VISIBLE CHANNEL
242	Message Type 005-023 SATWIND INDIA. WATER VAPOR CHANNEL
243	Message Type 005-024 SATWIND INDIA. CHANNEL COMBINATION
244	Message Type 005-041 SATWIND JAPAN. INFRARED CHANNEL
245	Message Type 005-042 SATWIND JAPAN. VISIBLE CHANNEL
246	Message Type 005-043 SATWIND JAPAN. WATER VAPOR CHANNEL
247	Message Type 005-044 SATWIND JAPAN. CHANNEL COMBINATION
248	Message Type 005-061 SATWIND EUMETSAT. INFRARED CHANNEL
249	Message Type 005-062 SATWIND EUMETSAT. VISIBLE CHANNEL
250	Message Type 005-063 SATWIND EUMETSAT. WATER VAPOR CHANNEL
251	Message Type 005-064 SATWIND EUMETSAT. CHANNEL COMBINATION
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B3M-000-009-00000644000175000017500000000612607750236075017413 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################		
		
#01-09: WMCs		
0	1	Melbourne
0	2	Melbourne
0	3	Melbourne
0	4	Moscow
0	5	Moscow
0	6	Moscow
0	7	"US National Weather Service, National Centres for Environmental Prediction(NCEP)"
0	8	US National Weather Service TelecommunicationsGateway (NWSTG)
0	9	US National Weather Service - Other
#10-25: Centres in Region I		
0	10	Cairo (RSMC/RAFC)
0	11	Cairo (RSMC/RAFC)
0	12	Dakar (RSMC/RAFC)
0	13	Dakar (RSMC/RAFC)
0	14	Nairobi (RSMC/RAFC)
0	15	Nairobi (RSMC/RAFC)
0	18	Tunis Casablanca (RSMC)
0	19	Tunis Casablanca (RSMC)
0	20	Las Palmas (RAFC)
0	21	Algiers (RSMC)
0	24	Pretoria (RSMC)
0	25	La Réunion (RSMC)
#26-40: Centres in Region II		
0	26	Khabarovsk (RSMC)
0	27	Khabarovsk (RSMC)
0	28	New Delhi (RSMC/RAFC)
0	29	New Delhi (RSMC/RAFC)
0	30	Novosibirsk (RSMC)
0	31	Novosibirsk (RSMC)
0	32	Tashkent (RSMC)
0	33	Jeddah (RSMC)
0	34	"Tokyo (RSMC), Japan Meteorological Agency"
0	35	"Tokyo (RSMC), Japan Meteorological Agency"
0	36	Bangkok
0	37	Ulan Bator
0	38	Beijing (RSMC)
0	39	Beijing (RSMC)
0	40	Seoul
#41-50: Centres in Region III		
0	41	Buenos Aires (RSMC/RAFC)
0	42	Buenos Aires (RSMC/RAFC)
0	43	Brasilia (RSMC/RAFC)
0	44	Brasilia (RSMC/RAFC)
0	45	Santiago
0	46	Brazilian Space Agency ­ INPE
#51-63: Centres in Region IV		
0	51	Miami (RSMC/RAFC)
0	52	"Miami RSMC, National Hurricane Center"
0	53	Montreal (RSMC)
0	54	Montreal (RSMC)
0	55	San Francisco
0	57	U.S. Air Force Air Force Global Weather Central 
0	58	"Fleet Numerical Meteorology and Oceanography Center, Monterey, CA"
0	59	"The NOAA Forecast Systems Laboratory, Boulder, CO, USA"
0	60	United States National Centre for Atmospheric Research (NCAR)
#64-73: Centres in Region V		
0	64	Honolulu
0	65	Darwin (RSMC)
0	66	Darwin (RSMC)
0	67	Melbourne (RSMC)
0	69	Wellington (RSMC/RAFC)
0	70	Wellington (RSMC/RAFC)
0	71	Nadi (RSMC)
#74-99: Centres in Region VI		
0	74	UK Meteorological Office ­ Bracknell (RSMC)
0	75	UK Meteorological Office ­ Bracknell (RSMC)
0	76	Moscow (RSMC/RAFC)
0	78	Offenbach (RSMC)
0	79	Offenbach (RSMC)
0	80	Rome (RSMC)
0	81	Rome (RSMC)
0	82	Norrköping
0	83	Norrköping
0	85	Toulouse (RSMC)
0	86	Helsinki
0	87	Belgrade
0	88	Oslo
0	89	Prague
0	90	Episkopi
0	91	Ankara
0	92	Frankfurt/Main (RAFC)
0	93	London (WAFC)
0	94	Copenhagen
0	95	Rota
0	96	Athens
0	97	European Space Agency (ESA)
0	98	"ECMWF, RSMC"
0	99	De Bilt
0	110	Hong-Kong
0	160	US NOAA/NESDIS
0	210	Frascati (ESA/ESRIN)
0	211	Lanion
0	212	Lisboa
0	213	Reykjavik
0	254	EUMETSAT Operation Centre
0	255	Missing value
grads-2.0.1/data/tables/convert.c0000644000175000017500000001071007750236075017765 0ustar  amckinstryamckinstry#include 
#include 
#include 
#include 
#define MAX_BUF 1024

main (int argc, char *argv[])
{
    
    int   line, i, iflag;
    char  buf[MAX_BUF];
    char  tokbuf[MAX_BUF];  /* copy of buf[] for strtok() to work on */
    int   f, x, y, scale, ref, dw;
    char  *valp;

    char* units;
    char* description;
    char file_in[70], file_out[70];
    FILE *fp_in, *fp_out;

    if ( argc != 2 )
    {
      printf(" ERROR:  no arguments\n");
      printf(" convert  1MM
  0;    4;    192;      0;           0;   12;        HOURS; RECIEPT TIME - REPORT TIME
  0;    4;    193;      0;           0;   12;      MINUTES; RECIEPT TIME - REPORT TIME
  0;    4;    194;      0;           0;   12;        HOURS; RELEASE TIME OF SONDE
  0;    4;    195;      0;           0;    5;         HOUR; FORECAST CYCLE HOUR
  0;    4;    200;      0;           0;   12;         YEAR; RCYR YEAR   - TIME OF RECEIPT
  0;    4;    201;      0;           0;    4;        MONTH; RCMO MONTH  - TIME OF RECEIPT
  0;    4;    202;      0;           0;    6;          DAY; RCDY DAY    - TIME OF RECEIPT
  0;    4;    203;      0;           0;    5;         HOUR; RCHR HOUR   - TIME OF RECEIPT
  0;    4;    204;      0;           0;    6;       MINUTE; RCMI MINUTE - TIME OF RECEIPT
  0;    4;    205;      0;           0;    6;       SECOND; SECOND - TIME OF RECEIPT
  0;    4;    206;      0;           0;   32;       SECOND; DATA BASE INGEST TIME FROM 1 JAN
  0;    4;    207;      0;           0;    5;         HOUR; HOUR - TIME OF MAX WIND (GUST)
  0;    4;    208;      0;           0;    6;       MINUTE; MINUTE - TIME OF NAX WIND (GUST)
  0;    5;      1;      5;    -9000000;   25;      DEGREES; LATITUDE(HIGH ACCURACY)
  0;    5;      2;      2;       -9000;   15;      DEGREES; CLAT LATITUDE(COARSE ACCURACY)
  0;    5;      3;      2;       -9000;   15;      DEGREES; ALTERNATE LATITUDE
  0;    5;     11;      5;    -9000000;   25;      DEGREES; LATITUDE INCREMENT(HIGH ACCURACY)
  0;    5;     12;      2;       -9000;   15;      DEGREES; LATITUDE INCREMENT(COARSE ACCURAC
  0;    5;     21;      2;           0;   16; DEGREES_TRUE; BEARING OR AZIMUTH
  0;    5;     22;      2;           0;   16; DEGREES_TRUE; SOLAR AZIMUTH
  0;    5;     30;      0;           0;   12;      DEGREES; DIRECTION (SPECTRAL)
  0;    5;     31;      0;           0;   12;      NUMERIC; ROW NUMBER
  0;    5;     33;      1;           0;   16;       METERS; PIXEL SIZE ON HORIZONTAL-1
  0;    5;     40;      0;           0;   24;      NUMERIC; ORBIT NUMBER
  0;    5;     41;      0;           0;    8;      NUMERIC; SCAN LINE NUMBER
  0;    5;     42;      0;           0;    6;      NUMERIC; CHANNEL NUMBER
  0;    5;     43;      0;           0;    8;      NUMERIC; FIELD OF VIEW NUMBER
  0;    5;     50;      5;           0;   17;      NUMERIC; SIGMA LEVEL
  0;    5;     52;      0;           0;    5;      NUMERIC; CHANNEL NUMBER INCREMENT
  0;    5;     53;      0;           0;    5;      NUMERIC; FIELD OF VIEW NUMBER INCREMENT
  0;    6;      1;      5;   -18000000;   26;      DEGREES; LONGITUDE (HIGH ACCURACY)
  0;    6;      2;      2;      -18000;   16;      DEGREES; CLON LONGITUDE (COARSE ACCURACY)
  0;    6;      3;      2;      -18000;   16;      DEGREES; ALTERNATE LONGITUDE
  0;    6;     11;      5;   -18000000;   26;      DEGREES; LONGITUDE INCREMENT (HIGH ACCURAC
  0;    6;     12;      2;      -18000;   16;      DEGREES; LONGITUDE INCREMENT (COARSE ACCUR
  0;    6;     21;      1;           0;   13;       METERS; DISTANCE
  0;    6;     30;      5;           0;   13;        RAD/M; WAVENUMBER (SPECTRAL)
  0;    6;     31;      0;           0;   12;      NUMERIC; COLUMN NUMBER
  0;    6;     33;      1;           0;   16;       METERS; PIXEL SIZE ON HORIZONTAL-2
  0;    7;      1;      0;        -400;   15;       METERS; HEIGHT OF STATION
  0;    7;      2;      1;         -40;   16;       METERS; HEIGHT OR ALTITUDE
  0;    7;      3;      1;        -400;   17;    M**2/S**2; GEOPOTENTIAL
  0;    7;      4;     -1;           0;   14;      PASCALS; PRLC PRESSURE
  0;    7;      5;      0;        -400;   12;       METERS; HEIGHT INCREMENT
  0;    7;      6;      0;           0;   15;       METERS; HEIGHT ABOVE STATION
  0;    7;      7;      0;       -1000;   17;            M; HEIGHT
  0;    7;      8;      0;      -10000;   20;    M**2/S**2; GEOPOTENTIAL
  0;    7;     21;      2;       -9000;   15;      DEGREES; ELEVATION
  0;    7;     22;      2;       -9000;   15;      DEGREES; SOLAR ELEVATION
  0;    7;     61;      2;           0;   14;       METERS; DEPTH BELOW LAND SURFACE
  0;    7;     62;      1;           0;   17;       METERS; DEPTH BELOW SEA SURFACE
  0;    7;    190;      0;           0;   12;       METERS; HEIGHT INCREMENT
  0;    7;    192;      0;        -400;   17;          GPM; FLIGHT LEVEL (PRESSURE ALTITUDE)
  0;    7;    193;      0;        -400;   17;         GPDM; FLIGHT LEVEL (PRESSURE ALTITUDE)
  0;    7;    194;      0;        -400;   15;            M; HEIGHT OR ALTITUDE ABOVE MSL
  0;    8;      1;      0;           0;    7;   FLAG_TABLE; VERTICAL SOUNDING SIGNIFICANCE
  0;    8;      2;      0;           0;    6;   CODE_TABLE; VERT. SIGNIFICANCE (SFC OBSERVATI
  0;    8;      3;      0;           0;    6;   CODE_TABLE; VERT. SIGNIFICANCE (SAT OBSERVATI
  0;    8;      4;      0;           0;    3;   CODE_TABLE; PHASE OF AIRCRAFT FLIGHT
  0;    8;      5;      0;           0;    4;   CODE_TABLE; SURFACE SYNOPTIC FEATURE SIGNIFIC
  0;    8;     10;      0;           0;    4;   CODE_TABLE; VERT SIGNIFICANCE(FORECAST SOUNDI
  0;    8;     11;      0;           0;    6;   CODE_TABLE; HORIZONTAL SIGNIFICANCE
  0;    8;     12;      0;           0;    2;   CODE_TABLE; LAND/SEA QUALIFIER
  0;    8;     13;      0;           0;    2;   CODE_TABLE; DAY/NIGHT QUALIFIER
  0;    8;     20;      0;           0;   16;      NUMERIC; TOTAL NR MISG ENTITIES W/RES TO A
  0;    8;     21;      0;           0;    5;   CODE_TABLE; TIME SIGNIFICANCE
  0;    8;     22;      0;           0;   16;      NUMERIC; TOTAL NUMBER(W/RESPECT TO ACCUM O
  0;    8;     23;      0;           0;    7;   CODE_TABLE; FIRST ORDER STATISTICS
  0;    8;     24;      0;           0;    7;   CODE_TABLE; DIFFERENCE STATISTICS
  0;    8;     31;      0;           0;    8;         BUFR; TABLE A    DATA CATEGORY
  0;    8;     32;      0;           0;   14;   CODE_TABLE; DATA SIGNIF-INTERACTIVE RETRIEVAL
  0;    8;     51;      0;           0;    3;   CODE_TABLE; QUALIFIER-NR MISG VALUES IN CALC
  0;    8;     52;      0;           0;    5;   CODE_TABLE; COND. FOR  WHICH NR OF DAYS OF OC
  0;    8;     53;      0;           0;    2;   CODE_TABLE; DAY OF OCCURRENCE QUALIFIER
  0;    8;    192;      0;           0;   16;      NUMERIC; UPDATE SEQUENCE NUMBER
  0;    8;    193;      0;           0;   16;      NUMERIC; OBSERVATION DATABASE KEY
  0;    8;    194;      0;           0;    6;   CODE_TABLE; CORRECTION INDICATOR
  0;    8;    195;      0;           0;    6;   CODE_TABLE; QUALITY CONTROL TYPE
  0;    8;    196;      0;           0;    6;   CODE_TABLE; QUALITY CONTROL DECISION
  0;    8;    197;      0;           0;    5;   CODE_TABLE; RECORD TEMPERATURE KEY
  0;    8;    198;      0;           0;    4;   CODE_TABLE; TIME SIGNIFICANCE
  0;    8;    199;      0;           0;    3;   CODE_TABLE; SUWS SOURCE UNITS OF WIND SPEED
  0;    8;    200;      0;           0;    4;      NUMERIC; NMC QUALITY MARK
  0;    8;    202;      0;           0;    6;   CODE_TABLE; RCTS RECEIPT TIME SIGNIFICANT
  0;    8;    232;      0;           0;   14;   CODE_TABLE; DATA SIGNIF-INTERACTIVE RETRIEVAL
  0;    9;      6;      3;           0;   10;      SECONDS; TIME OF ASCENDING NODE
  0;   10;      1;      0;        -400;   15;       METERS; HEIGHT OF LAND SURFACE
  0;   10;      2;      1;         -40;   16;       METERS; HEIGHT
  0;   10;      3;      1;        -400;   17;    M**2/S**2; GEOPOTENTIAL
  0;   10;      4;      1;           0;   14;      PASCALS; PRESSURE
  0;   10;      7;      0;       -1000;   17;       METERS; HGHT HEIGHT
  0;   10;      8;      0;      -10000;   20;    M**2/S**2; GEOPOTENTIAL
  0;   10;     50;      2;           0;   16;       METERS; STD. DEV. ALTITUDE
  0;   10;     51;      1;           0;   14;      PASCALS; PRESSURE REDUCED TO MSL
  0;   10;     52;      1;           0;   14;      PASCALS; ALTIMETER SETTING (QNH)
  0;   10;     60;      1;       -1024;   11;      PASCALS; PRESSURE CHANGE
  0;   10;     61;      1;        -500;   10;      PASCALS; 3 HOUR PRESSURE CHANGE
  0;   10;     62;      1;       -1000;   11;      PASCALS; 24 HOUR PRESSURE CHANGE
  0;   10;     63;      0;           0;    4;   CODE_TABLE; CHARACTERISTIC OF PRESSURE TENDEN
  0;   10;    192;      0;        -400;   17;          GPM; GEOPOTENTIAL HEIGHT
  0;   10;    193;      0;        -400;   17;         GPDM; GEOPOTENTIAL HEIGHT
  0;   10;    194;      0;       -2000;   17;          GPM; DEPARTURE FROM ICAO STD ATMOSPHER
  0;   10;    195;      0;        -400;   17;           DM; GEOMETRIC HEIGHT
  0;   11;      1;      0;           0;    9; DEGREES_TRUE; WDIR WIND DIRECTION
  0;   11;      2;      1;           0;   12; METERS/SECOND; WSPD WIND SPEED
  0;   11;      3;      1;       -4096;   13; METERS/SECOND; U-COMPONENT
  0;   11;      4;      1;       -4096;   13; METERS/SECOND; V-COMPONENT
  0;   11;      5;      1;        -512;   10; PASCALS/SECOND; W-COMPONENT
  0;   11;      6;      2;       -4096;   13; METERS/SECOND; W-COMPONENT
  0;   11;     11;      0;           0;    9; DEGREES_TRUE; WIND DIRECTION AT 10 METERS
  0;   11;     12;      1;           0;   12; METERS/SECOND; WIND SPEED AT 10 METERS
  0;   11;     13;      0;           0;    9; DEGREES_TRUE; WIND DIRECTION AT 5 METERS
  0;   11;     14;      1;           0;   12; METERS/SECOND; WIND SPEED AT 5 METERS
  0;   11;     21;      9;      -65536;   17;   SECOND**-1; RELATIVE VORTICITY
  0;   11;     22;      9;      -65536;   17;   SECOND**-1; DIVERGENCE
  0;   11;     23;      2;      -65536;   17;  M**2/SECOND; VELOCITY POTENTIAL
  0;   11;     31;      0;           0;    4;   CODE_TABLE; DEGREE OF TURBULENCE
  0;   11;     32;      1;         -40;   16;       METERS; HEIGHT OF BASE OF TURBULENCE
  0;   11;     33;      1;         -40;   16;       METERS; HEIGHT OF TOP OF TURBULENCE
  0;   11;     34;      1;       -1024;   11; METERS/SECOND; VERTICAL GUST VELOCITY
  0;   11;     35;      2;       -8192;   14; METERS/SECOND**2VERTICAL; GUST ACCELERATION
  0;   11;     36;      1;           0;   10; METERS/SECOND; MAXIMUM DERIVED EQUIVALENT VERTIC
  0;   11;     41;      1;           0;   12; METERS/SECOND; MAX WIND SPEED (GUSTS)
  0;   11;     42;      1;           0;   12; METERS/SECOND; MAX WIND SPEED(10 MIN MEAN WIND)
  0;   11;     43;      0;           0;    9; DEGREES_TRUE; MAXIMUM WIND GUST DIRECTION
  0;   11;     44;      0;           0;    9; DEGREES_TRUE; SFC-5000FT MEAN LYR WIND DIRECTIO
  0;   11;     49;      0;           0;    9; DEGREES_TRUE; STD. DEV. OF WIND DIRECTION
  0;   11;     50;      1;           0;   12; METERS/SECOND; STD. DEV. HORIZ WIND SPEED
  0;   11;     51;      1;           0;    8; METERS/SECOND; STD DEV VERT WIND COMPONENT
  0;   11;     61;      1;           0;   12; METERS/SECOND; ABSOLUTE WIND SHEAR(1KM LAYER BEL
  0;   11;     62;      1;           0;   12; METERS/SECOND; ABSOLUTE WIND SHEAR(1KM LAYER ABO
  0;   11;    192;      1;       -1024;   11; METERS/SECOND; MEAN U-COMPONENT
  0;   11;    193;      1;       -1024;   11; METERS/SECOND; MEAN V-COMPONENT
  0;   11;    194;      1;        -128;    8; METERS/SECOND; MEAN W-COMPONENT
  0;   11;    195;      1;           0;    9; METERS/SECOND; STANDARD DEVIATION U
  0;   11;    196;      1;           0;    9; METERS/SECOND; STANDARD DEVIATION V
  0;   11;    197;      1;           0;    6; METERS/SECOND; STANDARD DEVIATION W
  0;   11;    198;      1;           0;   12; METERS/SECOND; WIND SPEED 10000FT (EXTRAPLOATED)
  0;   11;    199;      1;           0;   12; METERS/SECOND; WIND SPEED 20000FT (EXTRAPOLATED)
  0;   11;    200;      1;           0;   12; METERS/SECOND; INFLATED WIND SPEED (MOS)
  0;   11;    201;      1;           0;   12; METERS/SECOND; MEAN WIND SPEED PAST 12 HRS
  0;   11;    210;      1;           0;   12; METERS/SECOND; ROOT MEAN SQUARE VECTOR WIND ERRO
  0;   11;    221;      0;           0;    9; DEGREES_TRUE; MEAN WIND DIR 5000FT-10000FT
  0;   11;    222;      1;           0;   12; METERS/SECOND; MEAN WIND SPEED 5000FT-10000FT
  0;   11;    223;      1;           0;   12; METERS/SECOND; 10 METER EXTRAPOLATED WIND SPEED
  0;   11;    224;      1;           0;   12; METERS/SECOND; 20 METER EXTRAPOLATED WIND SPEED
  0;   12;      1;      1;           0;   12; DEGREES_KELVIN; TMDB TEMPERATURE/DRY BULB TEMPERATURE
  0;   12;      2;      1;           0;   12; DEGREES_KELVIN; WET BULB TEMPERATURE
  0;   12;      3;      1;           0;   12; DEGREES_KELVIN; DEW POINT TEMPERATURE
  0;   12;      4;      1;           0;   12; DEGREES_KELVIN; DRY BULB TEMPERATURE AT 2 METERS
  0;   12;      5;      1;           0;   12; DEGREES_KELVIN; WET BULB TEMPERATURE AT 2 METERS
  0;   12;      6;      1;           0;   12; DEGREES_KELVIN; DEW POINT TEMPERATURE AT 2 METERS
  0;   12;      7;      1;           0;   12; DEGREES_KELVIN; VIRTUAL TEMPERATURE
  0;   12;     11;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE
  0;   12;     12;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE
  0;   12;     13;      1;           0;   12; DEGREES_KELVIN; GROUND MINIMUM TEMPERATURE PAST 1
  0;   12;     14;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     15;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     16;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     17;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE AT 2MTRS,PAST
  0;   12;     20;      2;       -2000;   12;          DEG; K/DAY       RADIATIVE HEATING PROFILE
  0;   12;     30;      1;           0;   12; DEGREES_KELVIN; SOIL TEMPERATURE
  0;   12;     40;      3;       -2048;   12; WATTS/METER**2; SENSIBLE HEAT FLUX
  0;   12;     51;      1;           0;   10; DEGREES_KELVIN; STANDARD DEVIATION TEMPERATURE
  0;   12;     52;      1;           0;   12; DEGREES_KELVIN; HIGHEST DAILY MEAN TEMPERATURE
  0;   12;     53;      1;           0;   12; DEGREES_KELVIN; LOWEST DAILY MEAN TEMPERATURE
  0;   12;     61;      1;           0;   12; DEGREES_KELVIN; SKIN TEMPERATURE
  0;   12;     62;      1;           0;   12; DEGREES_KELVIN; EQUIVALENT BLACK BODY TEMPERATURE
  0;   12;     63;      1;           0;   12; DEGREES_KELVIN; BRIGHTNESS TEMPERATURE
  0;   12;    192;      0;           0;    6;   CODE_TABLE; PRECISION OF AIRCRAFT TEMPERATURE
  0;   12;    193;      1;           0;   12; DEGREES_KELVIN; TEMPERATURE (CITY)
  0;   12;    194;      1;           0;   12; DEGREES_KELVIN; MAXIMUM TEMPERATURE (CITY)
  0;   12;    195;      1;           0;   12; DEGREES_KELVIN; MINIMUM TEMPERATURE (CITY)
  0;   12;    200;      1;           0;   12; DEGREES_KELVIN; DAYTIME MAX TEMPERATURE
  0;   12;    201;      1;           0;   12; DEGREES_KELVIN; NIGHTTIME MIN TEMPERATURE (MOS)
  0;   13;      1;      5;           0;   14;        KG/KG; SPECIFIC HUMIDITY
  0;   13;      2;      5;           0;   14;        KG/KG; MIXING RATIO
  0;   13;      3;      0;           0;    7;            %; RELATIVE HUMIDITY
  0;   13;      4;      1;           0;   10;      PASCALS; VAPOR PRESSURE
  0;   13;      5;      3;           0;    7;  KG/METER**3; VAPOR DENSITY
  0;   13;      6;      1;         -40;   16;       METERS; MIXING HEIGHTS
  0;   13;     11;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION/TOTAL WATER E
  0;   13;     12;      2;          -2;   12;       METERS; DEPTH OF FRESH SNOW
  0;   13;     13;      2;          -2;   16;       METERS; TOTAL SNOW DEPTH
  0;   13;     14;      4;           0;   12; KG/METER**2/SEC; RAINFALL/WATER EQUIV OF SNOW(AVG
  0;   13;     15;      7;           0;   12; METERS/SECOND; SNOWFALL (AVERAGED RATE)
  0;   13;     16;      0;           0;    7;  KG/METER**2; PRECIPITABLE WATER
  0;   13;     19;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 1 HOUR
  0;   13;     20;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 3 HOURS
  0;   13;     21;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 6 HOURS
  0;   13;     22;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 12 HOURS
  0;   13;     23;      1;          -1;   14;  KG/METER**2; TOTAL PRECIPITATION PAST 24 HOURS
  0;   13;     31;      0;           0;    7;  KG/METER**2; EVAPOTRANSPIRATION
  0;   13;     32;      1;           0;    8;  KG/METER**2; EVAP/EVAPOTRANSPIRATION
  0;   13;     40;      3;       -2048;   12; WATTS/METER**2; LATENT HEAT FLUX
  0;   13;     41;      0;           0;    4;   CODE_TABLE; PASQUELL-GIFFORD STAB
  0;   13;     42;      0;         -20;    6; DEGREES_KELVIN; PARCEL LIFTED INDEX (TO 500 HPA)
  0;   13;     43;      0;         -20;    6; DEGREES_KELVIN; BEST LIFTED INDEX (TO 500 HPA)
  0;   13;     51;      0;           0;    4;   CODE_TABLE; FREQ GRP, PRECIPITATION
  0;   13;     52;      1;          -1;   14;          KG/; M**2        HIGHEST DAILY AMT OF PRECIPITATIO
  0;   13;    192;      0;           0;    6;   CODE_TABLE; PRECIPITABLE WATER QUALITY
  0;   13;    193;      4;          -1;   14;     KGM/M**2; 24 HR PRECIPITATION (CITY)
  0;   13;    194;      0;           0;    3;   CODE_TABLE; INDIC INCLUSION/OMISSION OF PRECI
  0;   14;      1;      3;       -2048;   12; JOULES/METER**2; LONGWAVE RADIATION. INTEGRATED 24
  0;   14;      2;      3;       -2048;   12; JOULES/METER**2; LONGWAVE RAD. INTEGRATED SPEC.PER
  0;   14;      3;      3;       -2048;   12; JOULES/METER**2; SHORTWAVE RAD. INTEGRATED 24 HOUR
  0;   14;      4;      3;       -2048;   12; JOULES/METER**2; SHORTWAVE RAD. INTEGRATED SPEC PE
  0;   14;     11;      3;       -2048;   12; JOULES/METER**2; NET LONGWAVE RAD. INTEG. 24 HOURS
  0;   14;     12;      3;       -2048;   12; JOULES/METER**2; NET LONGWAVE RAD. INT SPEC PERIOD
  0;   14;     13;      3;       -2048;   12; JOULES/METER**2; NET SHORTWAVE RAD. INTEG 24 HOURS
  0;   14;     14;      3;       -2048;   12; JOULES/METER**2; NET SHORTWAVE RAD. INTEG SPEC PER
  0;   14;     15;      4;      -16384;   15; JOULES/METER**2; NET RAD INTEGRATED OVER 24 HOURS
  0;   14;     16;      4;      -16384;   15; JOULES/METER**2; NET RADIATION INTEG OVR PD SPECIF
  0;   14;     17;      3;       -2048;   12; WATTS/METER**2; INSTANTANEOUS LONG WAVE RADIATION
  0;   14;     18;      3;       -2048;   12; WATTS/METER**2; INSTANTANEOUS SHORT WAVE RADIATIO
  0;   14;     19;      0;           0;    7;            %; SURFACE ALBEDO
  0;   14;     20;      4;           0;   15; JOULES/METER**2; GLOBAL SOLAR RAD INTEG OVER  24 H
  0;   14;     21;      4;           0;   15; JOULES/METER**2; GLOBAL RADIATION INTEG OVER PD SP
  0;   14;     22;      4;           0;   15; JOULES/METER**2; DIFFUSE SOLAR RAD INTEG OVER  24
  0;   14;     23;      4;           0;   15; JOULES/METER**2; DIFFUSE SOLAR RAD INTEG OVER PD S
  0;   14;     24;      4;           0;   15; JOULES/METER**2; DIRECT SOLAR RAD INTEG OVER  24 H
  0;   14;     25;      4;           0;   15; JOULES/METER**2; DIRECT SOLAR RAD INTEG OVER PD SP
  0;   14;     31;      0;           0;   11;      MINUTES; TOTAL SUNSHINE
  0;   14;     32;      0;           0;   10;        HOURS; TOTAL SUNSHINE
  0;   14;     33;      0;           0;    9;            %; TOTAL SUNSHINE(PERCENTAGE)
  0;   14;     41;      0;           0;    7;            %; SHORT WAVE ALBEDO
  0;   14;     42;      0;           0;    7;            %; BI-DIRECTIONAL REFLECTANCE
  0;   14;    200;      0;           0;    7;            %; PERCENT OF POSSIBLE SUNSHINE
  0;   15;      1;      0;           0;   10;       DOBSON; UNITS    OZONE
  0;   15;      2;      2;           0;   10;      NUMERIC; AIR-MASS (SLANT PATH AT 22KM)
  0;   15;     11;      3;       14000;   12;     LOG/M**2; LOG_E OF INTEGRATED ELECTRON DENS
  0;   19;      1;      0;           0;    6;   CODE_TABLE; TYPE OF SYNOPTIC FEATURE
  0;   19;      2;      2;           0;   12;       METERS; EFFECTIVE RADIUS OF FEATURE
  0;   19;      3;      0;           0;    8; METERS/SECOND; WIND SPEED THRESHOLD
  0;   19;      4;      2;           0;   12;       METERS; EFF RAD OF FEAT W/RESP TO WINDS A
  0;   19;      5;      0;           0;    9;          DEG; TRUE        DIRECTION OF MOTION OF FEATURE
  0;   19;      6;      2;           0;   14; METERS/SECOND; SPEED OF MOTION OF FEATURE
  0;   19;      7;      3;           0;   12;       METERS; EFFECTIVE RADIUS OF FEATURE
  0;   19;      8;      0;           0;    3;   CODE_TABLE; VERTICAL EXTENT OF CIRCULATION
  0;   19;      9;      3;           0;   12;       METERS; EFF. RAD. W/RESPECT TO FFF ABV TH
  0;   20;      1;      1;           0;   13;       METERS; HORIZONTAL VISIBILITY
  0;   20;      2;      1;           0;    7;       METERS; VERTICAL VISIBILITY
  0;   20;      3;      0;           0;    9;   CODE_TABLE; PRESENT WEATHER
  0;   20;      4;      0;           0;    5;   CODE_TABLE; PAST WEATHER (1)
  0;   20;      5;      0;           0;    5;   CODE_TABLE; PAST WEATHER (2)
  0;   20;      9;      1;         -40;   11;       METERS; CEILING
  0;   20;     10;      0;           0;    7;            %; CLOUD COVER (TOTAL)
  0;   20;     11;      0;           0;    4;   CODE_TABLE; CLOUD AMOUNT
  0;   20;     12;      0;           0;    6;   CODE_TABLE; CLOUD TYPE
  0;   20;     13;      1;         -40;   11;       METERS; HEIGHT OF BASE OF CLOUD
  0;   20;     14;      1;         -40;   11;       METERS; HEIGHT OF TOP OF CLOUD
  0;   20;     15;      1;           0;   14;      PASCALS; PRESSURE AT THE BASE OF CLOUD
  0;   20;     16;      1;           0;   14;      PASCALS; PRESSURE AT THE TOP OF CLOUD
  0;   20;     17;      0;           0;    4;   CODE_TABLE; CLOUD TOP DESCRIPTION
  0;   20;     18;      1;          40;   11;       METERS; LOWEST HGT OF CLD TOP
  0;   20;     19;      1;          40;   11;       METERS; HIGHEST HGT OF CLD TOP
  0;   20;     20;      0;           0;    4; CODE_TABLE(02001LOW; CLOUD AMOUNT
  0;   20;     21;      0;           0;    4; CODE_TABLE(02001MIDDLE; CLOUD AMOUNT
  0;   20;     22;      0;           0;    4; CODE_TABLE(02001HIGH; CLOUD AMOUNT
  0;   20;     23;      0;           0;    7;            %; SATELLITE SENSED EFF CLOUD AMOUNT
  0;   20;     31;      2;           0;    7;       METERS; ICE DEPOSIT (THICKNESS)
  0;   20;     32;      0;           0;    3;   CODE_TABLE; RATE OF ICE ACCRETION
  0;   20;     33;      0;           0;    4;   FLAG_TABLE; CAUSE OF ICE ACCRETION
  0;   20;     34;      0;           0;    5;   CODE_TABLE; SEA ICE CONCENTRATION
  0;   20;     35;      0;           0;    4;   CODE_TABLE; AMOUNT AND TYPE OF ICE
  0;   20;     36;      0;           0;    5;   CODE_TABLE; ICE SITUATION
  0;   20;     37;      0;           0;    5;   CODE_TABLE; ICE DEVELOPMENT
  0;   20;     38;      0;           0;   12; DEGREES_TRUE; BEARING OF ICE EDGE
  0;   20;     39;      1;           0;   13;       METERS; ICE DISTANCE
  0;   20;     41;      0;           0;    4;   CODE_TABLE; AIRFRAME ICING
  0;   20;     51;      0;           0;    7;            %; AMOUNT OF LOW CLOUDS
  0;   20;     52;      0;           0;    7;            %; AMOUNT OF MIDDLE CLOUDS
  0;   20;     53;      0;           0;    7;            %; AMOUNT OF HIGH CLOUDS
  0;   20;     61;      0;           0;   12;       METERS; RUNWAY VISUAL RANGE (RVR)
  0;   20;     62;      0;           0;    5;   CODE_TABLE; STATE OF GROUND(W /WO SNOW)
  0;   20;     63;      0;           0;   10;   CODE_TABLE; SPECIAL PHENOMENA
  0;   20;    192;      0;           0;    7;   CODE_TABLE; VISIBILITY TOWARDS SEA(WMO TABLE
  0;   20;    200;      0;           0;    7;            %; MEAN CLD COVER (OPAQUE) PAST 12 H
  0;   21;      1;      0;         -64;    7;           DB; HORIZONTAL REFLECTIVITY
  0;   21;      2;      0;         -64;    7;           DB; VERTICAL REFLECTIVITY
  0;   21;      3;      1;          -5;    7;           DB; DIFFERENTIAL REFLECTIVITY
  0;   21;      5;      0;         -65;    6;           DB; LINEAR DEPOLARIZATION RATIO
  0;   21;      6;      0;         -65;    6;           DB; CIRCULAR DEPOLARIZATION RATIO
  0;   21;     11;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN X DIRECT
  0;   21;     12;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN Y DIRECT
  0;   21;     13;      0;        -128;    8; METERS/SECOND; DOPPLER MEAN VELOCITY IN Z DIRECT
  0;   21;     14;      1;       -4096;   13; METERS/SECOND; DOPPLER MEAN VELOCITY (RADIAL)
  0;   21;     17;      1;           0;    8; METERS/SECOND; DOPPLER VELOCITY SPECTRAL WIDTH
  0;   21;     21;      3;           0;    4;       METERS; ECHO TOPS
  0;   21;     30;      0;         -32;    8;           DB; SIGNAL TO NOISE RATIO
  0;   21;     31;      0;           0;    7; KILOGRAMS/METER*VERT.; INTEGRATED LIQ. WATER CONTE
  0;   21;     36;      7;           0;   12; METERS/SECOND; RADAR RAINFALL INTENSITY
  0;   21;     41;      2;           0;    8;       METERS; BRIGHT BAND HEIGHT
  0;   21;     51;      0;        -256;    8;           DB; SIGNAL POWER ABOVE 1MW
  0;   21;     62;      2;       -5000;   13;     DECIBELS; BACKSCATTER
  0;   21;     63;      0;           0;    7;            %; NOISE FIGURE
  0;   21;     64;      0;           0;   10;      NUMERIC; CLUTTER NOISE ESTIMATE
  0;   21;     65;      0;        -127;    8;      NUMERIC; MISSING PACKET COUNTER
  0;   21;     66;      0;           0;   12;   FLAG_TABLE; WAVE SCATTEROMETER PRODUCT CONFID
  0;   21;     67;      0;           0;   12;   FLAG_TABLE; WIND SCATTEROMETER PRODUCT CONFID
  0;   21;     68;      0;           0;    8;   FLAG_TABLE; RADAR ALTIMETER PRODUCT CONFIDENC
  0;   21;     69;      0;           0;    7;   FLAG_TABLE; ATSR SEA SFC TEMP QUAL ANALYSIS T
  0;   21;     70;      0;           0;   15;   FLAG_TABLE; REPROCESSED WIND SCATTEROMETER PR
  0;   21;     71;      0;           0;   16;      NUMERIC; PEAKINESS
  0;   21;     72;      0;           0;    4;   FLAG_TABLE; SATELLITE ALTIMETER CALIBRATION S
  0;   21;     73;      0;           0;    9;   FLAG_TABLE; SATELLITE ALTIMETER INSTRUMENT MO
  0;   21;     74;      2;        -512;   10; DEGREES_KELVIN; MULTI/SINGLE VIEW DIFFERENCE
  0;   21;     75;      0;           0;    8;      NUMERIC; SPECTRAL INTENSITY
  0;   21;     76;      0;           0;    3;   CODE_TABLE; REPRESENTATION OF INTENSITIES
  0;   21;     77;      3;           0;   14;       METERS; ALTITUDE CORRECTION (IONOSPHERE)
  0;   21;     78;      3;           0;    9;       METERS; ALTITUDE CORRECTION (DRY TROPOSPH
  0;   21;     79;      3;        2000;   10;       METERS; ALTITUDE CORRECTION (WET TROPOSPH
  0;   21;     80;      3;           0;   11;       METERS; ALTITUDE CORRECTION (CALIB. CONST
  0;   21;     81;      3;           0;   10;       METERS; OPEN LOOP CORRECTION (HGT-TIME LO
  0;   21;     82;      3;       -3000;   14;     DECIBELS; OPEN LOOP CORRECTION (AUTO GAIN C
  0;   21;     83;      0;           0;    7;            %; AMBIGUITY REMOVAL CONFIDENCE
  0;   21;     84;      0;           0;    3;   CODE_TABLE; ATSR SEA SFC TEMP QUALITY SUMMARY
  0;   21;     85;      0;           0;    4;      NUMERIC; ATSR SEA SFC TEMP ACROSS TRACK BA
  0;   21;    192;      0;           0;    7;           DB; SPECTRAL PEAK POWER 0TH MOMENT
  0;   21;    193;      1;       -4096;   13; METERS/SECOND; SPECTRAL PEAK POWER 1ST MOMENT
  0;   21;    194;      1;           0;    8; METERS/SECOND; SPECTRAL PEAK POWER 2ND MOMENT
  0;   22;      1;      0;           0;    9; DEGREES_TRUE; DIRECTION OF WAVES
  0;   22;      2;      0;           0;    9; DEGREES_TRUE; DIRECTION OF WIND WAVES
  0;   22;      3;      0;           0;    9; DEGREES_TRUE; DIRECTION OF SWELL WAVES
  0;   22;      4;      0;           0;    9; DEGREES_TRUE; DIRECTION OF CURRENT WAVES
  0;   22;     11;      0;           0;    6;      SECONDS; PERIOD OF WAVES
  0;   22;     12;      0;           0;    6;      SECONDS; PERIOD OF WIND WAVES
  0;   22;     13;      0;           0;    6;      SECONDS; PERIOD OF SWELL WAVES
  0;   22;     21;      1;           0;   10;       METERS; HEIGHT OF WAVES
  0;   22;     22;      1;           0;   10;       METERS; HEIGHT OF WIND WAVES
  0;   22;     23;      1;           0;   10;       METERS; HEIGHT OF SWELL WAVES
  0;   22;     25;      2;           0;   10;       METERS; STANDARD DEVIATION WAVE
  0;   22;     26;      2;           0;   10;       METERS; STANDARD DEVIATION SIG WAVE HEIGH
  0;   22;     31;      2;           0;   13; METERS/SECOND; SPEED OF CURRENT
  0;   22;     37;      3;      -10000;   15;       METERS; TIDAL ELEV WITH RESPECT TO LAND D
  0;   22;     38;      3;      -10000;   15;       METERS; TIDAL ELEV WITH RESPECT TO CHART
  0;   22;     39;      3;       -5000;   12;       METERS; MET RESIDUAL TIDAL ELEV (SURGE OR
  0;   22;     41;      1;           0;   12; DEGREES_KELVIN; SEA SFC TEM (15 DAY RUNNING MEAN)
  0;   22;     42;      1;           0;   12; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;     43;      2;           0;   15; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;     44;      1;           0;   14; METERS/SECOND; SOUND VELOCITY
  0;   22;     50;      2;           0;    8;            K; STD DEV SEA-SURFACE TEMPERATURE
  0;   22;     61;      0;           0;    4;   CODE_TABLE; STATE OF SEA
  0;   22;     62;      2;           0;   12;   PARTS/1000; SALINITY
  0;   22;     63;      0;           0;   14;       METERS; TOTAL WATER DEPTH
  0;   22;    105;      1;           0;    6; DEGREES_TRUE; DIRECTION OF WAVES
  0;   22;    143;      2;        2650;   13; DEGREES_KELVIN; SEA TEMPERATURE
  0;   22;    192;      0;           0;    4;   CODE_TABLE; TIDE INDICATOR
  0;   22;    193;      1;           0;   10;       METERS; ABS VALUE DEPT OF TIDE FROM PRED
  0;   22;    194;      3;        -305;   12;       METERS; DEPT OF TIDE FROM MEAN LOWER LOW
  0;   23;      1;      0;           0;    3;   CODE_TABLE; ACCIDENT EARLY NOTIFICATION ART.A
  0;   23;      2;      0;           0;    5;   CODE_TABLE; ACTIVITY OR FACILITY INVOLVED IN
  0;   23;      3;      0;           0;    3;   CODE_TABLE; TYPE OF RELEASE
  0;   23;      4;      0;           0;    3;   CODE_TABLE; COUNTERMEASURES TAKEN NR BORDER
  0;   23;      5;      0;           0;    2;   CODE_TABLE; CAUSE  OF INCIDENT
  0;   23;      6;      0;           0;    3;   CODE_TABLE; INCIDENT SITUATION
  0;   23;      7;      0;           0;    3;   CODE_TABLE; CHARACTERISTIC OF RELEASE
  0;   23;      8;      0;           0;    2;   CODE_TABLE; STATE OF CURRENT RELEASE
  0;   23;      9;      0;           0;    2;   CODE_TABLE; STATE OF EXPECTED RELEASE
  0;   23;     16;      0;           0;    2;   CODE_TABLE; POSS. OF SIG CHEM.TOXIC HEALTH EF
  0;   23;     17;      6;           0;   20; METER**3/SECOND; FLOW DISCHARGE OF MAJ. RECIPIENT
  0;   23;     18;      0;           0;    3;   CODE_TABLE; RELEASE BEHAVIOR OVER TIME
  0;   23;     19;      0;      -15000;   17;       METERS; ACTUAL RELEASE HEIGHT
  0;   23;     21;      0;      -15000;   17;       METERS; EFFECTIVE RELEASE HEIGHT
  0;   23;     22;      0;           0;   24;       METERS; DIST. OF REL PT OR SITE OF INCIDE
  0;   23;     23;      1;           0;   12; METERS/SECOND; MAIN TRANSPORT SPEED IN ATMOSPHER
  0;   23;     24;      2;           0;   13; METERS/SECOND; MAIN TRANSPORT SPEED IN WATER
  0;   23;     25;      2;           0;   13; METERS/SECOND; MAIN TRANSPORT SPEED IN GROUND WA
  0;   23;     27;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN ATMOSPHERE
  0;   23;     28;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN WATER
  0;   23;     29;      0;           0;    9; DEGREES_TRUE; MAIN TRANSPORT DIR IN GROUND WATE
  0;   23;     31;      0;           0;    2;   CODE_TABLE; POSS PLUME/PRECIP ENCOUNTER
  0;   23;     32;      0;           0;    2;   CODE_TABLE; PLUME ENCOUNTER DIR/SPD CHANGE
  0;   24;      1;      1;           0;   28;           BQ; EST. OF RADIOACTIVITY REL.TO SPEC
  0;   24;      2;      1;           0;   28;           BQ; EST MAXIMUM POTENTIAL RELEASE
  0;   24;      3;      0;           0;    5;   CODE_TABLE; COMPOSITION OF RELEASE
  0;   24;      4;      0;           0;   16;    CCITT_IA5; ELEMENT NAME
  0;   24;      5;      0;           0;    9;      NUMERIC; ISOTOPE MASS
  0;   24;     11;      2;           0;   32;          MSV; DOSE
  0;   24;     12;      2;           0;   32;          MSV; TRAJ DOSE(DEF LOC & EXP TIME OF A
  0;   24;     13;      2;           0;   32;          MSV; GAMMA DOSE IN AIR ALG MAIN TRAN P
  0;   24;     21;      2;           0;   32;  BQ/METER**3; AIR CONC.(NAMED ISOTOPE INC GROSS
  0;   24;     22;      2;           0;   32;         BQ/L; CONC IN PRECIP(OF NAMED ISOTOPE T
  0;   25;      1;      1;           0;    6;       METERS; RANGE GATE LENGTH
  0;   25;      2;      0;           0;    4;      NUMERIC; NR OF GATES AVERAGED
  0;   25;      3;      0;           0;    8;      NUMERIC; NR. OF INTEGRATED PULSES
  0;   25;      4;      0;           0;    2;   CODE_TABLE; ECHO PROCESSING
  0;   25;      5;      0;           0;    2;   CODE_TABLE; ECHO INTEGRATION
  0;   25;      6;      0;           0;    3;   CODE_TABLE; Z TO R CONVERSION
  0;   25;      7;      0;           0;   12;      NUMERIC; Z TO R CONVERSION FACTOR
  0;   25;      8;      2;           0;    9;      NUMERIC; Z TO R CONVERSION EXPONENT
  0;   25;      9;      0;           0;    4;   FLAG_TABLE; CALIBRATION METHOD
  0;   25;     10;      0;           0;    4;   CODE_TABLE; CLUTTER TREATMENT
  0;   25;     11;      0;           0;    2;   CODE_TABLE; GND. OCCULTATION CORR. (SCREENING
  0;   25;     12;      0;           0;    2;   CODE_TABLE; RANGE ATTENUATION CORRECTION
  0;   25;     13;      0;           0;    2;   FLAG_TABLE; BRIGHT BAND CORRECTION
  0;   25;     15;      0;           0;    2;   FLAG_TABLE; RADOME ATTENUATION CORRECTION
  0;   25;     16;      5;           0;    6;     DB/METER; CLEAR AIR ATTENUATION CORRECTION
  0;   25;     17;      0;           0;    2;   FLAG_TABLE; PRECIPITATION ATTENUATION CORRECT
  0;   25;     18;      7;           0;    6;      NUMERIC; A TO Z LAW FOR ATTENUATION FACTOR
  0;   25;     19;      2;           0;    7;      NUMERIC; A TO Z LAW FOR ATTENUATION EXPONE
  0;   25;     20;      0;           0;    2;   CODE_TABLE; MEAN SPEED ESTIMATION
  0;   25;     21;      0;           0;    8;   FLAG_TABLE; WIND COMPUTATION ENHANCEMENT
  0;   25;     30;      0;           0;    2;   CODE_TABLE; SST USAGE
  0;   25;     31;      0;           0;    2;   CODE_TABLE; 15 DAY SST AVAILABILITY
  0;   25;     32;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER HIGH/LOW MODE
  0;   25;     33;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER SUBMODE
  0;   25;     34;      0;           0;    4;   CODE_TABLE; NOAA WIND PROFILER Q/C TEST RESUL
  0;   25;     35;      0;           0;    3;   CODE_TABLE; FIRST GUESS ADJUSTMENT
  0;   25;     36;      3;       -5000;   14;      NUMERIC; NSTAR AVERAGE VALUE
  0;   25;     37;      0;           0;    2;   CODE_TABLE; HIRS-8 SFC AIR TEMP
  0;   25;     38;      0;           0;    3;   CODE_TABLE; TOVS FILTER FLAGS
  0;   25;    202;      0;           0;    4;   FLAG_TABLE; TEMPERATURE CHANNEL SELECTION FLA
  0;   25;    204;      0;           0;    8;   FLAG_TABLE; MATCHUP QUALITY TEST FLAGS
  0;   25;    205;      0;           0;    8;   FLAG_TABLE; RETRIEVAL/DPI QUALITY TEST FLAGS
  0;   25;    209;      3;           0;   12; DECIMAL_HOURS; DPI TIME DIFFERENCE (READ AS MINU
  0;   25;    210;      3;           0;   19;       METERS; DPI DISTANCE
  0;   25;    211;      3;           0;   12; DECIMAL_HOURS; QUANTITATIVE RETRIEVAL TIME DIFFE
  0;   25;    212;      3;           0;   19;       METERS; QUANTITATIVE RETRIEVAL DISTANCE
  0;   26;      1;      1;           0;   12;         HOUR; PCPL TIME OF DAILY RDG IN UTC MAX
  0;   26;      2;      1;           0;   12;         HOUR; PCPL TIME OF DAILY RDG IN UTC MIN
  0;   26;     31;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR NORTH
  0;   26;     32;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR NORTH
  0;   26;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR IN DIR NORTH
  0;   27;      1;      5;    -9000000;   25;      DEGREES; LATITUDE (HIGH ACCURACY)
  0;   27;      2;      2;       -9000;   15;      DEGREES; LATITUDE (COARSE ACCURACY)
  0;   27;      3;      2;       -9000;   15;      DEGREES; ALTERNATE LATITUDE
  0;   27;     20;      0;           0;   16;      NUMERIC; SATELLITE LOCATION COUNTER
  0;   27;     21;      0;           0;   16;      NUMERIC; SATELLITE SUB-LOCATION DIMENSIONS
  0;   27;     31;      2;  -107341824;   31;       METERS; DIST FM EARTH CENTER IN DIR 0 DEG
  0;   27;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR N DIR 0 DEG
  0;   28;      1;      5;   -18000000;   26;      DEGREES; LONGITUDE (HIGH ACCURACY)
  0;   28;      2;      2;      -18000;   16;      DEGREES; LONGITUDE (COARSE ACCURACY)
  0;   28;      3;      2;      -18000;   16;      DEGREES; ALTERNATE LONGITUDE
  0;   28;     31;      2;  -107341824;   31;       METERS; DIST FMEARTH CENTER IN DIR 90 DEG
  0;   28;     41;      5;  -107341824;   31; METERS/SECOND; VEL W/RESP EARTH CTR IN DIR 90 DE
  0;   29;      1;      0;           0;    3;   CODE_TABLE; PROJECTION TYPE
  0;   29;      2;      0;           0;    3;   CODE_TABLE; COORDINATE GRID TYPE
  0;   30;      1;      0;           0;    4;      NUMERIC; PIXEL VALUE (4 BITS)
  0;   30;     21;      0;           0;   12;      NUMERIC; NUMBER OF PIXELS PER ROW
  0;   30;     22;      0;           0;   12;      NUMERIC; NUMBER OF PIXELS PER COLUMN
  0;   30;     31;      0;           0;    4;   CODE_TABLE; PICTURE TYPE
  0;   30;     32;      0;           0;   16;   FLAG_TABLE; COMBINED PICTURE
  0;   31;      0;      0;           0;    1;   FLAG_TABLE; DELAYED REPLICATION SWITCH
  0;   31;      1;      0;           0;    8;      NUMERIC; DELAYED DESCRIPTOR REPLICATION FA
  0;   31;      2;      0;           0;   16;      NUMERIC; EXT DELAYED DESCRIPTOR REPLICAT.
  0;   31;     11;      0;           0;    8;      NUMERIC; DELAYED DESC. & DATA REPITIT. FAC
  0;   31;     12;      0;           0;   16;      NUMERIC; EXT DELAYED DESC. & DATA REPITIT.
  0;   31;     21;      0;           0;    6;   CODE_TABLE; ASSOCIATED FIELD SIGNIFICANCE
  0;   31;     31;      0;           0;    1;   FLAG_TABLE; DATA PRESENT INDICATOR
  0;   31;    192;      0;           0;    9;   CODE_TABLE; NOAA WIND PROFILER HIGH/LOW MODE
  0;   31;    193;      0;           0;    2;   CODE_TABLE; NOAA WIND PROFILER SUBMODE
  0;   31;    194;      0;           0;    4;   CODE_TABLE; NOAA WIND PROFILER Q/C TEST RESUL
  0;   33;      2;      0;           0;    2;   CODE_TABLE; QUALITY INFORMATION
  0;   33;      3;      0;           0;    3;   CODE_TABLE; QUALITY INFORMATION
  0;   33;      4;      0;           0;    7;            %; % CONFIDENCE
  0;   33;    216;      0;           0;    4;   CODE_TABLE; SWQM SATELLITE WIND QUALITY MARK
  0;   50;      1;      0;           0;   17;      NUMERIC; REPORT SEQUENCE NUMBER
  0;   50;     20;      0;           0;    4;   CODE_TABLE; DATA QUALITY INDICATOR
  0;   55;      6;      0;           0;   10;   CODE_TABLE; NMC REPORT TYPE
  0;   58;      1;      0;           0;   48;    CCITT_IA5; BULLETIN HEADING
  0;   58;      2;      0;           0;   80;    CCITT_IA5; AIRCRAFT TYPE
  0;   58;      3;      0;        -400;   17;          GPM; ICING BASE
  0;   58;      4;      0;        -400;   17;          GPM; ICING TOP
  0;   58;      5;      0;           0;  224;    CCITT_IA5; COMPLETE BULLETIN HEADER
  0;   58;      6;      0;           0;   64;    CCITT_IA5; BULTIM BULLETIN HEADER DATE/TIME DATA
  0;   58;      7;      0;           0;   24;    CCITT_IA5; BBB WMO BBB INDICATOR
  0;   60;      1;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      2;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      3;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .01 INCH PAS
  0;   60;      4;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      5;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      6;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .10 INCH PAS
  0;   60;      7;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;      8;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;      9;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .25 INCH PAS
  0;   60;     10;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     11;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     12;      0;           0;    7;            %; PROB. OF LIQ PCPN GE .50 INCH PAS
  0;   60;     13;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     14;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     15;      0;           0;    7;            %; PROB. OF LIQ PCP GE 1.00 INCH PAS
  0;   60;     16;      0;           0;    7;            %; PROB. OF LIQ PCP GE 2.00 INCH PAS
  0;   60;     17;      0;           0;    7;            %; PROB. OF LIQ PCP GE 2.00 INCH PAS
  0;   60;     18;      0;           0;    7;            %; REL FRQ GE .01 LQ EQV PCP PAST 12
  0;   60;     19;      0;           0;    7;            %; REL FRQ GE .01 LQ EQV PCP PAST 24
  0;   60;     20;      0;           0;    7;            %; COND PROB PCP TYPE FREEZING
  0;   60;     21;      0;           0;    7;            %; COND PROB PCP TYPE SNOW
  0;   60;     22;      0;           0;    7;            %; COND PROB PCP TYPE LIQUID
  0;   60;     23;      0;           0;    7;            %; COND PROB PCP TYPE DRIZZLE
  0;   60;     24;      0;           0;    7;            %; COND PROB PCP TYPE CONTINUOUS
  0;   60;     25;      0;           0;    7;            %; COND PROB PCP TYPE SHOWERS
  0;   60;     26;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 6HRS
  0;   60;     27;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 12HRS
  0;   60;     28;      0;           0;    7;            %; PROB SNOW AMT GE TRACE PAST 24HRS
  0;   60;     29;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 6HRS
  0;   60;     30;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 12HRS
  0;   60;     31;      0;           0;    7;            %; PROB SNOW AMT GE 2.0IN PAST 24HRS
  0;   60;     32;      0;           0;    7;            %; PROB SNOW AMT GE 4.0IN PAST 12HRS
  0;   60;     33;      0;           0;    7;            %; PROB SNOW AMT GE 4.0IN PAST 24HRS
  0;   60;     34;      0;           0;    7;            %; PROB SNOW AMT GE 6.0IN PAST 12HRS
  0;   60;     35;      0;           0;    7;            %; PROB SNOW AMT GE 6.0IN PAST 24HRS
  0;   60;     36;      0;           0;    7;            %; COND PROB SNOW PAST 12 HRS
  0;   60;     37;      0;           0;    7;            %; COND REL FRQ PROB SNOW PAST 12 HR
  0;   60;     38;      0;           0;    7;            %; PROB OPAQUE SKY COVER  CLEAR
  0;   60;     39;      0;           0;    7;            %; PROB OPAQUE SKY COVER  SCATTERED
  0;   60;     40;      0;           0;    7;            %; PROB OPAQUE SKY COVER  BROKEN
  0;   60;     41;      0;           0;    7;            %; PROB OPAQUE SKY COVER  OVERCAST
  0;   60;     42;      0;           0;    7;            %; PROB CIG HGT < 200 FT
  0;   60;     43;      0;           0;    7;            %; PROB CIG HGT 200-400 FT
  0;   60;     44;      0;           0;    7;            %; PROB CIG HGT 500-900 FT
  0;   60;     45;      0;           0;    7;            %; PROB CIG HGT 1000-3000 FT
  0;   60;     46;      0;           0;    7;            %; PROB CIG HGT 3100-6500 FT
  0;   60;     47;      0;           0;    7;            %; PROB CIG HGT 6600-12000 FT
  0;   60;     48;      0;           0;    7;            %; PROB CIG HGT GT 12000 FT
  0;   60;     49;      0;           0;    7;            %; PROB VSBY < 0/2 MILES
  0;   60;     50;      0;           0;    7;            %; PROB VSBY < 0/2 - 7/8 MILES
  0;   60;     51;      0;           0;    7;            %; PROB VSBY < 0 - 2 3/4 MILES
  0;   60;     52;      0;           0;    7;            %; PROB VSBY < 3 - 5 MILES
  0;   60;     53;      0;           0;    7;            %; PROB VSBY > 5   MILES
  0;   60;     54;      0;           0;    7;            %; PROB OBS TO VISION  BLOWING PHENO
  0;   60;     55;      0;           0;    7;            %; PROB OBS TO VISION  HAZE
  0;   60;     56;      0;           0;    7;            %; PROB OBS TO VISION  FOG
  0;   60;     57;      0;           0;    7;            %; PROB OBS TO VISION  NONE
  0;   60;     58;      0;           0;    7;            %; PROB TSTM PAST 6 HRS
  0;   60;     59;      0;           0;    7;            %; PROB TSTM PAST 12HRS
  0;   60;     60;      0;           0;    7;            %; PROB TSTM PAST 24HRS
  0;   60;     61;      0;           0;    7;            %; PROB SVR WX PAST 6 HRS
  0;   60;     62;      0;           0;    7;            %; PROB SVR WX PAST 12HRS
  0;   60;     63;      0;           0;    7;            %; PROB SVR WX PAST 24HRS
  0;   60;     64;      0;           0;    7;            %; CLIM AVG CLD COVER (OPAQUE)
  0;   60;     65;      1;           0;   12; METERS/SECOND; CLIMATIC WIND SPEED
  0;   60;     66;      1;           0;   12; DEGREES_KELVIN; CLIMATIC(NORMAL) DAY MAX TEMP
  0;   60;     67;      1;           0;   12; DEGREES_KELVIN; CLIMATIC(NORMAL) NIGHT MIN TEMP
  0;   60;     90;      0;           0;    4;   CODE_TABLE; QUANT PCP FCST (CATEGORIES)
  0;   60;     91;      0;           0;    3;   CODE_TABLE; COND PCP TYPE FCST (CATS)
  0;   60;     92;      0;           0;    3;   CODE_TABLE; COND PCP CHARACTER FCST (CATS)
  0;   60;     93;      0;           0;    3;   CODE_TABLE; QUANT SNOW AMT FCST (CATS)
  0;   60;     94;      0;           0;    4;   CODE_TABLE; CIG HEIGHT FCST (CATS)
  0;   60;     95;      0;           0;    3;   CODE_TABLE; VISIBILITY FCST (CATS)
  0;   60;     96;      0;           0;    3;   CODE_TABLE; OBSTRUCT TO VISION FCST (CATS)
  0;   60;     97;      0;           0;    2;   CODE_TABLE; THUNDERSTORM FCST (CATS)
  0;   60;     98;      0;           0;    2;   CODE_TABLE; SEVERE WEATHER FCST (CATS)
  0;   63;      0;      0;           0;   16;        BYTES; BIT COUNT
  0;   63;    255;      0;           0;    1;      NUMERIC; FILL BIT
grads-2.0.1/data/tables/B3M-000-005-B.new0000644000175000017500000014153007750236075020220 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;  0;   1;    0;           0;   24;   CCITT_IA5; Table A: entry
  0;  0;   2;    0;           0;  256;   CCITT_IA5; Table A: data category description, line 1
  0;  0;   3;    0;           0;  256;   CCITT_IA5; Table A: data category description, line 2
  0;  0;   5;    0;           0;   24;   CCITT_IA5; BUFR edition number
  0;  0;  10;    0;           0;    8;   CCITT_IA5; F descriptor to be added or defined
  0;  0;  11;    0;           0;   16;   CCITT_IA5; X descriptor to be added or defined
  0;  0;  12;    0;           0;   24;   CCITT_IA5; Y descriptor to be added or defined
  0;  0;  13;    0;           0;  256;   CCITT_IA5; Element name, line 1
  0;  0;  14;    0;           0;  256;   CCITT_IA5; Element name, line 2
  0;  0;  15;    0;           0;  192;   CCITT_IA5; Units name
  0;  0;  16;    0;           0;    8;   CCITT_IA5; Units scale sign
  0;  0;  17;    0;           0;   24;   CCITT_IA5; Units scale
  0;  0;  18;    0;           0;    8;   CCITT_IA5; Units reference sign
  0;  0;  19;    0;           0;   80;   CCITT_IA5; Units reference value
  0;  0;  20;    0;           0;   24;   CCITT_IA5; Element data width
  0;  0;  30;    0;           0;   48;   CCITT_IA5; Descriptor defining sequence
  0;  1;   1;    0;           0;    7;     Numeric; WMO block number
  0;  1;   2;    0;           0;   10;     Numeric; WMO station number
  0;  1;   3;    0;           0;    3;     Numeric; WMO region number
  0;  1;   4;    0;           0;    3;     Numeric; WMO region sub-area
  0;  1;   5;    0;           0;   17;     Numeric; Buoy/platform identifier
  0;  1;   6;    0;           0;   64;   CCITT_IA5; Aircraft identifier (flight number)
  0;  1;   7;    0;           0;   10;  Code_Table; Satellite identifier
  0;  1;   8;    0;           0;   64;   CCITT_IA5; Aircraft registration number (tail number)
  0;  1;   9;    0;           0;   64;   CCITT_IA5; Type of commerical aircraft
  0;  1;  10;    0;           0;   64;   CCITT_IA5; Stationary buoy platform identifier
  0;  1;  11;    0;           0;   72;   CCITT_IA5; Ship or mobile land station identifier
  0;  1;  12;    0;           0;    9;    deg_true; Direction of motion of moving observing platform
  0;  1;  13;    0;           0;   10;         m/s; Speed of motion of moving observing platform
  0;  1;  14;    2;           0;   10;         m/s; Platform drift speed (high precision)
  0;  1;  15;    0;           0;  160;   CCITT_IA5; Station or site name
  0;  1;  20;    0;           0;    4;     Numeric; WMO Region sub-area
  0;  1;  21;    0;           0;   14;     Numeric; Synoptic feature identifier
  0;  1;  22;    0;           0;  224;   CCITT_IA5; Name of feature
  0;  1;  25;    0;           0;   24;   CCITT_IA5; Storm identifier
  0;  1;  26;    0;           0;   64;   CCITT_IA5; WMO storm name
  0;  1;  31;    0;           0;   16;  Code_Table; Identification of originating/generating center
  0;  1;  32;    0;           0;    8;  Code_Table; Generating application
  0;  1;  33;    0;           0;    8;  Code_Table; Identification of originating/generating center
  0;  1;  34;    0;           0;    8;  Code_Table; Identification of originating/generating sub-center
  0;  1;  41;    5; -1073741824;   31;         m/s; Absolute platform velocity - first component
  0;  1;  42;    5; -1073741824;   31;         m/s; Absolute platform velocity - second component
  0;  1;  43;    5; -1073741824;   31;         m/s; Absolute platform velocity - third component
  0;  1;  60;    0;           0;   64;   CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;  1;  63;    0;           0;   64;   CCITT_IA5; ICAO location indicator
  0;  1;  64;    0;           0;   32;   CCITT_IA5; Runway designator
  0;  1;  75;    0;           0;   40;   CCITT_IA5; Ride station identification
  0;  2;   1;    0;           0;    2;  Code_Table; Type of station
  0;  2;   2;    0;           0;    4;  Flag_Table; Type of instrumentation for wind measurement
  0;  2;   3;    0;           0;    4;  Code_Table; Type of measuring instrumentation used
  0;  2;   4;    0;           0;    4;  Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;  2;   5;    2;           0;    7;         deg; Precision of temperature observed
  0;  2;  11;    0;           0;    8;  Code_Table; Radiosonde type
  0;  2;  12;    0;           0;    4;  Code_Table; Radiosonde computational method
  0;  2;  13;    0;           0;    4;  Code_Table; Solar and infrared radiation correction
  0;  2;  14;    0;           0;    7;  Code_Table; Tracking technique/status of system
  0;  2;  15;    0;           0;    4;  Code_Table; Radiosonde completeness
  0;  2;  21;    0;           0;    9;  Flag_Table; Satellite instrumentation data used in processing
  0;  2;  22;    0;           0;    8;  Flag_Table; Satellite data processing technique used
  0;  2;  23;    0;           0;    4;  Code_Table; Satellite derived wind computation method
  0;  2;  24;    0;           0;    4;  Code_Table; Integrated mean humidity computational method
  0;  2;  25;    0;           0;   25;  Flag_Table; Satellite channel(s) used in computation
  0;  2;  26;    2;           0;   12;           m; Cross track resolution
  0;  2;  27;    2;           0;   12;           m; Along track resolution
  0;  2;  30;    0;           0;    3;  Code_Table; Method of current measurement
  0;  2;  31;    0;           0;    5;  Code_Table; Duration and time of current measurement
  0;  2;  32;    0;           0;    2;  Code_Table; Indicator for digitization
  0;  2;  33;    0;           0;    3;  Code_Table; Method of salinity/depth measurement
  0;  2;  34;    0;           0;    5;  Code_Table; Drogue type
  0;  2;  35;    0;           0;    9;           m; Cable length
  0;  2;  36;    0;           0;    2;  Code_Table; Buoy type
  0;  2;  37;    0;           0;    3;  Code_Table; Method of tidal observation
  0;  2;  38;    0;           0;    4;  Code_Table; Method of sea-surface temperature measurement
  0;  2;  39;    0;           0;    3;  Code_Table; Method of wet-buld temperature measurement
  0;  2;  40;    0;           0;    4;  Code_Table; Method of removing velocity and motion of platform from current
  0;  2;  41;    0;           0;    6;  Code_Table; Method for estimating reports related to synoptic features
  0;  2;  42;    0;           0;    6;  Code_Table; Method of report construction
  0;  2;  43;    0;           0;    6;  Code_Table; Precision of latitude/longitude report
  0;  2;  44;    0;           0;    4;  Code_Table; Inicator for method of calculating spectral wave data
  0;  2;  45;    0;           0;    4;  Code_Table; Indicator for type of platform
  0;  2;  46;    0;           0;    4;  Code_Table; Wave measurement instrumentation
  0;  2;  48;    0;           0;    4;  Code_Table; Satellite sensor indicator
  0;  2;  49;    0;           0;    8;  Flag_Table; Geostationary satellite data-processing technique used
  0;  2;  50;    0;           0;   20;  Flag_Table; Geostationary sounder satellite channels used
  0;  2;  51;    0;           0;    4;  Code_Table; Indicator ro specify observing method for extreme temperatures
  0;  2;  52;    0;           0;    6;  Flag_Table; Geostationary imager satellite channels used
  0;  2;  53;    0;           0;    4;  Code_Table; GOES-I/M  brightness temperature characteristics
  0;  2;  54;    0;           0;    4;  Code_Table; GOES-I/M  soundings parameter characteristics
  0;  2;  55;    0;           0;    4;  Code_Table; Geostationary soundings statistical parameters
  0;  2;  56;    0;           0;    4;  Code_Table; Geostationary soundings accuracy statistics
  0;  2;  57;    0;           0;    4;  Code_Table; Origin of first guess information for GOES-I/M soundings
  0;  2;  58;    0;           0;    4;  Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;  2;  59;    0;           0;    4;  Code_Table; Origin of analysis information for GOES-I/M soundings
  0;  2;  60;    0;           0;    4;  Code_Table; Origin of surface information for GOES-I/M soundings
  0;  2;  61;    0;           0;    3;  Code_Table; Aircraft navigation system
  0;  2;  62;    0;           0;    4;  Code_Table; Type of aircraft data relay system
  0;  2;  63;    2;      -18000;   16;         deg; Aircraft roll angle
  0;  2;  64;    0;           0;    2;  Code_Table; Aircraft roll angle quality
  0;  2;  65;    0;           0;   40;   CCITT_IA5; ACARS ground receiving station
  0;  2;  70;    0;           0;    4;  Code_Table; Original specification of latitude/longitude
  0;  2; 100;    1;           0;   12;          dB; Radar constant
  0;  2; 101;    0;           0;    4;  Code_Table; Type of antenna
  0;  2; 102;    0;           0;    8;           m; Antenna height above tower
  0;  2; 103;    0;           0;    2;  Flag_Table; Radome
  0;  2; 104;    0;           0;    4;  Code_Table; Antenna polarisation
  0;  2; 105;    0;           0;    6;          dB; Maximum antenna gain
  0;  2; 106;    1;           0;    6;         deg; 3-dB bandwidth
  0;  2; 107;    0;           0;    6;          dB; Sidelobe suppression
  0;  2; 108;    0;           0;    6;          dB; Crosspol discrimination (on axis)
  0;  2; 109;    2;           0;   12;       deg/s; Antenna speed (azimuth)
  0;  2; 110;    2;           0;   12;       deg/s; Antenna speed (elevation)
  0;  2; 111;    1;           0;   10;         deg; Radar incidence angle
  0;  2; 112;    1;           0;   12;         deg; Radar azimuth angle
  0;  2; 113;    0;           0;    4;     Numeric; Number of azimuth looks
  0;  2; 114;    0;           0;   15;        m**2; Antenna effective surface area
  0;  2; 121;   -8;           0;    7;          Hz; Mean frequency
  0;  2; 122;   -6;        -128;    8;          Hz; Frequency agility range
  0;  2; 123;   -4;           0;    7;           W; Peak power
  0;  2; 124;   -1;           0;    7;           W; Average power
  0;  2; 125;   -1;           0;    8;          Hz; Pulse repetition frequency
  0;  2; 126;    7;           0;    6;           s; Pulse width
  0;  2; 127;   -6;           0;    7;          Hz; Receiver intermediate frequency
  0;  2; 128;   -5;           0;    6;          Hz; Intermediate frequency bandwidth
  0;  2; 129;    0;        -150;    5;          dB; Minimum detectable signal
  0;  2; 130;    0;           0;    7;          dB; Dynamic range
  0;  2; 131;    0;           0;    2;  Flag_Table; Sensitivity time control
  0;  2; 132;    2;           0;    6;         deg; Azimuth pointing accuracy
  0;  2; 133;    2;           0;    6;         deg; Elevation pointing accuracy
  0;  2; 134;    2;           0;   16;         deg; Antenna beam azimuth
  0;  2; 135;    2;       -9000;   15;         deg; Antenna elevation
  0;  2; 136;   -3;           0;   16;           m; Range processed by range attenuation correction
  0;  2; 140;    2;           0;    9;         deg; Satellite radar beam azimuth
  0;  2; 141;    0;           0;   24;   CCITT_IA5; Measurement type
  0;  2; 142;    0;           0;   32;   CCITT_IA5; Ozone instrument serial number/identification
  0;  2; 143;    0;           0;    7;  Code_Table; Ozone instrument type
  0;  2; 144;    0;           0;    4;  Code_Table; Light source type for Brewer spectrophotometer
  0;  2; 145;    0;           0;    4;  Code_Table; Wave length setting for Dobson instruments
  0;  2; 146;    0;           0;    4;  Code_Table; Source conditions for Dobson instruments
  0;  4;   1;    0;           0;   12;        Year; Year
  0;  4;   2;    0;           0;    4;          mo; Month
  0;  4;   3;    0;           0;    6;         Day; Day
  0;  4;   4;    0;           0;    5;          hr; Hour
  0;  4;   5;    0;           0;    6;         min; Minute
  0;  4;   6;    0;           0;    6;           s; Second
  0;  4;  11;    0;       -1024;   11;        Year; Time increment
  0;  4;  12;    0;       -1024;   11;          mo; Time increment
  0;  4;  13;    0;       -1024;   11;        Days; Time increment
  0;  4;  14;    0;       -1024;   11;          hr; Time increment
  0;  4;  15;    0;       -2048;   12;         min; Time increment
  0;  4;  16;    0;       -4096;   13;           s; Time increment
  0;  4;  21;    0;       -1024;   11;        Year; Time period or displacement
  0;  4;  22;    0;       -1024;   11;          mo; Time period or displacement
  0;  4;  23;    0;       -1024;   11;        Days; Time period or displacement
  0;  4;  24;    0;       -2048;   12;          hr; Time period or displacement
  0;  4;  25;    0;       -2048;   12;         min; Time period or displacement
  0;  4;  26;    0;       -4096;   13;           s; Time period or displacement
  0;  4;  31;    0;           0;    8;          hr; Duration of time relative to followinG value
  0;  4;  32;    0;           0;    6;      Minute; Duration of time relating to following value
  0;  4;  41;    0;       -1440;   12;      Minute; Time Difference, UTC-LMT
  0;  4;  43;    0;           0;    9;         Day; Day of the year
  0;  4;  53;    0;           0;    6;     Numeric; Number of days with precipition equal to or more than 1mm
  0;  4; 192;    0;           0;    3;  Code_Table; Season
  0;  5;   1;    5;    -9000000;   25;         deg; Latitude (high accuracy)
  0;  5;   2;    2;       -9000;   15;         deg; Latitude (coarse accuracy)
  0;  5;  11;    5;    -9000000;   25;         deg; Latitude increment (high accuracy)
  0;  5;  12;    2;       -9000;   15;         deg; Latitude increment (coarse accuracy)
  0;  5;  21;    2;           0;   16;    deg_true; Bearing or azimuth
  0;  5;  22;    2;           0;   16;    deg_true; Solar azimuth
  0;  5;  30;    0;           0;   12;         deg; Direction (spectral)
  0;  5;  31;    0;           0;   12;     Numeric; Row number
  0;  5;  33;   -1;           0;   16;           m; Pixel size on horizontal - 1
  0;  5;  40;    0;           0;   24;     Numeric; Orbit number
  0;  5;  41;    0;           0;    8;     Numeric; Scan line number
  0;  5;  42;    0;           0;    6;     Numeric; Channel number
  0;  5;  43;    0;           0;    8;     Numeric; Field of view number
  0;  5;  52;    0;           0;    5;     Numeric; Channel number increment
  0;  5;  53;    0;           0;    5;     Numeric; Field of view number increment
  0;  6;   1;    5;   -18000000;   26;         deg; Longitude (high accuracy)
  0;  6;   2;    2;      -18000;   16;         deg; Longitude (coarse accuracy)
  0;  6;  11;    5;   -18000000;   26;         deg; Longitude increment (high accuracy)
  0;  6;  12;    2;      -18000;   16;         deg; Longitude increment (coarse accuracy)
  0;  6;  21;   -1;           0;   13;           m; Distance
  0;  6;  30;    5;           0;   13;       rad/m; Wavenumber (spectral)
  0;  6;  31;    0;           0;   12;     Numeric; Column number
  0;  6;  33;   -1;           0;   16;           m; Pixel size on horizontal - 2
  0;  7;   1;    0;        -400;   15;           m; Height of station
  0;  7;   2;   -1;         -40;   16;           m; Height or altitude
  0;  7;   3;   -1;        -400;   17;   m**2/s**2; Geopotential
  0;  7;   4;   -1;           0;   14;          Pa; Pressure
  0;  7;   5;    0;        -400;   12;           m; Height increment
  0;  7;   6;    0;           0;   15;           m; Height above station
  0;  7;   7;    0;       -1000;   17;           m; Height
  0;  7;   8;    0;      -10000;   20;   m**2/s**2; Geopotential
  0;  7;  21;    2;       -9000;   15;         deg; Elevation
  0;  7;  22;    2;       -9000;   15;         deg; Solar elevation
  0;  7;  24;    2;       -9000;   15;         deg; Satellite zenith angle
  0;  7;  61;    2;           0;   14;           m; Depth below land surface
  0;  7;  62;    1;           0;   17;           m; Depth below sea/water surface
  0;  7; 190;    0;           0;   12;           m; Height increment
  0;  8;   1;    0;           0;    7;  Flag_Table; Vertical sounding significance
  0;  8;   2;    0;           0;    6;  Code_Table; Vertical significance (surface observations)
  0;  8;   3;    0;           0;    6;  Code_Table; Vertical significance (satellite observations)
  0;  8;   4;    0;           0;    3;  Code_Table; Phase of aircraft flight
  0;  8;   5;    0;           0;    4;  Code_Table; Meteorological attribute significance
  0;  8;   7;    0;           0;    4;  Code_Table; Dimensional significance
  0;  8;  11;    0;           0;    6;  Code_Table; Meteorological feature
  0;  8;  12;    0;           0;    2;  Code_Table; land/sea qualifier
  0;  8;  13;    0;           0;    2;  Code_Table; Day/night qualifier
  0;  8;  14;    0;           0;    4;  Code_Table; Qualification for runway visual range
  0;  8;  16;    0;           0;    3;  Code_Table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;  8;  17;    0;           0;    2;  Code_Table; Qualifier of the time when the forecast change is expected
  0;  8;  20;    0;           0;   16;     Numeric; Total number of missing entities (with respect to accumulation or average)
  0;  8;  21;    0;           0;    5;  Code_Table; Time significance
  0;  8;  22;    0;           0;   16;     Numeric; Total number (with respect to accumulation or average)
  0;  8;  23;    0;           0;    6;  Code_Table; First order statistics
  0;  8;  24;    0;           0;    6;  Code_Table; Difference statistics
  0;  8;  25;    0;           0;    4;  Code_Table; Time difference qualifier
  0;  8;  30;    0;           0;   13;     Numeric; Manual on Codes
  0;  8;  51;    0;           0;    3;  Code_Table; Qualifier for number of missing values in calculation of statistic
  0;  8;  52;    0;           0;    5;  Code_Table; Condition for which number of days of occurance follows
  0;  8;  53;    0;           0;    2;  Code_Table; Day of occurance qualifier
  0;  8;  60;    0;           0;    4;  Code_Table; Sample scanning mode significance
  0; 10;   1;    0;        -400;   15;           m; Height of land surface
  0; 10;   2;   -1;         -40;   16;           m; Height
  0; 10;   3;   -1;        -400;   17;   m**2/s**2; Geopotential
  0; 10;   4;   -1;           0;   14;          Pa; Pressure
  0; 10;   7;    0;       -1000;   17;           m; Height
  0; 10;   8;    0;      -10000;   20;   m**2/s**2; Geopotential
  0; 10;  31;    2; -1073741824;   31;           m; In direction of the North Pole, distance from the Earth's centre
  0; 10;  50;    2;           0;   16;           m; Standard deviation altitude
  0; 10;  51;   -1;           0;   14;          Pa; Pressure reduced to mean sea level
  0; 10;  52;   -1;           0;   14;          Pa; Altimeter setting (QNH)
  0; 10;  60;   -1;       -1024;   11;          Pa; Pressure change
  0; 10;  61;   -1;        -500;   10;          Pa; 3 hour pressure change
  0; 10;  62;   -1;       -1000;   11;          Pa; 24 hour pressure change
  0; 10;  63;    0;           0;    4;  Code_Table; Characteristic of pressure tendency
  0; 10;  70;    0;        -400;   16;           m; Indicated aircraft altitude
  0; 11;   1;    0;           0;    9;    deg_true; Wind direction
  0; 11;   2;    1;           0;   12;         m/s; Wind speed
  0; 11;   3;    1;       -4096;   13;         m/s; U-component
  0; 11;   4;    1;       -4096;   13;         m/s; V-component
  0; 11;   5;    1;        -512;   10;        Pa/s; W-component
  0; 11;   6;    2;       -4096;   13;         m/s; W-component
  0; 11;  11;    0;           0;    9;    deg_true; Wind direction at 10 m
  0; 11;  12;    1;           0;   12;         m/s; Wind speed at 10 m
  0; 11;  13;    0;           0;    9;    deg_true; Wind direction at 5 m
  0; 11;  14;    1;           0;   12;         m/s; Wind speed at 5 m
  0; 11;  16;    0;           0;    9;    deg_true; Extreme counterclockwise wind direction of a variable wind
  0; 11;  17;    0;           0;    9;    deg_true; Extreme clockwise wind direction of a variable wind
  0; 11;  21;    9;      -65536;   17;       s**-1; Relative vorticity
  0; 11;  22;    9;      -65536;   17;       s**-1; Divergence
  0; 11;  23;   -2;      -65536;   17;      m**2/s; Velocity potential
  0; 11;  31;    0;           0;    4;  Code_Table; Degree of turbulence
  0; 11;  32;   -1;         -40;   16;           m; Height of base of turbulence
  0; 11;  33;   -1;         -40;   16;           m; Height of top of turbulence
  0; 11;  34;    1;       -1024;   11;         m/s; Vertical gust velocity
  0; 11;  35;    2;       -8192;   14;      m/s**2; Vertical gust acceleration
  0; 11;  36;    1;           0;   10;         m/s; Maximum derived equivalent vertical gust speed
  0; 11;  41;    1;           0;   12;         m/s; Maximum wind speed (gusts)
  0; 11;  42;    1;           0;   12;         m/s; Maximum wind speed (10 minute mean wind)
  0; 11;  43;    0;           0;    9;    deg_true; Maximum wind gust direction
  0; 11;  44;    0;           0;    9;    deg_true; Mean wind direction for surface - 1500m
  0; 11;  45;    1;           0;   12;         m/s; Mean wind speed for surface - 1500m
  0; 11;  49;    0;           0;    9;    deg_true; Standard deviation of wind direction
  0; 11;  50;    1;           0;   12;         m/s; Standard deviation horizontal wind speed
  0; 11;  51;    1;           0;    8;         m/s; Standard deviation vertical wind speed
  0; 11;  61;    1;           0;   12;         m/s; Absolute wind shear in 1 kilometer layer below
  0; 11;  62;    1;           0;   12;         m/s; Absolute wind shear in1 kilometer layer above
  0; 11;  70;    0;           0;   32;CCITT_IA5Designator; of the runway affected by wind shear
  0; 11;  71;    3;        -128;   14;  m**2/s**-2; Turbulent vertical momemtum flux
  0; 11;  72;    3;        -128;   11;           K; m/s**-2	Turbulent vertical buouancy flux
  0; 11;  73;    2;       -1024;   13;  m**2/s**-2; Turbulent kinetic energy
  0; 11;  74;    2;       -1024;   10;  m**2/s**-2; Dissipation energy
  0; 11;  75;    2;           0;    8;m**(2/3)/s**-1; Mean turbulence intensity
  0; 11;  76;    2;           0;    8;m**(2/3)/s**-1; Peak turbulence intensity
  0; 12;   1;    1;           0;   12;       deg_K; Temperature/dry bulb temperature
  0; 12;   2;    1;           0;   12;       deg_K; Wet bulb temperature
  0; 12;   3;    1;           0;   12;       deg_K; Dewpoint temperature
  0; 12;   4;    1;           0;   12;       deg_K; Dry bulb temperature at 2 meters
  0; 12;   5;    1;           0;   12;       deg_K; Wet bulb temperature at 2 meters
  0; 12;   6;    1;           0;   12;       deg_K; Dewpoint temperature at 2 meters
  0; 12;   7;    1;           0;   12;       deg_K; Virtual temperature
  0; 12;  11;    1;           0;   12;       deg_K; Maximum temperature
  0; 12;  12;    1;           0;   12;       deg_K; Minimum temperature
  0; 12;  13;    1;           0;   12;       deg_K; Ground minimum temperature past 12 hours
  0; 12;  14;    1;           0;   12;       deg_K; Maximum temperature at 2 meters, past 12 hours
  0; 12;  15;    1;           0;   12;       deg_K; Minimum temperature at 2 meters, past 12 hours
  0; 12;  16;    1;           0;   12;       deg_K; Maximum temperature at 2 meters, past 24 hours
  0; 12;  17;    1;           0;   12;       deg_K; Minimum temperature at 2 meters, past 24 hours
  0; 12;  30;    1;           0;   12;       deg_K; Soil temperature
  0; 12;  51;    1;           0;   10;       deg_K; Standard deviation of temperature
  0; 12;  52;    1;           0;   12;       deg_K; Highest daily mean temperature
  0; 12;  53;    1;           0;   12;       deg_K; Lowest daily mean temperature
  0; 12;  61;    1;           0;   12;       deg_K; Skin temperature
  0; 12;  62;    1;           0;   12;       deg_K; Equivalent black body temperature
  0; 12;  63;    1;           0;   12;       deg_K; Brightness temperature
  0; 13;   1;    5;           0;   14;       kg/kg; Specific humidity
  0; 13;   2;    5;           0;   14;       kg/kg; Mixing ratio
  0; 13;   3;    0;           0;    7;     percent; Relative humidity
  0; 13;   4;   -1;           0;   10;          Pa; Vapor pressure
  0; 13;   5;    3;           0;    7;     kg/m**3; Vapor density
  0; 13;   6;   -1;         -40;   16;           m; Mixing heights
  0; 13;  11;    4;          -1;   14;     kg/m**2; Total precipitation/total water equivalent
  0; 13;  12;    2;          -2;   12;           m; Depth of fresh snow
  0; 13;  13;    2;          -2;   16;           m; Total snow depth
  0; 13;  14;    4;           0;   12;   kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0; 13;  15;    7;           0;   12;         m/s; Snowfall (averaged rate)
  0; 13;  16;    0;           0;    7;     kg/m**2; Precipitable water
  0; 13;  19;    1;          -1;   14;     kg/m**2; Total precipitation past 1 hour
  0; 13;  20;    1;          -1;   14;     kg/m**2; Total precipitation past 3 hours
  0; 13;  21;    1;          -1;   14;     kg/m**2; Total precipitation past 6 hours
  0; 13;  22;    1;          -1;   14;     kg/m**2; Total precipitation past 12 hours
  0; 13;  23;    1;          -1;   14;     kg/m**2; Total precipitation past 24 hours
  0; 13;  31;    0;           0;    7;     kg/m**2; Evapotranspiration
  0; 13;  32;    1;           0;    8;     kg/m**2; Evaporation/evapotranspiration
  0; 13;  33;    1;           0;   10;     kg/m**2; Evaporation/evapotranspiration
  0; 13;  38;    0;           0;    2;  Code_Table; Superadiabatic indicator
  0; 13;  39;    0;           0;    3;  Code_Table; Terrain type (ice/snow)
  0; 13;  41;    0;           0;    4;  Code_Table; Pasquill-Gifford stability category
  0; 13;  42;    0;         -20;    6;       deg_K; Parcel lifted index (to 500 hPa)
  0; 13;  43;    0;         -20;    6;       deg_K; Best lifted index (to 500 hPa)
  0; 13;  51;    0;           0;    4;  Code_Table; Frequency group, precipition
  0; 13;  52;    1;          -1;   14;     kg/m**2; Highest daily amount of precipition
  0; 14;   1;   -3;       -2048;   12; Joules/m**2; Longwave radiation, integrated over 24 hours
  0; 14;   2;   -3;       -2048;   12; Joules/m**2; Longwave radiation, integrated over period specified
  0; 14;   3;   -3;       -2048;   12; Joules/m**2; Shortwave radiation, integrated over 24 hours
  0; 14;   4;   -3;       -2048;   12; Joules/m**2; Shortwave radiation, integrated over period specified
  0; 14;  11;   -3;       -2048;   12; Joules/m**2; Net longwave radiation, integrated over 24 hours
  0; 14;  12;   -3;       -2048;   12; Joules/m**2; Net longwave radiation, integrated over period specified
  0; 14;  13;   -3;       -2048;   12; Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0; 14;  14;   -3;       -2048;   12; Joules/m**2; Net shortwave radiation, integrated over period specified
  0; 14;  15;   -4;      -16384;   15; Joules/m**2; Net radiation, integrated over 24 hours
  0; 14;  16;   -4;      -16384;   15; Joules/m**2; Net radiation, integrated over period specified
  0; 14;  17;   -3;       -2048;   12;      W/m**2; Instantaneous long wave radiation
  0; 14;  18;   -3;       -2048;   12;      W/m**2; Instantaneous short wave radiation
  0; 14;  19;    0;           0;    7;     percent; Surface albedo
  0; 14;  20;   -4;           0;   15; Joules/m**2; Global solar radiation, integrated over 24 hours
  0; 14;  21;   -4;           0;   15; Joules/m**2; Global radiation, integrated over period specified
  0; 14;  22;   -4;           0;   15; Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0; 14;  23;   -4;           0;   15; Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0; 14;  24;   -4;           0;   15; Joules/m**2; Direct solar radiation, integrated over 24 hours
  0; 14;  25;   -4;           0;   15; Joules/m**2; Direct solar radiation, integrated over period specified
  0; 14;  26;    0;           0;    7;     percent; Albedo at the top of clouds
  0; 14;  31;    0;           0;   11;         min; Total sunshine
  0; 14;  32;    0;           0;   10;          hr; Total sunshine
  0; 14;  33;    0;           0;    9;     percent; Total sunshine
  0; 14;  42;    0;           0;    7;     percent; Bi-directional reflectance
  0; 15;   1;    0;           0;   10;      Dobson; units	Ozone
  0; 15;   2;    2;           0;   10;     Numeric; Air mass (slant path at 22km)
  0; 15;  11;    3;       14000;   13; log(1/m**2); Log 10 of integrated electron density
  0; 15;  15;    0;           0;   31;     Numeric; Maximum image spectral composition before normalization
  0; 19;   1;    0;           0;    6;  Code_Table; Type of synoptic features
  0; 19;   2;   -2;           0;   12;           m; Effective radius of feature
  0; 19;   3;    0;           0;    8;         m/s; Wind speed threshold
  0; 19;   4;   -2;           0;   12;           m; Effective radius of feature with respect to wind speeds above threshold
  0; 19;   5;    0;           0;    9;    deg_true; Direction of motion of features
  0; 19;   6;    2;           0;   14;         m/s; Speed of motion of features
  0; 19;   7;   -3;           0;   12;           m; Effective radius of features
  0; 19;   8;    0;           0;    3;  Code_Table; Vertical extent of circulation
  0; 19;   9;   -3;           0;   12;           m; Effective radius with respect to wind speed above threshold (large storms)
  0; 20;   1;   -1;           0;   13;           m; Horizontal visibility
  0; 20;   2;   -1;           0;    7;           m; Vertical visibility
  0; 20;   3;    0;           0;    9;  Code_Table; Present weather
  0; 20;   4;    0;           0;    5;  Code_Table; Past weather (1)
  0; 20;   5;    0;           0;    5;  Code_Table; Past weather (2)
  0; 20;   9;    0;           0;    4;  Code_Table; General Weather Indicator
  0; 20;  10;    0;           0;    7;     percent; Cloud cover (total)
  0; 20;  11;    0;           0;    4;  Code_Table; Cloud amount
  0; 20;  12;    0;           0;    6;  Code_Table; Cloud type
  0; 20;  13;   -1;         -40;   11;           m; Height of base of cloud
  0; 20;  14;   -1;         -40;   11;           m; Height of top of cloud
  0; 20;  15;   -1;           0;   14;          Pa; Pressure at the base of cloud
  0; 20;  16;   -1;           0;   14;          Pa; Pressure at the top of cloud
  0; 20;  17;    0;           0;    4;  Code_Table; Cloud top description
  0; 20;  18;    0;           0;    2;  Code_Table; Tendency of runway visual range
  0; 20;  19;    0;           0;   72;   CCITT_IA5; Significant present or forecast weather
  0; 20;  20;    0;           0;   32;   CCITT_IA5; Significant recent weather phenomena
  0; 20;  31;    2;           0;    7;           m; Ice deposit (thickness)
  0; 20;  32;    0;           0;    3;  Code_Table; Rate of ice accretion
  0; 20;  33;    0;           0;    4;  Flag_Table; Cause of ice accretion
  0; 20;  34;    0;           0;    5;  Code_Table; Sea ice concentration
  0; 20;  35;    0;           0;    4;  Code_Table; Amount and type of ice
  0; 20;  36;    0;           0;    5;  Code_Table; Ice situation
  0; 20;  37;    0;           0;    5;  Code_Table; Ice development
  0; 20;  38;    0;           0;   12;    deg_true; Bearing of ice edge
  0; 20;  39;   -1;           0;   13;           m; Ice distance
  0; 20;  41;    0;           0;    4;  Code_Table; Airframe icing
  0; 20;  51;    0;           0;    7;     percent; Amount of low clouds
  0; 20;  52;    0;           0;    7;     percent; Amount of middle clouds
  0; 20;  53;    0;           0;    7;     percent; Amount of high clouds
  0; 20;  61;    0;           0;   12;           m; Runway visual range (RVR)
  0; 20;  62;    0;           0;    5;  Code_Table; State of the ground(with or without snow)
  0; 20;  63;    0;           0;   10;  Code_Table; Special phenomena
  0; 20;  90;    0;           0;    4;  Code_Table; Special clouds
  0; 21;   1;    0;         -64;    7;          dB; Horizontal reflectivity
  0; 21;   2;    0;         -64;    7;          dB; Vertical reflectivity
  0; 21;   3;    1;          -5;    7;          dB; Differential reflectivity
  0; 21;   5;    0;         -65;    6;          dB; Linear depolarization ratio
  0; 21;   6;    0;         -65;    6;          dB; Circular depolarization ratio
  0; 21;  11;    0;        -128;    8;         m/s; Doppler mean velocity in X direction
  0; 21;  12;    0;        -128;    8;         m/s; Doppler mean velocity in Y direction
  0; 21;  13;    0;        -128;    8;         m/s; Doppler mean velocity in Z direction
  0; 21;  14;    1;       -4096;   13;         m/s; Doppler mean velocity (radiational)
  0; 21;  17;    1;           0;    8;         m/s; Doppler velocity spectral width
  0; 21;  21;   -3;           0;    4;           m; Echo tops
  0; 21;  30;    0;         -32;    8;          dB; Signal to noise ratio
  0; 21;  31;    0;           0;    7;     kg/m**2; Vertical integrated liquid water content
  0; 21;  36;    7;           0;   12;         m/s; Radar rainfall intensity
  0; 21;  41;   -2;           0;    8;           m; Bright band height
  0; 21;  51;    0;        -256;    8;          dB; Signal power above 1 MW
  0; 21;  62;    2;       -5000;   13;    Decibels; Backscatter
  0; 21;  63;    1;           0;   10;     Percent; Radiometric resolution (noise value)
  0; 21;  64;    0;           0;    8;     Numeric; Clutter noise estimate
  0; 21;  65;    0;        -127;    8;     Numeric; Missing packet counter
  0; 21;  66;    0;           0;   12;  Flag_Table; Wave scatterometer product confidence
  0; 21;  67;    0;           0;   13;  Flag_Table; Wind product confidence data
  0; 21;  68;    0;           0;    8;  Flag_Table; Radar altimeter product confidence data
  0; 21;  69;    0;           0;   10;  Flag_Table; SST product confidence data
  0; 21;  71;    0;           0;   16;     Numeric; Peakiness
  0; 21;  72;    0;           0;    4;  Flag_Table; Satellite altimeter calibration status
  0; 21;  73;    0;           0;    9;  Flag_Table; Satellite altimeter instrument mode
  0; 21;  75;    0;           0;    8;     Numeric; Spectral intensity
  0; 21;  76;    0;           0;    3;  Code_Table; Representation of intensities
  0; 21;  77;    3;           0;   14;           m; Altitude correction (ionosphere)
  0; 21;  78;    3;           0;    9;           m; Altitude correction (dry troposphere)
  0; 21;  79;    3;        2000;   10;           m; Altitude correction (wet troposphere)
  0; 21;  80;    3;           0;   11;           m; Altitude correction (calibration constant)
  0; 21;  81;    3;           0;   10;           m; Open loop correction (height-time loop)
  0; 21;  82;    3;       -3000;   14;    Decibels; Open loop correction (auto gain control)
  0; 21;  85;    0;       -3000;    4;     Numeric; ATSR sea surface temperature across-track band number
  0; 22;   1;    0;           0;    9;    deg_true; Direction of waves
  0; 22;   2;    0;           0;    9;    deg_true; Direction of wind waves
  0; 22;   3;    0;           0;    9;    deg_true; Direction of swell waves
  0; 22;   4;    0;           0;    9;    deg_true; Direction of current waves
  0; 22;  11;    0;           0;    6;           s; Period of waves
  0; 22;  12;    0;           0;    6;           s; Period of wind waves
  0; 22;  13;    0;           0;    6;           s; Period of swell waves
  0; 22;  21;    1;           0;   10;           m; Height of waves
  0; 22;  22;    1;           0;   10;           m; Height of wind waves
  0; 22;  23;    1;           0;   10;           m; Height of swell waves
  0; 22;  25;    2;           0;   10;           m; Standard deviation wave
  0; 22;  26;    2;           0;   10;           m; Standard deviation of significant wave height
  0; 22;  31;    2;           0;   13;         m/s; Speed of current
  0; 22;  37;    3;      -10000;   15;           m; Tidal elevation with respect to national chart datum
  0; 22;  38;    3;      -10000;   15;           m; Tidal elevation with respect to local chart datum
  0; 22;  39;    3;       -5000;   12;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  40;    3;       -5000;   14;           m; Meteorological residual tidal elevation (surge or offset)
  0; 22;  41;    1;           0;   12;       deg_K; Sea surface temperature (15 day running mean)
  0; 22;  42;    1;           0;   12;       deg_K; Sea/water temperature
  0; 22;  43;    2;           0;   15;       deg_K; Sea/water temperature
  0; 22;  44;    1;           0;   14;         m/s; Sound velocity
  0; 22;  50;    2;           0;    8;           K; Standard deviation sea surface temperature
  0; 22;  61;    0;           0;    4;  Code_Table; State of sea
  0; 22;  62;    2;           0;   14;         ppt; Salinity
  0; 22;  63;    0;           0;   14;           m; Total water depth
  0; 22;  67;    0;           0;   10;  Code_Table; Instrument type for water temperature profile measurement
  0; 22;  68;    0;           0;    7;  Code_Table; Water temperature profile recorder types
  0; 22;  70;    2;           0;   13;           m; Significant wave height
  0; 22;  71;    1;           0;    9;           s; Spectral peak wave period
  0; 22;  72;    0;           0;   13;           m; Spectral peak wave length
  0; 22;  73;    2;           0;   13;           m; Maximum wave height
  0; 22;  74;    1;           0;    9;           s; Average wave period
  0; 22;  75;    0;           0;   13;           m; Average wave length
  0; 22;  76;    0;           0;    9; Degree_True; Direction from which dominant waves are coming
  0; 22;  77;    0;           0;    9;      Degree; Directional spred of dominant wave
  0; 22;  78;    0;           0;   12;           s; Duration of wave record
  0; 22;  79;    0;           0;   16;           m; Length of wave record
  0; 22;  80;    3;           0;   10;          Hz; Waveband central frequency
  0; 22;  81;    5;           0;   13;       m**-1; Waveband central wave number
  0; 22;  82;    2;           0;   20;      m**2/s; Maximum non-directional spectral wave density
  0; 22;  83;    2;           0;   20;        m**3; Maximum non-directional spectral wave number
  0; 22;  84;    0;           0;    7;     Numeric; Band containing maximum non-directional spectral wave density
  0; 22;  85;    0;           0;    7;     Numeric; Spectral wave density ratio
  0; 22;  86;    0;           0;    9; Degree_True; Mean direction from which waves are coming
  0; 22;  87;    0;           0;    9; Degree_True; Principal direction from which waves are coming
  0; 22;  88;    2;           0;    7;     Numeric; First normalized polar coordinate from Fourier coefficients
  0; 22;  89;    2;           0;    7;     Numeric; Second normalized polar coordinate from Fourier coefficients
  0; 22;  90;    2;           0;   20;      m**2/s; Non-directional spectral estimate by wave frequency
  0; 22;  91;    2;           0;   20;        m**3; Non-directional spectral estimate by wave number
  0; 22;  92;    2;           0;   20;m**2/rad**-1/s; Directional spectral estimate by wave frequency
  0; 22;  93;    2;           0;   20;        m**4; Directional spectral estimate by wave number
  0; 22;  94;    0;           0;    7;     Numeric; Total number of wave bands
  0; 22;  95;    0;           0;    8;      Degree; Directional spread of individual waves
  0; 22;  96;    3;           0;    4;       s**-1; Spectral band width
  0; 22;  97;    0;           0;   14;           m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0; 22;  98;    0;           0;   14;           m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0; 22;  99;    0;           0;    9;    deg_true; Mean direction at low wave numbers (wavelength > 731 m)
  0; 22; 100;    0;           0;    9;      Degree; Direction spread at low wave numbers (wavelength > 731 m)
  0; 22; 101;    0;           0;   31;    Numberic; Total energy (wavelength > 731 m) at low wave numbers
  0; 22; 120;    0;           0;    5;  Code_Table; Tide station automated water level check
  0; 22; 121;    0;           0;    5;  Code_Table; Tide station manual water level check
  0; 22; 122;    0;           0;    5;  Code_Table; Tide station automated Meteorological data check
  0; 22; 123;    0;           0;    5;  Code_Table; Tide station manual Meteorological data check
  0; 23;   1;    0;           0;    3;  Code_Table; Accident early notification - article applicable
  0; 23;   2;    0;           0;    5;  Code_Table; Activity or facility involved in incident
  0; 23;   3;    0;           0;    3;  Code_Table; Type of release
  0; 23;   4;    0;           0;    3;  Code_Table; Countermeasures taken near border
  0; 23;   5;    0;           0;    2;  Code_Table; Cause of incident
  0; 23;   6;    0;           0;    3;  Code_Table; Incident situation
  0; 23;   7;    0;           0;    3;  Code_Table; Characteristic of release
  0; 23;   8;    0;           0;    2;  Code_Table; State of current release
  0; 23;   9;    0;           0;    2;  Code_Table; State of expected release
  0; 23;  16;    0;           0;    2;  Code_Table; Possibility of significant chemical toxic health effect
  0; 23;  17;    6;           0;   20;      m**3/s; Flow discharge of major recipient
  0; 23;  18;    0;           0;    3;  Code_Table; release behavior over time
  0; 23;  19;    0;      -15000;   17;           m; Actual release height
  0; 23;  21;    0;      -15000;   17;           m; Effective release height
  0; 23;  22;    0;           0;   24;           m; Distance of relative point or site of incident
  0; 23;  23;    1;           0;   12;         m/s; Main transport speed in atmosphere
  0; 23;  24;    2;           0;   13;         m/s; Main transport speed in water
  0; 23;  25;    2;           0;   13;         m/s; Main transport speed in ground water
  0; 23;  27;    0;           0;    9;    deg_true; Main transport direction in atmosphere
  0; 23;  28;    0;           0;    9;    deg_true; Main transport direction in water
  0; 23;  29;    0;           0;    9;    deg_true; Main transport direction in ground water
  0; 23;  31;    0;           0;    2;  Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0; 23;  32;    0;           0;    2;  Code_Table; Plume will encounter ichange in wind direction and/or speed flag
  0; 24;   1;   -1;           0;   28;          Bq; Estimate of radiatioactivity released up to specified time
  0; 24;   2;   -1;           0;   28;          Bq; Estimated maximum potential release
  0; 24;   3;    0;           0;    5;  Code_Table; Composition of release
  0; 24;   4;    0;           0;   16;   CCITT_IA5; Element name
  0; 24;   5;    0;           0;    9;     Numeric; Isotope mass
  0; 24;  11;    2;           0;   32;         mSv; Dose
  0; 24;  12;    2;           0;   32;         mSv; Trajectory dose (defined location and expected time of arrival)
  0; 24;  13;    2;           0;   32;         mSv; Gamma dose in air along the main transport path (defined location and time period
  0; 24;  21;    2;           0;   32;     Bq/m**3; Air concentration (named isotope type including gross beta)
  0; 24;  22;    2;           0;   32;        Bq/l; Concentration in precipitation (of named isotope type)
  0; 25;   1;   -1;           0;    6;           m; Range gate length
  0; 25;   2;    0;           0;    4;     Numeric; Number of gates averaged
  0; 25;   3;    0;           0;    8;     Numeric; Number of integrated pulses
  0; 25;   4;    0;           0;    2;  Code_Table; Echo processing
  0; 25;   5;    0;           0;    2;  Code_Table; Echo integration
  0; 25;   6;    0;           0;    3;  Code_Table; Z to R conversion
  0; 25;   7;    0;           0;   12;     Numeric; Z to R conversion factor
  0; 25;   8;    2;           0;    9;     Numeric; Z to R conversion exponent
  0; 25;   9;    0;           0;    4;  Flag_Table; Calibration method
  0; 25;  10;    0;           0;    4;  Code_Table; Clutter treatment
  0; 25;  11;    0;           0;    2;  Code_Table; Ground occultation correction (screening)
  0; 25;  12;    0;           0;    2;  Code_Table; Range attenuation correction
  0; 25;  13;    0;           0;    2;  Flag_Table; Bright band correction
  0; 25;  14;    0;           0;   12;     Numeric; Azimuth clutter cut-off
  0; 25;  15;    0;           0;    2;  Flag_Table; Radome attenuation correction
  0; 25;  16;    5;           0;    6;        dB/m; Clear air attenuation correction
  0; 25;  17;    0;           0;    2;  Flag_Table; Precipitation attenuation correction
  0; 25;  18;    7;           0;    6;     Numeric; A to Z law for attenuation factor
  0; 25;  19;    2;           0;    7;     Numeric; A to Z law for attenuation exponent
  0; 25;  20;    0;           0;    2;  Code_Table; Mean speed estimation
  0; 25;  21;    0;           0;    8;  Flag_Table; Wind computation enhancement
  0; 25;  30;    0;           0;    2;  Code_Table; SST usage
  0; 25;  32;    0;           0;    2;  Code_Table; NOAA wind profiler high/low mode data
  0; 25;  33;    0;           0;    2;  Code_Table; NOAA wind profiler submode
  0; 25;  34;    0;           0;    4;  Code_Table; NOAA wind profiler Q/C test results
  0; 25;  40;    0;           0;    4;  Code_Table; CO2 wind product derivation
  0; 25;  41;    0;           0;    2;  Code_Table; Moving platform direction reporting method
  0; 25;  42;    0;           0;    2;  Code_Table; Moving platform speed reporting method
  0; 25;  43;    4;           0;   15;           s; Wave sampling interval (time)
  0; 25;  44;    2;           0;   14;           m; Wave sampling interval (space)
  0; 25;  45;    0;           0;   21;  Flag_Table; HIRS channel combination
  0; 25;  46;    0;           0;    5;  Flag_Table; MSU channel combination
  0; 25;  47;    0;           0;    4;  Flag_Table; SSU channel combination
  0; 25;  48;    0;           0;   16;  Flag_Table; AMSU-A channel combination
  0; 25;  49;    0;           0;    6;  Flag_Table; AMSU-B channel combination
  0; 25;  50;    0;           0;    7;  Flag_Table; AVHRR channel combination
  0; 25;  51;    0;           0;   12;  Flag_Table; Observation quality
  0; 25;  60;    0;           0;   14;     Numeric; Software identification
  0; 26;   1;    1;           0;   12;        Hour; Principal time of daily reading in UTC of maximum temperature
  0; 26;   2;    1;           0;   12;        Hour; Principal time of daily reading in UTC of minimum temperature
  0; 26;   3;    0;       -1440;   12;      Minute; Time difference
  0; 27;   1;    5;    -9000000;   25;         deg; Latitude (high accuracy)
  0; 27;   2;    2;       -9000;   15;         deg; Latitude (coarse accuracy)
  0; 27;   3;    2;       -9000;   15;         deg; Alternate latitude
  0; 27;  20;    0;           0;   16;     Numeric; Satellite locationon counter
  0; 27;  21;    0;           0;   16;     Numeric; Satellite sub-locationon dimensions
  0; 27;  31;    2; -1073741824;   31;           m; In direction of 0 degrees longitude, distance from the Earth's centre
  0; 28;   1;    5;   -18000000;   26;         deg; Longitude (high accuracy)
  0; 28;   2;    2;      -18000;   16;         deg; Longitude (coarse accuracy)
  0; 28;   3;    2;      -18000;   16;         deg; Alternate longtiude
  0; 28;  31;    2; -1073741824;   31;           m; In direction of 90 degrees East, distance from the Earth's centre
  0; 29;   1;    0;           0;    3;  Code_Table; Projection type
  0; 29;   2;    0;           0;    2;  Code_Table; Coordinate grid type
  0; 30;   1;    0;           0;    4;     Numeric; Pixel value (4 bits)
  0; 30;   2;    0;           0;    8;     Numeric; Pixel value (8 bits)
  0; 30;   4;    0;           0;   16;     Numeric; Pixel value (16 bits)
  0; 30;  21;    0;           0;   12;     Numeric; Number of pixels per row
  0; 30;  22;    0;           0;   12;     Numeric; Number of pixels per column
  0; 30;  31;    0;           0;    4;  Code_Table; Picture type
  0; 30;  32;    0;           0;   16;  Flag_Table; Combined picture
  0; 31;   0;    0;           0;    1;     Numeric; Short delayed descriptor replication factor
  0; 31;   1;    0;           0;    8;     Numeric; Delayed descriptor replication factor
  0; 31;   2;    0;           0;   16;     Numeric; Extended delayed descriptor replication factor
  0; 31;  11;    0;           0;    8;     Numeric; Delayed descriptor and data repetion factor
  0; 31;  12;    0;           0;   16;     Numeric; Extended delayed descriptor and data repitition factor
  0; 31;  21;    0;           0;    6;  Code_Table; Associated field significance
  0; 31;  31;    0;           0;    1;  Flag_Table; Data present indicator
  0; 33;   2;    0;           0;    2;  Code_Table; Quality information
  0; 33;   3;    0;           0;    3;  Code_Table; Quality information
  0; 33;   7;    0;           0;    7;     Percent; Per cent confidence
  0; 33;  20;    0;           0;    3;  Code_Table; Quality control indication of following value
  0; 33;  21;    0;           0;    2;  Code_Table; Quality of following value
  0; 33;  22;    0;           0;    2;  Code_Table; Quality of buoy satellite transmission
  0; 33;  23;    0;           0;    2;  Code_Table; Quality of buoy location
  0; 33;  24;    0;           0;    4;  Code_Table; Station elevation quality mark (for mobile stations)
  0; 33;  25;    0;           0;    3;  Code_Table; ACARS interpolated values
  0; 33;  26;    0;           0;    6;  Code_Table; Mixing ratio quality
  0; 33;  27;    0;           0;    3;  Code_Table; Location quality class
grads-2.0.1/data/tables/B3M-000-009-B0000644000175000017500000020425707750236075017442 0ustar  amckinstryamckinstry#
# WMO source file name = BufrTabB-11-2000.txt 
# Master Table B Version 9 
# 
#                   Reference    Bit 
# F   X    Y Scale    Value     Width     Units     Comments 
#-------------------------------------------------------------- 
# Class 00 - BUFR table entries 
  0;  0;   1;    0;           0;   24;   CCITT_IA5; Table A:  entry 
  0;  0;   2;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 1" 
  0;  0;   3;    0;           0;  256;   CCITT_IA5; "Table A:  data category description, line 2" 
  0;  0;   5;    0;           0;   24;   CCITT_IA5; BUFR edition number 
  0;  0;  10;    0;           0;    8;   CCITT_IA5; F descriptor to be added or defined 
  0;  0;  11;    0;           0;   16;   CCITT_IA5; X descriptor to be added or defined 
  0;  0;  12;    0;           0;   24;   CCITT_IA5; Y descriptor to be added or defined 
  0;  0;  13;    0;           0;  256;   CCITT_IA5; "Element name, line 1" 
  0;  0;  14;    0;           0;  256;   CCITT_IA5; "Element name, line 2" 
  0;  0;  15;    0;           0;  192;   CCITT_IA5; Units name 
  0;  0;  16;    0;           0;    8;   CCITT_IA5; Units scale sign 
  0;  0;  17;    0;           0;   24;   CCITT_IA5; Units scale 
  0;  0;  18;    0;           0;    8;   CCITT_IA5; Units reference sign 
  0;  0;  19;    0;           0;   80;   CCITT_IA5; Units reference value 
  0;  0;  20;    0;           0;   24;   CCITT_IA5; Element data width 
  0;  0;  30;    0;           0;   48;   CCITT_IA5; Descriptor defining sequence 
# Class 01 - Identification 
  0;  1;   1;    0;           0;    7;     Numeric; WMO block number 
  0;  1;   2;    0;           0;   10;     Numeric; WMO station number 
  0;  1;   3;    0;           0;    3;  Code_Table; WMO Region number/geographical area 
  0;  1;   4;    0;           0;    3;     Numeric; WMO Region sub-area (see Note 9) 
  0;  1;   5;    0;           0;   17;     Numeric; Buoy/platform identifier 
  0;  1;   6;    0;           0;   64;   CCITT_IA5; Aircraft flight number 
  0;  1;   7;    0;           0;   10;  Code_Table; Satellite identifier 
  0;  1;   8;    0;           0;   64;   CCITT_IA5; Aircraft registration number 
  0;  1;   9;    0;           0;   64;   CCITT_IA5; Type of commercial aircraft 
  0;  1;  10;    0;           0;   64;   CCITT_IA5; Stationary buoy platform identifier; e.g. C-MAN buoys 
  0;  1;  11;    0;           0;   72;   CCITT_IA5; Ship or mobile land station identifier 
  0;  1;  12;    0;           0;    9; Degree_true; Direction of motion of moving observing platform 
  0;  1;  13;    0;           0;   10;       m s–1; Speed of motion of moving observing platform 
  0;  1;  14;    2;           0;   10;       m s–1; Platform drift speed (high precision) 
  0;  1;  15;    0;           0;  160;   CCITT_IA5; Station or site name 
  0;  1;  18;    0;           0;   40;   CCITT_IA5; Short station or site name 
  0;  1;  20;    0;           0;    4;     Numeric; WMO Region sub-area 
  0;  1;  21;    0;           0;   14;     Numeric; Synoptic feature identifier 
  0;  1;  22;    0;           0;  224;   CCITT_IA5; Name of feature (see Note 11) 
  0;  1;  25;    0;           0;   24;   CCITT_IA5; Storm identifier 
  0;  1;  26;    0;           0;   64;   CCITT_IA5; WMO storm name* 
  0;  1;  27;    0;           0;   80;   CCITT_IA5; WMO long storm name 
  0;  1;  31;    0;           0;   16;  Code_Table; Identification of originating/generating centre (see Note 10) 
  0;  1;  32;    0;           0;    8;from originating cen; Generating application 
  0;  1;  33;    0;           0;    8;  Code_Table; Identification of originating/generating centre 
  0;  1;  34;    0;           0;    8;  Code_Table; Identification of originating/generating sub-centre 
  0;  1;  41;    5; -1073741824;   31;       m s-1; Absolute platform velocity - first component (see Note 6) 
  0;  1;  42;    5; -1073741824;   31;       m s-1; Absolute platform velocity - second component (see Note 6) 
  0;  1;  43;    5; -1073741824;   31;       m s-1; Absolute platform velocity - third component (see Note 6) 
  0;  1;  50;    0;           0;   17;     Numeric; Platform transmitter ID number 
  0;  1;  51;    0;           0;   96;   CCITT_IA5; Platform transmitter ID number 
  0;  1;  60;    0;           0;   64;   CCITT_IA5; Aircraft reporting point (Beacon identifier) 
  0;  1;  62;    0;           0;   32;   CCITT_IA5; Short ICAO location indicator 
  0;  1;  63;    0;           0;   64;   CCITT_IA5; ICAO location indicator 
  0;  1;  64;    0;           0;   32;   CCITT_IA5; Runway designator 
  0;  1;  75;    0;           0;   40;   CCITT_IA5; Tide station identification 
# Class 02 - Instrumentation 
  0;  2;   1;    0;           0;    2;  Code_Table; Type of station 
  0;  2;   2;    0;           0;    4;  Flag_Table; Type of instrumentation for wind measurement 
  0;  2;   3;    0;           0;    4;  Code_Table; Type of measuring equipment used 
  0;  2;   4;    0;           0;    4;  Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported 
  0;  2;   5;    2;           0;    7;           K; Precision of temperature observation 
  0;  2;  11;    0;           0;    8;  Code_Table; Radiosonde type 
  0;  2;  12;    0;           0;    4;  Code_Table; Radiosonde computational method 
  0;  2;  13;    0;           0;    4;  Code_Table; Solar and infrared radiation correction 
  0;  2;  14;    0;           0;    7;  Code_Table; Tracking technique/status of system used 
  0;  2;  15;    0;           0;    4;  Code_Table; Radiosonde completeness 
  0;  2;  19;    0;           0;   11;  Code_Table; Satellite instruments 
  0;  2;  20;    0;           0;    9;  Code_Table; Satellite classification 
  0;  2;  21;    0;           0;    9;  Flag_Table; Satellite instrument data used in processing* 
  0;  2;  22;    0;           0;    8;  Flag_Table; Satellite data-processing technique used 
  0;  2;  23;    0;           0;    4;  Code_Table; Satellite derived wind computation method 
  0;  2;  24;    0;           0;    4;  Code_Table; Integrated mean humidity computational method 
  0;  2;  25;    0;           0;   25;  Flag_Table; Satellite channel(s) used in computation 
  0;  2;  26;    2;           0;   12;           m; Cross track resolution 
  0;  2;  27;    2;           0;   12;           m; Along track resolution 
  0;  2;  28;    0;           0;   18;           m; Segment size at nadir in X direction 
  0;  2;  29;    0;           0;   18;           m; Segment size at nadir in Y direction 
  0;  2;  30;    0;           0;    3;  Code_Table; Method of current measurement 
  0;  2;  31;    0;           0;    5;  Code_Table; Duration and time of current measurement 
  0;  2;  32;    0;           0;    2;  Code_Table; Indicator for digitization 
  0;  2;  33;    0;           0;    3;  Code_Table; Method of salinity/depth measurement 
  0;  2;  34;    0;           0;    5;  Code_Table; Drogue type 
  0;  2;  35;    0;           0;    9;           m; Cable length 
  0;  2;  36;    0;           0;    2;  Code_Table; Buoy type 
  0;  2;  37;    0;           0;    3;  Code_Table; Method of tidal observation 
  0;  2;  38;    0;           0;    4;  Code_Table; Method of sea-surface temperature measurement 
  0;  2;  39;    0;           0;    3;  Code_Table; Method of wet-bulb temperature measurement 
  0;  2;  40;    0;           0;    4;  Code_Table; Method of removing velocity and motion of platform from current 
  0;  2;  41;    0;           0;    6;  Code_Table; Method for estimating reports related to synoptic features 
  0;  2;  44;    0;           0;    4;  Code_Table; Indicator for method of calculating spectral wave data 
  0;  2;  45;    0;           0;    4;  Code_Table; Indicator for type of platform 
  0;  2;  46;    0;           0;    4;  Code_Table; Wave measurement instrumentation 
  0;  2;  48;    0;           0;    4;  Code_Table; Satellite sensor indicator 
  0;  2;  49;    0;           0;    8;  Flag_Table; Geostationary satellite data-processing technique used 
  0;  2;  50;    0;           0;   20;  Flag_Table; Geostationary sounder satellite channels used 
  0;  2;  51;    0;           0;    4;  Code_Table; Indicator to specify observing method for extreme temperatures 
  0;  2;  52;    0;           0;    6;  Flag_Table; Geostationary imager satellite channels used 
  0;  2;  53;    0;           0;    4;  Code_Table; GOES-I/M brightness temperature characteristics 
  0;  2;  54;    0;           0;    4;  Code_Table; GOES-I/M soundings parameter characteristics 
  0;  2;  55;    0;           0;    4;  Code_Table; Geostationary soundings statistical parameters 
  0;  2;  56;    0;           0;    4;  Code_Table; Geostationary soundings accuracy statistics 
  0;  2;  57;    0;           0;    4;  Code_Table; Origin of first guess information for GOES-I/M soundings 
  0;  2;  58;    0;           0;    4;  Valid times of first guess information for GOES-I/M soundings 
  0;  2;  59;    0;           0;    4;  Code_Table; Origin of analysis information for GOES-I/M soundings 
  0;  2;  60;    0;           0;    4;  Code_Table; Origin of surface information for GOES-I/M soundings 
  0;  2;  61;    0;           0;    3;  Code_Table; Aircraft navigational system 
  0;  2;  62;    0;           0;    4;  Code_Table; Type of aircraft data relay system 
  0;  2;  63;    2;      -18000;   16;      Degree; Aircraft roll angle 
  0;  2;  64;    0;           0;    2;  Code_Table; Aircraft roll angle quality 
  0;  2;  65;    0;           0;   40;   CCITT_IA5; ACARS ground receiving station 
  0;  2;  70;    0;           0;    4;  Code_Table; Original specification of latitude/longitude 
  0;  2;  91;    0;           4;   10;           A; Entry sensor 4/20 mA 
  0;  2; 100;    1;           0;   12;          dB; Radar constant* 
  0;  2; 101;    0;           0;    4;  Code_Table; Type of antenna 
  0;  2; 102;    0;           0;    8;           m; Antenna height above tower base 
  0;  2; 103;    0;           0;    2;  Flag_Table; Radome 
  0;  2; 104;    0;           0;    4;  Code_Table; Antenna polarisation 
  0;  2; 105;    0;           0;    6;          dB; Maximum antenna gain 
  0;  2; 106;    1;           0;    6;      Degree; 3-dB beamwidth 
  0;  2; 107;    0;           0;    6;          dB; Sidelobe suppression 
  0;  2; 108;    0;           0;    6;          dB; Crosspol discrimination (on axis) 
  0;  2; 109;    2;           0;   12;  Degree s-1; Antenna speed (azimuth) 
  0;  2; 110;    2;           0;   12;  Degree s-1; Antenna speed (elevation) 
  0;  2; 111;    1;           0;   10;      Degree; Radar incidence angle 
  0;  2; 112;    1;           0;   12;      Degree; Radar look angle 
  0;  2; 113;    0;           0;    4;     Numeric; Number of azimuth looks 
  0;  2; 114;    0;           0;   15;          m2; Antenna effective surface area 
  0;  2; 121;   -8;           0;    7;          Hz; Mean frequency 
  0;  2; 122;   -6;        -128;    8;          Hz; Frequency agility range 
  0;  2; 123;   -4;           0;    7;           W; Peak power 
  0;  2; 124;   -1;           0;    7;           W; Average power 
  0;  2; 125;   -1;           0;    8;          Hz; Pulse repetition frequency 
  0;  2; 126;    7;           0;    6;           s; Pulse width 
  0;  2; 127;   -6;           0;    7;          Hz; Receiver intermediate frequency 
  0;  2; 128;   -5;           0;    6;          Hz; Intermediate frequency bandwidth 
  0;  2; 129;    0;        -150;    5;          dB; Minimum detectable signal 
  0;  2; 130;    0;           0;    7;          dB; Dynamic range 
  0;  2; 131;    0;           0;    2;  Flag_Table; Sensitivity time control (STC) 
  0;  2; 132;    2;           0;    6;      Degree; Azimuth pointing accuracy 
  0;  2; 133;    2;           0;    6;      Degree; Elevation pointing accuracy 
  0;  2; 134;    2;           0;   16;      Degree; Antenna beam azimuth 
  0;  2; 135;    2;       -9000;   15;      Degree; Antenna elevation 
  0;  2; 136;   -3;           0;   16;           m; Range processed by range attenuation correction 
  0;  2; 140;    0;           0;    9;      Degree; Satellite radar beam azimuth angle 
  0;  2; 141;    0;           0;   24;   CCITT_IA5; Measurement type 
  0;  2; 142;    0;           0;   32;   CCITT_IA5; Ozone instrument serial number/ identification 
  0;  2; 143;    0;           0;    7;  Code_Table; Ozone instrument type 
  0;  2; 144;    0;           0;    4;  Code_Table; Light source type for Brewer spectro photometer 
  0;  2; 145;    0;           0;    4;  Code_Table; Wave length setting for Dobson instruments 
  0;  2; 146;    0;           0;    4;  Code_Table; Source conditions for Dobson instruments 
  0;  2; 148;    0;           0;    5;  Code_Table; Data collection and/or location system 
  0;  2; 149;    0;           0;    6;  Code_Table; Type of data buoy 
  0;  2; 150;    0;           0;    6;  Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number 
  0;  2; 151;    0;           0;    4;  Code_Table; Radiometer identifier 
  0;  2; 152;    0;           0;   31;  Flag_Table; Satellite instrument used in data processing(6) 
  0;  2; 153;   -8;           0;   26;          Hz; Satellite channel centre frequency 
  0;  2; 154;   -8;           0;   26;          Hz; Satellite channel band width 
  0;  2; 163;    0;           0;    4;  Code_Table; Height assignment method 
  0;  2; 164;    0;           0;    3;  Code_Table; Tracer correlation method 
  0;  2; 166;    0;           0;    4;  Code_Table; Radiance type 
  0;  2; 167;    0;           0;    4;  Code_Table; Radiance computational method 
  0;  2; 168;   -3;           0;   16;          Pa; Hydrostatic pressure of lower end of cable (thermistor string) 
  0;  2; 169;    0;           0;    4;  Code_Table; Anemometer type 
  0;  2; 172;    0;           0;    8;  Code_Table; Product type for retrieved atmospheric gases 
# Class 04 - Location (time) 
  0;  4;   1;    0;           0;   12;        Year; Year 
  0;  4;   2;    0;           0;    4;       Month; Month 
  0;  4;   3;    0;           0;    6;         Day; Day 
  0;  4;   4;    0;           0;    5;        Hour; Hour 
  0;  4;   5;    0;           0;    6;      Minute; Minute 
  0;  4;   6;    0;           0;    6;      Second; Second 
  0;  4;  11;    0;       -1024;   11;        Year; Time increment 
  0;  4;  12;    0;       -1024;   11;       Month; Time increment 
  0;  4;  13;    0;       -1024;   11;         Day; Time increment 
  0;  4;  14;    0;       -1024;   11;        Hour; Time increment 
  0;  4;  15;    0;       -2048;   12;      Minute; Time increment 
  0;  4;  16;    0;       -4096;   13;      Second; Time increment 
  0;  4;  17;    0;       -1440;   12;      Minute; Reference time period for accumulated or extreme data 
  0;  4;  21;    0;       -1024;   11;        Year; Time period or displacement 
  0;  4;  22;    0;       -1024;   11;       Month; Time period or displacement 
  0;  4;  23;    0;       -1024;   11;         Day; Time period or displacement 
  0;  4;  24;    0;       -2048;   12;        Hour; Time period or displacement 
  0;  4;  25;    0;       -2048;   12;      Minute; Time period or displacement 
  0;  4;  26;    0;       -4096;   13;      Second; Time period or displacement 
  0;  4;  31;    0;           0;    8;        Hour; Duration of time relating to following value 
  0;  4;  32;    0;           0;    6;      Minute; Duration of time relating to following value 
  0;  4;  41;    0;       -1440;   12;      Minute; "Time difference, UTC -LMT (see Note 6)" 
  0;  4;  43;    0;           0;    9;         Day; Day of the year 
  0;  4;  53;    0;           0;    6;     Numeric; Number of days with precipitation equal to or more than 1 mm 
  0;  4;  65;    0;        -128;    8;      Minute; Short time increment 
  0;  4;  73;    0;        -128;    8;         Day; Short time period or displacement 
  0;  4;  74;    0;        -128;    8;        Hour; Short time period or displacement 
  0;  4;  75;    0;        -128;    8;      Minute; Short time period or displacement 
# Class 05 - Location (horizontal -1) 
  0;  5;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy) 
  0;  5;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy) 
  0;  5;  11;    5;    -9000000;   25;      Degree; Latitude increment (high accuracy) 
  0;  5;  12;    2;       -9000;   15;      Degree; Latitude increment (coarse accuracy) 
  0;  5;  21;    2;           0;   16; Degree_true; Bearing or azimuth 
  0;  5;  22;    2;           0;   16; Degree_true; Solar azimuth 
  0;  5;  30;    0;           0;   12;      Degree; Direction (spectral) 
  0;  5;  31;    0;           0;   12;     Numeric; Row number 
  0;  5;  33;   -1;           0;   16;           m; Pixel size on horizontal - 1 
  0;  5;  34;    0;           0;   11;     Numeric; Along track row number 
  0;  5;  40;    0;           0;   24;     Numeric; Orbit number 
  0;  5;  41;    0;           0;    8;     Numeric; Scan line number 
  0;  5;  42;    0;           0;    6;     Numeric; Channel number 
  0;  5;  43;    0;           0;    8;     Numeric; Field of view number 
  0;  5;  52;    0;           0;    5;     Numeric; Channel number increment 
  0;  5;  53;    0;           0;    5;     Numeric; Field of view number increment 
# Class 06 - Location (horizontal - 2) 
  0;  6;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy) 
  0;  6;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy) 
  0;  6;  11;    5;   -18000000;   26;      Degree; Longitude increment (high accuracy) 
  0;  6;  12;    2;      -18000;   16;      Degree; Longitude increment (coarse accuracy) 
  0;  6;  21;   -1;           0;   13;           m; Distance 
  0;  6;  30;    5;           0;   13;     rad m-1; Wave number (spectral) 
  0;  6;  31;    0;           0;   12;     Numeric; Column number 
  0;  6;  33;   -1;           0;   16;           m; Pixel size on horizontal - 2 
  0;  6;  34;    0;           0;    7;     Numeric; Cross-track cell number 
  0;  6;  40;    0;           0;   13;           m; Radius of confidence 
# Class 07 - Location (vertical) 
  0;  7;   1;    0;        -400;   15;           m; Height of station 
  0;  7;   2;   -1;         -40;   16;           m; Height or altitude 
  0;  7;   3;   -1;        -400;   17;      m2 s-2; Geopotential 
  0;  7;   4;   -1;           0;   14;          Pa; Pressure 
  0;  7;   5;    0;        -400;   12;           m; Height increment 
  0;  7;   6;    0;           0;   15;           m; Height above station 
  0;  7;   7;    0;       -1000;   17;           m; Height 
  0;  7;   8;    0;      -10000;   20;      m2 s-2; Geopotential 
  0;  7;   9;    0;       -1000;   17;         gpm; Geopotential height 
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation (see Note 1) 
  0;  7;  21;    2;       -9000;   15;      Degree; Elevation 
  0;  7;  22;    2;       -9000;   15;      Degree; Solar elevation 
  0;  7;  24;    2;       -9000;   15;      Degree; Satellite zenith angle 
  0;  7;  25;    2;       -9000;   15;      Degree; Solar zenith angle 
  0;  7;  61;    2;           0;   14;           m; Depth below land surface 
  0;  7;  62;    1;           0;   17;           m; Depth below sea/water surface 
  0;  7;  64;    0;           0;    4;           m; Height above station (sensor height artificially corrected) (see Note 2) 
  0;  7;  70;    0;           0;   10;           m; Drogue depth 
# Class 08 - Significance qualifiers 
  0;  8;   1;    0;           0;    7;  Flag_Table; Vertical sounding significance 
  0;  8;   2;    0;           0;    6;  Code_Table; Vertical significance (surface observations) 
  0;  8;   3;    0;           0;    6;  Code_Table; Vertical significance (satellite observations) 
  0;  8;   4;    0;           0;    3;  Code_Table; Phase of aircraft flight 
  0;  8;   5;    0;           0;    4;  Code_Table; Meteorological attribute significance 
  0;  8;   6;    0;           0;    9;  Flag_Table; Ozone vertical sounding significance 
  0;  8;   7;    0;           0;    4;  Code_Table; Dimensional significance 
  0;  8;   8;    0;           0;    9;  Flag_Table; Radiation vertical sounding significance 
  0;  8;  11;    0;           0;    6;  Code_Table; Meteorological feature 
  0;  8;  12;    0;           0;    2;  Code_Table; Land/sea qualifier 
  0;  8;  13;    0;           0;    2;  Code_Table; Day/night qualifier 
  0;  8;  14;    0;           0;    4;  Code_Table; Qualifier for runway visual range 
  0;  8;  16;    0;           0;    3;  Code_Table; Change qualifier of a trend-type forecast or an aerodrome forecast 
  0;  8;  17;    0;           0;    2;  Code_Table; Qualifier of the time when the forecast change is expected 
  0;  8;  18;    0;           0;   17;  Flag_Table; SEAWINDS land/ice surface type 
  0;  8;  20;    0;           0;   16;     Numeric; Total number of missing entities (with respect to accumulation or average) 
  0;  8;  21;    0;           0;    5;  Code_Table; Time significance 
  0;  8;  22;    0;           0;   16;     Numeric; Total number (with respect to accumulation or average) 
  0;  8;  23;    0;           0;    6;  Code_Table; First order statistics 
  0;  8;  24;    0;           0;    6;  Code_Table; Difference statistics 
  0;  8;  25;    0;           0;    4;  Code_Table; Time difference qualifier 
  0;  8;  30;    0;           0;   13;     Numeric; "Manual on Codes (Volume I.1, Section C) Code table from which data are derived" 
  0;  8;  31;    0;           0;    8;     Numeric; Data category CREX table A 
  0;  8;  35;    0;           0;    3;  Code_Table; Type of monitoring exercise 
  0;  8;  36;    0;           0;    3;  Code_Table; Type of centre or station performing monitoring 
  0;  8;  51;    0;           0;    3;  Code_Table; Qualifier for number of missing values in calculation of statistic 
  0;  8;  52;    0;           0;    5;  Code_Table; Condition for which number of days of occurrence follows 
  0;  8;  53;    0;           0;    2;  Code_Table; Day of occurrence qualifier 
  0;  8;  60;    0;           0;    4;  Code_Table; Sample scanning mode significance 
  0;  8;  70;    0;           0;    4;  Code_Table; TOVS/ATOVS product qualifier 
  0;  8;  72;    0;           0;    3;  Code_Table; Pixel(s) type 
# Class 10 - Non-coordinate location (vertical) 
  0; 10;   1;    0;        -400;   15;           m; Height of land surface 
  0; 10;   2;   -1;         -40;   16;           m; Height 
  0; 10;   3;   -1;        -400;   17;      m2 s-2; Geopotential 
  0; 10;   4;   -1;           0;   14;          Pa; Pressure 
  0; 10;   7;    0;       -1000;   17;           m; Height 
  0; 10;   8;    0;      -10000;   20;      m2 s-2; Geopotential 
  0; 10;   9;    0;       -1000;   17;         gpm; Geopotential height 
  0; 10;  10;   -1;           0;   14;          Pa; Minimum pressure reduced to mean sea level 
  0; 10;  11;   -1;           0;   14;          Pa; Maximum pressure reduced to mean sea level 
  0; 10;  31;    2; -1073741824;   31;           m; "In direction of the North Pole, distance from the Earth’s centre" 
  0; 10;  40;    0;           0;   10;     Numeric; Number of retrieved layers 
  0; 10;  50;    2;           0;   16;           m; Standard deviation altitude 
  0; 10;  51;   -1;           0;   14;          Pa; Pressure reduced to mean sea level 
  0; 10;  52;   -1;           0;   14;          Pa; Altimeter setting (QNH) 
  0; 10;  60;   -1;       -1024;   11;          Pa; Pressure change 
  0; 10;  61;   -1;        -500;   10;          Pa; 3-hour pressure change 
  0; 10;  62;   -1;       -1000;   11;          Pa; 24-hour pressure change 
  0; 10;  63;    0;           0;    4;  Code_Table; Characteristic of pressure tendency 
  0; 10;  70;    0;        -400;   16;           m; Indicated aircraft altitude 
# Class 11 - Wind and turbulence 
  0; 11;   1;    0;           0;    9; Degree_true; Wind direction 
  0; 11;   2;    1;           0;   12;       m s-1; Wind speed 
  0; 11;   3;    1;       -4096;   13;       m s-1; u-component 
  0; 11;   4;    1;       -4096;   13;       m s-1; v-component 
  0; 11;   5;    1;        -512;   10;      Pa s-1; w-component 
  0; 11;   6;    2;       -4096;   13;       m s-1; w-component 
  0; 11;  10;    0;           0;    9; Degree_true; Wind direction associated with wind speed which follows 
  0; 11;  11;    0;           0;    9; Degree_true; Wind direction at 10 m 
  0; 11;  12;    1;           0;   12;       m s-1; Wind speed at 10 m 
  0; 11;  13;    0;           0;    9; Degree_true; Wind direction at 5 m 
  0; 11;  14;    1;           0;   12;       m s-1; Wind speed at 5 m 
  0; 11;  16;    0;           0;    9; Degree_true; Extreme counterclockwise wind direction of a variable wind 
  0; 11;  17;    0;           0;    9; Degree_true; Extreme clockwise wind direction of a variable wind 
  0; 11;  19;    0;           0;    7;           %; Steadiness of wind* 
  0; 11;  21;    9;      -65536;   17;         s-1; Relative vorticity 
  0; 11;  22;    9;      -65536;   17;         s-1; Divergence 
  0; 11;  23;   -2;      -65536;   17;      m2 s-1; Velocity potential 
  0; 11;  31;    0;           0;    4;  Code_Table; Degree of turbulence 
  0; 11;  32;   -1;         -40;   16;           m; Height of base of turbulence 
  0; 11;  33;   -1;         -40;   16;           m; Height of top of turbulence 
  0; 11;  34;    1;       -1024;   11;       m s-1; Vertical gust velocity 
  0; 11;  35;    2;       -8192;   14;       m s-2; Vertical gust acceleration 
  0; 11;  36;    1;           0;   10;       m s-1; Maximum derived equivalent vertical gust speed 
  0; 11;  37;    0;           0;    6;  Code_Table; Turbulence Index 
  0; 11;  38;    0;           0;    5;  Code_Table; Time of occurrence of Peak Eddy Dissipation Rate 
  0; 11;  40;    1;           0;   12;       m s-1; Maximum wind speed (mean wind) 
  0; 11;  41;    1;           0;   12;       m s-1; Maximum wind speed (gusts) 
  0; 11;  42;    1;           0;   12;       m s-1; Maximum wind speed (10-min mean wind) 
  0; 11;  43;    0;           0;    9; Degree_true; Maximum wind gust direction 
  0; 11;  44;    0;           0;    9; Degree_true; Mean wind direction for surface - 1500 m (5000 feet) 
  0; 11;  45;    1;           0;   12;       m s-1; Mean wind speed for surface - 1500 m (5000 feet) 
  0; 11;  46;    1;           0;   12;       m s-1; Maximum instantaneous wind speed 
  0; 11;  47;    1;           0;   12;       m s-1; Maximum instantaneous wind speed over 10 minutes 
  0; 11;  49;    0;           0;    9; Degree_true; Standard deviation of wind direction 
  0; 11;  50;    1;           0;   12;       m s-1; Standard deviation of horizontal wind speed 
  0; 11;  51;    1;           0;    8;       m s-1; Standard deviation of vertical wind speed 
  0; 11;  52;    2;           0;   13;       m s-1; Formal uncertainty in wind speed 
  0; 11;  53;    2;           0;   15; Degree_true; Formal uncertainty in wind direction 
  0; 11;  61;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer below 
  0; 11;  62;    1;           0;   12;       m s-1; Absolute wind shear in 1 km layer above 
  0; 11;  70;    0;           0;   32;   CCITT_IA5; Designator of the runway affected by wind shear (including ALL) 
  0; 11;  71;    3;        -128;   14;      m2 s-2; Turbulent vertical momentum flux 
  0; 11;  72;    3;        -128;   11;     K m s-1; Turbulent vertical buoyancy flux 
  0; 11;  73;    2;       -1024;   13;      m2 s-2; Turbulent kinetic energy 
  0; 11;  74;    2;       -1024;   10;      m2 s-2; Dissipation energy 
  0; 11;  75;    2;           0;    8;    m2/3 s-1; Mean turbulence intensity (eddy dissipation rate) 
  0; 11;  76;    2;           0;    8;    m2/3 s-1; Peak turbulence intensity (eddy dissipation rate) 
  0; 11;  81;    2;           0;   16; Degree_true; Model wind direction at 10m 
  0; 11;  82;    2;           0;   14;       m s-1; Model wind speed at 10m 
# Class 12 - Temperature 
  0; 12;   1;    1;           0;   12;           K; Temperature/dry-bulb temperature 
  0; 12;   2;    1;           0;   12;           K; Wet-bulb temperature 
  0; 12;   3;    1;           0;   12;           K; Dew-point temperature 
  0; 12;   4;    1;           0;   12;           K; Dry-bulb temperature at 2 m 
  0; 12;   5;    1;           0;   12;           K; Wet-bulb temperature at 2 m 
  0; 12;   6;    1;           0;   12;           K; Dew-point temperature at 2 m 
  0; 12;   7;    1;           0;   12;           K; Virtual temperature 
  0; 12;  11;    1;           0;   12;           K; "Maximum temperature, at height and over period specified" 
  0; 12;  12;    1;           0;   12;           K; "Minimum temperature, at height and over period specified" 
  0; 12;  13;    1;           0;   12;           K; "Ground minimum temperature, past 12 hours" 
  0; 12;  14;    1;           0;   12;           K; "Maximum temperature at 2 m, past 12 hours" 
  0; 12;  15;    1;           0;   12;           K; "Minimum temperature at 2 m, past 12 hours" 
  0; 12;  16;    1;           0;   12;           K; "Maximum temperature at 2 m, past 24 hours" 
  0; 12;  17;    1;           0;   12;           K; "Minimum temperature at 2 m, past 24 hours" 
  0; 12;  21;    2;           0;   16;           K; Maximum temperature at 2m 
  0; 12;  22;    2;           0;   16;           K; Minimum temperature at 2m 
  0; 12;  30;    1;           0;   12;           K; Soil temperature 
  0; 12;  51;    1;           0;   10;           K; Standard deviation temperature 
  0; 12;  52;    1;           0;   12;           K; Highest daily mean temperature 
  0; 12;  53;    1;           0;   12;           K; Lowest daily mean temperature 
  0; 12;  61;    1;           0;   12;           K; Skin temperature 
  0; 12;  62;    1;           0;   12;           K; Equivalent black body temperature 
  0; 12;  63;    1;           0;   12;           K; Brightness temperature 
  0; 12;  64;    1;           0;   12;           K; Instrument temperature 
  0; 12;  65;    1;           0;   12;           K; Standard deviation brightness temperature 
  0; 12;  71;    1;           0;   12;           K; Coldest cluster temperature 
  0; 12;  72;    6;           0;   31;  W m-2 sr-1; Radiance 
  0; 12;  75;   -3;           0;   16;  W m-3 sr-1; Spectral radiance 
  0; 12;  76;    3;           0;   16;  W m-2 sr-1; Radiance 
  0; 12; 101;    2;           0;   16;           K; Temperature/dry-bulb temperature 
  0; 12; 102;    2;           0;   16;           K; Wet-bulb temperature 
  0; 12; 103;    2;           0;   16;           K; Dew-point temperature 
  0; 12; 104;    2;           0;   16;           K; Dry-bulb temperature at 2m 
  0; 12; 105;    2;           0;   16;           K; Web-bulb temperature at 2m 
  0; 12; 106;    2;           0;   16;           K; Dew-point temperature at 2m 
  0; 12; 107;    2;           0;   16;           K; Virtual temperature 
  0; 12; 111;    2;           0;   16;           K; "Maximum temperature, at height and over period specified" 
  0; 12; 112;    2;           0;   16;           K; "Minimum temperature, at height and over period specified" 
  0; 12; 113;    2;           0;   16;           K; "Ground minimum temperature, past 12 hours" 
  0; 12; 114;    2;           0;   16;           K; "Maximum temperature at 2m, past 12 hours" 
  0; 12; 115;    2;           0;   16;           K; "Minimum temperature at 2m, past 12 hours" 
  0; 12; 116;    2;           0;   16;           K; "Maximum temperature at 2m, past 24 hours" 
  0; 12; 117;    2;           0;   16;           K; "Minimum temperature at 2m, past 24 hours" 
  0; 12; 130;    2;           0;   16;           K; Soil temperature 
  0; 12; 152;    2;           0;   16;           K; Highest daily mean temperature 
  0; 12; 153;    2;           0;   16;           K; Lowest daily mean temperature 
  0; 12; 161;    2;           0;   16;           K; Skin temperature 
  0; 12; 162;    2;           0;   16;           K; Equivalent black body temperature 
  0; 12; 163;    2;           0;   16;           K; Brightness temperature 
  0; 12; 164;    2;           0;   16;           K; Instrument temperature 
  0; 12; 171;    2;           0;   16;           K; Coldest cluster temperature 
# Class 13 - Hygrographic and hydrological elements 
  0; 13;   1;    5;           0;   14;     kg kg-1; Specific humidity 
  0; 13;   2;    5;           0;   14;     kg kg-1; Mixing ratio 
  0; 13;   3;    0;           0;    7;           %; Relative humidity 
  0; 13;   4;   -1;           0;   10;          Pa; Vapour pressure 
  0; 13;   5;    3;           0;    7;      kg m-3; Vapour density 
  0; 13;   6;   -1;         -40;   16;           m; Mixing heights 
  0; 13;   7;    0;           0;    7;           %; Minimum relative humidity 
  0; 13;   8;    0;           0;    7;           %; Maximum relative humidity 
  0; 13;  11;    1;          -1;   14;      kg m-2; Total precipitation/total water equivalent 
  0; 13;  12;    2;          -2;   12;           m; Depth of fresh snow 
  0; 13;  13;    2;          -2;   16;           m; Total snow depth 
  0; 13;  14;    4;           0;   12;  kg m-2 s-1; Rainfall/water equivalent of snow (averaged rate) 
  0; 13;  15;    7;           0;   12;       m s-1; Snowfall  (averaged rate) 
  0; 13;  16;    0;           0;    7;      kg m-2; Precipitable water 
  0; 13;  19;    1;          -1;   14;      kg m-2; Total precipitation past 1 hour 
  0; 13;  20;    1;          -1;   14;      kg m-2; Total precipitation past 3 hours 
  0; 13;  21;    1;          -1;   14;      kg m-2; Total precipitation past 6 hours 
  0; 13;  22;    1;          -1;   14;      kg m-2; Total precipitation past 12 hours 
  0; 13;  23;    1;          -1;   14;      kg m-2; Total precipitation past 24 hours 
  0; 13;  31;    0;           0;    7;      kg m-2; Evapotranspiration 
  0; 13;  32;    1;           0;    8;      kg m-2; Evaporation/evapotranspiration 
  0; 13;  33;    1;           0;   10;      kg m-2; Evaporation/evapotranspiration 
  0; 13;  38;    0;           0;    2;  Code_Table; Superadiabatic indicator 
  0; 13;  39;    0;           0;    3;  Code_Table; Terrain type (ice/snow) 
  0; 13;  41;    0;           0;    4;  Code_Table; Pasquill-Gifford stability category 
  0; 13;  42;    0;         -20;    6;           K; Parcel lifted index (to 500 hPa) 
  0; 13;  43;    0;         -20;    6;           K; Best lifted index (to 500 hPa) 
  0; 13;  51;    0;           0;    4;  Code_Table; "Frequency group, precipitation" 
  0; 13;  52;    1;          -1;   14;      kg m-2; Highest daily amount of precipitation 
  0; 13;  60;    1;         -10;   17;      kg m-2; Total accumulated precipitation 
  0; 13;  71;    2;           0;   14;           m; Upstream water level 
  0; 13;  72;    2;           0;   14;           m; Downstream water level 
  0; 13;  73;    2;           0;   14;           m; Maximum water level 
  0; 13;  80;    1;           0;   10;     pH unit; Water pH 
  0; 13;  81;    3;           0;   14; Siemens m-1; Water conductivity 
  0; 13;  82;    1;           0;   12;           K; Water temperature 
  0; 13;  83;    6;           0;   15;      Kg m-3; Dissolved oxygen 
  0; 13;  84;    0;           0;   14;       Lumen; Turbidity 
  0; 13;  85;    3;           0;   14;           V; Oxydation Reduction Potential (ORP) 
# Class 14 - Radiation and radiance 
  0; 14;   1;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over 24 hours" 
  0; 14;   2;   -3;       -2048;   12;       J m-2; "Long-wave radiation, integrated over period specified" 
  0; 14;   3;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over 24 hours" 
  0; 14;   4;   -3;       -2048;   12;       J m-2; "Short-wave radiation, integrated over period specified" 
  0; 14;  11;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over 24 hours" 
  0; 14;  12;   -3;       -2048;   12;       J m-2; "Net long-wave radiation, integrated over period specified" 
  0; 14;  13;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over 24 hours" 
  0; 14;  14;   -3;       -2048;   12;       J m-2; "Net short-wave radiation, integrated over period specified" 
  0; 14;  15;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over 24 hours" 
  0; 14;  16;   -4;      -16384;   15;       J m-2; "Net radiation, integrated over period specified" 
  0; 14;  17;   -3;       -2048;   12;       W m-2; Instantaneous long-wave radiation 
  0; 14;  18;   -3;       -2048;   12;       W m-2; Instantaneous short-wave radiation 
  0; 14;  19;    0;           0;    7;           %; Surface albedo 
  0; 14;  20;   -4;           0;   15;       J m-2; "Global solar radiation, integrated over 24 hours" 
  0; 14;  21;   -4;           0;   15;       J m-2; "Global radiation, integrated over period specified" 
  0; 14;  22;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over 24 hours" 
  0; 14;  23;   -4;           0;   15;       J m-2; "Diffuse solar radiation, integrated over period specified" 
  0; 14;  24;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over 24 hours" 
  0; 14;  25;   -4;           0;   15;       J m-2; "Direct solar radiation, integrated over period specified" 
  0; 14;  26;    0;           0;    7;           %; Albedo at the top of clouds 
  0; 14;  27;    0;           0;    7;           %; Albedo 
  0; 14;  28;   -2;           0;   16;       J m-2; "Global solar radiation (high accuracy), integrated over period specified" 
  0; 14;  29;   -2;           0;   16;       J m-2; "Diffuse solar radiation (high accuracy), integrated over period specified" 
  0; 14;  30;   -2;           0;   16;       J m-2; "Direct solar radiation (high accuracy), integrated over period specified" 
  0; 14;  31;    0;           0;   11;      Minute; Total sunshine 
  0; 14;  32;    0;           0;   10;        Hour; Total sunshine 
  0; 14;  33;    0;           0;    9;           %; Total sunshine 
  0; 14;  34;    0;           0;   11;      Minute; Sunshine over period specified 
  0; 14;  42;    0;           0;    7;           %; Bidirectional reflectance 
  0; 14;  45;    0;           0;   11;Wm-2 sr-1 cm-1; Channel radiance 
  0; 14;  51;   -3;           0;   14;       J m-2; Direct solar radiation integrated over last hour 
# Class 15 - Physical/chemical constituents 
  0; 15;   1;    0;           0;   10;      Dobson; Ozone 
  0; 15;   2;    2;           0;   10;     Numeric; Air mass (slant path at 22 km) 
  0; 15;   3;    4;           0;    9;      Pascal; Measured ozone partial pressure (sounding) 
  0; 15;   4;    3;           0;   11;     Numeric; Ozone sounding correction factor 
  0; 15;   5;    0;           0;   10;          DU; Ozone p 
  0; 15;  11;    3;       14000;   13;  log (1/m2); Log 10 of integrated electron density 
  0; 15;  15;    0;           0;   31;     Numeric; Maximum image spectral component before normalization 
  0; 15;  20;    8;           0;   21;      kg m-2; Integrated 03 density 
# Class 19 - Synoptic features 
  0; 19;   1;    0;           0;    6;  Code_Table; Type of synoptic feature 
  0; 19;   2;   -2;           0;   12;           m; Effective radius of feature 
  0; 19;   3;    0;           0;    8;       m s-1; Wind speed threshold 
  0; 19;   4;   -2;           0;   12;           m; Effective radius with respect to wind speeds above threshold 
  0; 19;   5;    0;           0;    9; Degree_true; Direction of motion of feature 
  0; 19;   6;    2;           0;   14;       m s-1; Speed of motion of feature 
  0; 19;   7;   -3;           0;   12;           m; Effective radius of feature 
  0; 19;   8;    0;           0;    3;  Code_Table; Vertical extent of circulation 
  0; 19;   9;   -3;           0;   12;           m; Effective radius with respect to wind speeds above threshold (large storms) 
  0; 19;  10;    0;           0;    4;  Code_Table; Method for tracking the centre of synoptic feature 
# Class 20 - Observed phenomena 
  0; 20;   1;   -1;           0;   13;           m; Horizontal visibility 
  0; 20;   2;   -1;           0;    7;           m; Vertical visibility 
  0; 20;   3;    0;           0;    9;  Code_Table; Present weather 
  0; 20;   4;    0;           0;    5;  Code_Table; Past weather (1) 
  0; 20;   5;    0;           0;    5;  Code_Table; Past weather (2) 
  0; 20;   8;    0;           0;    5;  Code_Table; Cloud distribution for aviation 
  0; 20;   9;    0;           0;    4;  Code_Table; General Weather Indicator (TAF/METAR) 
  0; 20;  10;    0;           0;    7;           %; Cloud cover (total) 
  0; 20;  11;    0;           0;    4;  Code_Table; Cloud amount 
  0; 20;  12;    0;           0;    6;  Code_Table; Cloud type 
  0; 20;  13;   -1;         -40;   11;           m; Height of base of cloud 
  0; 20;  14;   -1;         -40;   11;           m; Height of top of cloud 
  0; 20;  15;   -1;           0;   14;          Pa; Pressure at base of cloud 
  0; 20;  16;   -1;           0;   14;          Pa; Pressure at top of cloud 
  0; 20;  17;    0;           0;    4;  Code_Table; Cloud top description 
  0; 20;  18;    0;           0;    2;  Code_Table; Tendency of runway visual range 
  0; 20;  19;    0;           0;   72;   CCITT_IA5; Significant present or forecast weather 
  0; 20;  20;    0;           0;   32;   CCITT_IA5; Significant recent weather phenomena 
  0; 20;  31;    2;           0;    7;           m; Ice deposit (thickness) 
  0; 20;  32;    0;           0;    3;  Code_Table; Rate of ice accretion 
  0; 20;  33;    0;           0;    4;  Flag_Table; Cause of ice accretion 
  0; 20;  34;    0;           0;    5;  Code_Table; Sea ice concentration 
  0; 20;  35;    0;           0;    4;  Code_Table; Amount and type of ice 
  0; 20;  36;    0;           0;    5;  Code_Table; Ice situation 
  0; 20;  37;    0;           0;    5;  Code_Table; Ice development 
  0; 20;  38;    0;           0;   12; Degree_true; Bearing of ice edge 
  0; 20;  39;   -1;           0;   13;           m; Ice distance 
  0; 20;  41;    0;           0;    4;  Code_Table; Airframe icing 
  0; 20;  51;    0;           0;    7;           %; Amount of low clouds 
  0; 20;  52;    0;           0;    7;           %; Amount of middle clouds 
  0; 20;  53;    0;           0;    7;           %; Amount of high clouds 
  0; 20;  61;    0;           0;   12;           m; Runway visual range (RVR) 
  0; 20;  62;    0;           0;    5;  Code_Table; State of the ground (with or without snow) 
  0; 20;  63;    0;           0;   10;  Code_Table; Special phenomena 
  0; 20;  70;    0;           0;    7;     Numeric; Minimum number of atmospherics 
  0; 20;  71;    0;           0;    4;  Code_Table; Accuracy of fix and rate of atmospherics 
  0; 20;  81;    0;           0;    7;           %; Cloud amount in segment 
  0; 20;  82;    0;           0;    7;           %; Amount segment cloud free 
  0; 20;  90;    0;           0;    4;  Code_Table; Special clouds 
# Class 21 - Radar data 
  0; 21;   1;    0;         -64;    7;          dB; Horizontal reflectivity 
  0; 21;   2;    0;         -64;    7;          dB; Vertical reflectivity 
  0; 21;   3;    1;          -5;    7;          dB; Differential reflectivity 
  0; 21;   5;    0;         -65;    6;          dB; Linear depolarisation ratio  
  0; 21;   6;    0;         -65;    6;          dB; Circular depolarisation ratio  
  0; 21;  11;    0;        -128;    8;       m s-1; Doppler mean velocity in X-direction 
  0; 21;  12;    0;        -128;    8;       m s-1; Doppler mean velocity in Y-direction 
  0; 21;  13;    0;        -128;    8;       m s-1; Doppler mean velocity in Z-direction 
  0; 21;  14;    1;       -4096;   13;       m s-1; Doppler mean velocity (radial) 
  0; 21;  17;    1;           0;    8;       m s-1; Doppler velocity spectral width 
  0; 21;  21;   -3;           0;    4;           m; Echo tops  
  0; 21;  30;    0;         -32;    8;          dB; Signal to noise ratio 
  0; 21;  31;    0;           0;    7;      kg m-2; Vertically integrated liquid-water content 
  0; 21;  36;    7;           0;   12;       m s-1; Radar rainfall intensity  
  0; 21;  41;   -2;           0;    8;           m; Bright-band height  
  0; 21;  51;    0;        -256;    8;          dB; Signal power above 1 mW 
  0; 21;  62;    2;       -5000;   13;    Decibels; Backscatter 
  0; 21;  63;    1;           0;   10;           %; Radiometric resolution (noise value) 
  0; 21;  64;    0;           0;    8;     Numeric; Clutter noise estimate 
  0; 21;  65;    0;        -127;    8;     Numeric; Missing packet counter 
  0; 21;  66;    0;           0;   12;  Flag_Table; Wave scatterometer product confidence data 
  0; 21;  67;    0;           0;   13;  Flag_Table; Wind product confidence data 
  0; 21;  68;    0;           0;    8;  Flag_Table; Radar altimeter product confidence data 
  0; 21;  69;    0;           0;   10;  Flag_Table; SST product confidence data 
  0; 21;  70;    0;           0;   23;  Flag_Table; SST product confidence data (SADIST-2) 
  0; 21;  71;    0;           0;   16;     Numeric; Peakiness 
  0; 21;  72;    0;           0;    4;  Flag_Table; Satellite altimeter calibration status 
  0; 21;  73;    0;           0;    9;  Flag_Table; Satelllite altimeter instrument mode 
  0; 21;  75;    0;           0;    8;     Numeric; Image spectrum intensity 
  0; 21;  76;    0;           0;    3;  Code_Table; Representation of intensities 
  0; 21;  77;    3;           0;   14;           m; Altitude correction (ionosphere) 
  0; 21;  78;    3;           0;    9;           m; Altitude correction (dry troposphere) 
  0; 21;  79;    3;        2000;   10;           m; Altitude correction (wet troposphere) 
  0; 21;  80;    3;           0;   11;           m; Altitude correction (calibration constant) 
  0; 21;  81;    3;           0;   10;           m; Open loop correction (height-time loop) 
  0; 21;  82;    3;       -3000;   14;    Decibels; Open loop correction (auto gain control) 
  0; 21;  85;    0;           0;    4;     Numeric; ATSR sea surface temperature across- track band number 
  0; 21;  91;    0;        -100;    8;          dB; Radar signal Doppler spectrum 0th moment 
  0; 21;  92;    0;        -100;    8;          dB; "RASS signal Doppler spectrum 0th moment, referring to RASS signal" 
  0; 21; 101;    0;           0;    3;     Numeric; Number of vector ambiguities 
  0; 21; 102;    0;           0;    3;     Numeric; Index of selected wind vector 
  0; 21; 103;    0;           0;    5;     Numeric; Total number of sigma-0 measurements 
  0; 21; 104;    3;      -30000;   15;     Numeric; Likelihood computed for solution 
  0; 21; 105;    2;      -10000;   14;          dB; Normalized radar cross-section 
  0; 21; 106;    3;           0;   14;     Numeric; Kp variance coefficient (Alpha) 
  0; 21; 107;    8;           0;   16;     Numeric; Kp variance coefficient (Beta) 
  0; 21; 109;    0;           0;   17;  Flag_Table; SEAWINDS wind vector cell quality 
  0; 21; 110;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (forward of satellite) 
  0; 21; 111;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (forward of satellite) 
  0; 21; 112;    0;           0;    6;     Numeric; Number of inner-beam Sigma-0 (aft of satellite) 
  0; 21; 113;    0;           0;    6;     Numeric; Number of outer-beam Sigma-0 (aft of satellite) 
  0; 21; 114;    3;     -140000;   18;          dB; Kp variance coefficent (Gamma) 
  0; 21; 115;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 quality 
  0; 21; 116;    0;           0;   17;  Flag_Table; SEAWINDS sigma-0 mode 
  0; 21; 117;    2;           0;   16;     Numeric; Sigma-0 variance quality control 
  0; 21; 118;    2;      -10000;   14;          dB; Attenuation correction on sigma-0 
  0; 21; 119;    0;           0;    6;  Code_Table; Wind scatterometer geophysical model function 
  0; 21; 120;    3;           0;   10;     Numeric; Probability of rain 
  0; 21; 121;    0;           0;    8;     Numeric; SEAWINDS NOF* rain index 
  0; 21; 122;    2;      -10000;   14;          dB; Attenuation correction of sigma-0 (from tB) 
  0; 21; 123;    2;      -30000;   15;          dB; SEAWINDS normalized radar cross section 
# Class 22 - Oceanographic elements 
  0; 22;   1;    0;           0;    9; Degree_true; Direction of waves  
  0; 22;   2;    0;           0;    9; Degree_true; Direction of wind waves  
  0; 22;   3;    0;           0;    9; Degree_true; Direction of swell waves  
  0; 22;   4;    0;           0;    9; Degree_true; Direction of current  
  0; 22;  11;    0;           0;    6;           s; Period of waves  
  0; 22;  12;    0;           0;    6;           s; Period of wind waves  
  0; 22;  13;    0;           0;    6;           s; Period of swell waves  
  0; 22;  21;    1;           0;   10;           m; Height of waves  
  0; 22;  22;    1;           0;   10;           m; Height of wind waves  
  0; 22;  23;    1;           0;   10;           m; Height of swell waves  
  0; 22;  25;    2;           0;   10;           m; Standard deviation wave height 
  0; 22;  26;    2;           0;   10;           m; Standard deviation of significant wave height 
  0; 22;  31;    2;           0;   13;       m s-1; Speed of current  
  0; 22;  35;    2;           0;   14;           m; Tidal elevation with respect to local chart datum 
  0; 22;  36;    2;           0;   14;           m; Meteorological residual tidal elevation (surge or offset) 
  0; 22;  37;    3;      -10000;   15;           m; Tidal elevation with respect to national land datum 
  0; 22;  38;    3;      -10000;   15;           m; Tidal elevation with respect to local chart datum 
  0; 22;  39;    3;       -5000;   12;           m; Meteorological residual tidal elevation (surge or offset) 
  0; 22;  40;    3;       -5000;   14;           m; Meteorological residual tidal elevation (surge or offset) 
  0; 22;  41;    1;           0;   12;           K; Sea-surface temperature (15-day running mean) 
  0; 22;  42;    1;           0;   12;           K; Sea/water temperature 
  0; 22;  43;    2;           0;   15;           K; Sea/water temperature 
  0; 22;  44;    1;           0;   14;       m s-1; Sound velocity  
  0; 22;  50;    2;           0;    8;           K; Standard deviation sea-surface temperature 
  0; 22;  61;    0;           0;    4;  Code_Table; State of the sea  
  0; 22;  62;    2;           0;   14;Part per thousand; Salinity 
  0; 22;  63;    0;           0;   14;           m; Total water depth  
  0; 22;  67;    0;           0;   10;  Code_Table; Instrument type for water temperature profile measurement 
  0; 22;  68;    0;           0;    7;  Code_Table; Water temperature profile recorder types 
  0; 22;  70;    2;           0;   13;           m; Significant wave height 
  0; 22;  71;    1;           0;    9;           s; Spectral peak wave period 
  0; 22;  72;    0;           0;   13;           m; Spectral peak wave length 
  0; 22;  73;    2;           0;   13;           m; Maximum wave height 
  0; 22;  74;    1;           0;    9;           s; Average wave period 
  0; 22;  75;    0;           0;   13;           m; Average wave length 
  0; 22;  76;    0;           0;    9; Degree_true; Direction from which dominant waves are coming 
  0; 22;  77;    0;           0;    9;      Degree; Directional spread of dominant wave 
  0; 22;  78;    0;           0;   12;           s; Duration of wave record 
  0; 22;  79;    0;           0;   16;           m; Length of wave record 
  0; 22;  80;    3;           0;   10;          Hz; Waveband central frequency 
  0; 22;  81;    5;           0;   13;         m-1; Waveband central wave number 
  0; 22;  82;    2;           0;   20;        m2 s; Maximum non-directional spectral wave density 
  0; 22;  83;    2;           0;   20;          m3; Maximum non-directional spectral wave number 
  0; 22;  84;    0;           0;    7;     Numeric; Band containing maximum non- directional spectral wave density 
  0; 22;  85;    0;           0;    7;     Numeric; Spectral wave density ratio 
  0; 22;  86;    0;           0;    9; Degree_true; Mean direction from which waves are coming 
  0; 22;  87;    0;           0;    9; Degree_true; Principal direction from which waves are coming 
  0; 22;  88;    2;           0;    7;     Numeric; First normalized polar coordinate from Fourier coefficients 
  0; 22;  89;    2;           0;    7;     Numeric; Second normalized polar coordinate from Fourier coefficients 
  0; 22;  90;    2;           0;   20;        m2 s; Non-directional spectral estimate by wave frequency 
  0; 22;  91;    2;           0;   20;          m3; Non-directional spectral estimate by wave number 
  0; 22;  92;    2;           0;   20;  m2 rad-1 s; Directional spectral estimate by wave frequency 
  0; 22;  93;    2;           0;   20;          m4; Directional spectral estimate by wave number 
  0; 22;  94;    0;           0;    7;     Numeric; Total number of wave bands 
  0; 22;  95;    0;           0;    8;      Degree; Directional spread of individual waves 
  0; 22;  96;    3;           0;    4;         s-1; Spectral band width 
  0; 22;  97;    0;           0;   14;           m; Mean wavelength > 731 m of image spectrum at low wave numbers 
  0; 22;  98;    0;           0;   14;           m; Wavelength spread (wavelength > 731 m) at low wave numbers 
  0; 22;  99;    0;           0;    9; Degree_true; Mean direction at low wave numbers (wavelength > 731 m) 
  0; 22; 100;    0;           0;    9;      Degree; Direction spread at low wave numbers(wavelength > 731 m) 
  0; 22; 101;    0;           0;   31;     Numeric; Total energy (wavelength > 731m) at low wave numbers 
  0; 22; 120;    0;           0;    5;  Code_Table; Tide station automated water level check 
  0; 22; 121;    0;           0;    5;  Code_Table; Tide station manual water level check 
  0; 22; 122;    0;           0;    5;  Code_Table; Tide station automated meteorological data check 
  0; 22; 123;    0;           0;    5;  Code_Table; Tide station manual meteorological data check 
  0; 22; 141;    2;           0;   15;           K; Sea-surface temperature (15-day running mean) 
# Class 23 - Dispersal and transport 
  0; 23;   1;    0;           0;    3;  Code_Table; Accident early notification — article applicable 
  0; 23;   2;    0;           0;    5;  Code_Table; Activity or facility involved in incident 
  0; 23;   3;    0;           0;    3;  Code_Table; Type of release  
  0; 23;   4;    0;           0;    3;  Code_Table; Countermeasures taken near border 
  0; 23;   5;    0;           0;    2;  Code_Table; Cause of incident  
  0; 23;   6;    0;           0;    3;  Code_Table; Incident situation  
  0; 23;   7;    0;           0;    3;  Code_Table; Characteristics of release 
  0; 23;   8;    0;           0;    2;  Code_Table; State of current release  
  0; 23;   9;    0;           0;    2;  Code_Table; State of expected release  
  0; 23;  16;    0;           0;    2;  Code_Table; Possibility of significant chemical toxic health effect 
  0; 23;  17;    6;           0;   20;     m3 s-1 ; Flow discharge of major recipient 
  0; 23;  18;    0;           0;    3;  Code_Table; Release behaviour over time 
  0; 23;  19;    0;      -15000;   17;           m; Actual release height 
  0; 23;  21;    0;      -15000;   17;           m; Effective release height 
  0; 23;  22;    0;           0;   24;           m; Distance of release point or site of incident 
  0; 23;  23;    1;           0;   12;     m s-1  ; Main transport speed in the atmosphere 
  0; 23;  24;    2;           0;   13;     m s-1  ; Main transport speed in water 
  0; 23;  25;    2;           0;   13;     m s-1  ; Main transport speed in ground water 
  0; 23;  27;    0;           0;    9; Degree_true; Main transport direction in the atmosphere 
  0; 23;  28;    0;           0;    9; Degree_true; Main transport direction in water 
  0; 23;  29;    0;           0;    9; Degree_true; Main transport direction in ground water 
  0; 23;  31;    0;           0;    2;  Code_Table; Possibility that plume will encounter precipitation in State in which incident occurred 
  0; 23;  32;    0;           0;    2;  Code_Table; Plume will encounter change in wind direction and/or speed flag 
# Class 24 - Radiological elements 
  0; 24;   1;  -11;           0;   28;         Bq*; Estimate of amount of radioactivity released up to specified time 
  0; 24;   2;  -11;           0;   28;          Bq; Estimated maximum potential release 
  0; 24;   3;    0;           0;    5;  Code_Table; Composition of release 
  0; 24;   4;    0;           0;   16;   CCITT_IA5; Element name 
  0; 24;   5;    0;           0;    9;     Numeric; Isotope mass 
  0; 24;  11;    2;           0;   32;     mSv*/**; Dose 
  0; 24;  12;    2;           0;   32;         mSv; Trajectory dose (defined location and expected time of arrival) 
  0; 24;  13;    2;           0;   32;         mSv; Gamma dose in air along the main transport path (defined location and time period) 
  0; 24;  21;    2;           0;   32;      Bq m-3; Air concentration (of named isotope type including gross beta) 
  0; 24;  22;    2;           0;   32;      Bq 1-1; Concentration in precipitation (of names isotope type) 
  0; 24;  23;    1;           0;   14;         s-1; Pulse rate of beta radiation 
  0; 24;  24;    1;           0;   14;         s-1; Pulse rate of gamma radiation 
# Class 25 - Processing information 
  0; 25;   1;   -1;           0;    6;           m; Range-gate length 
  0; 25;   2;    0;           0;    4;     Numeric; Number of gates averaged 
  0; 25;   3;    0;           0;    8;     Numeric; Number of integrated pulses 
  0; 25;   4;    0;           0;    2;  Code_Table; Echo processing 
  0; 25;   5;    0;           0;    2;  Code_Table; Echo integration 
  0; 25;   6;    0;           0;    3;  Code_Table; Z to R conversion 
  0; 25;   7;    0;           0;   12;     Numeric; Z to R conversion factor 
  0; 25;   8;    2;           0;    9;     Numeric; Z to R conversion exponent 
  0; 25;   9;    0;           0;    4;  Flag_Table; Calibration method 
  0; 25;  10;    0;           0;    4;  Code_Table; Clutter treatment 
  0; 25;  11;    0;           0;    2;  Code_Table; Ground occultation correction (screening) 
  0; 25;  12;    0;           0;    2;  Code_Table; Range attenuation correction 
  0; 25;  13;    0;           0;    2;  Flag_Table; Bright-band correction 
  0; 25;  14;    0;           0;   12;     Numeric; Azimuth clutter cut-off (see Note) 
  0; 25;  15;    0;           0;    2;  Flag_Table; Radome attenuation correction 
  0; 25;  16;    5;           0;    6;      dB m-1; Clear-air attenuation correction 
  0; 25;  17;    0;           0;    2;  Flag_Table; Precipitation attenuation correction 
  0; 25;  18;    7;           0;    6;     Numeric; A to Z law for attenuation factor 
  0; 25;  19;    2;           0;    7;     Numeric; A to Z law for attenuation exponent 
  0; 25;  20;    0;           0;    2;  Code_Table; Mean speed estimation 
  0; 25;  21;    0;           0;    8;  Flag_Table; Wind computation enhancement 
  0; 25;  30;    0;           0;    2;  Code_Table; Running mean sea-surface temperature usage 
  0; 25;  32;    0;           0;    2;  Code_Table; Wind profiler mode information* 
  0; 25;  33;    0;           0;    2;  Code_Table; Wind profiler submode information* 
  0; 25;  34;    0;           0;    4;  Flag_Table; Wind profiler quality control test results*  
  0; 25;  36;    0;           0;    4;  Code_Table; Atmospherics location method 
  0; 25;  40;    0;           0;    4;  Code_Table; CO2 wind product derivation 
  0; 25;  41;    0;           0;    2;  Code_Table; Moving platform direction reporting method 
  0; 25;  42;    0;           0;    2;  Code_Table; Moving platform speed reporting method 
  0; 25;  43;    4;           0;   15;           s; Wave sampling interval (time) 
  0; 25;  44;    2;           0;   14;           m; Wave sampling interval (space) 
  0; 25;  45;    0;           0;   21;  Flag_Table; HIRS channel combination 
  0; 25;  46;    0;           0;    5;  Flag_Table; MSU channel combination 
  0; 25;  47;    0;           0;    4;  Flag_Table; SSU channel combination 
  0; 25;  48;    0;           0;   16;  Flag_Table; AMSU-A channel combination 
  0; 25;  49;    0;           0;    6;  Flag_Table; AMSU-B channel combination 
  0; 25;  51;    0;           0;    7;  Flag_Table; AVHRR channel combination 
  0; 25;  53;    0;           0;   12;  Flag_Table; Observation quality 
  0; 25;  60;    0;           0;   14;     Numeric; Software identification 
  0; 25;  70;    0;           0;    4;     Numeric; Major frame count 
  0; 25;  71;    0;           0;    5;     Numeric; Frame count 
  0; 25;  75;    0;           0;    5;     Numeric; Satellite antenna corrections version number 
  0; 25;  76;    8;           0;   30;     Log m-1; Log-10 of (Temperature-radiance central wavenumber) for ATOVS 
  0; 25;  77;    5;     -100000;   18;     Numeric; Bandwidth correction coefficient 1 for ATOVS 
  0; 25;  78;    5;           0;   17;     Numeric; Bandwidth correction coefficient 2 for ATOVS 
  0; 25;  79;    4;           0;   24;       W m-2; Albedo-radiance solar filtered irradiance for ATOVS 
  0; 25;  80;   10;           0;   14;           m; Albedo-radiance equivalent filter width for ATOVS 
  0; 25;  85;    0;           0;    7;     Numeric; Fraction of clear pixels in HIRS FOV 
  0; 25;  86;    0;           0;    2;  Code_Table; Depth correction indicator 
  0; 25;  91;    3;      -18192;   13;          dB; Structure constant of the refraction index (cn2) 
  0; 25;  92;    2;       28000;   14;       m s-1; Acoustic propagation velocity 
  0; 25;  93;    0;           0;    8;  Flag_Table; RASS computation correction 
# Class 26 - Non-coordinate location (time) 
  0; 26;   1;    1;           0;   12;        Hour; Principal time of daily reading in UTC of maximum temperature 
  0; 26;   2;    1;           0;   12;        Hour; Principal time of daily reading in UTC of minimum temperature 
  0; 26;   3;    0;       -1440;   12;      Minute; Time difference 
  0; 26;  10;    0;           0;   26;  Flag_Table; Hours included 
# Class 27 - Non-coordinate location (horizontal - 1) 
  0; 27;   1;    5;    -9000000;   25;      Degree; Latitude (high accuracy) 
  0; 27;   2;    2;       -9000;   15;      Degree; Latitude (coarse accuracy) 
  0; 27;   3;    2;       -9000;   15;      Degree; Alternate latitude 
  0; 27;  20;    0;           0;   16;     Numeric; Satellite location counter 
  0; 27;  21;    0;           0;   16;     Numeric; Satellite sublocation dimension 
  0; 27;  31;    2; -1073741824;   31;           m; "In direction of 0 degrees longitude, distance from the Earth’s centre" 
# Class 28 - Non-coordinate location (horizontal - 2) 
  0; 28;   1;    5;   -18000000;   26;      Degree; Longitude (high accuracy) 
  0; 28;   2;    2;      -18000;   16;      Degree; Longitude (coarse accuracy) 
  0; 28;   3;    2;      -18000;   16;      Degree; Alternate longitude 
  0; 28;  31;    2; -1073741824;   31;           m; "In direction 90 degrees East, distance from the Earth’s centre" 
# Class 29 - Map data 
  0; 29;   1;    0;           0;    3;  Code_Table; Projection type 
  0; 29;   2;    0;           0;    3;  Code_Table; Coordinate grid type 
# Class 30 - Image 
  0; 30;   1;    0;           0;    4;     Numeric; Pixel value (4 bits) 
  0; 30;   2;    0;           0;    8;     Numeric; Pixel value (8 bits) 
  0; 30;   4;    0;           0;   16;     Numeric; Pixel value (16 bits) 
  0; 30;  21;    0;           0;   12;     Numeric; Number of pixels per row 
  0; 30;  22;    0;           0;   12;     Numeric; Number of pixels per column 
  0; 30;  31;    0;           0;    4;  Code_Table; Picture type 
  0; 30;  32;    0;           0;   16;  Flag_Table; Combination with other data 
# Class 31 - Data description operator qualifiers 
  0; 31;   0;    0;           0;    1;     Numeric; Short delayed descriptor replication factor 
  0; 31;   1;    0;           0;    8;     Numeric; Delayed descriptor replication factor 
  0; 31;   2;    0;           0;   16;     Numeric; Extended delayed descriptor replication factor 
  0; 31;  11;    0;           0;    8;     Numeric; Delayed descriptor and data repetition factor 
  0; 31;  12;    0;           0;   16;     Numeric; Extended delayed descriptor and data repetition factor 
  0; 31;  21;    0;           0;    6;  Code_Table; Associated field significance 
  0; 31;  31;    0;           0;    1;  Flag_Table; Data present indicator 
# Class 33 - Quality information 
  0; 33;   2;    0;           0;    2;  Code_Table; Quality information 
  0; 33;   3;    0;           0;    3;  Code_Table; Quality information 
  0; 33;   7;    0;           0;    7;           %; Per cent confidence 
  0; 33;  20;    0;           0;    3;  Code_Table; Quality control indication of following value 
  0; 33;  21;    0;           0;    2;  Code_Table; Quality of following value 
  0; 33;  22;    0;           0;    2;  Code_Table; Quality of buoy satellite transmission 
  0; 33;  23;    0;           0;    2;  Code_Table; Quality of buoy location 
  0; 33;  24;    0;           0;    4;  Code_Table; Station elevation quality mark (for mobile stations) 
  0; 33;  25;    0;           0;    3;  Code_Table; ACARS interpolated values 
  0; 33;  26;    0;           0;    6;  Code_Table; Moisture quality 
  0; 33;  27;    0;           0;    3;  Code_Table; Location quality class (range of radius of 66 % confidence) 
  0; 33;  30;    0;           0;   24;  Flag_Table; Scan line status flags for ATOVS 
  0; 33;  31;    0;           0;   24;  Flag_Table; Scan line quality flags for ATOVS 
  0; 33;  32;    0;           0;   24;  Flag_Table; Channel quality flags for ATOVS 
  0; 33;  33;    0;           0;   24;  Flag_Table; Field of view quality flags for ATOVS 
  0; 33;  35;    0;           0;    4;  Code_Table; Manual/automatic quality control 
  0; 33;  36;    0;           0;    7;           %; Nominal confidence threshold 
  0; 33;  37;    0;           0;   20;  Flag_Table; Wind correlation error 
  0; 33;  40;    0;           0;    7;           %; Confidence interval 
  0; 33;  41;    0;           0;    2;  Code_Table; Attribute of following value 
# Class 35 - Data monitoring information 
  0; 35;   0;    0;           0;   10;  Code_Table; FM and regional code number 
  0; 35;   1;    0;           0;    3;  Code_Table; Time-frame for monitoring 
  0; 35;  11;    0;           0;   14;     Numeric; Number of reports actually received 
  0; 35;  21;    0;           0;   48;   Character; Bulletin being monitored (TTAAii) 
  0; 35;  22;    0;           0;   48;   Character; Bulletin being monitored (YYGGgg) 
  0; 35;  30;    0;           0;    4;  Code_Table; Discrepancies in the availability of expected data 
  0; 35;  31;    0;           0;    7;  Code_Table; Qualifier on monitoring results 
  0; 35;  32;    0;           0;    4;  Code_Table; Cause of missing data 
  0; 35;  33;    0;           0;    7;  Code_Table; Observation and collection deficiencies 
  0; 35;  34;    0;           0;    3;  Code_Table; Statistical trends for availability of data (during the survey period(s)) 
grads-2.0.1/data/tables/B3M-000-007-00000644000175000017500000000612607750236075017411 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################		
		
#01-09: WMCs		
0	1	Melbourne
0	2	Melbourne
0	3	Melbourne
0	4	Moscow
0	5	Moscow
0	6	Moscow
0	7	"US National Weather Service, National Centres for Environmental Prediction(NCEP)"
0	8	US National Weather Service TelecommunicationsGateway (NWSTG)
0	9	US National Weather Service - Other
#10-25: Centres in Region I		
0	10	Cairo (RSMC/RAFC)
0	11	Cairo (RSMC/RAFC)
0	12	Dakar (RSMC/RAFC)
0	13	Dakar (RSMC/RAFC)
0	14	Nairobi (RSMC/RAFC)
0	15	Nairobi (RSMC/RAFC)
0	18	Tunis Casablanca (RSMC)
0	19	Tunis Casablanca (RSMC)
0	20	Las Palmas (RAFC)
0	21	Algiers (RSMC)
0	24	Pretoria (RSMC)
0	25	La Réunion (RSMC)
#26-40: Centres in Region II		
0	26	Khabarovsk (RSMC)
0	27	Khabarovsk (RSMC)
0	28	New Delhi (RSMC/RAFC)
0	29	New Delhi (RSMC/RAFC)
0	30	Novosibirsk (RSMC)
0	31	Novosibirsk (RSMC)
0	32	Tashkent (RSMC)
0	33	Jeddah (RSMC)
0	34	"Tokyo (RSMC), Japan Meteorological Agency"
0	35	"Tokyo (RSMC), Japan Meteorological Agency"
0	36	Bangkok
0	37	Ulan Bator
0	38	Beijing (RSMC)
0	39	Beijing (RSMC)
0	40	Seoul
#41-50: Centres in Region III		
0	41	Buenos Aires (RSMC/RAFC)
0	42	Buenos Aires (RSMC/RAFC)
0	43	Brasilia (RSMC/RAFC)
0	44	Brasilia (RSMC/RAFC)
0	45	Santiago
0	46	Brazilian Space Agency ­ INPE
#51-63: Centres in Region IV		
0	51	Miami (RSMC/RAFC)
0	52	"Miami RSMC, National Hurricane Center"
0	53	Montreal (RSMC)
0	54	Montreal (RSMC)
0	55	San Francisco
0	57	U.S. Air Force Air Force Global Weather Central 
0	58	"Fleet Numerical Meteorology and Oceanography Center, Monterey, CA"
0	59	"The NOAA Forecast Systems Laboratory, Boulder, CO, USA"
0	60	United States National Centre for Atmospheric Research (NCAR)
#64-73: Centres in Region V		
0	64	Honolulu
0	65	Darwin (RSMC)
0	66	Darwin (RSMC)
0	67	Melbourne (RSMC)
0	69	Wellington (RSMC/RAFC)
0	70	Wellington (RSMC/RAFC)
0	71	Nadi (RSMC)
#74-99: Centres in Region VI		
0	74	UK Meteorological Office ­ Bracknell (RSMC)
0	75	UK Meteorological Office ­ Bracknell (RSMC)
0	76	Moscow (RSMC/RAFC)
0	78	Offenbach (RSMC)
0	79	Offenbach (RSMC)
0	80	Rome (RSMC)
0	81	Rome (RSMC)
0	82	Norrköping
0	83	Norrköping
0	85	Toulouse (RSMC)
0	86	Helsinki
0	87	Belgrade
0	88	Oslo
0	89	Prague
0	90	Episkopi
0	91	Ankara
0	92	Frankfurt/Main (RAFC)
0	93	London (WAFC)
0	94	Copenhagen
0	95	Rota
0	96	Athens
0	97	European Space Agency (ESA)
0	98	"ECMWF, RSMC"
0	99	De Bilt
0	110	Hong-Kong
0	160	US NOAA/NESDIS
0	210	Frascati (ESA/ESRIN)
0	211	Lanion
0	212	Lisboa
0	213	Reykjavik
0	254	EUMETSAT Operation Centre
0	255	Missing value
grads-2.0.1/data/tables/B3L-160000-000001-B0000644000175000017500000000547707750236075020103 0ustar  amckinstryamckinstry#
# BUFR Table B - Local table for ECMWF encode/decode of 
# High Density Winds from GOES, ref. IPD-1008 release 3 Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name

  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;     31;      0;           0;   16;   Code_Table; Identification of originating/generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application

  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings

  0;    2;    196;      0;           0;    9;   Code_Table; Satellite Classification
  0;    2;    197;      8;           0;   26;           Hz; Satellite Channel Center Frequency
  0;    2;    198;      8;           0;   26;           Hz; Satellite Channel Band Width
  0;    2;    221;      0;           0;   18;            M; Segment Size At Nadir In X Direction
  0;    2;    222;      0;           0;   18;            M; Segment Size At Nadir In Y Direction
  0;    2;    231;      0;           0;    4;   Code_Table; Height Assignment Method
  0;    2;    232;      0;           0;    3;   Code_Table; Tracer Correlation Method
  0;    2;    252;      0;           0;   31;   Flag_Table; Satellite Instrument Data Used In Processing

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)

  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)

  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;     24;      2;       -9000;   15;          deg; Satellite zenith angle

  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;    193;      1;           0;   12;        deg_K; Coldest Cluster Temperature


  0;   31;     31;      0;           0;    1;   Flag_Table; Data present indicator

  0;   33;      7;      0;           0;    7;      Percent; Per cent confidence

grads-2.0.1/data/tables/B2M-000-000-00000644000175000017500000001507307750236075017402 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/tables/B3L-160000-006001-B0000644000175000017500000021364507750236075020107 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements (edited by Mr. Spurlin last on April 12, 2001)
#
#						Data
#F	X	Y	Scale	RefVal		Width	Units		Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;   Code_Table; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship or mobile land station identifier
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     15;      0;           0;  160;    CCITT_IA5; Station or site name
  0;    1;     18;      0;           0;   40;    CCITT_IA5; Short station or site name
  0;    1;     20;      0;           0;    4;      Numeric; WMO Region sub-area
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     22;      0;           0;  224;    CCITT_IA5; Name of feature
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Identification of originating/generating center
  0;    1;     32;      0;           0;    8;   Code_Table; Generating application
  0;    1;     33;      0;           0;    8;   Code_Table; Identification of originating/generating center
  0;    1;     34;      0;           0;    8;   Code_Table; Identification of originating/generating sub-center
  0;    1;     41;      5; -1073741824;   31;          m/s; Absolute platform velocity - first component
  0;    1;     42;      5; -1073741824;   31;          m/s; Absolute platform velocity - second component
  0;    1;     43;      5; -1073741824;   31;          m/s; Absolute platform velocity - third component
  0;    1;     50;      0;           0;   17;      Numeric; Platform transmitter ID number
  0;    1;     51;      0;           0;   96;    CCITT_IA5; Platform transmitter ID nubmer
  0;    1;     60;      0;           0;   64;    CCITT_IA5; Aircraft reporting point (Beacon identifier)
  0;    1;     62;      0;           0;   32;    CCITT_IA5; Aircraft reporting point (Beacon idnetifier)
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator
  0;    1;     64;      0;           0;   32;    CCITT_IA5; Runway designator
  0;    1;     75;      0;           0;   40;    CCITT_IA5; Ride station identification

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;        deg_K; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     19;      0;           0;   11;   Code_Table; Satellite instruments
  0;    2;     20;      0;           0;    9;   Code_Table; Satellite classification
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     28;      0;           0;   18;            m; Segment size at nadir in X direction
  0;    2;     29;      0;           0;   18;            m; Segment size at nadir in Y direction
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     37;      0;           0;    3;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Method of sea-surface temperature measurement
  0;    2;     39;      0;           0;    3;   Code_Table; Method of wet-buld temperature measurement
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion of platform from current
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     44;      0;           0;    4;   Code_Table; Inicator for method of calculating spectral wave data
  0;    2;     45;      0;           0;    4;   Code_Table; Indicator for type of platform
  0;    2;     46;      0;           0;    4;   Code_Table; Wave measurement instrumentation
  0;    2;     48;      0;           0;    4;   Code_Table; Satellite sensor indicator
  0;    2;     49;      0;           0;    8;   Flag_Table; Geostationary satellite data-processing technique used
  0;    2;     50;      0;           0;   20;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator ro specify observing method for extreme temperatures
  0;    2;     52;      0;           0;    6;   Flag_Table; Geostationary imager satellite channels used
  0;    2;     53;      0;           0;    4;   Code_Table; GOES-I/M  brightness temperature characteristics
  0;    2;     54;      0;           0;    4;   Code_Table; GOES-I/M  soundings parameter characteristics
  0;    2;     55;      0;           0;    4;   Code_Table; Geostationary soundings statistical parameters
  0;    2;     56;      0;           0;    4;   Code_Table; Geostationary soundings accuracy statistics
  0;    2;     57;      0;           0;    4;   Code_Table; Origin of first guess information for GOES-I/M soundings
  0;    2;     58;      0;           0;    4;   Code_Table; Valid times of first guess information for GOES-I/M soundings
  0;    2;     59;      0;           0;    4;   Code_Table; Origin of analysis information for GOES-I/M soundings
  0;    2;     60;      0;           0;    4;   Code_Table; Origin of surface information for GOES-I/M soundings
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     64;      0;           0;    2;   Code_Table; Aircraft roll angle quality
  0;    2;     65;      0;           0;   40;    CCITT_IA5; ACARS ground receiving station
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;     91;      0;           4;   10;            A; Entry sensor 4/20 mA
  0;    2;    100;      1;           0;   12;           dB; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    140;      0;           0;    9;          deg; Satellite radar beam azimuth
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument serial number/identification
  0;    2;    143;      0;           0;    7;   Code_Table; Ozone instrument type
  0;    2;    144;      0;           0;    4;   Code_Table; Light source type for Brewer spectrophotometer
  0;    2;    145;      0;           0;    4;   Code_Table; Wave length setting for Dobson instruments
  0;    2;    146;      0;           0;    4;   Code_Table; Source conditions for Dobson instruments
  0;    2;    148;      0;           0;    5;   Code_Table; Data collection and/or location system
  0;    2;    149;      0;           0;    6;   Code_Table; Type of data buoy
  0;    2;    150;      0;           0;    6;   Code_Table; TOVS/ATOVS/AVHRR instrumentation channel number
  0;    2;    151;      0;           0;    4;   Code_Table; Radiometer identifier
  0;    2;    152;      0;           0;   31;   Flag_Table; Satellite instrument used in data processing
  0;    2;    153;     -8;           0;   26;           Hz; Satellite channel center frequency
  0;    2;    154;     -8;           0;   26;           Hz; Satellite channel band width
  0;    2;    163;      0;           0;    4;   Code_Table; Height assignment method
  0;    2;    164;      0;           0;    3;   Code_Table; Tracer correlation method
  0;    2;    166;      0;           0;    4;   Code_Table; Radiance type
  0;    2;    167;      0;           0;    4;   Code_Table; Radiance computational method
  0;    2;    168;     -3;           0;   16;           Pa; Hydrostatic pressure of lower end of cable (thermistor string)
  0;    2;    169;      0;           0;    4;   Code_Table; Anemometer type
  0;    2;    172;      0;           0;    8;   Code_Table; Product type for retrieved atmospheric gases
  0;    2;    196;      0;           0;    9;   Code_Table; Satellite Classification
  0;    2;    197;     -8;           0;   26;           Hz; Satellite Channel Center Frequency
  0;    2;    198;     -8;           0;   26;           Hz; Satellite Channel Band Width
  0;    2;    221;      0;           0;   18;            M; Segment Size At Nadir In X Direction
  0;    2;    222;      0;           0;   18;            M; Segment Size At Nadir In Y Direction
  0;    2;    231;      0;           0;    4;   Code_Table; Height Assignment Method
  0;    2;    232;      0;           0;    3;   Code_Table; Tracer Correlation Method
  0;    2;    252;      0;           0;   31;   Flag_Table; Satellite Instrument Data Used In Processing
  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     17;      0;       -1440;   12;          min; Reference time period for accumulated or extreme data
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to following value
  0;    4;     32;      0;           0;    6;       Minute; Duration of time relating to following value
  0;    4;     41;      0;       -1440;   12;       Minute; Time Difference, UTC-LMT
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipition equal to or more than 1mm
  0;    4;     65;      0;        -128;    8;          min; Short time increment
  0;    4;     73;      0;        -128;    8;          Day; Short time period or displacement
  0;    4;     74;      0;        -128;    8;         Hour; Short time period or displacement
  0;    4;     75;      0;        -128;    8;       Minute; Short time period or displacement
  0;    4;    192;      0;           0;    3;   Code_Table; Season
  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     34;      0;           0;   11;      Numeric; Along Track row number
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;    6;     11;      5;   -18000000;   26;          deg; Longitude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longitude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2
  0;    6;     34;      0;           0;    7;      Numeric; Cross-track cell number
  0;    6;     40;      0;           0;   13;            m; Radius of confidence

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Height
  0;    7;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;      9;      0;       -1000;   17;          gpm; Geopotential height
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     24;      2;       -9000;   15;          deg; Satellite zenith angle
  0;    7;     25;      2;       -9000;   15;          deg; Solar zenith angle
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea/water surface
  0;    7;     64;      0;           0;    4;            m; Height above station (sensor height artificially corrected)
  0;    7;     70;      0;           0;   10;            m; Drogue depth

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Meteorological attribute significance
  0;    8;      6;      0;           0;    9;   Flag_Table; Ozone vertical sounding significance
  0;    8;      7;      0;           0;    4;   Code_Table; Dimensional significance
  0;    8;      8;      0;           0;    9;   Flag_Table; Radiation vertical sounding significance
  0;    8;     11;      0;           0;    6;   Code_Table; Meteorological feature
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     14;      0;           0;    4;   Code_Table; Qualification for runway visual range
  0;    8;     16;      0;           0;    3;   Code_Table; Change indicator of a trend-type forecast or an aerodrome forecast
  0;    8;     17;      0;           0;    2;   Code_Table; Qualifier of the time when the forecast change is expected
  0;    8;     18;      0;           0;   17;   Flag_Table; SEAWINDS land/ice surface type
  0;    8;     20;      0;           0;   16;      Numeric; Total number of missing entities (with respect to accumulation or average)
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     23;      0;           0;    6;   Code_Table; First order statistics
  0;    8;     24;      0;           0;    6;   Code_Table; Difference statistics
  0;    8;     25;      0;           0;    4;   Code_Table; Time difference qualifier
  0;    8;     30;      0;           0;   13;      Numeric; Manual on Codes Volume I.1 Section C table identifier
  0;    8;     31;      0;           0;    8;      Numeric; Data category CREX table A
  0;    8;     35;      0;           0;    3;   Code_Table; Type of monitoring exercise
  0;    8;     36;      0;           0;    3;   Code_Table; Type of center or station performing monitoring
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurrence follows
  0;    8;     53;      0;           0;    2;   Code_Table; Day of occurance qualifier
  0;    8;     60;      0;           0;    4;   Code_Table; Sample scanning mode significance
  0;    8;     70;      0;           0;    4;   Code_Table; TOVS/ATOVS product qualifier
  0;    8;     72;      0;           0;    3;   Code_table; Pixel(s) type

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;      9;      0;       -1000;   17;          gpm; Geopotential height
  0;   10;     10;     -1;           0;   14;           Pa; Minimum pressure reduced to mean sea level
  0;   10;     11;     -1;           0;   14;           Pa; Maximum pressure reduced to mean sea level
  0;   10;     31;      2; -1073741824;   31;            m; In direction of the North Pole, distance from the Earth's centre
  0;   10;     40;      0;           0;   10;      Numeric; Number of retrieved layer
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency
  0;   10;     70;      0;        -400;   16;            m; Indicated aircraft altitude
  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     10;      0;           0;    9;          deg; true	Wind direction associated with wind speed which follows
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     16;      0;           0;    9;     deg_true; Extreme counterclockwise wind direction of a variable wind
  0;   11;     17;      0;           0;    9;     deg_true; Extreme clockwise wind direction of a variable wind
  0;   11;     19;      0;           0;    7;      Percent; Steadiness of wind
  0;   11;     21;      9;      -65536;   17;          1/s; Relative vorticity
  0;   11;     22;      9;      -65536;   17;          1/s; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust speed
  0;   11;     37;      0;           0;    6;   Code_Table; Turbulence Index
  0;   11;     38;      0;           0;    5;   Code_Table; Time of occurrence of Peak Eddy Dissipation Rate
  0;   11;     40;      1;           0;   12;          m/s; Maximum wind speed (mean wind)
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     44;      0;           0;    9;     deg_true; Mean wind direction for surface - 1500m (5000 feet)
  0;   11;     45;      1;           0;   12;          m/s; Mean wind speed for surface - 1500m (5000 feet)
  0;   11;     46;      1;           0;   12;          m/s; Maximum instantaneous wind speed
  0;   11;     47;      1;           0;   12;          m/s; Maximum instantaneous wind speed over 10 minutes
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind speed
  0;   11;     52;      2;           0;   13;          m/s; Formal uncertainty in wind speed
  0;   11;     53;      2;           0;   15;          deg; true	Formal uncertainty in wind direction
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear in 1 kilometer layer below
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear in1 kilometer layer above
  0;   11;     70;      0;           0;   32;    CCITT_IA5; Designator of the runway affected by wind shear
  0;   11;     71;      3;        -128;   14;    m**2/s**2; Turbulent vertical momentum flux
  0;   11;     72;      3;        -128;   11;            K; m/s		Turbulent vertical buoyancy flux
  0;   11;     73;      2;       -1024;   13;    m**2/s**2; Turbulent kinetic energy
  0;   11;     74;      2;       -1024;   10;    m**2/s**2; Dissipation energy
  0;   11;     75;      2;           0;    8;   m**(2/3)/s; Mean turbulence intensity
  0;   11;     76;      2;           0;    8;   m**(2/3)/s; Peak turbulence intensity
  0;   11;     81;      2;           0;   16;          deg; true	Model wind direction at 10m
  0;   11;     82;      2;           0;   14;          m/s; Model wind speed at 10 m

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     21;      2;           0;   16;          deg; K		Maximum temperature at 2m
  0;   12;     22;      2;           0;   16;          deg; K		Minimum temperature at 2m
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation of temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature
  0;   12;     64;      1;           0;   12;        deg_K; Instrument temperature
  0;   12;     65;      1;           0;   12;          deg; K		Standard deviation brightness temperature
  0;   12;     71;      1;           0;   12;        deg_K; Coldest cluster temperature
  0;   12;     72;      6;           0;   31;    W/m**2/sr; Radiance
  0;   12;     75;     -3;           0;   16;            W; m-3 sr-1	Spectral radiance
  0;   12;     76;      3;           0;   16;            W; m-2 sr-1	Radiance
  0;   12;    101;      2;           0;   16;        deg_K; Temperature/dry-bulb temperature
  0;   12;    102;      2;           0;   16;        deg_K; Wet-bulb temperature
  0;   12;    103;      2;           0;   16;        deg_K; Dew-point temperature
  0;   12;    104;      2;           0;   16;        deg_K; Dry-bulb temperature at 2m
  0;   12;    105;      2;           0;   16;        deg_K; Web-bulb temperature at 2m
  0;   12;    106;      2;           0;   16;        deg_K; Dew-point temperature at 2m
  0;   12;    107;      2;           0;   16;        deg_K; Virtual temperature
  0;   12;    111;      2;           0;   16;        deg_K; Maximum temperature, at height and over period specified
  0;   12;    112;      2;           0;   16;        deg_K; Minimum temperature, at height and over period specified
  0;   12;    113;      2;           0;   16;        deg_K; Ground minimum temperature, past 12 hours
  0;   12;    114;      2;           0;   16;        deg_K; Maximum temperature at 2m, past 12 hours
  0;   12;    115;      2;           0;   16;        deg_K; Minimum temperature at 2m, past 12 hours
  0;   12;    116;      2;           0;   16;        deg_K; Maximum temperature at 2m, past 24 hours
  0;   12;    117;      2;           0;   16;        deg_K; Minimum temperature at 2m, past 24 hours
  0;   12;    130;      2;           0;   16;        deg_K; Soil temperature
  0;   12;    152;      2;           0;   16;        deg_K; Highest daily mean temperature
  0;   12;    153;      2;           0;   16;        deg_K; Lowest daily mean temperature
  0;   12;    161;      2;           0;   16;        deg_K; Skin temperature
  0;   12;    162;      2;           0;   16;        deg_K; Equivalent black body temperature
  0;   12;    163;      2;           0;   16;        deg_K; Brightness temperature
  0;   12;    164;      2;           0;   16;        deg_K; Instrument temperature
  0;   12;    171;      2;           0;   16;        deg_K; Coldest cluster temperature
  0;   12;    193;      1;           0;   12;        deg_K; Coldest Cluster Temperature


  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;      7;      0;           0;    7;      percent; Minimum relative humidity
  0;   13;      8;      0;           0;    7;      percent; Maximum relative humidity
  0;   13;     11;      1;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     33;      1;           0;   10;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     38;      0;           0;    2;   Code_Table; Superadiabatic indicator
  0;   13;     39;      0;           0;    3;   Code_Table; Terrain type (ice/snow)
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipition
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipition
  0;   13;     55;      4;           0;    8;    KG/M**2*S; INTENSITY OF PRECIPITATION
  0;   13;     60;      1;         -10;   17;           kg; m-2		Total accumulated precipitation
  0;   13;     71;      2;           0;   14;            m; Upstream water level
  0;   13;     72;      2;           0;   14;            m; Downstream water level
  0;   13;     73;      2;           0;   14;            m; Maximum water level
  0;   13;     80;      1;           0;   10;           pH; unit		Water pH
  0;   13;     81;      3;           0;   14;      Siemens; m-1	Water conductivity
  0;   13;     82;      1;           0;   12;          deg; K		Water temperature
  0;   13;     83;      6;           0;   15;           Kg; m-3		Dissolved oxygen
  0;   13;     84;      0;           0;   14;        Lumen; Turbidity
  0;   13;     85;      3;           0;   14;            V; Oxydation Reduction Potential (ORP)

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      2;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over period specified
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     26;      0;           0;    7;      percent; Albedo at the top of clouds
  0;   14;     27;      0;           0;    7;      percent; Albedo
  0;   14;     28;     -2;           0;   16;       J/m**2; Global solar radiation (high accuracy, integrated over period specified
  0;   14;     29;     -2;           0;   16;       J/m**2; Diffuse solar radiation (high accuracy, integrated over period specified
  0;   14;     30;     -2;           0;   16;       J/m**2; Direct solar radiation (high accuracy, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine
  0;   14;     34;      0;           0;   11;          min; Sunshine of period specified
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance
  0;   14;     45;      0;           0;   11; W/m**2/sr/cm; Channel radiance
  0;   14;     51;     -3;           0;   14;       j/m**2; Direct solar radiation integrated over last hour

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air mass (slant path at 22km)
  0;   15;      3;      4;           0;    9;       Pascal; Measured ozone partial pressure
  0;   15;      4;      3;           0;   11;      Numeric; Ozone sounding correction factor
  0;   15;      5;      0;           0;   10;           DU; Ozone p
  0;   15;     11;      3;       14000;   13;  log(1/m**2); Log 10 of integrated electron density
  0;   15;     15;      0;           0;   31;      Numeric; Maximum image spectral composition before normalization
  0;   15;     20;      8;           0;   21;      kg/m**2; Integrated Ozone density

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radius with respect to wind speed above threshold (large storms)
  0;   19;     10;      0;           0;    4;   Code_Table; Method for tracking the center of synoptic feature

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;      8;      0;           0;    5;   Code_Table; Cloud distribution for aviation
  0;   20;      9;      0;           0;    4;   Code_Table; General Weather Indicator
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     18;      0;           0;    2;   Code_Table; Tendency of runway visual range
  0;   20;     19;      0;           0;   72;    CCITT_IA5; Significant present or forecast weather
  0;   20;     20;      0;           0;   32;    CCITT_IA5; Significant recent weather phenomena
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena
  0;   20;     70;      0;           0;    7;      Numeric; Minimum number of atmospherics
  0;   20;     71;      0;           0;    4;   Code_Table; Accuracy of fix and rate of atmospherics
  0;   20;     81;      0;           0;    7;      percent; Cloud amount in segment
  0;   20;     82;      0;           0;    7;      percent; Amount segment cloud free
  0;   20;     90;      0;           0;    4;   Code_Table; Special clouds

  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;           0;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW
  0;   21;     62;      2;       -5000;   13;     Decibels; Backscatter
  0;   21;     63;      1;           0;   10;      Percent; Radiometric resolution (noise value)
  0;   21;     64;      0;           0;    8;      Numeric; Clutter noise estimate
  0;   21;     65;      0;        -127;    8;      Numeric; Missing packet counter
  0;   21;     66;      0;           0;   12;   Flag_Table; Wave scatterometer product confidence
  0;   21;     67;      0;           0;   13;   Flag_Table; Wind product confidence data
  0;   21;     68;      0;           0;    8;   Flag_Table; Radar altimeter product confidence data
  0;   21;     69;      0;           0;   10;   Flag_Table; SST product confidence data
  0;   21;     70;      0;           0;   23;   Flag_Table; SST product confidence data (SADIST-2)
  0;   21;     71;      0;           0;   16;      Numeric; Peakiness
  0;   21;     72;      0;           0;    4;   Flag_Table; Satellite altimeter calibration status
  0;   21;     73;      0;           0;    9;   Flag_Table; Satellite altimeter instrument mode
  0;   21;     75;      0;           0;    8;      Numeric; Spectral intensity
  0;   21;     76;      0;           0;    3;   Code_Table; Representation of intensities
  0;   21;     77;      3;           0;   14;            m; Altitude correction (ionosphere)
  0;   21;     78;      3;           0;    9;            m; Altitude correction (dry troposphere)
  0;   21;     79;      3;        2000;   10;            m; Altitude correction (wet troposphere)
  0;   21;     80;      3;           0;   11;            m; Altitude correction (calibration constant)
  0;   21;     81;      3;           0;   10;            m; Open loop correction (height-time loop)
  0;   21;     82;      3;       -3000;   14;     Decibels; Open loop correction (auto gain control)
  0;   21;     85;      0;       -3000;    4;      Numeric; ATSR sea surface temperature across-track band number
  0;   21;     91;      0;        -100;    8;           dB; Radar signal Doppler spectrum 0th moment
  0;   21;     92;      0;        -100;    8;           dB; RASS signal Doppler spectrum 0th moment, referring to RASS signal
  0;   21;    101;      0;           0;    3;      Numeric; Number of vector ambiguities
  0;   21;    102;      0;           0;    3;      Numeric; Index of selected wind vector
  0;   21;    103;      0;           0;    5;      Numeric; Total number of sigma-0 measurements
  0;   21;    104;      3;      -30000;   15;      Numeric; Likelihood computed for solution
  0;   21;    105;      2;      -10000;   14;           dB; Normalized radar cross-section
  0;   21;    106;      3;           0;   14;      Numeric; Kp variance coefficient (Alpha)
  0;   21;    107;      8;           0;   16;      Numeric; Kp variance coefficient (Beta)
  0;   21;    109;      0;           0;   17;         Flag; table	SEAWINDS wind vector cell quality
  0;   21;    110;      0;           0;    6;      Numeric; Number of inner-beam Sigma-0 (forward of satellite)
  0;   21;    111;      0;           0;    6;      Numeric; Number of outer-beam Sigma-0 (forward of satellite)
  0;   21;    112;      0;           0;    6;      Numeric; Number of inner-beam Sigma-0 (aft of satellite)
  0;   21;    113;      0;           0;    6;      Numeric; Number of outer-beam Sigma-0 (aft of satellite)
  0;   21;    114;      3;     -140000;   18;           dB; Kp variance coefficent (Gamma)
  0;   21;    115;      0;           0;   17;         Flag; table	SEAWINDS sigma-0 quality
  0;   21;    116;      0;           0;   17;         Flag; table	SEAWINDS sigma-0 mode
  0;   21;    117;      2;           0;   16;      Numeric; Sigma-0 variance quality control
  0;   21;    118;      2;      -10000;   14;           dB; Attenuation correction on sigma-0
  0;   21;    119;      0;           0;    6;         Code; table	Wind scatterometer geophysical model function
  0;   21;    120;      3;           0;   10;      Numeric; Probability of rain
  0;   21;    121;      0;           0;    8;      Numeric; SEAWINDS NOF* rain index
  0;   21;    122;      2;      -10000;   14;           dB; Attenuation correction of sigma-0 (from tB)
  0;   21;    123;      2;      -30000;   15;           dB; SEAWINDS normalized radar cross section


  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave height
  0;   22;     26;      2;           0;   10;            m; Standard deviation of significant wave height
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     35;      2;           0;   14;            m; Tidal elevation with respect to local chart datum
  0;   22;     36;      2;           0;   14;            m; Meteorological residual tida elevation (surge or offset)
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national chart datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     40;      3;       -5000;   14;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea/water temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea/water temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth
  0;   22;     67;      0;           0;   10;   Code_Table; Instrument type for water temperature profile measurement
  0;   22;     68;      0;           0;    7;   Code_Table; Water temperature profile recorder types
  0;   22;     70;      2;           0;   13;            m; Significant wave height
  0;   22;     71;      1;           0;    9;            s; Spectral peak wave period
  0;   22;     72;      0;           0;   13;            m; Spectral peak wave length
  0;   22;     73;      2;           0;   13;            m; Maximum wave height
  0;   22;     74;      1;           0;    9;            s; Average wave period
  0;   22;     75;      0;           0;   13;            m; Average wave length
  0;   22;     76;      0;           0;    9;  Degree_True; Direction from which dominant waves are coming
  0;   22;     77;      0;           0;    9;       Degree; Directional spred of dominant wave
  0;   22;     78;      0;           0;   12;            s; Duration of wave record
  0;   22;     79;      0;           0;   16;            m; Length of wave record
  0;   22;     80;      3;           0;   10;           Hz; Waveband central frequency
  0;   22;     81;      5;           0;   13;        m**-1; Waveband central wave number
  0;   22;     82;      2;           0;   20;       m**2/s; Maximum non-directional spectral wave density
  0;   22;     83;      2;           0;   20;         m**3; Maximum non-directional spectral wave number
  0;   22;     84;      0;           0;    7;      Numeric; Band containing maximum non-directional spectral wave density
  0;   22;     85;      0;           0;    7;      Numeric; Spectral wave density ratio
  0;   22;     86;      0;           0;    9;  Degree_True; Mean direction from which waves are coming
  0;   22;     87;      0;           0;    9;  Degree_True; Principal direction from which waves are coming
  0;   22;     88;      2;           0;    7;      Numeric; First normalized polar coordinate from Fourier coefficients
  0;   22;     89;      2;           0;    7;      Numeric; Second normalized polar coordinate from Fourier coefficients
  0;   22;     90;      2;           0;   20;       m**2/s; Non-directional spectral estimate by wave frequency
  0;   22;     91;      2;           0;   20;         m**3; Non-directional spectral estimate by wave number
  0;   22;     92;      2;           0;   20; m**2/rad**-1/s; Directional spectral estimate by wave frequency
  0;   22;     93;      2;           0;   20;         m**4; Directional spectral estimate by wave number
  0;   22;     94;      0;           0;    7;      Numeric; Total number of wave bands
  0;   22;     95;      0;           0;    8;       Degree; Directional spread of individual waves
  0;   22;     96;      3;           0;    4;        s**-1; Spectral band width
  0;   22;     97;      0;           0;   14;            m; Mean wavelength > 731 m of image spectrum at low wave numbers
  0;   22;     98;      0;           0;   14;            m; Wavelength spread (wavelength > 731 m) at low wave numbers
  0;   22;     99;      0;           0;    9;     deg_true; Mean direction at low wave numbers (wavelength > 731 m)
  0;   22;    100;      0;           0;    9;       Degree; Direction spread at low wave numbers (wavelength > 731 m)
  0;   22;    101;      0;           0;   31;     Numberic; Total energy (wavelength > 731 m) at low wave numbers
  0;   22;    120;      0;           0;    5;   Code_Table; Tide station automated water level check
  0;   22;    121;      0;           0;    5;   Code_Table; Tide station manual water level check
  0;   22;    122;      0;           0;    5;   Code_Table; Tide station automated Meteorological data check
  0;   22;    123;      0;           0;    5;   Code_Table; Tide station manual Meteorological data check
  0;   22;    141;      2;           0;   15;   Code_Table; Sea-surface temperature (15-day running mean)

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;    -11;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;    -11;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)
  0;   24;     23;      1;           0;   14;    pulse/sec; Pulse rate of beta radiation
  0;   24;     24;      1;           0;   14;    pulse/sec; Pulse rate of beta radiation

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     14;      0;           0;   12;      Numeric; Azimuth clutter cut-off
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   Code_Table; CO2 wind product derivation
  0;   25;     41;      0;           0;    2;   Code_Table; Moving platform direction reporting method
  0;   25;     42;      0;           0;    2;   Code_Table; Moving platform speed reporting method
  0;   25;     43;      4;           0;   15;            s; Wave sampling interval (time)
  0;   25;     44;      2;           0;   14;            m; Wave sampling interval (space)
  0;   25;     45;      0;           0;   21;   Flag_Table; HIRS channel combination
  0;   25;     46;      0;           0;    5;   Flag_Table; MSU channel combination
  0;   25;     47;      0;           0;    4;   Flag_Table; SSU channel combination
  0;   25;     48;      0;           0;   16;   Flag_Table; AMSU-A channel combination
  0;   25;     49;      0;           0;    6;   Flag_Table; AMSU-B channel combination
  0;   25;     50;      0;           0;    7;   Flag_Table; AVHRR channel combination
  0;   25;     51;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     53;      0;           0;   12;   Flag_Table; Observation quality
  0;   25;     60;      0;           0;   14;      Numeric; Software identification
  0;   25;     70;      0;           0;    4;      Numeric; Major frame count
  0;   25;     71;      0;           0;    5;      Numeric; Frame count
  0;   25;     75;      0;           0;    5;      Numeric; Satellite antenna corrections version number
  0;   25;     76;      8;           0;   30;        Log/m; Log-10 of (Temperature-radiance central wavenumber) for ATOVS
  0;   25;     77;      5;     -100000;   18;      Numeric; Bandwidth correction coefficient 1 for ATOVS
  0;   25;     78;      5;           0;   17;      Numeric; Bandwidth correction coefficient 2 for ATOVS
  0;   25;     79;      4;           0;   24;       W/m**2; Albedo-radiance solar filtered irradiance for ATOVS
  0;   25;     80;     10;           0;   14;            m; Albedo-radiance equivalent filter width for ATOVS
  0;   25;     85;      0;           0;    7;      Numeric; Fraction of clear pixels in HIRS FOV
  0;   25;     86;      0;           0;    2;         Code; table	Depth correction indicator
  0;   25;     91;      3;      -18192;   13;           dB; Structure constant of the refraction index (cn2)
  0;   25;     92;      2;       28000;   14;            m; s-1		Acoustic propagation velocity
  0;   25;     93;      0;           0;    8;         Flag; table	RASS computation correction


  0;   26;      1;      1;           0;   12;         Hour; Principal time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;         Hour; Principal time of daily reading in UTC of minimum temperature
  0;   26;      3;      0;       -1440;   12;       Minute; Time difference
  0;   26;     10;      0;           0;   26;   Flag_Table; Hours included

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions
  0;   27;     31;      2; -1073741824;   31;            m; In direction of 0 degrees longitude, distance from the Earth's centre

  0;   28;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude
  0;   28;     31;      2; -1073741824;   31;            m; In direction of 90 degrees East, distance from the Earth's centre

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    3;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      Numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      Numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;      Numeric; Short delayed descriptor replication factor
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance
  0;   31;     31;      0;           0;    1;   Flag_Table; Data present indicator

  0;   33;      2;      0;           0;    2;   Code_Table; Quality information
  0;   33;      3;      0;           0;    3;   Code_Table; Quality information
  0;   33;      7;      0;           0;    7;      Percent; Per cent confidence
  0;   33;     20;      0;           0;    3;   Code_Table; Quality control indication of following value
  0;   33;     21;      0;           0;    2;   Code_Table; Quality of following value
  0;   33;     22;      0;           0;    2;   Code_Table; Quality of buoy satellite transmission
  0;   33;     23;      0;           0;    2;   Code_Table; Quality of buoy location
  0;   33;     24;      0;           0;    4;   Code_Table; Station elevation quality mark (for mobile stations)
  0;   33;     25;      0;           0;    3;   Code_Table; ACARS interpolated values
  0;   33;     26;      0;           0;    6;   Code_Table; Mixing ratio quality
  0;   33;     27;      0;           0;    3;   Code_Table; Location quality class (range of radius of 66% confidence)
  0;   33;     30;      0;           0;   24;   Flag_Table; Scan line status flags for ATOVS
  0;   33;     31;      0;           0;   24;   Flag_Table; Scan line quality flags for ATOVS
  0;   33;     32;      0;           0;   24;   Flag_Table; Channel quality flags for ATOVS
  0;   33;     33;      0;           0;   24;   Flag_Table; Field of view quality flags for ATOVS
  0;   33;     35;      0;           0;    4;   Code_Table; Manual/automatic quality control
  0;   33;     36;      0;           0;    7;      Percent; Nominal confidence threshold
  0;   33;     37;      0;           0;   20;   Flag_Table; Wind correlation error
  0;   33;     40;      0;           0;    7;      percent; Confidence interval
  0;   33;     41;      0;           0;    2;   Code_Table; Attribute of following value
grads-2.0.1/data/tables/B3M-000-004-00000644000175000017500000001507307750236075017407 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/tables/B3L-160000-006001-D0000644000175000017500000005126007750236075020102 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	45
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	01	0
	2	2	0
	3	4	30
	3	4	31
	-1

3	1	46
	0	1	7
	0	1	12
	0	2	48
	0	21	119
	0	25	60
	2	2	124
	0	2	26
	0	2	27
	2	2	0
	0	5	40
	-1

3	1	47
	0	1	7
	0	25	60
	0	1	33
	0	1	34
	0	1	12
	3	1	45
	0	2	21
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1 

3	1	48
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	140
	2	2	127
	0	1	13
	2	2	126
	0	7	1
	2	2	0
	0	25	10
	0	21	64
	-1

3	1	49
	0	2	111
	0	2	112
	0	21	62
	0	21	63
	0	21	65
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	55
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	0	1	12
	0	1	14
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	1	65
	0	1	6
	0	1	8
	0	2	1
	0	2	2
	0	2	5
	0	2	62
	0	2	70
	0	2	65
	-1

3	1	66
	3	1	11
	3	1	13
	3	1	23
	0	7	4
	0	2	64
	0	8	4
	-1

3	1	71
	0	1	7
	0	1	31
	0	1	20
	0	1	28
	0	1	29
	-1

3	1	72
	3	1	71
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	193
	0	1	7
	0	1	31
	0	2	196
	0	2	221
	0	2	222
	-1

3	1	194
	0	1	194
	0	1	12
	0	1	13
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	195
	0	1	195
	0	1	12
	0	1	13
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	196
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	197
	0	1	6
	0	1	8
	0	2	61
	0	2	62
	0	2	2
	0	2	5
	0	2	70
	0	2	63
	0	2	1
	-1

 3	1	200
	0	1	32
	0	33	194
	-1

 3	1	201
	1	1	3
	0	33	193
	-1

 3	1	202
	0	1	31
	0	1	32
	-1

 3	1	237
	0	1	7
	0	1	12
	0	2	21
	3	1	11
	0	4	4
	0	4	5
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1

 3	1	238
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	192
	2	2	127
	0	1	13
	2	2	126
	0	7	001
	2	2	0
	0	25	10
	0	21	194
	-1

 3	1	239
	0	2	111
	0	2	112
	0	21	192
	0	21	193
	0	21	195
	-1

 3	1	240
	2	1	131
	2	2	129
	0	22	21
	2	1	0
	2	2	0
	-1

 3	1	241
	2	1	141
	2	2	130
	0	7	1
	2	1	0
	2	2	0
	-1

 3	1	242
	0	21	207
	0	21	208
	0	21	209
	0	21	210
	0	21	211
	0	21	212
	-1

 3	1	250
	3	1	193
	3	1	11
	3	1	13
	3	1	21
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	6
	0	10	4
	0	10	51
	0	10	62
	0	10	63
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	13
	3	2	6
	3	2	3
	1	1	0
	0	31	1
	3	2	5
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	2	205
	2	1	131
	2	2	129
	0	22	21
	2	1	0
	2	2	0
	-1

3	2	206
	3	2	205
	2	1	130
	2	2	129
	0	22	11
	2	1	0
	2	2	0
	0	22	1
	0	11	1
	0	11	2
	-1

3	2	207
	0	22	193
	0	22	194
	0	22	195
	0	22	196
	0	22	197
	-1

3	2	250
	1	2	0
	0	31	1
	0	20	193
	0	20	194
	0	20	12
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	2
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	3	33
	0	20	10
	0	20	16
	-1

3	3	41
	0	2	152
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	153
	0	2	154
	0	12	71
	-1

3	3	249
	0	2	252
	1	4	0
	0	31	1
	0	2	199
	0	7	4
	0	7	4
	0	13	3
	-1

3	3	250
	0	2	252
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	197
	0	2	198
	0	12	193
	-1

3	3	251
	0	2	252
	1	5	0
	0	31	1
	0	2	254
	0	2	251
	0	2	197
	0	2	198
	0	12	63
	-1

3	3	252
	0	2	252
	1	5	0
	0	31	1
	0	2	254
	0	2	251
	0	2	197
	0	2	198
	0	12	194
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	4	11
	0	2	163
	0	2	164
	0	8	12
	0	7	24
	0	2	167
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	3	10
	0	2	163
	0	7	4
	0	12	1
	-1

3	4	30
	0	27	31
	0	28	31
	0	10	31
	-1

3	4	31
	0	1	41
	0	1	42
	0	1	43
	-1

3	4	32
	0	2	151
	0	2	154
	0	20	81
	0	20	82
	0	20	12
	-1

3	4	33
	0	2	152
	0	2	166
	0	2	167
	0	2	153
	0	2	154
	0	12	75
	0	12	76
	0	12	63
	-1

3	4	34
	1	2	4
	0	27	1
	0	28	1
	0	7	22
	0	5	43
	0	20	10
	0	20	16
	0	33	3
	0	10	40
	-1

3	4	228
	0	5	217
	0	6	217
	0	7	217
	-1

3	4	229
	0	1	208
	0	1	209
	0	1	210
	-1

3	4	250
	0	2	231
	0	2	232
	0	8	12
	0	7	24
	0	2	57
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	3	10
	0	2	231
	0	7	4
	0	12	1
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	6	20
	3	6	24
	1	2	6
	0	22	38
	0	22	39
	-1

3	6	21
	0	1	75
	3	1	11
	3	1	12
	0	22	122
	0	22	123
	0	12	1
	3	3	2
	-1

3	6	22
	0	1	75
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	-1

3	6	23
	0	1	15
	3	1	23
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	0	22	120
	0	22	121
	-1

3	6	24
	0	1	75
	3	1	11
	3	1	12
	0	22	42
	0	22	120
	0	22	121
	0	4	25
	0	4	15
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	7	9
	3	1	31
	3	2	13
	-1

3	7	11
	0	1	63
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	0	7	6
	0	11	1
	0	11	16
	0	11	17
	0	11	2
	0	11	41
	0	7	6
	0	12	1
	0	12	3
	0	10	52
	0	20	9
	-1

3	7	12
	1	3	0
	0	31	1
	0	8	23
	0	5	21
	0	20	1
	-1

3	7	13
	1	6	0
	0	31	1
	0	1	64
	0	8	14
	0	20	61
	0	8	14
	0	20	61
	0	20	18
	-1

3	7	14
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	15
	1	1	0
	0	31	1
	3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	0	20	2
	-1

3	7	16
	1	1	0
	0	31	1
	0	20	20
	-1

3	7	17
	1	1	0
	0	31	1
	0	11	70
	-1

3	7	18
	0	8	16
	1	2	0
	0	31	1
	0	8	17
	3	1	12
	1	4	0
	0	31	1
	0	7	6
	0	11	1
	0	11	2
	0	11	41
	0	20	9
	1	1	0
	0	31	1
	0	20	1
	3	7	14
	-1

3	7	20
	3	7	11
	3	7	14
	3	7	16
	-1

3	7	21
	3	7	11
	3	7	12
	3	7	13
	3	7	14
	3	7	15
	3	7	16
	3	7	17
	3	7	18
	3	7	15
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	8	7
	3	1	55
	3	2	11
	0	7	62
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	9	194
	3	1	194
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	195
	3	1	195
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	196
	3	1	196
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	10	5
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	03	25
	-1

3	10	6
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	23
	-1

3	10	7
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	24
	-1

3	10	8
	3	10	11
	1	1	19
	3	10	12
	0	2	150
	0	25	79
	0	25	80
	0	33	32
	0	14	45
	-1

3	10	9
	3	10	11
	1	1	15
	3	10	12
	-1

3	10	10
	3	10	11
	1	1	5
	3	10	12
	-1

3	10	11
	0	8	70
	0	1	33
	0	1	34
	0	8	70
	0	1	33
	0	1	34
	0	1	7
	0	2	48
	0	5	40
	0	25	75
	2	1	133
	0	5	41
	2	1	0
	0	5	43
	0	25	70
	0	33	30
	0	33	31
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	2	2	131
	2	1	138
	0	4	6
	2	1	0
	2	2	0
	0	5	1
	0	6	1
	2	2	126
	0	7	1
	2	2	0
	0	7	24
	0	5	21
	0	7	25
	0	5	22
	0	33	33
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	-1

3	10	12
	0	2	150
	0	25	76
	0	25	77
	0	25	78
	0	33	32
	2	1	132
	2	2	129
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	13
	0	1	7
	0	5	40
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	4	6
	0	5	1
	0	6	1
	0	7	25
	0	5	43
	0	25	85
	2	1	131
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	2	2	0
	2	1	0
	2	1	132
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	14
	3	1	72
	3	3	41
	3	4	11
	-1

3	10	15
	3	1	72
	0	7	24
	0	10	2
	3	3	41
	1	1	3
	3	4	32
	0	2	152
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	1	1	3
	3	4	33
	-1

3	10	16
	3	1	72
	0	7	24
	0	10	2
	3	3	41
	1	1	12
	3	4	32
	0	2	152
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	1	1	12
	3	4	33
	-1

3	10	20
	3	10	22
	3	1	11
	3	1	13
	3	1	21
	3	4	34
	3	10	21
	-1

3	10	21
	1	8	0
	0	31	1
	2	1	131
	2	2	129
	0	7	4
	0	7	4
	2	2	0
	2	1	0
	0	15	20
	0	10	2
	-1

3	10	22
	0	1	7
	0	2	19
	0	1	33
	0	2	172
	-1

3	10	193
	3	1	250
	3	3	250
	3	2	250
	3	3	249
	3	3	251
	-1

3	10	194
	3	1	250
	3	3	250
	3	2	250
	3	3	249
	3	3	252
	-1

3	10	195
	3	1	250
	3	3	250
	3	4	250
	-1

3	10	196
	3	1	250
	3	3	249
	3	3	251
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	11	2
	3	1	65
	3	1	66
	3	11	3
	3	11	4
	-1

3	11	3
	0	10	70
	0	11	1
	0	11	2
	0	12	1
	0	13	2
	-1

3	11	4
	1	1	0
	0	31	0
	0	11	34
	1	1	0
	0	31	0
	0	11	35
	1	1	0
	0	31	0
	0	11	75
	1	1	0
	0	31	0
	0	11	76
	1	1	0
	0	31	0
	0	33	25
	1	1	0
	0	31	0
	0	33	26
	-1

3	11	193
	3	1	197
	3	1	011
	3	1	012
	3	1	023
	0	8	004
	0	7	004
	0	8	021
	0	11	001
	0	11	002
	0	11	031
	0	11	034
	0	11	035
	0	12	001
	0	12	003
	0	13	003
	0	20	041
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	2	2	126
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	12	19
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	6	12
	2	1	129
	0	6	30
	2	1	0
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	20
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	4	12
	0	6	30
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	21
	3	1	47
	1	1	3
	3	1	49
	0	11	12
	0	11	11
	0	21	67
	-1

3	12	22
	3	1	47
	0	8	22
	0	11	12
	0	11	50
	0	22	70
	0	22	26
	3	12	41
	0	10	50
	0	21	68
	0	21	71
	0	21	72
	0	21	73
	3	12	42
	0	21	62
	0	15	11
	-1

3	12	23
	3	1	47
	1	3	3
	0	8	22
	0	12	61
	0	22	50
	0	21	69
	0	21	85
	-1

3	12	24
	3	12	20
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	25
	3	12	19
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	26
	3	1	46
	3	1	11
	3	1	13
	3	10	23
	3	12	31
	1	1	4
	3	12	30
	0	21	110
	3	1	23
	3	21	27
	0	21	111
	3	1	23
	3	21	27
	0	21	111
	3	1	23
	3	21	27
	0	21	113
	3	1	23
	3	21	27
	-1

3	12	27
	3	1	47
	1	5	9
	3	1	23
	0	7	21
	0	12	61
	0	7	21
	0	12	61
	0	21	85
	0	21	70
	-1

3	12	28
	3	1	46
	3	1	11
	3	1	13
	3	1	23
	0	8	25
	2	1	136
	0	4	6
	2	1	0
	3	12	31
	3	12	32
	1	1	4
	3	12	30
	1	1	2
	3	12	33
	0	21	110
	3	1	23
	3	21	28
	0	21	111
	3	1	23
	3	21	28
	0	21	112
	3	1	23
	3	21	28
	0	21	113
	3	1	23
	3	21	28
	-1

3	12	30
	2	1	130
	2	2	129
	0	11	12
	2	2	0
	2	1	0
	0	11	52
	2	1	135
	2	2	130
	0	11	11
	2	2	0
	2	1	0
	0	11	53
	0	21	104
	-1

3	12	31
	0	5	34
	0	6	34
	0	21	109
	0	11	81
	0	11	82
	0	21	101
	0	21	102
	0	21	103
	-1

3	12	32
	0	21	120
	0	21	121
	0	13	55
	0	21	122
	-1

3	12	33
	0	2	104
	0	8	22
	0	12	63
	0	12	65
	-1

3	12	41
	2	1	141
	2	2	130
	0	7	1
	2	1	00
	2	2	00
	-1

3	12	42
	0	21	77
	0	21	78
	0	21	79
	0	21	80
	0	21	81
	0	21	82
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	16	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	1	33
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	7	2
	0	7	2
	-1

3	16	3
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	11	2
	0	8	7
	0	8	11
	-1

3	16	4
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	11	31
	0	8	7
	0	8	11
	-1

3	16	5
	1	8	0
	0	31	1
	0	8	5
	0	8	7
	0	5	2
	0	6	2
	0	1	26
	0	19	1
	0	8	7
	0	8	5
	-1

3	16	6
	1	12	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	11
	0	20	12
	0	8	7
	0	8	11
	-1

3	16	7
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	19	5
	0	19	6
	0	8	7
	0	8	11
	-1

3	16	8
	1	11	0
	0	31	1
	0	8	1
	0	8	7
	0	8	23
	1	3	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	8	23
	0	8	7
	0	8	1
	-1

3	16	9
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	41
	0	8	7
	0	8	11
	-1

3	16	10
	1	7	0
	0	31	1
	0	8	11
	0	8	7
	0	1	22
	0	5	2
	0	6	2
	0	8	7
	0	8	11
	-1

3	16	11
	1	16	0
	0	31	1
	0	8	11
	0	1	22
	0	8	7
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	20	90
	0	8	21
	0	8	7
	0	8	11
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	-1

3	21	21	
	0	2	3
	0	2	101
	2	1	130
	0	2	106
	2	1	0
	2	1	132
	2	2	130
	0	2	121
	2	2	0
	2	1	0
	2	1	133
	2	2	129
	0	25	1
	2	2	0
	2	1	0
	-1

3	21	22
	0	10	7
	2	4	1
	0	31	21
	0	11	1
	2	4	0
	0	11	2
	2	4	1
	0	31	21
	0	11	6
	2	4	0
	0	21	30
	-1		

3	21	23
	0	7	7
	0	21	91
	0	21	30
	2	2	129
	0	21	14
	2	1	129
	0	21	17
	2	2	0
	2	1	0
	-1		

3	21	24
	0	7	7
	2	4	1
	0	31	21
	0	12	7
	0	11	6
	2	4	0
	0	21	30
	-1		

3	21	025
	0	07	7
	0	21	91
	0	21	30
	2	02	129
	0	21	14
	2	01	129
	0	21	17
	2	02	0
	2	01	0
	0	21	92
	0	21	30
	0	25	92
	2	01	129
	2	02	129
	0	21	17
	2	02	0
	2	01	0
	-1		

3	21	26
	0	10	7
	2	4	1
	0	31	21
	0	12	7
	0	25	91
	0	11	71
	0	11	72
	0	11	73
	0	11	74
	2	4	0
	-1

3	21	27
	0	21	118
	2	2	129
	2	1	132
	0	2	112
	2	1	0
	2	1	131
	0	2	111
	2	1	0
	2	2	0
	0	2	104
	0	21	105
	0	21	106
	0	21	107
	0	21	114
	0	21	115
	0	21	116
	0	8	18
	0	21	117
	-1

3	21	28
	0	21	118
	2	2	129
	2	1	132
	0	2	112
	2	1	0
	2	1	131
	0	2	111
	2	1	0
	2	2	0
	0	2	104
	0	21	123
	0	21	106
	0	21	107
	0	21	114
	0	21	115
	0	21	116
	0	8	18
	0	21	117
	-1

grads-2.0.1/data/tables/B3M-000-005-00000644000175000017500000001507307750236075017410 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/tables/B3L-160000-006001-D.txt0000644000175000017500000004407607750236075020727 0ustar  amckinstryamckinstry#
# BUFR Table D (Lists of Common Sequences)
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#
3	0	2
	0	0	2
	0	0	3
	-1

3	0	3
	0	0	10
	0	0	11
	0	0	12
	-1

3	0	4
	3	0	3
	0	0	13
	0	0	14
	0	0	15
	0	0	16
	0	0	17
	0	0	18
	0	0	19
	0	0	20
	-1

3	0	10
	3	0	3
	1	1	0
	0	31	1
	0	0	30
	-1

3	1	1
	0	1	1
	0	1	2
	-1

3	1	2
	0	1	3
	0	1	4
	0	1	5
	-1

3	1	3
	0	1	11
	0	1	12
	0	1	13
	-1

3	1	11
	0	4	1
	0	4	2
	0	4	3
	-1

3	1	12
	0	4	4
	0	4	5
	-1

3	1	13
	0	4	4
	0	4	5
	0	4	6
	-1

3	1	21
	0	5	1
	0	6	1
	-1

3	1	22
	0	5	1
	0	6	1
	0	7	1
	-1

3	1	23
	0	5	2
	0	6	2
	-1

3	1	24
	0	5	2
	0	6	2
	0	7	1
	-1

3	1	25
	3	1	23
	0	4	3
	3	1	12
	-1

3	1	26
	3	1	21
	0	4	3
	0	4	3
	0	4	4
	0	4	4
	0	4	5
	0	4	5
	-1

3	1	31
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	32
	3	1	1
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	33
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	-1

3	1	34
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	35
	0	1	5
	0	1	12
	0	1	13
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	36
	3	1	3
	0	2	1
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	37
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	22
	-1

3	1	38
	3	1	1
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	39
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	-1

3	1	40
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	24
	-1

3	1	41
	0	1	7
	0	2	21
	0	2	22
	3	1	11
	3	1	12
	-1

3	1	42
	3	1	41
	3	1	21
	-1

3	1	43
	0	1	7
	0	2	23
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	44
	0	1	7
	0	2	24
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	45
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	01	0
	2	2	0
	3	4	30
	3	4	31
	-1

3	1	46
	0	1	7
	0	1	12
	0	2	48
	0	21	119
	0	25	60
	2	2	124
	0	2	26
	0	2	27
	2	2	0
	0	5	40
	-1

3	1	47
	0	1	7
	0	25	60
	0	1	33
	0	1	34
	0	1	12
	3	1	45
	0	2	21
	3	1	11
	3	1	12
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1 

3	1	48
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	140
	2	2	127
	0	1	13
	2	2	126
	0	7	1
	2	2	0
	0	25	10
	0	21	64
	-1

3	1	49
	0	2	111
	0	2	112
	0	21	62
	0	21	63
	0	21	65
	-1

3	1	51
	0	1	6
	0	2	61
	3	1	11
	3	1	12
	3	1	21
	0	8	4
	-1

3	1	55
	0	1	5
	0	2	1
	3	1	11
	3	1	12
	3	1	21
	0	1	12
	0	1	14
	-1

3	1	62
	1	1	0
	0	31	1
	3	1	1
	-1

3	1	65
	0	1	6
	0	1	8
	0	2	1
	0	2	2
	0	2	5
	0	2	62
	0	2	70
	0	2	65
	-1

3	1	66
	3	1	11
	3	1	13
	3	1	23
	0	7	4
	0	2	64
	0	8	4
	-1

3	1	71
	0	1	7
	0	1	31
	0	1	20
	0	1	28
	0	1	29
	-1

3	1	72
	3	1	71
	3	1	11
	3	1	13
	3	1	21
	-1

3	1	193
	0	1	7
	0	1	31
	0	2	196
	0	2	221
	0	2	222
	-1

3	1	194
	0	1	194
	0	1	12
	0	1	13
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	195
	0	1	195
	0	1	12
	0	1	13
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	196
	3	1	3
	0	2	11
	0	2	12
	3	1	11
	3	1	12
	3	1	23
	0	7	1
	-1

 3	1	197
	0	1	6
	0	1	8
	0	2	61
	0	2	62
	0	2	2
	0	2	5
	0	2	70
	0	2	63
	0	2	1
	-1

 3	1	200
	0	1	32
	0	33	194
	-1

 3	1	201
	1	1	3
	0	33	193
	-1

 3	1	202
	0	1	31
	0	1	32
	-1

 3	1	237
	0	1	7
	0	1	12
	0	2	21
	3	1	11
	0	4	4
	0	4	5
	2	1	138
	2	2	131
	0	4	6
	2	1	0
	2	2	0
	3	1	23
	-1

 3	1	238
	0	2	104
	0	2	121
	0	2	113
	0	2	26
	0	2	27
	0	2	111
	0	2	192
	2	2	127
	0	1	13
	2	2	126
	0	7	001
	2	2	0
	0	25	10
	0	21	194
	-1

 3	1	239
	0	2	111
	0	2	112
	0	21	192
	0	21	193
	0	21	195
	-1

 3	1	240
	2	1	131
	2	2	129
	0	22	21
	2	1	0
	2	2	0
	-1

 3	1	241
	2	1	141
	2	2	130
	0	7	1
	2	1	0
	2	2	0
	-1

 3	1	242
	0	21	207
	0	21	208
	0	21	209
	0	21	210
	0	21	211
	0	21	212
	-1

 3	1	250
	3	1	193
	3	1	11
	3	1	13
	3	1	21
	-1

3	2	1
	0	10	4
	0	10	51
	0	10	61
	0	10	63
	-1

3	2	2
	0	10	4
	0	7	4
	0	10	3
	0	10	61
	0	10	63
	-1

3	2	3
	0	11	11
	0	11	12
	0	12	4
	0	12	6
	0	13	3
	0	20	1
	0	20	3
	0	20	4
	0	20	5
	-1

3	2	4
	0	20	10
	0	8	2
	0	20	11
	0	20	13
	0	20	12
	0	20	12
	0	20	12
	-1

3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	-1

3	2	6
	0	10	4
	0	10	51
	0	10	62
	0	10	63
	-1

3	2	11
	3	2	1
	3	2	3
	3	2	4
	-1

3	2	12
	3	2	2
	3	2	3
	3	2	4
	-1

3	2	13
	3	2	6
	3	2	3
	1	1	0
	0	31	1
	3	2	5
	-1

3	2	21
	0	22	1
	0	22	11
	0	22	21
	-1

3	2	22
	0	22	2
	0	22	12
	0	22	22
	-1

3	2	23
	0	22	3
	0	22	13
	0	22	23
	-1

3	2	24
	3	2	22
	1	1	2
	3	2	23
	-1

3	2	51
	0	10	4
	0	10	51
	0	7	4
	0	10	3
	0	12	4
	0	12	51
	0	12	16
	0	12	17
	0	13	4
	1	2	4
	0	8	51
	0	8	20
	-1

3	2	205
	2	1	131
	2	2	129
	0	22	21
	2	1	0
	2	2	0
	-1

3	2	206
	3	2	205
	2	1	130
	2	2	129
	0	22	11
	2	1	0
	2	2	0
	0	22	1
	0	11	1
	0	11	2
	-1

3	2	207
	0	22	193
	0	22	194
	0	22	195
	0	22	196
	0	22	197
	-1

3	2	250
	1	2	0
	0	31	1
	0	20	193
	0	20	194
	0	20	12
	-1

3	3	1
	0	7	3
	0	11	1
	0	11	2
	-1

3	3	2
	0	7	4
	0	11	1
	0	11	2
	-1

3	3	3
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	-1

3	3	4
	0	7	4
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	11
	0	7	3
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	12
	0	7	4
	0	8	1
	0	11	1
	0	11	2
	-1

3	3	13
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	13	3
	0	11	1
	0	11	2
	-1

3	3	14
	0	7	4
	0	8	1
	0	10	3
	0	12	1
	0	12	3
	0	11	1
	0	11	2
	-1

3	3	21
	0	7	4
	0	7	4
	2	4	7
	0	31	21
	-1

3	3	22
	3	3	21
	0	10	3
	2	4	0
	-1

3	3	23
	3	3	21
	0	12	1
	2	4	0
	-1

3	3	24
	3	3	21
	0	13	16
	2	4	0
	-1

3	3	25
	0	2	25
	2	4	7
	0	31	21
	0	12	63
	2	4	0
	-1

3	3	26
	0	7	4
	0	8	3
	2	4	7
	0	31	21
	0	12	1
	2	4	0
	-1

3	3	27
	0	7	4
	2	4	7
	0	31	21
	0	10	3
	2	4	0
	-1

3	3	31
	0	7	4
	0	8	3
	0	7	21
	0	7	22
	0	8	12
	0	12	61
	-1

3	3	32
	0	20	11
	0	20	16
	-1

3	3	33
	0	20	10
	0	20	16
	-1

3	3	41
	0	2	152
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	153
	0	2	154
	0	12	71
	-1

3	3	249
	0	2	252
	1	4	0
	0	31	1
	0	2	199
	0	7	4
	0	7	4
	0	13	3
	-1

3	3	250
	0	2	252
	0	2	23
	0	7	4
	0	11	1
	0	11	2
	0	2	197
	0	2	198
	0	12	193
	-1

3	3	251
	0	2	252
	1	5	0
	0	31	1
	0	2	254
	0	2	251
	0	2	197
	0	2	198
	0	12	63
	-1

3	3	252
	0	2	252
	1	5	0
	0	31	1
	0	2	254
	0	2	251
	0	2	197
	0	2	198
	0	12	194
	-1

3	4	1
	0	8	3
	0	10	4
	0	12	1
	0	11	1
	0	11	2
	-1

3	4	2
	0	8	3
	0	10	4
	0	11	1
	0	11	2
	-1

3	4	3
	0	8	3
	0	12	1
	-1

3	4	4
	0	8	3
	0	10	4
	0	20	10
	0	12	1
	-1

3	4	5
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	-1

3	4	6
	0	14	1
	0	14	1
	0	14	3
	-1

3	4	11
	0	2	163
	0	2	164
	0	8	12
	0	7	24
	0	2	167
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	3	10
	0	2	163
	0	7	4
	0	12	1
	-1

3	4	30
	0	27	31
	0	28	31
	0	10	31
	-1

3	4	31
	0	1	41
	0	1	42
	0	1	43
	-1

3	4	32
	0	2	151
	0	2	154
	0	20	81
	0	20	82
	0	20	12
	-1

3	4	33
	0	2	152
	0	2	166
	0	2	167
	0	2	153
	0	2	154
	0	12	75
	0	12	76
	0	12	63
	-1

3	4	34
	1	2	4
	0	27	1
	0	28	1
	0	7	22
	0	5	43
	0	20	10
	0	20	16
	0	33	3
	0	10	40
	-1

3	4	228
	0	5	217
	0	6	217
	0	7	217
	-1

3	4	229
	0	1	208
	0	1	209
	0	1	210
	-1

3	4	250
	0	2	231
	0	2	232
	0	8	12
	0	7	24
	0	2	57
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	8	21
	0	4	24
	1	10	4
	0	8	21
	0	4	4
	0	4	5
	0	4	6
	0	8	1
	0	4	4
	0	4	5
	0	4	6
	0	11	1
	0	11	2
	1	3	10
	0	2	231
	0	7	4
	0	12	1
	-1

3	6	1
	0	2	32
	1	2	0
	0	31	1
	0	7	62
	0	22	42
	-1

3	6	2
	0	2	31
	0	22	4
	0	22	31
	-1

3	6	3
	0	2	2
	0	11	11
	0	11	12
	0	12	4
	-1

3	6	4
	0	2	32
	0	2	33
	1	3	0
	0	31	1
	0	7	62
	0	22	43
	0	22	62
	-1

3	6	5
	0	2	31
	1	3	0
	0	31	1
	0	7	62
	0	22	4
	0	22	31
	-1

3	6	6
	3	6	3
	3	6	2
	0	22	63
	-1

3	6	7
	0	1	12
	0	1	14
	3	6	8
	0	4	24
	0	27	3
	0	28	3
	-1

3	6	8
	0	2	34
	0	2	35
	0	2	36
	-1

3	6	20
	3	6	24
	1	2	6
	0	22	38
	0	22	39
	-1

3	6	21
	0	1	75
	3	1	11
	3	1	12
	0	22	122
	0	22	123
	0	12	1
	3	3	2
	-1

3	6	22
	0	1	75
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	-1

3	6	23
	0	1	15
	3	1	23
	3	1	11
	3	1	12
	0	22	38
	0	22	39
	0	22	120
	0	22	121
	-1

3	6	24
	0	1	75
	3	1	11
	3	1	12
	0	22	42
	0	22	120
	0	22	121
	0	4	25
	0	4	15
	-1

3	7	1
	3	1	31
	3	2	11
	-1

3	7	2
	3	1	32
	3	2	11
	-1

3	7	3
	3	7	1
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	4
	3	7	2
	1	1	0
	0	31	1
	3	2	5
	-1

3	7	5
	3	7	1
	1	1	4
	3	2	5
	-1

3	7	6
	3	7	2
	1	1	4
	3	2	5
	-1

3	7	7
	3	1	31
	3	2	12
	-1

3	7	8
	3	1	32
	3	2	12
	-1

3	7	9
	3	1	31
	3	2	13
	-1

3	7	11
	0	1	63
	0	2	1
	3	1	11
	3	1	12
	3	1	24
	0	7	6
	0	11	1
	0	11	16
	0	11	17
	0	11	2
	0	11	41
	0	7	6
	0	12	1
	0	12	3
	0	10	52
	0	20	9
	-1

3	7	12
	1	3	0
	0	31	1
	0	8	23
	0	5	21
	0	20	1
	-1

3	7	13
	1	6	0
	0	31	1
	0	1	64
	0	8	14
	0	20	61
	0	8	14
	0	20	61
	0	20	18
	-1

3	7	14
	1	1	0
	0	31	1
	0	20	19
	-1

3	7	15
	1	1	0
	0	31	1
	3	2	5
	0	8	2
	0	20	11
	0	20	12
	0	20	13
	0	20	2
	-1

3	7	16
	1	1	0
	0	31	1
	0	20	20
	-1

3	7	17
	1	1	0
	0	31	1
	0	11	70
	-1

3	7	18
	0	8	16
	1	2	0
	0	31	1
	0	8	17
	3	1	12
	1	4	0
	0	31	1
	0	7	6
	0	11	1
	0	11	2
	0	11	41
	0	20	9
	1	1	0
	0	31	1
	0	20	1
	3	7	14
	-1

3	7	20
	3	7	11
	3	7	14
	3	7	16
	-1

3	7	21
	3	7	11
	3	7	12
	3	7	13
	3	7	14
	3	7	15
	3	7	16
	3	7	17
	3	7	18
	3	7	15
	-1

3	8	1
	3	1	33
	3	2	11
	0	22	42
	-1

3	8	2
	3	1	34
	3	2	11
	0	22	42
	-1

3	8	3
	3	1	35
	3	2	11
	0	22	42
	-1

3	8	4
	3	1	36
	3	2	11
	0	22	42
	-1

3	8	5
	3	8	4
	3	2	24
	-1

3	8	6
	0	10	4
	0	10	61
	0	10	63
	0	11	1
	0	11	2
	0	12	4
	0	13	3
	0	22	42
	-1

3	8	7
	3	1	55
	3	2	11
	0	7	62
	0	22	42
	-1

3	9	1
	3	1	37
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	2
	3	1	38
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	3
	3	1	37
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	4
	3	1	38
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	5
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	6
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	7
	3	1	37
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	8
	3	1	38
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	11
	3	1	39
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	12
	3	1	39
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	13
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	14
	3	1	39
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	15
	3	1	40
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	16
	3	1	40
	1	1	0
	0	31	1
	3	3	12
	-1

3	9	17
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	13
	-1

3	9	18
	3	1	40
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	19
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	3	11
	-1

3	9	20
	3	1	31
	0	2	3
	1	4	0
	0	31	1
	0	7	3
	0	11	3
	0	11	4
	0	11	5
	-1

3	9	194
	3	1	194
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	195
	3	1	195
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	9	196
	3	1	196
	3	2	4
	1	1	0
	0	31	1
	3	3	14
	-1

3	10	1
	3	1	42
	3	3	31
	3	3	32
	1	1	26
	3	3	25
	-1

3	10	2
	3	1	42
	3	3	31
	3	3	32
	1	1	9
	3	3	23
	-1

3	10	3
	3	1	42
	3	3	31
	3	3	32
	1	1	6
	3	3	23
	-1

3	10	4
	3	1	42
	3	3	31
	3	3	32
	1	1	3
	3	3	24
	-1

3	10	5
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	03	25
	-1

3	10	6
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	23
	-1

3	10	7
	3	1	42
	3	3	31
	3	3	33
	1	1	0
	0	31	1
	3	3	24
	-1

3	10	8
	3	10	11
	1	1	19
	3	10	12
	0	2	150
	0	25	79
	0	25	80
	0	33	32
	0	14	45
	-1

3	10	9
	3	10	11
	1	1	15
	3	10	12
	-1

3	10	10
	3	10	11
	1	1	5
	3	10	12
	-1

3	10	11
	0	8	70
	0	1	33
	0	1	34
	0	8	70
	0	1	33
	0	1	34
	0	1	7
	0	2	48
	0	5	40
	0	25	75
	2	1	133
	0	5	41
	2	1	0
	0	5	43
	0	25	70
	0	33	30
	0	33	31
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	2	2	131
	2	1	138
	0	4	6
	2	1	0
	2	2	0
	0	5	1
	0	6	1
	2	2	126
	0	7	1
	2	2	0
	0	7	24
	0	5	21
	0	7	25
	0	5	22
	0	33	33
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	0	2	151
	0	12	64
	-1

3	10	12
	0	2	150
	0	25	76
	0	25	77
	0	25	78
	0	33	32
	2	1	132
	2	2	129
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	13
	0	1	7
	0	5	40
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	4	6
	0	5	1
	0	6	1
	0	7	25
	0	5	43
	0	25	85
	2	1	131
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	0	2	150
	0	8	23
	0	8	72
	0	14	27
	0	8	72
	0	14	27
	2	2	0
	2	1	0
	2	1	132
	2	2	129
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	0	2	150
	0	8	23
	0	8	72
	0	12	63
	0	8	72
	0	12	63
	2	2	0
	2	1	0
	-1

3	10	14
	3	1	72
	3	3	41
	3	4	11
	-1

3	10	15
	3	1	72
	0	7	24
	0	10	2
	3	3	41
	1	1	3
	3	4	32
	0	2	152
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	1	1	3
	3	4	33
	-1

3	10	16
	3	1	72
	0	7	24
	0	10	2
	3	3	41
	1	1	12
	3	4	32
	0	2	152
	0	2	24
	0	7	4
	0	7	4
	0	13	3
	1	1	12
	3	4	33
	-1

3	10	20
	3	10	22
	3	1	11
	3	1	13
	3	1	21
	3	4	34
	3	10	21
	-1

3	10	21
	1	8	0
	0	31	1
	2	1	131
	2	2	129
	0	7	4
	0	7	4
	2	2	0
	2	1	0
	0	15	20
	0	10	2
	-1

3	10	22
	0	1	7
	0	2	19
	0	1	33
	0	2	172
	-1

3	10	193
	3	1	250
	3	3	250
	3	2	250
	3	3	249
	3	3	251
	-1

3	10	194
	3	1	250
	3	3	250
	3	2	250
	3	3	249
	3	3	252
	-1

3	10	195
	3	1	250
	3	3	250
	3	4	250
	-1

3	10	196
	3	1	250
	3	3	249
	3	3	251
	-1

3	11	1
	3	1	51
	0	7	2
	0	12	1
	0	11	1
	0	11	2
	0	11	31
	0	11	32
	0	11	33
	0	20	41
	-1

3	11	2
	3	1	65
	3	1	66
	3	11	3
	3	11	4
	-1

3	11	3
	0	10	70
	0	11	1
	0	11	2
	0	12	1
	0	13	2
	-1

3	11	4
	1	1	0
	0	31	0
	0	11	34
	1	1	0
	0	31	0
	0	11	35
	1	1	0
	0	31	0
	0	11	75
	1	1	0
	0	31	0
	0	11	76
	1	1	0
	0	31	0
	0	33	25
	1	1	0
	0	31	0
	0	33	26
	-1

3	11	193
	3	1	197
	3	1	011
	3	1	012
	3	1	023
	0	8	004
	0	7	004
	0	8	021
	0	11	001
	0	11	002
	0	11	031
	0	11	034
	0	11	035
	0	12	001
	0	12	003
	0	13	003
	0	20	041
	-1

3	12	1
	3	1	43
	3	4	1
	-1

3	12	2
	3	1	43
	3	4	2
	-1

3	12	3
	3	1	42
	3	4	3
	-1

3	12	4
	3	1	42
	3	4	4
	-1

3	12	5
	3	1	42
	0	20	14
	-1

3	12	6
	3	1	44
	3	4	5
	-1

3	12	7
	3	1	42
	3	4	6
	-1

3	12	10
	0	1	7
	0	5	40
	0	2	21
	0	5	41
	0	4	1
	0	4	43
	-1

3	12	11
	2	2	131
	2	1	149
	0	4	6
	2	1	0
	2	2	126
	0	10	2
	2	2	0
	0	5	43
	0	5	53
	-1

3	12	12
	2	2	129
	2	1	132
	1	1	19
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	13
	0	5	42
	2	2	129
	2	1	135
	0	12	63
	2	1	0
	2	2	0
	-1

3	12	14
	3	12	10
	3	12	11
	1	5	56
	3	1	23
	0	5	42
	0	5	52
	3	12	12
	3	12	13
	-1

3	12	15
	1	9	11
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	4
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	16
	3	12	10
	3	12	11
	3	12	15
	-1

3	12	17
	1	9	8
	3	1	23
	0	5	42
	0	5	52
	2	2	129
	2	1	132
	1	1	3
	0	12	63
	2	2	0
	2	1	0
	-1

3	12	18
	3	12	10
	3	12	11
	3	12	17
	-1

3	12	19
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	6	12
	2	1	129
	0	6	30
	2	1	0
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	20
	3	1	47
	3	1	48
	0	15	15
	0	29	2
	0	21	76
	1	4	12
	0	6	30
	1	2	12
	0	5	30
	0	21	75
	0	21	66
	-1

3	12	21
	3	1	47
	1	1	3
	3	1	49
	0	11	12
	0	11	11
	0	21	67
	-1

3	12	22
	3	1	47
	0	8	22
	0	11	12
	0	11	50
	0	22	70
	0	22	26
	3	12	41
	0	10	50
	0	21	68
	0	21	71
	0	21	72
	0	21	73
	3	12	42
	0	21	62
	0	15	11
	-1

3	12	23
	3	1	47
	1	3	3
	0	8	22
	0	12	61
	0	22	50
	0	21	69
	0	21	85
	-1

3	12	24
	3	12	20
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	25
	3	12	19
	0	8	60
	0	8	22
	0	8	60
	0	8	22
	0	25	14
	0	22	101
	0	22	97
	0	22	98
	0	22	99
	0	22	100
	-1

3	12	26
	3	1	46
	3	1	11
	3	1	13
	3	10	23
	3	12	31
	1	1	4
	3	12	30
	0	21	110
	3	1	23
	3	21	27
	0	21	111
	3	1	23
	3	21	27
	0	21	111
	3	1	23
	3	21	27
	0	21	113
	3	1	23
	3	21	27
	-1

3	12	27
	3	1	47
	1	5	9
	3	1	23
	0	7	21
	0	12	61
	0	7	21
	0	12	61
	0	21	85
	0	21	70
	-1

3	12	28
	3	1	46
	3	1	11
	3	1	13
	3	1	23
	0	8	25
	2	1	136
	0	4	6
	2	1	0
	3	12	31
	3	12	32
	1	1	4
	3	12	30
	1	1	2
	3	12	33
	0	21	110
	3	1	23
	3	21	28
	0	21	111
	3	1	23
	3	21	28
	0	21	112
	3	1	23
	3	21	28
	0	21	113
	3	1	23
	3	21	28
	-1

3	12	30
	2	1	130
	2	2	129
	0	11	12
	2	2	0
	2	1	0
	0	11	52
	2	1	135
	2	2	130
	0	11	11
	2	2	0
	2	1	0
	0	11	53
	0	21	104
	-1

3	12	31
	0	5	34
	0	6	34
	0	21	109
	0	11	81
	0	11	82
	0	21	101
	0	21	102
	0	21	103
	-1

3	12	32
	0	21	120
	0	21	121
	0	13	55
	0	21	122
	-1

3	12	33
	0	2	104
	0	8	22
	0	12	63
	0	12	65
	-1

3	12	41
	2	1	141
	2	2	130
	0	7	1
	2	1	00
	2	2	00
	-1

3	12	42
	0	21	77
	0	21	78
	0	21	79
	0	21	80
	0	21	81
	0	21	82
	-1

3	13	9
	0	21	1
	1	1	0
	0	31	1
	0	21	1
	-1

3	13	10
	0	21	36
	1	1	0
	0	31	1
	0	21	36
	-1

3	13	31
	0	6	2
	0	6	12
	1	1	0
	0	31	2
	0	30	1
	-1

3	13	32
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	31
	-1

3	13	41
	0	6	2
	1	10	0
	0	31	1
	1	4	0
	0	31	1
	0	6	12
	1	1	0
	0	31	12
	0	30	1
	0	6	12
	1	1	0
	0	31	1
	0	30	1
	-1

3	13	42
	0	5	2
	0	5	12
	1	1	0
	0	31	2
	3	13	41
	-1

3	13	43
	0	6	2
	0	5	2
	0	5	12
	1	12	0
	0	31	1
	1	10	0
	0	31	1
	1	04	0
	0	31	1
	0	6	12
	1	1	0
	0	31	11
	0	30	1
	1	1	0
	0	31	1
	0	30	1
	-1
	
3	15	1
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	1
	-1

3	15	2
	0	1	11
	3	1	11
	3	1	12
	3	1	23
	3	6	4
	-1

3	16	1
	3	1	11
	0	4	4
	3	1	23
	0	1	21
	0	2	41
	0	19	1
	0	10	51
	0	19	2
	0	19	3
	0	19	4
	-1

3	16	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	1	33
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	7	2
	0	7	2
	-1

3	16	3
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	11	2
	0	8	7
	0	8	11
	-1

3	16	4
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	11	31
	0	8	7
	0	8	11
	-1

3	16	5
	1	8	0
	0	31	1
	0	8	5
	0	8	7
	0	5	2
	0	6	2
	0	1	26
	0	19	1
	0	8	7
	0	8	5
	-1

3	16	6
	1	12	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	11
	0	20	12
	0	8	7
	0	8	11
	-1

3	16	7
	1	10	0
	0	31	1
	0	8	11
	0	8	7
	1	4	0
	0	31	1
	0	5	2
	0	6	2
	0	19	5
	0	19	6
	0	8	7
	0	8	11
	-1

3	16	8
	1	11	0
	0	31	1
	0	8	1
	0	8	7
	0	8	23
	1	3	0
	0	31	1
	0	5	2
	0	6	2
	0	10	2
	0	8	23
	0	8	7
	0	8	1
	-1

3	16	9
	1	11	0
	0	31	1
	0	8	11
	0	8	7
	0	7	2
	0	7	2
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	20	41
	0	8	7
	0	8	11
	-1

3	16	10
	1	7	0
	0	31	1
	0	8	11
	0	8	7
	0	1	22
	0	5	2
	0	6	2
	0	8	7
	0	8	11
	-1

3	16	11
	1	16	0
	0	31	1
	0	8	11
	0	1	22
	0	8	7
	1	2	0
	0	31	1
	0	5	2
	0	6	2
	0	8	21
	0	4	1
	0	4	2
	0	4	3
	0	4	4
	0	4	5
	0	20	90
	0	8	21
	0	8	7
	0	8	11
	-1

3	18	1
	3	1	25
	0	24	11
	-1

3	18	3
	3	1	26
	0	24	5
	0	24	4
	0	24	21
	-1

3	18	4
	3	1	25
	0	4	23
	0	13	11
	0	24	5
	0	24	4
	0	24	22
	-1

3	21	1
	0	2	101
	0	2	114
	0	2	105
	0	2	106
	0	2	107
	0	2	121
	-1

3	21	3
	0	21	51
	0	21	14
	0	21	17
	0	21	30
	-1

3	21	4
	3	1	31
	0	2	3
	1	1	0
	0	31	1
	3	21	3
	-1

3	21	5
	0	25	4
	0	2	121
	0	2	122
	0	2	123
	0	2	124
	0	2	125
	0	2	126
	0	2	127
	0	2	128
	0	2	129
	0	2	130
	0	2	131
	-1

3	21	6
	0	25	1
	0	25	2
	0	25	3
	0	25	5
	-1

3	21	7
	0	25	9
	0	25	10
	0	25	11
	0	25	12
	0	25	13
	0	25	15
	0	25	16
	0	25	17
	-1

3	21	8
	0	25	6
	0	25	7
	0	25	8
	-1

3	21	9
	0	25	18
	0	25	19
	-1

3	21	10
	0	2	101
	0	7	2
	0	2	102
	0	2	103
	0	2	104
	0	2	105
	0	2	106
	0	2	107
	0	2	108
	0	2	109
	0	2	110
	0	2	132
	0	2	133
	-1

3	21	11
	0	30	31
	0	30	32
	0	29	2
	-1

3	21	12
	1	1	0
	0	31	1
	0	2	135
	-1

3	21	21	
	0	2	3
	0	2	101
	2	1	130
	0	2	106
	2	1	0
	2	1	132
	2	2	130
	0	2	121
	2	2	0
	2	1	0
	2	1	133
	2	2	129
	0	25	1
	2	2	0
	2	1	0
	-1

3	21	22
	0	10	7
	2	4	1
	0	31	21
	0	11	1
	2	4	0
	0	11	2
	2	4	1
	0	31	21
	0	11	6
	2	4	0
	0	21	30
	-1		

3	21	23
	0	7	7
	0	21	91
	0	21	30
	2	2	129
	0	21	14
	2	1	129
	0	21	17
	2	2	0
	2	1	0
	-1		

3	21	24
	0	7	7
	2	4	1
	0	31	21
	0	12	7
	0	11	6
	2	4	0
	0	21	30
	-1		

3	21	025
	0	07	7
	0	21	91
	0	21	30
	2	02	129
	0	21	14
	2	01	129
	0	21	17
	2	02	0
	2	01	0
	0	21	92
	0	21	30
	0	25	92
	2	01	129
	2	02	129
	0	21	17
	2	02	0
	2	01	0
	-1		

3	21	26
	0	10	7
	2	4	1
	0	31	21
	0	12	7
	0	25	91
	0	11	71
	0	11	72
	0	11	73
	0	11	74
	2	4	0
	-1

3	21	27
	0	21	118
	2	2	129
	2	1	132
	0	2	112
	2	1	0
	2	1	131
	0	2	111
	2	1	0
	2	2	0
	0	2	104
	0	21	105
	0	21	106
	0	21	107
	0	21	114
	0	21	115
	0	21	116
	0	8	18
	0	21	117
	-1

3	21	28
	0	21	118
	2	2	129
	2	1	132
	0	2	112
	2	1	0
	2	1	131
	0	2	111
	2	1	0
	2	2	0
	0	2	104
	0	21	123
	0	21	106
	0	21	107
	0	21	114
	0	21	115
	0	21	116
	0	8	18
	0	21	117
	-1

grads-2.0.1/data/tables/B2L-058-000-D0000644000175000017500000000151107750236075017432 0ustar  amckinstryamckinstry#
# B2L-058-000-D - Special local BUFR Table D for center 058 (FNMOC) for those
# cases when an FNOC-generated BUFR message uses local descriptors but has a
# value of 0 in Section 1, Octet 12 (thus indicating that it does not use
# local descriptors).
#
# Descriptor sequences are terminated with -1
#
# Sequences do not need to appear in any order.  Sequence A
# which includes sequence B, may appear before sequence B
# is defined.
#

# Phony local descriptors left over from debuggin
#
#3	5	1
#	0	2	102		# Antenna height above tower base (8 bits)
#	0	2	104		# Antenna polarization            (4 bits)
#	0	2	113		# Number of azimuth looks         (4 bits)
#	-1
#
#3	5	1
#	0	2	 11		# Radiosonde type                 (8 bits)
#	0	2	 22		# Satellite DP technique used     (8 bits)
#	0	2	102		# Antenna height above tower base (8 bits)
#	-1

grads-2.0.1/data/tables/B2M-000-003-A0000644000175000017500000000744607750236075017433 0ustar  amckinstryamckinstry#
# BUFR Table A - Data Category
#
  0	Surface data - land
  1	Surface data - sea
  2	Vertical soundings (other than satellite)
  3	Vertical soundings (satellite)
  4	Single level upper-air data (other than satellite)
  5	Single level upper-air data (satellite)
  6	Radar data
  7	Synoptic features
  8	Physical/chemical constituents
  9	Dispersal and transport
 10	Radiological data
 11	BUFR tables, complete replacement or update
 12	Surface data (satellite)
 13	RESERVED
 14	RESERVED
 15	RESERVED
 16	RESERVED
 17	RESERVED
 18	RESERVED
 19	RESERVED
 20	Status information
 21	Radiances (satellite measured)
 22	RESERVED
 23	RESERVED
 24	RESERVED
 25	RESERVED
 26	RESERVED
 27	RESERVED
 28	RESERVED
 29	RESERVED
 30	RESERVED
 31	Oceanographic data
 32	RESERVED
 33	RESERVED
 34	RESERVED
 35	RESERVED
 36	RESERVED
 37	RESERVED
 38	RESERVED
 39	RESERVED
 40	RESERVED
 41	RESERVED
 42	RESERVED
 43	RESERVED
 44	RESERVED
 45	RESERVED
 46	RESERVED
 47	RESERVED
 48	RESERVED
 49	RESERVED
 50	RESERVED
 51	RESERVED
 52	RESERVED
 53	RESERVED
 54	RESERVED
 55	RESERVED
 56	RESERVED
 57	RESERVED
 58	RESERVED
 59	RESERVED
 60	RESERVED
 61	RESERVED
 62	RESERVED
 63	RESERVED
 64	RESERVED
 65	RESERVED
 66	RESERVED
 67	RESERVED
 68	RESERVED
 69	RESERVED
 70	RESERVED
 71	RESERVED
 72	RESERVED
 73	RESERVED
 74	RESERVED
 75	RESERVED
 76	RESERVED
 77	RESERVED
 78	RESERVED
 79	RESERVED
 80	RESERVED
 81	RESERVED
 82	RESERVED
 83	RESERVED
 84	RESERVED
 85	RESERVED
 86	RESERVED
 87	RESERVED
 88	RESERVED
 89	RESERVED
 90	RESERVED
 91	RESERVED
 92	RESERVED
 93	RESERVED
 94	RESERVED
 95	RESERVED
 96	RESERVED
 97	RESERVED
 98	RESERVED
 99	RESERVED
100	RESERVED
101	Image data
102	RESERVED
103	RESERVED
104	RESERVED
105	RESERVED
106	RESERVED
107	RESERVED
108	RESERVED
109	RESERVED
110	RESERVED
111	RESERVED
112	RESERVED
113	RESERVED
114	RESERVED
115	RESERVED
116	RESERVED
117	RESERVED
118	RESERVED
119	RESERVED
120	RESERVED
121	RESERVED
122	RESERVED
123	RESERVED
124	RESERVED
125	RESERVED
126	RESERVED
127	RESERVED
128	RESERVED
129	RESERVED
130	RESERVED
131	RESERVED
132	RESERVED
133	RESERVED
134	RESERVED
135	RESERVED
136	RESERVED
137	RESERVED
138	RESERVED
139	RESERVED
140	RESERVED
141	RESERVED
142	RESERVED
143	RESERVED
144	RESERVED
145	RESERVED
146	RESERVED
147	RESERVED
148	RESERVED
149	RESERVED
150	RESERVED
151	RESERVED
152	RESERVED
153	RESERVED
154	RESERVED
155	RESERVED
156	RESERVED
157	RESERVED
158	RESERVED
159	RESERVED
160	RESERVED
161	RESERVED
162	RESERVED
163	RESERVED
164	RESERVED
165	RESERVED
166	RESERVED
167	RESERVED
168	RESERVED
169	RESERVED
170	RESERVED
171	RESERVED
172	RESERVED
173	RESERVED
174	RESERVED
175	RESERVED
176	RESERVED
177	RESERVED
178	RESERVED
179	RESERVED
180	RESERVED
181	RESERVED
182	RESERVED
183	RESERVED
184	RESERVED
185	RESERVED
186	RESERVED
187	RESERVED
188	RESERVED
189	RESERVED
190	RESERVED
191	RESERVED
192	RESERVED
193	RESERVED
194	RESERVED
195	RESERVED
196	RESERVED
197	RESERVED
198	RESERVED
199	RESERVED
200	RESERVED
201	RESERVED
202	RESERVED
203	RESERVED
204	RESERVED
205	RESERVED
206	RESERVED
207	RESERVED
208	RESERVED
209	RESERVED
210	RESERVED
211	RESERVED
212	RESERVED
213	RESERVED
214	RESERVED
215	RESERVED
216	RESERVED
217	RESERVED
218	RESERVED
219	RESERVED
220	RESERVED
221	RESERVED
222	RESERVED
223	RESERVED
224	RESERVED
225	RESERVED
226	RESERVED
227	RESERVED
228	RESERVED
229	RESERVED
230	RESERVED
231	RESERVED
232	RESERVED
233	RESERVED
234	RESERVED
235	RESERVED
236	RESERVED
237	RESERVED
238	RESERVED
239	RESERVED
240	FOR EXPERIMENTAL USE
241	FOR EXPERIMENTAL USE
242	FOR EXPERIMENTAL USE
243	FOR EXPERIMENTAL USE
244	FOR EXPERIMENTAL USE
245	FOR EXPERIMENTAL USE
246	FOR EXPERIMENTAL USE
247	FOR EXPERIMENTAL USE
248	FOR EXPERIMENTAL USE
249	FOR EXPERIMENTAL USE
250	FOR EXPERIMENTAL USE
251	FOR EXPERIMENTAL USE
252	FOR EXPERIMENTAL USE
253	FOR EXPERIMENTAL USE
254	FOR EXPERIMENTAL USE
255	Indicator for local use, with sub-category
grads-2.0.1/data/tables/B2L-128-001-B0000644000175000017500000001314407750236075017434 0ustar  amckinstryamckinstry#
# B2L-128-001-B.001 - Local BUFR Table B for center 128 (NRL Monterey),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      0;      0;           0;    0;        undef; undefined used for SSMI - temporary

  0;    1;     50;      0;           0;   48;    CCITT_IA5; NMC report identifier
  0;    1;     62;      0;           0;   40;    CCITT_IA5; National assigned station identifier

  0;    2;     28;      0;           0;   32;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;     29;      0;           0;    8;   Flag_Table; Geostationary sounder satellite channels used
  0;    2;    190;      0;           0;    8;   Code_Table; U, v quality indicator
  0;    2;    191;      0;           0;    4;   Code_Table; W quality indicator

  0;    4;     44;      0;           0;    3;   Code_Table; Day of the week

  0;    5;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;    5;     50;      5;           0;   17;      Numeric; Sigma level

  0;    6;      3;      2;      -18000;   16;          deg; Alternate longtiude

  0;    8;      0;      0;           0;    4;   Code_Table; Vertical significance (forecast soundings)
  0;    8;     31;      0;           0;    8;         BUFR; Table A	Data category
  0;    8;     32;      0;           0;   14;   Code_Table; Data significance for simulated forecast
  0;    8;     33;      0;           0;    3;   Code_Table; Data significance for corrected forecast
  0;    8;     34;      0;           0;    3;   Code_Table; Data significance for simulated retrievals
  0;    8;     35;      0;           0;    3;   Code_Table; Data significance for corrected retrievals
  0;    8;     36;      0;           0;    3;   Code_Table; Data significance for simulated analysis
  0;    8;     37;      0;           0;    3;   Code_Table; Data significance for corrected analysis
  0;    8;     38;      0;           0;    3;   Code_Table; Data significance for sigma level data

  0;   12;     20;      2;       -2000;   12;    deg_K/day; Radiative heating profile
  0;   12;     40;     -3;       -2048;   12;       W/m**2; Sensible heat flux

  0;   13;     40;     -3;       -2048;   12;       W/m**2; Latent heat flux

  0;   14;     41;      0;           0;    7;      percent; Short wave albedo

  0;   20;      9;     -1;         -40;   11;            m; Ceiling
  0;   20;     18;     -1;          40;   11;            m; Low estimated height of cloud top
  0;   20;     19;     -1;          40;   11;            m; High estimated height of cloud top
  0;   20;     20;      0;           0;    4;   Code_Table; Low cloud amount
  0;   20;     21;      0;           0;    4;   Code_Table; Middle cloud amount
  0;   20;     22;      0;           0;    4;   Code_Table; High cloud amount
  0;   20;     23;      0;           0;    7;      percent; Satellite sensed effective cloud amount
  0;   20;     49;      0;           0;   10;   Code_Table; Type of stability measure
  0;   20;     50;      0;           0;   10;      Numeric; Value of stability

  0;   22;    105;     -1;           0;    6;     deg_true; Direction of waves
  0;   22;    143;      2;        2650;   13;        deg_K; Sea temperature

  0;   25;     31;      0;           0;    2;   Code_Table; 15 day SST availability
  0;   25;     35;      0;           0;    3;   Code_Table; First guess adjustment
  0;   25;     36;      3;       -5000;   14;      Numeric; NSTAR average value
  0;   25;     37;      0;           0;    2;   Code_Table; HIRS-8 surface air temperature
  0;   25;     38;      0;           0;    3;   Code_Table; TOVS filter flags

  0;   50;    200;      2;      636700;   24;           km; Altitude(km)
  0;   50;    201;      6;           0;   24;  Rad(Si)/sec; Dosage
  0;   50;    202;      6;           0;   24;        Gauss; B-Field
  0;   50;    203;      3;      -20000;   24;           Re; Coordinate
  0;   50;    204;      3;           0;   24;            -; L-Shell

  0;   51;    200;     -2;           0;   24; KeV/(cm2-s-Sr); e-Energy Flux
  0;   51;    201;     -2;           0;   24; #/(cm2-s-Sr); e-Number Flux
  0;   51;    202;     -2;           0;   24; KeV/(cm2-s-Sr); i-Energy Flux
  0;   51;    203;     -2;           0;   24; #/(cm2-s-Sr); i-Number Flux
  0;   51;    204;      6;         -10;   24;         mhos; Ped Conduct.
  0;   51;    205;      6;         -10;   24;         mhos; Hall Conduct.

  0;   52;    200;      5;           0;   26;            -; S4
  0;   52;    201;      5;           0;   25;            -; SI
  0;   52;    202;      5;           0;   24;            -; PCT
  0;   52;    203;      5;           0;   24;            -; PRMS

  0;   53;    200;     -1;           0;   25;       cm**-3; Ne
  0;   53;    201;      3;           0;   24;          MHz; FE
  0;   53;    202;      3;           0;   24;          MHz; FoF2
  0;   53;    203;      3;           0;   20;           km; HE
  0;   53;    204;      3;           0;   20;           km; HF2

#
# Table definitions
#
  0;   63;      0;      0;           0;    0;            -; End of Table Descriptors
  0;   63;      1;      0;           0;    8;      Numeric; Number of Dimensions
  0;   63;      2;      0;           0;    8;      Numeric; Dimension Size
  0;   63;      3;      0;           0;    8;   Code_Table; Object Type
  0;   63;      4;      0;           0;    8;   Flag_Table; Flags
  0;   63;      5;      0;           0;   16;      Numeric; Object Count
  0;   63;      6;      0;           0;   16;      Numeric; Object Offset
  0;   63;      7;      0;           0;    8;   Code_Table; Axis Label
  0;   22;    203;      2;      -18000;   16;      summary; break angle
grads-2.0.1/data/tables/B2M-000-003-B0000644000175000017500000011573507750236075017435 0ustar  amckinstryamckinstry#
# BUFR Table B - Classification of Elements
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
  0;    0;      1;      0;           0;   24;    CCITT_IA5; Table A: entry
  0;    0;      2;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 1
  0;    0;      3;      0;           0;  256;    CCITT_IA5; Table A: data category description, line 2
  0;    0;      5;      0;           0;   24;    CCITT_IA5; BUFR edition number
  0;    0;     10;      0;           0;    8;    CCITT_IA5; F descriptor to be added or defined
  0;    0;     11;      0;           0;   16;    CCITT_IA5; X descriptor to be added or defined
  0;    0;     12;      0;           0;   24;    CCITT_IA5; Y descriptor to be added or defined
  0;    0;     13;      0;           0;  256;    CCITT_IA5; Element name, line 1
  0;    0;     14;      0;           0;  256;    CCITT_IA5; Element name, line 2
  0;    0;     15;      0;           0;  192;    CCITT_IA5; Units name
  0;    0;     16;      0;           0;    8;    CCITT_IA5; Units scale sign
  0;    0;     17;      0;           0;   24;    CCITT_IA5; Units scale
  0;    0;     18;      0;           0;    8;    CCITT_IA5; Units reference sign
  0;    0;     19;      0;           0;   80;    CCITT_IA5; Units reference value
  0;    0;     20;      0;           0;   24;    CCITT_IA5; Element data width
  0;    0;     30;      0;           0;   48;    CCITT_IA5; Descriptor defining sequence

  0;    1;      1;      0;           0;    7;      Numeric; WMO block number
  0;    1;      2;      0;           0;   10;      Numeric; WMO station number
  0;    1;      3;      0;           0;    3;      Numeric; WMO region number
  0;    1;      4;      0;           0;    3;      Numeric; WMO region sub-area
  0;    1;      5;      0;           0;   17;      Numeric; Buoy/platform identifier
  0;    1;      6;      0;           0;   64;    CCITT_IA5; Aircraft identifier (flight number)
  0;    1;      7;      0;           0;   10;   Code_Table; Satellite identifier
  0;    1;      8;      0;           0;   64;    CCITT_IA5; Aircraft registration number (tail number)
  0;    1;      9;      0;           0;   64;    CCITT_IA5; Type of commerical aircraft
  0;    1;     10;      0;           0;   64;    CCITT_IA5; Stationary buoy platform identifier
  0;    1;     11;      0;           0;   72;    CCITT_IA5; Ship's call sign
  0;    1;     12;      0;           0;    9;     deg_true; Direction of motion of moving observing platform
  0;    1;     13;      0;           0;   10;          m/s; Speed of motion of moving observing platform
  0;    1;     14;      2;           0;   10;          m/s; Platform drift speed (high precision)
  0;    1;     21;      0;           0;   14;      Numeric; Synoptic feature identifier
  0;    1;     25;      0;           0;   24;    CCITT_IA5; Storm identifier
  0;    1;     26;      0;           0;   64;    CCITT_IA5; WMO storm name
  0;    1;     31;      0;           0;   16;   Code_Table; Generating center
  0;    1;     63;      0;           0;   64;    CCITT_IA5; ICAO location indicator

  0;    2;      1;      0;           0;    2;   Code_Table; Type of station
  0;    2;      2;      0;           0;    4;   Flag_Table; Type of instrumentation for wind measurement
  0;    2;      3;      0;           0;    4;   Code_Table; Type of measuring instrumentation used
  0;    2;      4;      0;           0;    4;   Code_Table; Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
  0;    2;      5;      2;           0;    7;          deg; Precision of temperature observed
  0;    2;     11;      0;           0;    8;   Code_Table; Radiosonde type
  0;    2;     12;      0;           0;    4;   Code_Table; Radiosonde computational method
  0;    2;     13;      0;           0;    4;   Code_Table; Solar and infrared radiation correction
  0;    2;     14;      0;           0;    7;   Code_Table; Tracking technique/status of system
  0;    2;     15;      0;           0;    4;   Code_Table; Radiosonde completeness
  0;    2;     21;      0;           0;    9;   Flag_Table; Satellite instrumentation data used in processing
  0;    2;     22;      0;           0;    8;   Flag_Table; Satellite data processing technique used
  0;    2;     23;      0;           0;    4;   Code_Table; Satellite derived wind computation method
  0;    2;     24;      0;           0;    4;   Code_Table; Integrated mean humidity computational method
  0;    2;     25;      0;           0;   25;   Flag_Table; Satellite channel(s) used in computation
  0;    2;     26;      2;           0;   12;            m; Cross track resolution
  0;    2;     27;      2;           0;   12;            m; Along track resolution
  0;    2;     30;      0;           0;    3;   Code_Table; Method of current measurement
  0;    2;     31;      0;           0;    5;   Code_Table; Duration and time of current measurement
  0;    2;     32;      0;           0;    2;   Code_Table; Indicator for digitization
  0;    2;     33;      0;           0;    3;   Code_Table; Method of salinity/depth measurement
  0;    2;     34;      0;           0;    5;   Code_Table; Drogue type
  0;    2;     35;      0;           0;    9;            m; Cable length
  0;    2;     36;      0;           0;    2;   Code_Table; Buoy type
  0;    2;     37;      0;           0;    3;   Code_Table; Method of tidal observation
  0;    2;     38;      0;           0;    4;   Code_Table; Method of sea-surface temperature measurement
  0;    2;     39;      0;           0;    3;   Code_Table; Method of wet-buld temperature measurement
  0;    2;     40;      0;           0;    4;   Code_Table; Method of removing velocity and motion of platform from current
  0;    2;     41;      0;           0;    6;   Code_Table; Method for estimating reports related to synoptic features
  0;    2;     42;      0;           0;    6;   Code_Table; Method of report construction
  0;    2;     43;      0;           0;    6;   Code_Table; Precision of latitude/longitude report
  0;    2;     51;      0;           0;    4;   Code_Table; Indicator ro specify observing method for extreme temperatures
  0;    2;     61;      0;           0;    3;   Code_Table; Aircraft navigation system
  0;    2;     62;      0;           0;    4;   Code_Table; Type of aircraft data relay system
  0;    2;     63;      2;      -18000;   16;          deg; Aircraft roll angle
  0;    2;     70;      0;           0;    4;   Code_Table; Original specification of latitude/longitude
  0;    2;    100;      1;           0;   12;           dB; Radar constant
  0;    2;    101;      0;           0;    4;   Code_Table; Type of antenna
  0;    2;    102;      0;           0;    8;            m; Antenna height above tower
  0;    2;    103;      0;           0;    2;   Flag_Table; Radome
  0;    2;    104;      0;           0;    4;   Code_Table; Antenna polarisation
  0;    2;    105;      0;           0;    6;           dB; Maximum antenna gain
  0;    2;    106;      1;           0;    6;          deg; 3-dB bandwidth
  0;    2;    107;      0;           0;    6;           dB; Sidelobe suppression
  0;    2;    108;      0;           0;    6;           dB; Crosspol discrimination (on axis)
  0;    2;    109;      2;           0;   12;        deg/s; Antenna speed (azimuth)
  0;    2;    110;      2;           0;   12;        deg/s; Antenna speed (elevation)
  0;    2;    111;      1;           0;   10;          deg; Radar incidence angle
  0;    2;    112;      1;           0;   12;          deg; Radar azimuth angle
  0;    2;    113;      0;           0;    4;      Numeric; Number of azimuth looks
  0;    2;    114;      0;           0;   15;         m**2; Antenna effective surface area
  0;    2;    121;     -8;           0;    7;           Hz; Mean frequency
  0;    2;    122;     -6;        -128;    8;           Hz; Frequency agility range
  0;    2;    123;     -4;           0;    7;            W; Peak power
  0;    2;    124;     -1;           0;    7;            W; Average power
  0;    2;    125;     -1;           0;    8;           Hz; Pulse repetition frequency
  0;    2;    126;      7;           0;    6;            s; Pulse width
  0;    2;    127;     -6;           0;    7;           Hz; Receiver intermediate frequency
  0;    2;    128;     -5;           0;    6;           Hz; Intermediate frequency bandwidth
  0;    2;    129;      0;        -150;    5;           dB; Minimum detectable signal
  0;    2;    130;      0;           0;    7;           dB; Dynamic range
  0;    2;    131;      0;           0;    2;   Flag_Table; Sensitivity time control
  0;    2;    132;      2;           0;    6;          deg; Azimuth pointing accuracy
  0;    2;    133;      2;           0;    6;          deg; Elevation pointing accuracy
  0;    2;    134;      2;           0;   16;          deg; Antenna beam azimuth
  0;    2;    135;      2;       -9000;   15;          deg; Antenna elevation
  0;    2;    136;     -3;           0;   16;            m; Range processed by range attenuation correction
  0;    2;    141;      0;           0;   24;    CCITT_IA5; Measurement type
  0;    2;    142;      0;           0;   32;    CCITT_IA5; Ozone instrument serial number/identification
  0;    2;    143;      0;           0;    7;      Numeric; Instrument type

  0;    4;      1;      0;           0;   12;         Year; Year
  0;    4;      2;      0;           0;    4;           mo; Month
  0;    4;      3;      0;           0;    6;          Day; Day
  0;    4;      4;      0;           0;    5;           hr; Hour
  0;    4;      5;      0;           0;    6;          min; Minute
  0;    4;      6;      0;           0;    6;            s; Second
  0;    4;     11;      0;       -1024;   11;         Year; Time increment
  0;    4;     12;      0;       -1024;   11;           mo; Time increment
  0;    4;     13;      0;       -1024;   11;         Days; Time increment
  0;    4;     14;      0;       -1024;   11;           hr; Time increment
  0;    4;     15;      0;       -2048;   12;          min; Time increment
  0;    4;     16;      0;       -4096;   13;            s; Time increment
  0;    4;     21;      0;       -1024;   11;         Year; Time period or displacement
  0;    4;     22;      0;       -1024;   11;           mo; Time period or displacement
  0;    4;     23;      0;       -1024;   11;         Days; Time period or displacement
  0;    4;     24;      0;       -2048;   12;           hr; Time period or displacement
  0;    4;     25;      0;       -2048;   12;          min; Time period or displacement
  0;    4;     26;      0;       -4096;   13;            s; Time period or displacement
  0;    4;     31;      0;           0;    8;           hr; Duration of time relative to followinG value
  0;    4;     41;      0;       -1440;   12;       Minute; Time Difference, UTC-LMT
  0;    4;     43;      0;           0;    9;          Day; Day of the year
  0;    4;     53;      0;           0;    6;      Numeric; Number of days with precipition equal to or more than 1mm
  0;    4;    192;      0;           0;    3;   Code_Table; Season

  0;    5;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;    5;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;    5;     11;      5;    -9000000;   25;          deg; Latitude increment (high accuracy)
  0;    5;     12;      2;       -9000;   15;          deg; Latitude increment (coarse accuracy)
  0;    5;     21;      2;           0;   16;     deg_true; Bearing or azimuth
  0;    5;     22;      2;           0;   16;     deg_true; Solar azimuth
  0;    5;     30;      0;           0;   12;          deg; Direction (spectral)
  0;    5;     31;      0;           0;   12;      Numeric; Row number
  0;    5;     33;     -1;           0;   16;            m; Pixel size on horizontal - 1
  0;    5;     40;      0;           0;   24;      Numeric; Orbit number
  0;    5;     41;      0;           0;    8;      Numeric; Scan line number
  0;    5;     42;      0;           0;    6;      Numeric; Channel number
  0;    5;     43;      0;           0;    8;      Numeric; Field of view number
  0;    5;     52;      0;           0;    5;      Numeric; Channel number increment
  0;    5;     53;      0;           0;    5;      Numeric; Field of view number increment

  0;    6;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;    6;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;    6;     11;      5;   -18000000;   26;          deg; Longitude increment (high accuracy)
  0;    6;     12;      2;      -18000;   16;          deg; Longitude increment (coarse accuracy)
  0;    6;     21;     -1;           0;   13;            m; Distance
  0;    6;     30;      5;           0;   13;        rad/m; Wavenumber (spectral)
  0;    6;     31;      0;           0;   12;      Numeric; Column number
  0;    6;     33;     -1;           0;   16;            m; Pixel size on horizontal - 2

  0;    7;      1;      0;        -400;   15;            m; Height of station
  0;    7;      2;     -1;         -40;   16;            m; Height or altitude
  0;    7;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;    7;      4;     -1;           0;   14;           Pa; Pressure
  0;    7;      5;      0;        -400;   12;            m; Height increment
  0;    7;      6;      0;           0;   15;            m; Height above station
  0;    7;      7;      0;       -1000;   17;            m; Height
  0;    7;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;    7;     21;      2;       -9000;   15;          deg; Elevation
  0;    7;     22;      2;       -9000;   15;          deg; Solar elevation
  0;    7;     61;      2;           0;   14;            m; Depth below land surface
  0;    7;     62;      1;           0;   17;            m; Depth below sea surface
  0;    7;    190;      0;           0;   12;            m; Height increment

  0;    8;      1;      0;           0;    7;   Flag_Table; Vertical sounding significance
  0;    8;      2;      0;           0;    6;   Code_Table; Vertical significance (surface observations)
  0;    8;      3;      0;           0;    6;   Code_Table; Vertical significance (satellite observations)
  0;    8;      4;      0;           0;    3;   Code_Table; Phase of aircraft flight
  0;    8;      5;      0;           0;    4;   Code_Table; Surface synoptic features significance
  0;    8;     11;      0;           0;    6;   Code_Table; Horizontal significance
  0;    8;     12;      0;           0;    2;   Code_Table; land/sea qualifier
  0;    8;     13;      0;           0;    2;   Code_Table; Day/night qualifier
  0;    8;     20;      0;           0;   16;      Numeric; Total number of missing entities (with respect to accumulation or average)
  0;    8;     21;      0;           0;    5;   Code_Table; Time significance
  0;    8;     22;      0;           0;   16;      Numeric; Total number (with respect to accumulation or average)
  0;    8;     51;      0;           0;    3;   Code_Table; Qualifier for number of missing values in calculation of statistic
  0;    8;     52;      0;           0;    5;   Code_Table; Condition for which number of days of occurance follows
  0;    8;     53;      0;           0;    2;   COde_Table; Day of occurance qualifier

  0;   10;      1;      0;        -400;   15;            m; Height of land surface
  0;   10;      2;     -1;         -40;   16;            m; Height
  0;   10;      3;     -1;        -400;   17;    m**2/s**2; Geopotential
  0;   10;      4;     -1;           0;   14;           Pa; Pressure
  0;   10;      7;      0;       -1000;   17;            m; Height
  0;   10;      8;      0;      -10000;   20;    m**2/s**2; Geopotential
  0;   10;     50;      2;           0;   16;            m; Standard deviation altitude
  0;   10;     51;     -1;           0;   14;           Pa; Pressure reduced to mean sea level
  0;   10;     52;     -1;           0;   14;           Pa; Altimeter setting (QNH)
  0;   10;     60;     -1;       -1024;   11;           Pa; Pressure change
  0;   10;     61;     -1;        -500;   10;           Pa; 3 hour pressure change
  0;   10;     62;     -1;       -1000;   11;           Pa; 24 hour pressure change
  0;   10;     63;      0;           0;    4;   Code_Table; Characteristic of pressure tendency

  0;   11;      1;      0;           0;    9;     deg_true; Wind direction
  0;   11;      2;      1;           0;   12;          m/s; Wind speed
  0;   11;      3;      1;       -4096;   13;          m/s; U-component
  0;   11;      4;      1;       -4096;   13;          m/s; V-component
  0;   11;      5;      1;        -512;   10;         Pa/s; W-component
  0;   11;      6;      2;       -4096;   13;          m/s; W-component
  0;   11;     11;      0;           0;    9;     deg_true; Wind direction at 10 m
  0;   11;     12;      1;           0;   12;          m/s; Wind speed at 10 m
  0;   11;     13;      0;           0;    9;     deg_true; Wind direction at 5 m
  0;   11;     14;      1;           0;   12;          m/s; Wind speed at 5 m
  0;   11;     21;      9;      -65536;   17;        s**-1; Relative vorticity
  0;   11;     22;      9;      -65536;   17;        s**-1; Divergence
  0;   11;     23;     -2;      -65536;   17;       m**2/s; Velocity potential
  0;   11;     31;      0;           0;    4;   Code_Table; Degree of turbulence
  0;   11;     32;     -1;         -40;   16;            m; Height of base of turbulence
  0;   11;     33;     -1;         -40;   16;            m; Height of top of turbulence
  0;   11;     34;      1;       -1024;   11;          m/s; Vertical gust velocity
  0;   11;     35;      2;       -8192;   14;       m/s**2; Vertical gust acceleration
  0;   11;     36;      1;           0;   10;          m/s; Maximum derived equivalent vertical gust speed
  0;   11;     41;      1;           0;   12;          m/s; Maximum wind speed (gusts)
  0;   11;     42;      1;           0;   12;          m/s; Maximum wind speed (10 minute mean wind)
  0;   11;     43;      0;           0;    9;     deg_true; Maximum wind gust direction
  0;   11;     49;      0;           0;    9;     deg_true; Standard deviation of wind direction
  0;   11;     50;      1;           0;   12;          m/s; Standard deviation horizontal wind speed
  0;   11;     51;      1;           0;    8;          m/s; Standard deviation vertical wind speed
  0;   11;     61;      1;           0;   12;          m/s; Absolute wind shear in 1 kilometer layer below
  0;   11;     62;      1;           0;   12;          m/s; Absolute wind shear in1 kilometer layer above

  0;   12;      1;      1;           0;   12;        deg_K; Temperature/dry bulb temperature
  0;   12;      2;      1;           0;   12;        deg_K; Wet bulb temperature
  0;   12;      3;      1;           0;   12;        deg_K; Dewpoint temperature
  0;   12;      4;      1;           0;   12;        deg_K; Dry bulb temperature at 2 meters
  0;   12;      5;      1;           0;   12;        deg_K; Wet bulb temperature at 2 meters
  0;   12;      6;      1;           0;   12;        deg_K; Dewpoint temperature at 2 meters
  0;   12;      7;      1;           0;   12;        deg_K; Virtual temperature
  0;   12;     11;      1;           0;   12;        deg_K; Maximum temperature
  0;   12;     12;      1;           0;   12;        deg_K; Minimum temperature
  0;   12;     13;      1;           0;   12;        deg_K; Ground minimum temperature past 12 hours
  0;   12;     14;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 12 hours
  0;   12;     15;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 12 hours
  0;   12;     16;      1;           0;   12;        deg_K; Maximum temperature at 2 meters, past 24 hours
  0;   12;     17;      1;           0;   12;        deg_K; Minimum temperature at 2 meters, past 24 hours
  0;   12;     30;      1;           0;   12;        deg_K; Soil temperature
  0;   12;     51;      1;           0;   10;        deg_K; Standard deviation of temperature
  0;   12;     52;      1;           0;   12;        deg_K; Highest daily mean temperature
  0;   12;     53;      1;           0;   12;        deg_K; Lowest daily mean temperature
  0;   12;     61;      1;           0;   12;        deg_K; Skin temperature
  0;   12;     62;      1;           0;   12;        deg_K; Equivalent black body temperature
  0;   12;     63;      1;           0;   12;        deg_K; Brightness temperature

  0;   13;      1;      5;           0;   14;        kg/kg; Specific humidity
  0;   13;      2;      5;           0;   14;        kg/kg; Mixing ratio
  0;   13;      3;      0;           0;    7;      percent; Relative humidity
  0;   13;      4;     -1;           0;   10;           Pa; Vapor pressure
  0;   13;      5;      3;           0;    7;      kg/m**3; Vapor density
  0;   13;      6;     -1;         -40;   16;            m; Mixing heights
  0;   13;     11;      4;          -1;   14;      kg/m**2; Total precipitation/total water equivalent
  0;   13;     12;      2;          -2;   12;            m; Depth of fresh snow
  0;   13;     13;      2;          -2;   16;            m; Total snow depth
  0;   13;     14;      4;           0;   12;    kg/m**2/s; Rainfall/water equivalent of snow (average rate)
  0;   13;     15;      7;           0;   12;          m/s; Snowfall (averaged rate)
  0;   13;     16;      0;           0;    7;      kg/m**2; Precipitable water
  0;   13;     19;      1;          -1;   14;      kg/m**2; Total precipitation past 1 hour
  0;   13;     20;      1;          -1;   14;      kg/m**2; Total precipitation past 3 hours
  0;   13;     21;      1;          -1;   14;      kg/m**2; Total precipitation past 6 hours
  0;   13;     22;      1;          -1;   14;      kg/m**2; Total precipitation past 12 hours
  0;   13;     23;      1;          -1;   14;      kg/m**2; Total precipitation past 24 hours
  0;   13;     31;      0;           0;    7;      kg/m**2; Evapotranspiration
  0;   13;     32;      1;           0;    8;      kg/m**2; Evaporation/evapotranspiration
  0;   13;     41;      0;           0;    4;   Code_Table; Pasquill-Gifford stability category
  0;   13;     42;      0;         -20;    6;        deg_K; Parcel lifted index (to 500 hPa)
  0;   13;     43;      0;         -20;    6;        deg_K; Best lifted index (to 500 hPa)
  0;   13;     51;      0;           0;    4;   Code_Table; Frequency group, precipition
  0;   13;     52;      1;          -1;   14;      kg/m**2; Highest daily amount of precipition

  0;   14;      1;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over 24 hours
  0;   14;      2;     -3;       -2048;   12;  Joules/m**2; Longwave radiation, integrated over period specified
  0;   14;      3;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over 24 hours
  0;   14;      4;     -3;       -2048;   12;  Joules/m**2; Shortwave radiation, integrated over period specified
  0;   14;     11;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over 24 hours
  0;   14;     12;     -3;       -2048;   12;  Joules/m**2; Net longwave radiation, integrated over period specified
  0;   14;     13;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over 24 hours
  0;   14;     14;     -3;       -2048;   12;  Joules/m**2; Net shortwave radiation, integrated over period specified
  0;   14;     15;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over 24 hours
  0;   14;     16;     -4;      -16384;   15;  Joules/m**2; Net radiation, integrated over period specified
  0;   14;     17;     -3;       -2048;   12;       W/m**2; Instantaneous long wave radiation
  0;   14;     18;     -3;       -2048;   12;       W/m**2; Instantaneous short wave radiation
  0;   14;     19;      0;           0;    7;      percent; Surface albedo
  0;   14;     20;     -4;           0;   15;  Joules/m**2; Global solar radiation, integrated over 24 hours
  0;   14;     21;     -4;           0;   15;  Joules/m**2; Global radiation, integrated over period specified
  0;   14;     22;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integrated over 24 hours
  0;   14;     23;     -4;           0;   15;  Joules/m**2; Diffuse solar radiation, integratedi over period specified
  0;   14;     24;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over 24 hours
  0;   14;     25;     -4;           0;   15;  Joules/m**2; Direct solar radiation, integrated over period specified
  0;   14;     31;      0;           0;   11;          min; Total sunshine
  0;   14;     32;      0;           0;   10;           hr; Total sunshine
  0;   14;     33;      0;           0;    9;      percent; Total sunshine
  0;   14;     42;      0;           0;    7;      percent; Bi-directional reflectance

  0;   15;      1;      0;           0;   10;       Dobson; units	Ozone
  0;   15;      2;      2;           0;   10;      Numeric; Air mass (slant path at 22km)

  0;   19;      1;      0;           0;    6;   Code_Table; Type of synoptic features
  0;   19;      2;     -2;           0;   12;            m; Effective radius of feature
  0;   19;      3;      0;           0;    8;          m/s; Wind speed threshold
  0;   19;      4;     -2;           0;   12;            m; Effective radius of feature with respect to wind speeds above threshold
  0;   19;      5;      0;           0;    9;     deg_true; Direction of motion of features
  0;   19;      6;      2;           0;   14;          m/s; Speed of motion of features
  0;   19;      7;     -3;           0;   12;            m; Effective radius of features
  0;   19;      8;      0;           0;    3;   Code_Table; Vertical extent of circulation
  0;   19;      9;     -3;           0;   12;            m; Effective radius with respect to wind speed above threshold (large storms)

  0;   20;      1;     -1;           0;   13;            m; Horizontal visibility
  0;   20;      2;     -1;           0;    7;            m; Vertical visibility
  0;   20;      3;      0;           0;    9;   Code_Table; Present weather
  0;   20;      4;      0;           0;    5;   Code_Table; Past weather (1)
  0;   20;      5;      0;           0;    5;   Code_Table; Past weather (2)
  0;   20;     10;      0;           0;    7;      percent; Cloud cover (total)
  0;   20;     11;      0;           0;    4;   Code_Table; Cloud amount
  0;   20;     12;      0;           0;    6;   Code_Table; Cloud type
  0;   20;     13;     -1;         -40;   11;            m; Height of base of cloud
  0;   20;     14;     -1;         -40;   11;            m; Height of top of cloud
  0;   20;     15;     -1;           0;   14;           Pa; Pressure at the base of cloud
  0;   20;     16;     -1;           0;   14;           Pa; Pressure at the top of cloud
  0;   20;     17;      0;           0;    4;   Code_Table; Cloud top description
  0;   20;     31;      2;           0;    7;            m; Ice deposit (thickness)
  0;   20;     32;      0;           0;    3;   Code_Table; Rate of ice accretion
  0;   20;     33;      0;           0;    4;   Flag_Table; Cause of ice accretion
  0;   20;     34;      0;           0;    5;   Code_Table; Sea ice concentration
  0;   20;     35;      0;           0;    4;   Code_Table; Amount and type of ice
  0;   20;     36;      0;           0;    5;   Code_Table; Ice situation
  0;   20;     37;      0;           0;    5;   Code_Table; Ice development
  0;   20;     38;      0;           0;   12;     deg_true; Bearing of ice edge
  0;   20;     39;     -1;           0;   13;            m; Ice distance
  0;   20;     41;      0;           0;    4;   Code_Table; Airframe icing
  0;   20;     51;      0;           0;    7;      percent; Amount of low clouds
  0;   20;     52;      0;           0;    7;      percent; Amount of middle clouds
  0;   20;     53;      0;           0;    7;      percent; Amount of high clouds
  0;   20;     61;      0;           0;   12;            m; Runway visual range (RVR)
  0;   20;     62;      0;           0;    5;   Code_Table; State of the ground(with or without snow)
  0;   20;     63;      0;           0;   10;   Code_Table; Special phenomena

  0;   21;      1;      0;         -64;    7;           dB; Horizontal reflectivity
  0;   21;      2;      0;         -64;    7;           dB; Vertical reflectivity
  0;   21;      3;      1;          -5;    7;           dB; Differential reflectivity
  0;   21;      5;      0;         -65;    6;           dB; Linear depolarization ratio
  0;   21;      6;      0;         -65;    6;           dB; Circular depolarization ratio
  0;   21;     11;      0;        -128;    8;          m/s; Doppler mean velocity in X direction
  0;   21;     12;      0;        -128;    8;          m/s; Doppler mean velocity in Y direction
  0;   21;     13;      0;        -128;    8;          m/s; Doppler mean velocity in Z direction
  0;   21;     14;      1;       -4096;   13;          m/s; Doppler mean velocity (radiational)
  0;   21;     17;      1;           0;    8;          m/s; Doppler velocity spectral width
  0;   21;     21;     -3;           0;    4;            m; Echo tops
  0;   21;     30;      0;         -32;    8;           dB; Signal to noise ratio
  0;   21;     31;      0;           0;    7;      kg/m**2; Vertical integrated liquid water content
  0;   21;     36;      7;           0;   12;          m/s; Radar rainfall intensity
  0;   21;     41;     -2;           0;    8;            m; Bright band height
  0;   21;     51;      0;        -256;    8;           dB; Signal power above 1 MW

  0;   22;      1;      0;           0;    9;     deg_true; Direction of waves
  0;   22;      2;      0;           0;    9;     deg_true; Direction of wind waves
  0;   22;      3;      0;           0;    9;     deg_true; Direction of swell waves
  0;   22;      4;      0;           0;    9;     deg_true; Direction of current waves
  0;   22;     11;      0;           0;    6;            s; Period of waves
  0;   22;     12;      0;           0;    6;            s; Period of wind waves
  0;   22;     13;      0;           0;    6;            s; Period of swell waves
  0;   22;     21;      1;           0;   10;            m; Height of waves
  0;   22;     22;      1;           0;   10;            m; Height of wind waves
  0;   22;     23;      1;           0;   10;            m; Height of swell waves
  0;   22;     25;      2;           0;   10;            m; Standard deviation wave
  0;   22;     31;      2;           0;   13;          m/s; Speed of current
  0;   22;     37;      3;      -10000;   15;            m; Tidal elevation with respect to national chart datum
  0;   22;     38;      3;      -10000;   15;            m; Tidal elevation with respect to local chart datum
  0;   22;     39;      3;       -5000;   12;            m; Meteorological residual tidal elevation (surge or offset)
  0;   22;     41;      1;           0;   12;        deg_K; Sea surface temperature (15 day running mean)
  0;   22;     42;      1;           0;   12;        deg_K; Sea temperature
  0;   22;     43;      2;           0;   15;        deg_K; Sea temperature
  0;   22;     44;      1;           0;   14;          m/s; Sound velocity
  0;   22;     50;      2;           0;    8;            K; Standard deviation sea surface temperature
  0;   22;     61;      0;           0;    4;   Code_Table; State of sea
  0;   22;     62;      2;           0;   14;          ppt; Salinity
  0;   22;     63;      0;           0;   14;            m; Total water depth

  0;   23;      1;      0;           0;    3;   Code_Table; Accident early notification - article applicable
  0;   23;      2;      0;           0;    5;   Code_Table; Activity or facility involved in incident
  0;   23;      3;      0;           0;    3;   Code_Table; Type of release
  0;   23;      4;      0;           0;    3;   Code_Table; Countermeasures taken near border
  0;   23;      5;      0;           0;    2;   Code_Table; Cause of incident
  0;   23;      6;      0;           0;    3;   Code_Table; Incident situation
  0;   23;      7;      0;           0;    3;   Code_Table; Characteristic of release
  0;   23;      8;      0;           0;    2;   Code_Table; State of current release
  0;   23;      9;      0;           0;    2;   Code_Table; State of expected release
  0;   23;     16;      0;           0;    2;   Code_Table; Possibility of significant chemical toxic health effect
  0;   23;     17;      6;           0;   20;       m**3/s; Flow discharge of major recipient
  0;   23;     18;      0;           0;    3;   Code_Table; release behavior over time
  0;   23;     19;      0;      -15000;   17;            m; Actual release height
  0;   23;     21;      0;      -15000;   17;            m; Effective release height
  0;   23;     22;      0;           0;   24;            m; Distance of relative point or site of incident
  0;   23;     23;      1;           0;   12;          m/s; Main transport speed in atmosphere
  0;   23;     24;      2;           0;   13;          m/s; Main transport speed in water
  0;   23;     25;      2;           0;   13;          m/s; Main transport speed in ground water
  0;   23;     27;      0;           0;    9;     deg_true; Main transport direction in atmosphere
  0;   23;     28;      0;           0;    9;     deg_true; Main transport direction in water
  0;   23;     29;      0;           0;    9;     deg_true; Main transport direction in ground water
  0;   23;     31;      0;           0;    2;   Code_Table; Possibility that plume will encounter precipitation cwin state in which incident occurred
  0;   23;     32;      0;           0;    2;   Code_Table; Plume will encounter ichange in wind direction and/or speed flag

  0;   24;      1;     -1;           0;   28;           Bq; Estimate of radiatioactivity released up to specified time
  0;   24;      2;     -1;           0;   28;           Bq; Estimated maximum potential release
  0;   24;      3;      0;           0;    5;   Code_Table; Composition of release
  0;   24;      4;      0;           0;   16;    CCITT_IA5; Element name
  0;   24;      5;      0;           0;    9;      Numeric; Isotope mass
  0;   24;     11;      2;           0;   32;          mSv; Dose
  0;   24;     12;      2;           0;   32;          mSv; Trajectory dose (defined location and expected time of arrival)
  0;   24;     13;      2;           0;   32;          mSv; Gamma dose in air along the main transport path (defined location and time period
  0;   24;     21;      2;           0;   32;      Bq/m**3; Air concentration (named isotope type including gross beta)
  0;   24;     22;      2;           0;   32;         Bq/l; Concentration in precipitation (of named isotope type)

  0;   25;      1;     -1;           0;    6;            m; Range gate length
  0;   25;      2;      0;           0;    4;      Numeric; Number of gates averaged
  0;   25;      3;      0;           0;    8;      Numeric; Number of integrated pulses
  0;   25;      4;      0;           0;    2;   Code_Table; Echo processing
  0;   25;      5;      0;           0;    2;   Code_Table; Echo integration
  0;   25;      6;      0;           0;    3;   Code_Table; Z to R conversion
  0;   25;      7;      0;           0;   12;      Numeric; Z to R conversion factor
  0;   25;      8;      2;           0;    9;      Numeric; Z to R conversion exponent
  0;   25;      9;      0;           0;    4;   Flag_Table; Calibration method
  0;   25;     10;      0;           0;    4;   Code_Table; Clutter treatment
  0;   25;     11;      0;           0;    2;   Code_Table; Ground occultation correction (screening)
  0;   25;     12;      0;           0;    2;   Code_Table; Range attenuation correction
  0;   25;     13;      0;           0;    2;   Flag_Table; Bright band correction
  0;   25;     15;      0;           0;    2;   Flag_Table; Radome attenuation correction
  0;   25;     16;      5;           0;    6;         dB/m; Clear air attenuation correction
  0;   25;     17;      0;           0;    2;   Flag_Table; Precipitation attenuation correction
  0;   25;     18;      7;           0;    6;      Numeric; A to Z law for attenuation factor
  0;   25;     19;      2;           0;    7;      Numeric; A to Z law for attenuation exponent
  0;   25;     20;      0;           0;    2;   Code_Table; Mean speed estimation
  0;   25;     21;      0;           0;    8;   Flag_Table; Wind computation enhancement
  0;   25;     30;      0;           0;    2;   Code_Table; SST usage
  0;   25;     32;      0;           0;    2;   Code_Table; NOAA wind profiler high/low mode data
  0;   25;     33;      0;           0;    2;   Code_Table; NOAA wind profiler submode
  0;   25;     34;      0;           0;    4;   Code_Table; NOAA wind profiler Q/C test results
  0;   25;     40;      0;           0;    4;   Code_Table; CO2 wind product derivation
  0;   25;     41;      0;           0;    2;   Code_Table; Moving platform direction reporting method
  0;   25;     42;      0;           0;    2;   Code_Table; Moving platform speed reporting method

  0;   26;      1;      1;           0;   12;         Hour; Principal time of daily reading in UTC of maximum temperature
  0;   26;      2;      1;           0;   12;         Hour; Principal time of daily reading in UTC of minimum temperature

  0;   27;      1;      5;    -9000000;   25;          deg; Latitude (high accuracy)
  0;   27;      2;      2;       -9000;   15;          deg; Latitude (coarse accuracy)
  0;   27;      3;      2;       -9000;   15;          deg; Alternate latitude
  0;   27;     20;      0;           0;   16;      Numeric; Satellite locationon counter
  0;   27;     21;      0;           0;   16;      Numeric; Satellite sub-locationon dimensions

  0;   28;      1;      5;   -18000000;   26;          deg; Longitude (high accuracy)
  0;   28;      2;      2;      -18000;   16;          deg; Longitude (coarse accuracy)
  0;   28;      3;      2;      -18000;   16;          deg; Alternate longtiude

  0;   29;      1;      0;           0;    3;   Code_Table; Projection type
  0;   29;      2;      0;           0;    2;   Code_Table; Coordinate grid type

  0;   30;      1;      0;           0;    4;      Numeric; Pixel value (4 bits)
  0;   30;      2;      0;           0;    8;      Numeric; Pixel value (8 bits)
  0;   30;      4;      0;           0;   16;      Numeric; Pixel value (16 bits)
  0;   30;     21;      0;           0;   12;      Numeric; Number of pixels per row
  0;   30;     22;      0;           0;   12;      Numeric; Number of pixels per column
  0;   30;     31;      0;           0;    4;   Code_Table; Picture type
  0;   30;     32;      0;           0;   16;   Flag_Table; Combined picture

  0;   31;      0;      0;           0;    1;   Flag_Table; Delayed descriptor replication switch
  0;   31;      1;      0;           0;    8;      Numeric; Delayed descriptor replication factor
  0;   31;      2;      0;           0;   16;      Numeric; Extended delayed descriptor replication factor
  0;   31;     11;      0;           0;    8;      Numeric; Delayed descriptor and data repetion factor
  0;   31;     12;      0;           0;   16;      Numeric; Extended delayed descriptor and data repitition factor
  0;   31;     21;      0;           0;    6;   Code_Table; Associated field significance

grads-2.0.1/data/tables/B2L-058-001-B.0010000644000175000017500000011473007750236075017740 0ustar  amckinstryamckinstry#
# B2L-058-001-B.001 - Local BUFR Table B for center 058 (FNMOC),
# Minor Local Version 1
#
#					Data
#F	X	Y	Scale	RefVal	Width	Units	Element Name
0	0	1	0	0	24	CCITT_IA5	Table A: entry
0	0	2	0	0	256	CCITT_IA5	Table A: data category description, line 1
0	0	3	0	0	256	CCITT_IA5	Table A: data category description, line 2
0	0	5	0	0	24	CCITT_IA5	BUFR edition number
0	0	10	0	0	8	CCITT_IA5	F descriptor to be added or defined
0	0	11	0	0	16	CCITT_IA5	X descriptor to be added or defined
0	0	12	0	0	24	CCITT_IA5	Y descriptor to be added or defined
0	0	13	0	0	256	CCITT_IA5	Element name, line 1
0	0	14	0	0	256	CCITT_IA5	Element name, line 2
0	0	15	0	0	192	CCITT_IA5	Units name
0	0	16	0	0	8	CCITT_IA5	Units scale sign
0	0	17	0	0	24	CCITT_IA5	Units scale (u)
0	0	18	0	0	8	CCITT_IA5	Units reference sign
0	0	19	0	0	80	CCITT_IA5	Units reference value
0	0	20	0	0	24	CCITT_IA5	Element data width
0	0	30	0	0	40	CCITT_IA5	Descriptor defining sequence
0	1	1	0	0	7	Numeric	WMO block number (II)
0	1	2	0	0	10	Numeric	WMO station number (iii)
0	1	3	0	0	3	Numeric	WMO region number
0	1	4	0	0	3	Numeric	WMO region sub-area
0	1	5	0	0	17	Numeric	Buoy/platform identifier
0	1	6	0	0	64	CCITT_IA5	Aircraft identifier (flight number) (Ia...Ia)
0	1	7	0	0	10	Code_Table	Satellite identifier (I1I2I2)
0	1	8	0	0	64	CCITT_IA5	Aircraft registration number (tail number)
0	1	9	0	0	64	CCITT_IA5	Type of commerical aircraft
0	1	10	0	0	64	CCITT_IA5	Stationary buoy platform identifier
0	1	11	0	0	72	CCITT_IA5	Ship call sign (D...D)
0	1	12	0	0	9	deg_true	Direction of motion of moving observing platform (dBdB)
0	1	13	0	0	10	m/s	Speed of motion of moving observing platform
0	1	14	2	0	10	m/s	Platform drift speed (high precision) (VBVB)
0	1	21	0	0	14	Numeric	Synoptic feature identifier
0	1	25	0	0	24	CCITT_IA5	Storm identifier
0	1	26	0	0	64	CCITT_IA5	WMO storm name
0	1	31	0	0	16	Numeric	Generating center
0	1	50	0	0	48	CCITT_IA5	NMC report identifier
0	1	62	0	0	40	CCITT_IA5	National assigned station identifier
0	1	63	0	0	64	CCITT_IA5	ICAO location indicator (CCCC)
0	1	192	0	0	24	CCITT_IA5	Receiving circuit
0	1	193	0	0	4	Code_Table	global octant
0	1	195	0	0	10	Numeric	Marsden square number
0	1	197	0	0	6	Numeric	Runway number
0	1	198	0	0	16	Code_Table	Sea station type
0	1	200	0	0	2	Code_Table	Radar Capability indicator (XXX)
0	1	201	0	0	8	Code_Table	Country or agency that operates the satellite
0	1	203	0	0	16	CCITT_IA5	Satellite name
0	1	204	0	0	16	CCITT_IA5	Satellite series
0	1	206	0	0	32	CCITT_IA5	TOVS generating center name
0	1	207	0	0	72	CCITT_IA5	File name
0	1	208	0	0	4	Code_Table	Satellite data type
0	1	209	0	0	8	Code_Table	Observation type for MCSST
0	1	210	0	0	7	Code_Table	Observation source
0	1	211	0	0	4	Numeric	Beam position
0	1	212	0	0	24	Numeric	Data processing block number
0	1	213	0	0	3	Code_Table	Tip source type identifier
0	1	214	0	0	32	CCITT_IA5	Header originator
0	1	215	0	0	48	CCITT_IA5	Bulletin header update or correction indicator
0	1	216	0	0	14	Numeric	Engineering status
0	1	217	0	0	5	Numeric	Satellite number
0	1	218	0	0	176	CCITT_IA5	Sequence (report) type
0	1	219	0	0	40	CCITT_IA5	Mission number
0	1	220	0	0	7	Numeric	Observation number
0	1	221	0	0	8	Code_Table	Surface type
0	1	222	0	0	32	CCITT_IA5	Report modifier
0	1	223	0	0	3	Code_Table	Runway parallel indicator
0	1	224	0	0	5	Code_Table	Terrain code identifier
0	2	1	0	0	2	Code_Table	Type of station (ix)
0	2	2	0	0	4	Flag_Table	Type of instrumentation for wind measurement (ewew)
0	2	3	0	0	4	Code_Table	Type of measuring instrumentation used (a4, I3, or I4)
0	2	4	0	0	4	Code_Table	Type of instrumentation for evaporation measur
0	2	5	2	0	7	deg_K	Precision of temperature observed (s3)
0	2	11	0	0	8	Code_Table	Radiosonde type (rara)
0	2	12	0	0	4	Code_Table	Radiosonde computational method
0	2	13	0	0	4	Code_Table	Solar and infrared radiation correction (Sr)
0	2	14	0	0	7	Code_Table	Tracking technique/status of system (sasa)
0	2	15	0	0	4	Code_Table	Radiosonde completeness
0	2	21	0	0	9	Flag_Table	Satellite instrumentation data used in processing
0	2	22	0	0	8	Flag_Table	Satellite data processing technique used
0	2	23	0	0	4	Code_Table	Cloud motion computational method
0	2	24	0	0	4	Code_Table	Integrated mean humidity computational method
0	2	25	0	0	25	Flag_Table	Satellite channel(s) used in computation
0	2	26	2	0	12	m	Cross track resolution
0	2	27	2	0	12	m	Along track resolution
0	2	28	0	0	32	Flag_Table	Geostationary sounder satellite channels used
0	2	29	0	0	8	Flag_Table	Geostationary sounder satellite channels used
0	2	30	0	0	3	Code_Table	Method of current measurement (k5)
0	2	31	0	0	5	Code_Table	Duration and time of current measurement
0	2	32	0	0	2	Code_Table	Indicator for digitization (k1)
0	2	33	0	0	3	Code_Table	Method of salinity/depth measurement (k2)
0	2	34	0	0	5	Code_Table	Drogue type (id)
0	2	35	0	0	9	m	Cable length (ZdZdZd)
0	2	36	0	0	2	Code_Table	Buoy type (Ip or Vi...Vi)
0	2	38	0	0	4	Code_Table	Sea surface temperature method indicator
0	2	39	0	0	4	Code_Table	Wet bulb temperature method indicator
0	2	40	0	0	4	Code_Table	Method of removing velocity and motion
0	2	41	0	0	6	Code_Table	Method for estimating reports related to synoptic features
0	2	42	0	0	6	Code_Table	Method of report construction (Qn)
0	2	43	0	0	6	Code_Table	Precision of latitude/longitude report (At or QL)
0	2	47	0	0	4	Code_Table	Method of removing ship velocity
0	2	51	0	0	4	Code_Table	Indicator to specify observing method for extreme temperatures
0	2	61	0	0	3	Code_Table	Aircraft navigation system (s1)
0	2	62	0	0	4	Code_Table	Type of aircraft data relay system
0	2	63	2	-18000	16	deg	Aircraft roll angle
0	2	70	0	0	4	Code_Table	Original specification of latitude/longitude
0	2	101	0	0	4	Code_Table	Type of antenna
0	2	102	0	0	8	m	Antenna height above tower
0	2	103	0	0	2	Flag_Table	Radome
0	2	104	0	0	4	Code_Table	Antenna polarisation
0	2	105	0	0	6	dB	Maximum antenna gain
0	2	106	1	0	6	deg	3-dB bandwidth
0	2	107	0	0	6	dB	Sidelobe suppression
0	2	108	0	0	6	dB	Crosspol discrimination (on axis)
0	2	109	2	0	12	deg/s	Antenna speed (azimuth)
0	2	110	2	0	12	deg/s	Antenna speed (elevation)
0	2	111	1	0	10	deg	Radar incidence angle
0	2	112	1	0	12	deg	Radar azimuth angle
0	2	113	0	0	4	Numeric	Number of azimuth looks
0	2	114	0	0	15	m**2	Antenna effective surface area
0	2	121	-8	0	7	Hz	Mean frequency
0	2	122	-6	-128	8	Hz	Frequency agility range
0	2	123	-4	0	7	W	Peak power
0	2	124	-1	0	7	W	Average power
0	2	125	-1	0	8	Hz	Pulse repetition frequency
0	2	126	7	0	6	s	Pulse width
0	2	127	-6	0	7	Hz	Receiver intermediate frequency
0	2	128	-5	0	6	Hz	Intermediate frequency bandwidth
0	2	129	0	-150	5	dB	Minimum detectable signal
0	2	130	0	0	7	dB	Dynamic range
0	2	131	0	0	2	Flag_Table	Sensitivity time control
0	2	132	2	0	6	deg	Azimuth pointing accuracy
0	2	133	2	0	6	deg	Elevation pointing accuracy
0	2	134	2	0	16	deg	Antenna beam azimuth
0	2	135	2	-9000	15	deg	Antenna elevation
0	2	141	0	0	24	CCITT_IA5	Measurement type serial number/identifier
0	2	142	0	0	8	Code_Table	Ozone instrument
0	2	143	0	0	7	Numeric	Instrument type
0	2	190	0	0	8	Code_Table	U, v quality indicator
0	2	191	0	0	4	Code_Table	W quality indicator
0	2	194	0	0	8	Code_Table	Spectral calculation method
0	2	199	0	0	4	Numeric	grp_pos_ind
0	2	203	0	0	3	Code_Table	Method of determining direction of moving platform
0	2	204	0	0	3	Code_Table	Method of determining speed of moving platform
0	2	205	0	0	3	Code_Table	Ozone flag
0	2	206	0	0	4	Code_Table	Algorithm identifier
0	2	207	0	0	5	Code_Table	Equation identifier
0	2	208	0	0	2	Code_Table	Type of method for measuring pressure
0	2	209	0	0	10	Code_Table	Xbt instrument type (IxIxIx)
0	2	210	0	0	7	Code_Table	Recorder type (XRXR)
0	2	211	0	0	8	Flag_Table	Sensor status flag
0	2	212	0	0	2	Flag_Table	Maintenance Check flag
0	4	1	0	0	12	yr	Year (4-digit)
0	4	2	0	0	4	mo	Month
0	4	3	0	0	6	day	Day
0	4	4	0	0	5	hr	Hour
0	4	5	0	0	6	min	Minute
0	4	6	0	0	6	s	Second
0	4	11	0	-1024	11	yr	Time increment - year
0	4	12	0	-1024	11	mo	Time increment - month
0	4	13	0	-1024	11	day	Time increment - day
0	4	14	0	-1024	11	hr	Time increment - hour
0	4	15	0	-2048	12	min	Time increment - minutes
0	4	16	0	-4096	13	s	Time increment - seconds
0	4	21	0	-1024	11	yr	Time period or displacement - year
0	4	22	0	-1024	11	mo	Time period or displacement - month
0	4	23	0	-1024	11	day	Time period or displacement - month
0	4	24	0	-2048	12	hr	Time period or displacement - hour
0	4	25	0	-2048	12	min	Time period or displacement - minutes
0	4	26	0	-4096	13	s	Time period or displacement - seconds
0	4	31	0	0	8	hr	Duration of time relative to following value (TT)
0	4	41	0	-1440	12	min	Time difference, UTC - LMT
0	4	43	0	0	9	day	Day of the year
0	4	44	0	0	3	Code_Table	Day of the week (Y)
0	4	53	0	0	6	Numeric	Number of days with precipitation equal or more than 1 mm
0	4	70	0	0	8	Numeric	Sample number
0	4	192	0	0	4	Code_Table	Precipitation time period (tR)
0	4	193	0	0	31	Code_Table	Last time that this observation record was updated
0	4	200	0	0	12	yr	Time of receipt - year
0	4	201	0	0	4	mo	Time of receipt - month
0	4	202	0	0	6	day	Time of receipt - day
0	4	203	0	0	5	hr	Time of receipt - hour
0	4	204	0	0	6	min	Time of receipt - minute
0	4	206	3	0	27	s	GMT seconds
0	5	1	5	-9000000	25	deg	Latitude (high accuracy)
0	5	2	2	-9000	15	deg	Latitude (coarse accuracy) (La...La)
0	5	3	2	-9000	15	deg	Alternate latitude
0	5	11	5	-9000000	25	deg	Latitude increment (high accuracy)
0	5	12	2	-9000	15	deg	Latitude increment (coarse accuracy)
0	5	21	2	0	16	deg_true	Bearing or azimuth
0	5	22	2	0	16	deg_true	Solar azimuth
0	5	30	0	0	12	deg	Direction (spectral)
0	5	31	0	0	12	Numeric	Row number
0	5	33	-1	0	16	m	Pixel size on horizontal - 1
0	5	40	0	0	24	Numeric	Orbit number
0	5	41	0	0	8	Numeric	Scan line number
0	5	42	0	0	6	Numeric	Channel number
0	5	43	0	0	8	Numeric	Field of view number
0	5	50	5	0	17	Numeric	Sigma level
0	5	52	0	0	5	Numeric	Channel number increment
0	5	53	0	0	5	Numeric	Field of view number increment
0	5	192	0	0	3	Numeric	Image line number
0	5	193	0	0	4	Numeric	Image sample number
0	5	194	0	0	14	Numeric	Orbit number
0	5	196	0	0	16	Numeric	Orbit number
0	5	197	0	0	8	Numeric	Frame number
0	5	199	0	0	20	Numeric	Orbit number
0	6	1	5	-18000000	26	deg	Longtiude (high accuracy)
0	6	2	2	-18000	16	deg	Longtiude (coarse accuracy) (Lo...Lo)
0	6	3	2	-18000	16	deg	Alternate longtiude
0	6	11	5	-18000000	26	deg	Longtiude increment (high accuracy)
0	6	12	2	-18000	16	deg	Longtiude increment (coarse accuracy)
0	6	21	-1	0	13	m	Distance
0	6	30	5	0	13	rad/m	Wavenumber (spectral)
0	6	31	0	0	12	Numeric	Column number
0	6	33	-1	0	16	m	Pixel size on horizontal - 2
0	7	1	0	-400	15	m	Height of station (hohohoho)
0	7	2	-1	-40	16	m	Height or altitude (hahaha, hIhIhI, HmHmHm, HH, tnu2, or tnu3)
0	7	3	-1	-400	17	m**2/s**2	Geopotential
0	7	4	-1	0	14	Pa	Pressure (Pa...Pa, Paob...Paob, Po...Po, PtPtPt, or PAPA)
0	7	5	0	-400	12	m	Height increment
0	7	6	0	0	15	m	Height above station
0	7	7	0	-1000	17	m	Geopotential height
0	7	21	2	-9000	15	deg	Elevation
0	7	22	2	-9000	15	deg	Solar elevation
0	7	61	2	0	14	m	Depth below land surface
0	7	62	1	0	17	m	Depth below sea surface
0	7	190	0	0	12	m	Height increment
0	7	192	2	0	13	deg	Local zenith angle
0	7	196	0	0	4	Code_Table	Station height precision
0	7	197	1	0	11	deg	Solar zenith angle
0	7	198	2	-6000	14	deg	Satellite zenith angle
0	7	199	1	0	11	deg	Solar azimuth angle
0	7	223	2	0	14	deg	Solar zenith angle
0	7	224	1	0	14	m	Surface elevation
0	8	0	0	0	4	Code_Table	Vertical significance (forecast soundings)
0	8	1	0	0	7	Flag_Table	Vertical sounding significance
0	8	2	0	0	6	Code_Table	Vertical significance (surface observations)
0	8	3	0	0	6	Code_Table	Vertical significance (satellite observations)
0	8	4	0	0	3	Code_Table	Phase of aircraft flight (ipipip)
0	8	5	0	0	4	Code_Table	Surface synoptic features significance
0	8	11	0	0	6	Code_Table	Horizontal significance
0	8	12	0	0	2	Code_Table	land/sea qualifier
0	8	13	0	0	2	Code_Table	Day/night qualifier
0	8	21	0	0	5	Code_Table	Time significance
0	8	22	0	0	16	Numeric	Total number (with respect to accumulation or average)
0	8	24	0	0	8	Code_Table	Type of difference
0	8	31	0	0	8	CCITT_IA5	Data category
0	8	32	0	0	14	Code_Table	Data significance for simulated forecast
0	8	33	0	0	3	Code_Table	Data significance for corrected forecast
0	8	34	0	0	3	Code_Table	Data significance for simulated retrievals
0	8	35	0	0	3	Code_Table	Data significance for corrected retrievals
0	8	36	0	0	3	Code_Table	Data significance for simulated analysis
0	8	37	0	0	3	Code_Table	Data significance for corrected analysis
0	8	38	0	0	3	Code_Table	Data significance for sigma level data
0	8	51	0	0	3	Code_Table	Qualifier for number of missing values in calculation of statistic
0	8	52	0	0	5	Code_Table	Condition for which number of days of occurrence follows
0	8	53	0	0	2	Code_Table	Day of occurrence qualifier
0	8	70	0	0	8	Code_Table	Surface Type Code ID
0	8	194	0	0	4	Code_Table	Flight condition (fc)
0	10	1	0	-400	15	m	Height of land surface
0	10	2	-1	-40	16	m	Height (HHH)
0	10	3	-1	-400	17	m**2/s**2	Geopotential
0	10	4	-1	0	14	Pa	Pressure
0	10	7	0	-1000	17	m	Geopotential height
0	10	50	2	0	16	m	Standard deviation altitude
0	10	51	-1	0	14	Pa	Pressure reduced to mean sea level (PPPP)
0	10	52	-1	0	14	Pa	Altimeter setting (QNH) (PH...PH)
0	10	60	-1	-1024	11	Pa	Pressure change (ppp)
0	10	61	-1	-500	10	Pa	3 hour pressure change
0	10	62	-1	-1000	11	Pa	24 hour pressure change
0	10	63	0	0	4	Code_Table	Characteristic of pressure tendency (a, w, or w'w')
0	10	103	0	0	4	Code_Table	Geopotential thickness QC ID
0	10	197	0	0	4	Code_Table	Index pertaining to geopotential height (j)
0	10	199	0	-1024	16	m	Geopotential height difference
0	10	200	0	-1024	16	m	Geopotental height correction
0	10	201	0	0	14	Code_Table	Pressure tendency QC ID
0	10	203	0	0	4	Code_Table	Geopotential height quality control flag
0	10	213	0	-1024	16	m	Geopotential height
0	10	224	0	0	4	Code_Table	Station level pressure QC ID
0	10	251	0	0	4	Code_Table	Mean sea level pressure QC ID
0	11	1	0	0	9	deg_true	Wind direction (dd, dodo>dndn, dmagdmag)
0	11	2	1	0	12	m/s	Wind speed (ff, fff, or fofofo>fnfnfn)
0	11	3	1	-4096	13	m/s	U-component
0	11	4	1	-4096	13	m/s	V-component
0	11	5	1	-512	10	Pa/s	W-component
0	11	6	2	-4096	13	m/s	W-component
0	11	11	0	0	9	deg_true	Wind direction at 10 m
0	11	12	1	0	12	m/s	Wind speed at 10 m
0	11	13	0	0	9	deg_true	Wind direction at 5 m
0	11	14	1	0	12	m/s	Wind speed at 5 m
0	11	21	9	-65536	17	1/s	Relative vorticity
0	11	22	9	-65536	17	1/s	Divergence
0	11	23	-2	-65536	17	m**2/s	Velocity potential
0	11	31	0	0	4	Code_Table	Degree of turbulence (B...B or BA)
0	11	32	-1	-40	16	m	Height of base of turbulence (BabBabBab or B1B1B1)
0	11	33	-1	-40	16	m	Height of top of turbulence (BatBatBat or B1B1B1)
0	11	34	1	-1024	11	m/s	Vertical gust velocity
0	11	35	2	-8192	14	m/s**2	Vertical gust acceleration
0	11	36	1	0	10	m/s	Maximum derived equivalent vertical gust
0	11	41	1	0	12	m/s	Maximum wind speed (gusts) (fm...fm)
0	11	42	1	0	12	m/s	Maximum wind speed (10 minute mean wind)
0	11	43	1	0	12	m/s	Surface - 5000 feet mean LYR wind speed (dmdm)
0	11	44	0	0	9	deg_true	Surface - 5000 feet mean LYR wind direction
0	11	45	0	0	9	deg_true	Maximum wind (gust) direction
0	11	50	1	0	12	m/s	Standard deviation horizontal wind speed
0	11	51	1	0	8	m/s	Standard deviation vertical wind component
0	11	61	1	0	12	m/s	Absolute wind shear (1 kilometer layer below)
0	11	62	1	0	12	m/s	Absolute wind shear (1 kilometer layer above)
0	11	195	0	0	2	Code_Table	Wind type at flight altitude (dt)
0	11	200	0	0	4	Code_Table	Wind QC ID
0	11	203	1	-4096	13	m/s	Wind u-component difference
0	11	204	1	-4096	13	m/s	Wind v-component difference
0	11	205	0	0	4	Code_Table	Turbulence (B) (WMO code table 0300)
0	11	206	0	0	2	Code_Table	Flight level wind method (da)
0	11	207	0	0	2	Code_Table	Extreme wind speed ID
0	11	213	1	-4096	13	m/s	Wind u-component correction
0	11	214	1	-4096	13	m/s	Wind v-component correction
0	11	244	0	0	16	deg_true	Direction of wind
0	11	245	2	0	16	m/s	wnd_spd
0	11	246	1	0	8	m/s	Ocean surface wind speed
0	12	1	1	0	12	deg_K	Temperature/dry bulb temperature (Ta, TsTsTs, TtTt, or TxTxTx)
0	12	2	1	0	12	deg_K	Wet bulb temperature (TbTbTb)
0	12	3	1	0	12	deg_K	Dewpoint (TdTdTd or T'dT'd)
0	12	4	1	0	12	deg_K	Dry bulb temperature at 2 meters (Tao>Tan, ToTo>tnTn, or TT)
0	12	5	1	0	12	deg_K	Wet bulb temperature at 2 meters
0	12	6	1	0	12	deg_K	Dewpoint temperature at 2 meters
0	12	7	1	0	12	deg_K	Virtual temperature
0	12	11	1	0	12	deg_K	Maximum temperature
0	12	12	1	0	12	deg_K	Minimum temperature (TnTnTn)
0	12	13	1	0	12	deg_K	Ground minimum temperature past 12 hours
0	12	14	1	0	12	deg_K	Maximum temperature at 2 meters, past 12 hours
0	12	15	1	0	12	deg_K	Minimum temperature at 2 meters, past 12 hours
0	12	16	1	0	12	deg_K	Maximum temperature at 2 meters, past 24 hours
0	12	17	1	0	12	deg_K	Minimum temperature at 2 meters, past 24 hours
0	12	20	2	-2000	12	deg_K/day	Radiative heating profile
0	12	30	1	0	12	deg_K	Soil temperature (ToTo)
0	12	40	-3	-2048	12	W/m**2	Sensible heat flux
0	12	48	0	-200	8	deg_K	Land/snow surface temperature
0	12	51	1	0	10	deg_K	Standard deviation temperature
0	12	52	1	0	12	deg_K	Highest daily mean temperature
0	12	53	1	0	12	deg_K	Lowest daily mean temperature
0	12	61	1	0	12	deg_K	Skin temperature
0	12	62	1	0	12	deg_K	Equivalent black body temperature
0	12	63	1	0	12	deg_K	Brightness temperature
0	12	70	2	0	16	deg_K	Vertical polarization 19GHz brightness temperature
0	12	71	2	0	16	deg_K	Horizontal polarization 19GHz brightness temperature
0	12	72	2	0	16	deg_K	Vertical polarization 22GHz brightness temperature
0	12	73	2	0	16	deg_K	Vertical polarization 37GHz brightness temperature
0	12	74	2	0	16	deg_K	Horizontal polarization 37GHz brightness temperature
0	12	75	2	0	16	deg_K	Vertical polarization 85GHz brightness temperature
0	12	76	2	0	16	deg_K	Horizontal polarization 85GHz brightness temperature
0	12	192	0	0	4	Code_Table	Wet bulb temperature indicator
0	12	193	2	0	16	deg_K	SSU brightness temperature
0	12	194	2	0	16	deg_K	Dewpoint
0	12	195	0	0	4	Code_Table	Dewpoint, aircraft altitude, air temperature indicator (id)
0	12	196	2	0	16	deg_K	Dewpoint difference
0	12	201	0	0	4	Code_Table	Air temperature QC ID
0	12	213	0	0	4	Code_Table	Dewpoint QC ID
0	12	215	0	0	2	Code_Table	Temperature precision flag
0	12	220	2	0	16	deg_K	HIRS brightness temperature
0	12	221	2	0	16	deg_K	MSU brightness temperature
0	13	1	5	0	14	kg/kg	Specific humidity
0	13	2	5	0	14	kg/kg	Mixing ratio
0	13	3	0	0	7	percent	Relative humidity (U1>Un or U...U)
0	13	4	-1	0	10	Pa	Vapor pressure
0	13	5	3	0	7	kg/m**3	Vapor density (p1p1p1)
0	13	6	-1	-40	16	m	Mixing heights
0	13	11	1	-1	14	kg/m**2	Total precipitation/total water equivalent (Aw or R...R)
0	13	12	2	-2	12	m	Depth of fresh snow
0	13	13	2	-2	16	m	Total snow depth (sss)
0	13	14	4	0	12	kg/m**2/s	Rainfall/water equivalent of snow (average rate)
0	13	15	7	0	12	m/s	Snowfall (averaged rate)
0	13	16	0	0	7	kg/m**2	Precipitable water (www)
0	13	19	1	-1	14	kg/m**2	Total precipitation past 1 hour
0	13	20	1	-1	14	kg/m**2	Total precipitation past 3 hours
0	13	21	1	-1	14	kg/m**2	Total precipitation past 6 hours
0	13	22	1	-1	14	kg/m**2	Total precipitation past 12 hours
0	13	23	1	-1	14	kg/m**2	Total precipitation past 24 hours (R24...R24)
0	13	31	0	0	7	kg/m**2	Evapotranspiration
0	13	32	1	0	8	kg/m**2	Evaporation/evapotranspiration
0	13	40	-3	-2048	12	W/m**2	Latent heat flux
0	13	41	0	0	4	Code_Table	Pasquill-Gifford stability category
0	13	42	0	-20	6	deg_K	Parcel lifted index (to 500 hPa)
0	13	43	0	-20	6	deg_K	Best lifted index (to 500 hPa)
0	13	51	0	0	4	Code_Table	Frequency group, precipitation
0	13	52	1	-1	14	kg/m**2	Highest daily amount of precipiation
0	13	71	1	0	7	kg/m**2	Liquid water
0	13	75	0	0	8	percent	Land snow cloud
0	13	76	2	0	6	m	Snow-water equivalent
0	13	176	0	0	7	Code_Table	Precipitable water precision flag
0	13	192	0	0	4	Code_Table	Precipitation identifier (iR)
0	13	193	0	0	10	Code_Table	Precipitation amount
0	13	194	3	0	16	g/kg	First guess mixing ratios
0	13	197	0	0	3	Code_Table	Rain indicator
0	13	203	0	0	4	Code_Table	Relative hunidity QC ID
0	13	217	0	0	8	Numeric	Precipitation flag (SSM/T)
0	13	218	2	0	11	kg/(m**2)	Cloud water
0	13	219	2	0	10	cm	Total precipitable water
0	13	220	1	0	9	mm/hr	Rain rate
0	13	221	2	0	14	kg/(m**2)	Cloud Liquid Water
0	14	1	-3	-2048	12	J/m**2	Longwave radiation, integrated over 24 hours (FLFLFL)
0	14	3	-3	-2048	12	J/m**2	Shortwave radiation, integrated over 24 hours (FiFiFi)
0	14	4	-3	-2048	12	J/m**2	Shortwave radiation, integrated over period specified (FsFsFs)
0	14	11	-3	-2048	12	J/m**2	Net longwave radiation, integrated over 24 hours
0	14	12	-3	-2048	12	J/m**2	Net longwave radiation, integrated over period specified
0	14	13	-3	-2048	12	J/m**2	Net shortwave radiation, integrated over 24 hours
0	14	14	-3	-2048	12	J/m**2	Net shortwave radiation, integrated over period specified
0	14	15	-4	-16384	15	J/m**2	Net radiation, integrated over 24 hours
0	14	16	-4	-16384	15	J/m**2	Net radiation, integrated over period specified
0	14	17	-3	-2048	12	W/m**2	Instantaneous long wave radiation
0	14	18	-3	-2048	12	W/m**2	Instantaneous short wave radiation
0	14	19	0	0	7	percent	Surface albedo
0	14	20	-4	0	15	J/m**2	Global solar radiation, integrated over 24 hours
0	14	21	-4	0	15	J/m**2	Global radiation, integrated over period specified
0	14	22	-4	0	15	J/m**2	Diffuse solar radiation, integrated over 24 hours
0	14	23	-4	0	15	J/m**2	Diffuse solar radiation, integratedi over period specified
0	14	24	-4	0	15	J/m**2	Direct solar radiation, integrated over 24 hours
0	14	25	-4	0	15	J/m**2	Direct solar radiation, integrated over period specified
0	14	31	0	0	11	min	Total sunshine
0	14	32	0	0	10	hr	Total sunshine
0	14	33	0	0	9	percent	Total sunshine (precentage)
0	14	41	0	0	7	percent	Short wave albedo
0	14	42	0	0	7	percent	Bi-directional reflectance
0	15	1	0	0	10	dobson_unit	Ozone
0	15	2	2	0	10	Numeric	Air-mass (slant path at 22 km)
0	19	1	0	0	6	Code_Table	Type of synoptic features
0	19	2	-2	0	12	m	Effective radius of feature
0	19	3	0	0	8	m/s	Wind speed threshold
0	19	4	-2	0	12	m	Effective radius of feature with respect to wind speeds above threshold
0	19	5	0	0	9	deg_true	Direction of motion of features (dsds)
0	19	6	2	0	14	m/s	Speed of motion of features
0	19	7	-3	0	12	m	Effective radius of features
0	19	8	0	0	3	Code_Table	Vertical extent of circulation
0	19	9	-3	0	12	m	Effective radiation with respect to FFF above threshold
0	20	1	-1	0	13	m	Horizontal visibility (Dv, Vi, V...V, or VxVxVxVx)
0	20	2	-1	0	7	m	Vertical visibility
0	20	3	0	0	9	Code_Table	Present weather (ww or w'w')
0	20	4	0	0	5	Code_Table	Past weather (1) (Wa1Wa2 or W1W2)
0	20	5	0	0	5	Code_Table	Past weather (2) (wawa)
0	20	9	-1	-40	11	m	Ceiling
0	20	10	0	0	7	percent	Cloud cover (total) (N, NcNc, or Ns...Ns)
0	20	11	0	0	4	Code_Table	Cloud amount (N or Ns...Ns)
0	20	12	0	0	6	Code_Table	Cloud type (C, Ct, CH, CL, or CM)
0	20	13	-1	-40	11	m	Height of base of cloud (h, hshs, hshshs, or H'H')
0	20	14	-1	-40	11	m	Height of top of cloud (HfHfHf or HtHt)
0	20	15	-1	0	14	Pa	Pressure at the base of cloud
0	20	16	-1	0	14	Pa	Pressure at the top of cloud (PcPcPc)
0	20	17	0	0	4	Code_Table	Cloud top description
0	20	18	-1	40	11	m	Low estimated height of cloud top
0	20	19	-1	40	11	m	High estimated height of cloud top (H1>Hn)
0	20	21	0	0	4	Code_Table	Middle cloud amount
0	20	22	0	0	4	Code_Table	High cloud amount
0	20	23	0	0	7	percent	Satellite sensed effective cloud amount
0	20	30	0	0	4	Code_Table	Total ice concentration
0	20	31	2	0	7	m	Ice deposit (thickness) (EsEs)
0	20	32	0	0	3	Code_Table	Rate of ice accretion (Rs)
0	20	33	0	0	4	Flag_Table	Cause of ice accretion (Is)
0	20	34	0	0	5	Code_Table	Sea ice concentration (Ci)
0	20	35	0	0	4	Code_Table	Amount and type of ice (zii...zii)
0	20	36	0	0	5	Code_Table	Ice situation
0	20	37	0	0	5	Code_Table	Ice development (bi)
0	20	38	0	0	12	deg_true	Bearing of ice edge
0	20	39	-1	0	13	m	Ice distance
0	20	41	0	0	4	Code_Table	Rate of icing (Ir)
0	20	49	0	0	10	Code_Table	Type of stability measure
0	20	50	0	0	10	Numeric	Value of stability
0	20	51	0	0	7	percent	Amount of low clouds
0	20	52	0	0	7	percent	Amount of middle clouds
0	20	53	0	0	7	percent	Amount of high clouds
0	20	61	0	0	12	m	Runway visual range (RVR) (VR...VR)
0	20	62	0	0	5	Code_Table	State of the ground (with or without snow) (E')
0	20	63	0	0	10	Code_Table	Special phenomena
0	20	71	0	0	2	Code_Table	Ice age code ID
0	20	72	0	0	2	Code_Table	Ice edge code ID
0	20	196	0	0	8	CCITT_IA5	Runway visibility tendency
0	20	197	0	0	2	Flag_Table	Landing wind shear indicator
0	20	199	0	0	8	deg_true	Visibility direction
0	20	205	0	0	24	CCITT_IA5	Cloud significant convection
0	20	206	0	0	64	CCITT_IA5	Significant present weather conditions
0	20	207	0	0	4	Code_Table	Pressure and altitude significance
0	20	208	0	0	4	Code_Table	Significant weather changes (Ws)
0	20	209	0	0	4	Code_Table	Distance of weather changes (Ss)
0	20	210	0	0	4	Code_Table	Distant weather (Wd)
0	20	211	0	0	4	Code_Table	Bearing of distant weather (dw)
0	20	213	0	0	4	Code_Table	Icing and contrail types (It)
0	20	216	0	0	7	Code_Table	Altitude of layer base where icing occurred (hihi)
0	20	219	0	0	4	Code_Table	Distance to center or line midpoint
0	20	220	0	0	4	Code_Table	Orientation of ellipse (Sr)
0	20	221	-3	0	16	m	Echo width or diameter (Ew)
0	20	222	-3	0	16	m	Echo axis length (El)
0	20	223	0	0	8	Code_Table	Echo character (ce)
0	20	224	0	0	4	Code_Table	Intensity of echo (Ie)
0	20	225	0	0	3	Code_Table	In flight horizontal visibility (Vi)
0	20	236	0	0	8	CCITT_IA5	Cloud base height
0	20	237	0	0	7	Code_Table	Horizontal visbility
0	20	240	0	0	4	Code_Table	Present weather (w)
0	20	242	0	0	5	Code_Table	Bearing of ice edge
0	20	244	0	0	4	Code_Table	cloud base height
0	20	245	0	0	640	CCITT_IA5	Remarks in plain language
0	20	246	0	0	7	percent	Ice coverage
0	20	247	0	0	1656	CCITT_IA5	Ice plain language text remarks
0	20	248	0	0	7	Code_Table	Height of base of cloud (hshs)
0	20	249	0	0	7	Code_Table	Height of top of cloud (HtHt)
0	20	254	0	0	8	CCITT_IA5	Extreme value indicator
0	20	255	0	0	2040	CCITT_IA5	Plain language text remarks
0	21	1	0	-64	7	dB	Horizontal reflectivity
0	21	2	0	-64	7	dB	Vertical reflectivity
0	21	3	1	-5	7	dB	Differential reflectivity
0	21	5	0	-65	6	dB	Linear depolarization ratio
0	21	6	0	-65	6	dB	Circular depolarization ratio
0	21	11	0	-128	8	m/s	Doppler mean velocity in X direction
0	21	12	0	-128	8	m/s	Doppler mean velocity in Y direction
0	21	13	0	-128	8	m/s	Doppler mean velocity in Z direction
0	21	14	1	-4096	13	m/s	Doppler mean velocity (radiational)
0	21	17	1	-4096	8	m/s	Doppler velocity spectral width
0	21	21	-3	0	4	m	Echo tops
0	21	30	0	-32	8	dB	Signal to noise ratio
0	21	31	0	0	7	kg/m**2	Vertical integrated liquid water content
0	21	36	7	0	12	m/s	Radar rainfall intensity
0	21	41	-2	0	8	m	Bright band height
0	21	51	0	-256	8	dB	Signal power above 1 MW
0	21	192	0	0	14	m	Heave sensor spectral peak length
0	21	193	1	0	14	s	Heave sensor spectral peak period
0	21	194	2	0	14	percent	AVHRR channel average
0	21	195	2	0	14	percent	Space view channel standard deviation
0	21	196	2	0	15	deg_K	Algorithm identifier
0	21	197	2	0	15	deg_K	AVHRR channel average
0	21	198	2	-5000	13	dB	Backscatter
0	21	199	1	0	10	percent	Noise figure percentage
0	22	1	0	0	9	deg_true	Direction of waves (dddd, da1da1, or d1d1>dndn)
0	22	2	0	0	9	deg_true	Direction of wind waves
0	22	3	0	0	9	deg_true	Direction of swell waves (dw1dw1 or dw2dw2)
0	22	4	0	0	9	deg_true	Direction of current (dodo>dndn or DcDc))
0	22	11	0	0	6	s	Period of waves (D'D'D'D', PaPaPaPa, or PwPw)
0	22	12	0	0	6	s	Period of wind waves
0	22	13	0	0	6	s	Period of swell waves (Pw1Pw1 or Pw2Pw2)
0	22	21	1	0	10	m	Height of waves (D'D'D'D' or HsHsHsHs)
0	22	22	1	0	10	m	Height of wind waves (HwHw)
0	22	23	1	0	10	m	Height of swell waves (Hw1Hw1 or Hw2Hw2)
0	22	25	2	0	10	m	Standard deviation wave
0	22	31	2	0	13	m/s	Speed of current (cococo>cncncn or VcVc)
0	22	41	1	0	12	deg_K	Sea surface temperature (15 day running mean)
0	22	42	1	0	12	deg_K	Sea temperature (T1T1T1>TnTnTn)
0	22	43	2	0	15	deg_K	Sea temperature (ToToToTo>TnTnTnTn)
0	22	44	1	0	14	m/s	Sound velocity
0	22	50	2	0	8	deg_K	Standard deviation sea surface temperature
0	22	61	0	0	4	Code_Table	State of sea
0	22	62	2	0	14	ppt	Salinity (SoSoSoSo>SnSnSnSn)
0	22	63	0	0	14	m	Total water depth (hhh or ZdZdZdZd)
0	22	105	-1	0	6	deg_true	Direction of waves (da2da2)
0	22	143	2	0	13	deg_K	Sea temperature
0	22	192	0	0	14	m	Wave length
0	22	193	2	0	14	m	Slope sensor significant wave height
0	22	194	0	0	14	m	Slope sensor spectral peak length
0	22	195	1	0	14	s	Slope sensor spectral peak period
0	22	196	1	0	14	s	Slope sensor mean wave period
0	22	197	0	0	14	m	Slope sensor mean wave length
0	22	198	0	0	7	deg_true	Wave directional spread
0	22	199	1	0	14	s	Time sample interval
0	22	200	0	0	14	m	Distance sample interval
0	22	201	1	0	14	s	Recorded wave duration
0	22	202	0	0	14	m	Recorded wave length
0	22	203	0	0	7	Numeric	Count of bands described
0	22	204	0	0	4	Code_Table	Wave expiration
0	22	205	3	0	20	m**2/(Hz*rad)	Wave spectra
0	22	206	4	0	10	Numeric	Drag coefficient
0	22	207	2	0	16	m	Maximum wave height
0	22	208	2	0	16	m	Significant wave height
0	22	209	0	0	7	Code_Table	directional spread
0	22	211	0	0	8	Code_Table	Bogus water mass classification
0	22	212	0	0	8	Code_Table	Discriminant water mass classification
0	22	213	1	0	10	percent	Classification probability
0	22	214	0	0	10	m**2/Hz	Heave sensor spectral density frequency
0	22	215	0	0	10	m**3	Heave sensor spectral density number
0	22	216	0	0	7	Numeric	Heave sensor band number
0	22	217	0	0	7	percent	Heave sensor ratio
0	22	218	0	0	7	Numeric	Slope sensor band number
0	22	219	0	0	7	percent	Slope sensor ratio
0	22	220	0	0	8	Code_Table	Front number
0	22	224	-2	0	14	m	Distance to front
0	22	229	0	0	7	Code_Table	Wave direction
0	22	232	0	0	4	Code_Table	Sea surface temperature method indicator
0	22	233	0	0	3	Code_Table	Sea temperature averaging period
0	22	236	0	0	8	Code_Table	Swell wave direction
0	22	237	-2	0	14	m	Significant wave height
0	22	238	-2	0	14	m	Maximum wave height
0	22	239	0	0	6	Numeric	Wave spectra direction count
0	22	240	0	0	6	Numeric	Wave spectra frequency count
0	22	241	3	-32768	16	Nt/m**2	Wave stress u-component
0	22	242	3	-32768	16	Nt/m**2	Wave stress v-component
0	22	243	0	0	7	percent	Whitecap probability
0	22	244	0	0	7	Code_Table	Estimated wave direction of spectral wave
0	22	245	2	0	16	deg_K	Surface temperature
0	22	246	3	-32768	16	Nt/m**2	Wind stress u-component
0	22	247	3	-32768	16	Nt/m**2	Wind stress v-component
0	22	248	0	0	16	deg_true	Wind wave direction
0	22	249	2	0	16	m	Height of wind wave
0	22	250	1	0	16	s	Period of wind waves
0	22	251	0	0	6	Numeric	Wave spectra direction
0	22	252	0	0	6	Numeric	Wave spectra frequency
0	22	253	0	0	16	deg_true	Direction of swell waves
0	22	254	2	0	16	m	Height of swell waves
0	22	255	1	0	16	s	Period of swell waves
0	23	1	0	0	3	Code_Table	Accident early notification - article applicable
0	23	2	0	0	5	Code_Table	Activity or facility involved in incident
0	23	3	0	0	3	Code_Table	Type of release
0	23	4	0	0	3	Code_Table	Countermeasures taken near border
0	23	5	0	0	2	Code_Table	Cause of incident
0	23	6	0	0	3	Code_Table	Incident situation
0	23	7	0	0	3	Code_Table	Characteristic of release
0	23	8	0	0	2	Code_Table	State of current release
0	23	9	0	0	2	Code_Table	State of expected release
0	23	16	0	0	2	Code_Table	Possibility of significant chemical toxic health effect
0	23	17	6	0	20	m**3/s	Flow discharge of major recipient
0	23	18	0	0	3	Code_Table	release behavior over time
0	23	19	0	-15000	17	m	Actual release height
0	23	21	0	-15000	17	m	Effective release height
0	23	22	0	0	24	m	Distance of relative point or site of incident
0	23	23	1	0	12	m/s	Main transport speed in atmosphere
0	23	24	2	0	13	m/s	Main transport speed in water
0	23	25	2	0	13	m/s	Main transport speed in ground water
0	23	27	0	0	9	deg_true	Main transport direction in atmosphere
0	23	28	0	0	9	deg_true	Main transport direction in water
0	23	29	0	0	9	deg_true	Main transport direction in ground water
0	23	31	0	0	2	Code_Table	Possibility that plume will encounter precip
0	23	32	0	0	2	Code_Table	Plume will encounter change in wind direction and/or speed flag
0	24	1	-11	0	28	Bq	Estimate of radioactivity released up to specified time
0	24	2	-11	0	28	Bq	Estimated maximum potential release
0	24	3	0	0	5	Code_Table	Composition of release
0	24	4	0	0	16	CCITT_IA5	Element name
0	24	5	0	0	9	Numeric	Isotope mass
0	24	11	2	0	32	mSv	Dose
0	24	12	2	0	32	mSv	Trajectory dose (defined location and expected time of arrival)
0	24	13	2	0	32	mSv	Gamma dose in air along the main transport path
0	24	21	2	0	32	Bq/m**3	Air concentration (named isotope type including gross beta)
0	24	22	2	0	32	Bq/l	Concentration in precipitation (of named isotope type)
0	25	1	-1	0	6	m	Range gate length
0	25	2	0	0	4	Numeric	Number of gates averaged
0	25	3	0	0	8	Numeric	Number of integrated pulses
0	25	4	0	0	2	Code_Table	Echo processing
0	25	5	0	0	2	Code_Table	Echo integration
0	25	6	0	0	3	Code_Table	Z to R conversion
0	25	7	0	0	12	Numeric	Z to R conversion factor
0	25	8	2	0	9	Numeric	Z to R conversion exponent
0	25	9	0	0	4	Flag_Table	Calibration method
0	25	10	0	0	4	Code_Table	Clutter treatment
0	25	11	0	0	2	Code_Table	Ground occultation correction (screening)
0	25	12	0	0	2	Code_Table	Range attenuation correction
0	25	13	0	0	2	Flag_Table	Bright band correction
0	25	15	0	0	2	Flag_Table	Radome attenuation correction
0	25	16	5	0	6	dB/m	Clear air attenuation correction
0	25	17	0	0	2	Flag_Table	Precipitation attenuation correction
0	25	18	7	0	6	Numeric	A to Z law for attenuation factor
0	25	19	2	0	7	Numeric	A to Z law for attenuation exponent
0	25	20	0	0	2	Code_Table	Mean speed estimation
0	25	21	0	0	8	Flag_Table	Wind computation enhancement
0	25	30	0	0	2	Code_Table	SST usage
0	25	31	0	0	2	Code_Table	15 day SST availability
0	25	32	0	0	2	Code_Table	NOAA wind profiler high/low mode data
0	25	33	0	0	2	Code_Table	NOAA wind profiler submode
0	25	34	0	0	4	Code_Table	NOAA wind profiler Q/C test results
0	25	35	0	0	3	Code_Table	First guess adjustment
0	25	36	3	-5000	14	Numeric	NSTAR average value
0	25	37	0	0	2	Code_Table	HIRS-8 surface air temperature
0	25	38	0	0	3	Code_Table	TOVS filter flags
0	25	41	0	0	3	Code_Table	Method of determining direction of moving platform
0	25	42	0	0	3	Code_Table	Method of determining speed of moving platform
0	25	192	0	0	8	Code_Table	Type of correction
0	25	193	0	0	3	Code_Table	Land/sea flag
0	25	194	0	0	2	Code_Table	Day/night flag
0	25	195	0	0	6	Numeric	Surface model pressure
0	25	196	0	0	16	Numeric	Scan line count
0	25	197	0	0	5	Numeric	Box counter
0	25	198	0	0	3	Numeric	Minibox counter
0	25	199	0	0	3	Code_Table	Water vapor flag
0	25	200	0	0	3	Code_Table	TOVS retrieval low 20
0	25	201	0	0	3	Code_Table	TOVS retrieval temps high 20
0	25	202	0	0	2	Code_Table	TOVS super adiabatic flag
0	25	203	0	0	2	Code_Table	TOVS skin temperature flag
0	25	204	0	0	2	Code_Table	Stratospheric sounding unit flag
0	25	205	0	0	4	Code_Table	Latitude zones
0	25	206	0	0	4	Code_Table	TOVS instrument combinations
0	25	208	0	0	8	Code_Table	TARM flag
0	25	209	0	0	4	Code_Table	DMSP flag
0	25	211	0	0	17	Numeric	B-scan start time
0	25	212	0	0	7	Numeric	Counter (1-64)
0	25	213	0	0	5	Code_Table	Calculated surface type
0	25	214	0	0	3	Code_Table	Season flag
0	25	215	0	-127	8	Numeric	Missing packet counter
0	25	216	0	0	3	Code_Table	Observation Quality Code
0	26	1	1	0	12	hr	Principle time of daily reading in UTC of maximum temperature
0	26	2	1	0	12	hr	Principle time of daily reading in UTC of minimum temperature
0	27	1	5	-9000000	25	deg	Latitude (high accuracy)
0	27	2	2	-9000	15	deg	Latitude (coarse accuracy)
0	27	3	2	-9000	15	deg	Alternate latitude
0	27	20	0	0	16	Numeric	Satellite location counter
0	27	21	0	0	16	Numeric	Satellite sub-location dimensions
0	28	1	5	-18000000	26	deg	Longtiude (high accuracy)
0	28	2	2	-18000	16	deg	Longtiude (coarse accuracy)
0	28	3	2	-18000	16	deg	Alternate longtiude
0	29	1	0	0	3	Code_Table	Projection type
0	29	2	0	0	2	Code_Table	Coordinate grid type (Wr)
0	30	1	0	0	4	Numeric	Pixel value (4 bits)
0	30	21	0	0	12	Numeric	Number of pixels per row
0	30	22	0	0	12	Numeric	Number of pixels per column
0	30	31	0	0	4	Code_Table	Picture type
0	30	32	0	0	16	Flag_Table	Combined picture
0	31	0	0	0	1	Flag_Table	Delayed descriptor replication switch (1 bit)
0	31	1	0	0	8	Numeric	Delayed descriptor replication factor (255 or less)
0	31	2	0	0	16	Numeric	Extended delayed descriptor replication factor (65536 or less)
0	31	11	0	0	8	Numeric	Delayed descriptor and data replication factor
0	31	12	0	0	16	Numeric	Extended delayed descriptor and data replication factor
0	31	21	0	0	6	Code_Table	Associated field significance
0	31	192	0	0	8	Code_Table	Associated QC indicator
0	31	193	0	0	8	Code_Table	QC description identifier, indicates why a value is bad
0	31	194	2	0	7	Numeric	Associated correlation
0	31	195	2	0	7	Numeric	Associated probability of error
0	31	196	0	0	13	Flag_Table	UWI product confidence flag
0	31	197	0	0	12	Numeric	Solution probability
0	31	201	0	0	10	Numeric	Delayed replication factor (1023 or less)
0	31	211	0	0	3	Numeric	Delayed replication factor (15 or less)
0	31	221	0	0	5	Numeric	Delayed replication count (31 or less)
0	31	231	0	0	6	Numeric	Delayed replication factor (63 or less)
0	31	241	0	0	4	Numeric	Delayed replication factor (15 or less)
0	48	1	0	0	128	CCITT_IA5	Classification
0	48	2	0	0	128	CCITT_IA5	Classification modifier
0	48	3	0	0	552	CCITT_IA5	Release as
0	48	4	0	0	12	yr	Declassification - year
0	48	5	0	0	4	mo	Declassification - month
0	48	6	0	0	6	day	Declassification - day
0	48	7	0	0	552	CCITT_IA5	Release not
0	48	8	0	0	64	CCITT_IA5	Sender of original observation data
0	48	9	0	0	80	CCITT_IA5	Declassification instructions
0	48	10	0	0	12	yr	Send - year
0	48	11	0	0	4	mo	Send - month
0	48	12	0	0	6	day	Send - day
0	48	13	0	0	4	hr	Send - hour
0	48	14	0	0	6	min	Send - minutes
0	48	15	0	0	552	CCITT_IA5	Release to information
0	48	16	0	0	5	hr	Send - hour
0	48	17	0	0	1104	CCITT_IA5	Release to
0	48	18	0	0	552	CCITT_IA5	Release not
0	48	19	0	0	552	CCITT_IA5	Declassification instructions
0	48	20	0	0	552	CCITT_IA5	Classification modifier
0	48	21	0	0	552	CCITT_IA5	Sender of observational data
0	48	22	0	0	160	CCITT_IA5	Classification
0	48	27	0	0	12	yr	Receipt - year
0	48	28	0	0	4	mo	Receipt - month
0	48	29	0	0	6	day	Receipt - day
0	48	30	0	0	5	hr	Receipt - hour
0	48	31	0	0	6	min	Receipt - minutes
0	48	32	0	0	48	CCITT_IA5	Bulletin header update or correction indicator
0	48	33	0	0	24	CCITT_IA5	Receiving circuit
0	48	34	0	0	6	Numeric	Near-duplicate combination count
0	50	1	0	0	2	Code_Table	Quality of measurement of pressure, sst,
0	50	2	0	0	2	Code_Table	Quality of buoy satellite transmission (QN)
0	50	3	0	0	4	Code_Table	IGOSS quality codes (Qd, Qd1, Qd2, Q1, Qt)
0	50	6	0	0	3	Code_Table	Location quality codes (QL)
0	50	10	2	0	15	deg_K	GDEM temperature
0	50	14	2	0	15	deg_K	Feature model temperature
0	50	18	0	0	16	Numeric	Reliability
0	50	33	0	0	8	Numeric	Count of boundary points
0	50	34	3	0	16	Numeric	Frequency ratio
0	50	35	0	0	12	s	Time step of data (time increment)
0	50	42	2	0	12	Numeric	Mean wave direction
0	50	43	3	0	12	Numeric	Mean wave frequency
0	50	44	4	0	12	Numeric	First frequency
0	50	100	0	0	12	yr	Analysis DTG - year
0	50	101	0	0	4	mo	Analysis DTG - month
0	50	102	0	0	6	day	Analysis DTG - day
0	50	103	0	0	5	hr	Analysis DTG - hour
0	50	104	0	0	6	Numeric	Last observed sea depth
0	51	3	0	0	5	Flag_Table	Processing status
0	51	6	0	0	6	Numeric	Combination count
0	51	7	0	0	2	Code_Table	Quality control process status
grads-2.0.1/data/tables/B2M-000-002-00000644000175000017500000001507307750236075017404 0ustar  amckinstryamckinstry##############################################################################
# BUFR Table 0
#
#
# Notes
# -----
#
# * This table comes from GRIB Code Table 0 (Identification of center)
#
# * A value of 1 in the first column indicates a center that uses minor
#   version numbers with local tables.  Since minor local table version
#   numbers are stored in Section 1, Octet 18, the value in the first
#   column must not be set if a center uses Section 1, Octet 18 for other
#   purposes (i.e., ECMWF).
#
#
##############################################################################

0	  0	RESERVED

# 1-9: WMCs

0	  1	Melbourne
0	  2	Melbourne
0	  3	Melbourne
0	  4	Moscow
0	  5	Moscow
0	  6	Moscow
0	  7	US Weather Service - National Meteorological Center (NMC)
0	  8	US National Weather Service Telecommunications Gateway (NWSTG)
0	  9	Reserved for USA

# 10-25: Centers in Region I

0	 10	Cairo (RSMC/RAFC)
0	 11	Cairo (RSMC/RAFC)
0	 12	Dakar (RSMC/RAFC)
0	 13	Dakar (RSMC/RAFC)
0	 14	Nairobi (RSMC/RAFC)
0	 15	Nairobi (RSMC/RAFC)
0	 16	Antananarivo (RSMC)
0	 17	Antananarivo (RSMC)
0	 18	Tunis-Casablanca (RSMC/RAFC)
0	 19	Tunis-Casablanca (RSMC/RAFC)
0	 20	Las Palmas (RAFC)
0	 21	Algiers (RSMC)
0	 22	Lagos (RSMC)
0	 23	Lagos (RSMC)
0	 24	Reserved for other centers in Region I
0	 25	Reserved for other centers in Region I

# 26-40 Centers in Region II

0	 26	Khabarovsk (RSMC)
0	 27	Khabarovsk (RSMC)
0	 28	New Delhi (RSMC/RAFC)
0	 29	New Delhi (RSMC/RAFC)
0	 30	Novosibirsk (RSMC)
0	 31	Novosibirsk (RSMC)
0	 32	Tashkent (RSMC)
0	 33	Tashkent (RSMC)
0	 34	Tokyo (RSMC), Japan Meteorological Agency
0	 35	Tokyo (RSMC/RAFC)
0	 36	Bangkok (RAFC)
0	 37	Ulan Bator
0	 38	Beijing (RSMC)
0	 39	Beijing (RSMC)
0	 40	Reserved for other centers in Region II

# 41-50: Centers in Region III

0	 41	Buenos Aires (RSMC/RAFC)
0	 42	Buenos Aires (RSMC/RAFC)
0	 43	Brasilia (RSMC/RAFC)
0	 44	Brasilia (RSMC/RAFC)
0	 45	Santiago
0	 46	Brazilian Space Agency - INPE
0	 47	Reserved for other centers in Region III
0	 48	Reserved for other centers in Region III
0	 49	Reserved for other centers in Region III
0	 50	Reserved for other centers in Region III

# 51-63: Centers in Region IV

0	 51	Miami (RSMC/RAFC)
0	 52	Miami (RSMC), National Hurricane Center
0	 53	Montreal (RSMC)
0	 54	Montreal (RSMC)
0	 55	San Francisco
0	 56	RESERVED
0	 57	US Air Force - Air Force Global Weather Central (AFGWC)
1	 58	Fleet Numerical Oceanography Center (FNOC), Monterey, CA, USA
0	 59	The NOAA Forecast Systems Laboratory, Boulder, CO, USA
0	 60	Reserved for other centers in Region IV
0	 61	Reserved for other centers in Region IV
0	 62	Reserved for other centers in Region IV
0	 63	Reserved for other centers in Region IV

# 64-73: Centers in Region V

0	 64	Honolulu (RAFC)
0	 65	Darwin (RSMC/RAFC)
0	 66	Darwin (RSMC/RAFC)
0	 67	Melbourne (RSMC)
0	 68	RESERVED
0	 69	Wellington (RSMC/RAFC)
0	 70	Wellington (RSMC/RAFC)
0	 71	Reserved for other centers in Region V
0	 72	Reserved for other centers in Region V
0	 73	Reserved for other centers in Region V

# 74-98: Centers in Region VI

0	 74	UK Meteorological Office - Bracknell
0	 75	UK Meteorological Office - Bracknell
0	 76	Moscow (RSMC/RAFC)
0	 77	RESERVED
0	 78	Offenbach (RSMC)
0	 79	Offenbach (RSMC)
0	 80	Rome (RSMC/RAFC)
0	 81	Rome (RSMC/RAFC)
0	 82	Norrkoping (RSMC)
0	 83	Norrkoping (RSMC)
0	 84	Paris (RAFC)
0	 85	Toulouse
0	 86	Helsinki
0	 87	Belgrade
0	 88	Oslo
0	 89	Prague
0	 90	Episkopi
0	 91	Ankara
0	 92	Francfort/Main (RAFC)
0	 93	London (WAFC)
0	 94	Copenhagen
0	 95	Rota
0	 96	Athens
0	 97	European Space Agency (ESA)

# ECMWF (Center 98) does not support minor local table version numbers
# so DO NOT set the first value to 1.

0	 98	European Center for Medium Range Weather Forecasts (ECMWF)(RSMC)
0	 99	De Bilt

# 100-127: RESERVED

0	100	RESERVED
0	101	RESERVED
0	102	RESERVED
0	103	RESERVED
0	104	RESERVED
0	105	RESERVED
0	106	RESERVED
0	107	RESERVED
0	108	RESERVED
0	109	RESERVED
0	110	RESERVED
0	111	RESERVED
0	112	RESERVED
0	113	RESERVED
0	114	RESERVED
0	115	RESERVED
0	116	RESERVED
0	117	RESERVED
0	118	RESERVED
0	119	RESERVED
0	120	RESERVED
0	121	RESERVED
0	122	RESERVED
0	123	RESERVED
0	124	RESERVED
0	125	RESERVED
0	126	RESERVED
0	127	RESERVED

# 128-254: NATIONAL USE

1	128	Naval Research Laboratory (NRL), Monterey CA
0	129	CAST
0	130	AFCCC
0	131	PL
0	132	ARL
0	133	WES
0	134	NATIONAL USE
0	135	NATIONAL USE
0	136	NATIONAL USE
0	137	NATIONAL USE
0	138	NATIONAL USE
0	139	NATIONAL USE
0	140	NATIONAL USE
0	141	NATIONAL USE
0	142	NATIONAL USE
0	143	NATIONAL USE
0	144	NATIONAL USE
0	145	NATIONAL USE
0	146	NATIONAL USE
0	147	NATIONAL USE
0	148	NATIONAL USE
0	149	NATIONAL USE
0	150	NATIONAL USE
0	151	NATIONAL USE
0	152	NATIONAL USE
0	153	NATIONAL USE
0	154	NATIONAL USE
0	155	NATIONAL USE
0	156	NATIONAL USE
0	157	NATIONAL USE
0	158	NATIONAL USE
0	159	NATIONAL USE
0	160	NATIONAL USE
0	161	NATIONAL USE
0	162	NATIONAL USE
0	163	NATIONAL USE
0	164	NATIONAL USE
0	165	NATIONAL USE
0	166	NATIONAL USE
0	167	NATIONAL USE
0	168	NATIONAL USE
0	169	NATIONAL USE
0	170	NATIONAL USE
0	171	NATIONAL USE
0	172	NATIONAL USE
0	173	NATIONAL USE
0	174	NATIONAL USE
0	175	NATIONAL USE
0	176	NATIONAL USE
0	177	NATIONAL USE
0	178	NATIONAL USE
0	179	NATIONAL USE
0	180	NATIONAL USE
0	181	NATIONAL USE
0	182	NATIONAL USE
0	183	NATIONAL USE
0	184	NATIONAL USE
0	185	NATIONAL USE
0	186	NATIONAL USE
0	187	NATIONAL USE
0	188	NATIONAL USE
0	189	NATIONAL USE
0	190	NATIONAL USE
0	191	NATIONAL USE
0	192	NATIONAL USE
0	193	NATIONAL USE
0	194	NATIONAL USE
0	195	NATIONAL USE
0	196	NATIONAL USE
0	197	NATIONAL USE
0	198	NATIONAL USE
0	199	NATIONAL USE
0	200	NATIONAL USE
0	201	NATIONAL USE
0	202	NATIONAL USE
0	203	NATIONAL USE
0	204	NATIONAL USE
0	205	NATIONAL USE
0	206	NATIONAL USE
0	207	NATIONAL USE
0	208	NATIONAL USE
0	209	NATIONAL USE
0	210	NATIONAL USE
0	211	NATIONAL USE
0	212	NATIONAL USE
0	213	NATIONAL USE
0	214	NATIONAL USE
0	215	NATIONAL USE
0	216	NATIONAL USE
0	217	NATIONAL USE
0	218	NATIONAL USE
0	219	NATIONAL USE
0	220	NATIONAL USE
0	221	NATIONAL USE
0	222	NATIONAL USE
0	223	NATIONAL USE
0	224	NATIONAL USE
0	225	NATIONAL USE
0	226	NATIONAL USE
0	227	NATIONAL USE
0	228	NATIONAL USE
0	229	NATIONAL USE
0	230	NATIONAL USE
0	231	NATIONAL USE
0	232	NATIONAL USE
0	233	NATIONAL USE
0	234	NATIONAL USE
0	235	NATIONAL USE
0	236	NATIONAL USE
0	237	NATIONAL USE
0	238	NATIONAL USE
0	239	NATIONAL USE
0	240	NATIONAL USE
0	241	NATIONAL USE
0	242	NATIONAL USE
0	243	NATIONAL USE
0	244	NATIONAL USE
0	245	NATIONAL USE
0	246	NATIONAL USE
0	247	NATIONAL USE
0	248	NATIONAL USE
0	249	NATIONAL USE
0	250	NATIONAL USE
0	251	NATIONAL USE
0	252	NATIONAL USE
0	253	NATIONAL USE
0	254	NATIONAL USE

# 255: Used to indicate missing or unknown center

0	255	MISSING VALUE
grads-2.0.1/data/font0.dat0000644000175000017500000000535207611363607016413 0ustar  amckinstryamckinstry  1I[
  9MWRFRT RRYQZR[SZRY
  6JZNFNM RVFVM
 12H]SBLb RYBRb RLOZO RKUYU
 27H\PBP_ RTBT_ RYIWGTFPFMGKIKKLMMNOOUQWRXSYUYXWZT[P[MZKX
 32F^[FI[ RNFPHPJOLMMKMIKIIJGLFNFPGSHVHYG[F RWTUUTWTYV[X[ZZ[X[VYTWT
 35E_\O\N[MZMYNXPVUTXRZP[L[JZIYHWHUISJRQNRMSKSIRGPFNGMIMKNNPQUXWZY[[[\Z\Y
  3NVRFRM
 11KYVBTDRGPKOPOTPYR]T`Vb
 11KYNBPDRGTKUPUTTYR]P`Nb
  9JZRLRX RMOWU RWOMU
  6E_RIR[ RIR[R
  9MWSZR[QZRYSZS\R^Q_
  3E_IR[R
  6MWRYQZR[SZRY
  3G][BIb
 18H\QFNGLJKOKRLWNZQ[S[VZXWYRYOXJVGSFQF
  5H\NJPISFS[
 15H\LKLJMHNGPFTFVGWHXJXLWNUQK[Y[
 16H\MFXFRNUNWOXPYSYUXXVZS[P[MZLYKW
  7H\UFKTZT RUFU[
 18H\WFMFLOMNPMSMVNXPYSYUXXVZS[P[MZLYKW
 24H\XIWGTFRFOGMJLOLTMXOZR[S[VZXXYUYTXQVOSNRNOOMQLT
  6H\YFO[ RKFYF
 30H\PFMGLILKMMONSOVPXRYTYWXYWZT[P[MZLYKWKTLRNPQOUNWMXKXIWGTFPF
 24H\XMWPURRSQSNRLPKMKLLINGQFRFUGWIXMXRWWUZR[P[MZLX
 12MWRMQNROSNRM RRYQZR[SZRY
 15MWRMQNROSNRM RSZR[QZRYSZS\R^Q_
  4F^ZIJRZ[
  6E_IO[O RIU[U
  4F^JIZRJ[
 21I[LKLJMHNGPFTFVGWHXJXLWNVORQRT RRYQZR[SZRY
 43E`WNVLTKQKOLNMMPMSNUPVSVUUVS RWKVSVUXVZV\T]Q]O\L[JYHWGTFQFNGLHJJILHOHRIUJWLYNZQ[T[WZYY
  9I[RFJ[ RRFZ[ RMTWT
 24G\KFK[ RKFTFWGXHYJYLXNWOTP RKPTPWQXRYTYWXYWZT[K[
 19H]ZKYIWGUFQFOGMILKKNKSLVMXOZQ[U[WZYXZV
 16G\KFK[ RKFRFUGWIXKYNYSXVWXUZR[K[
 12H[LFL[ RLFYF RLPTP RL[Y[
  9HZLFL[ RLFYF RLPTP
 23H]ZKYIWGUFQFOGMILKKNKSLVMXOZQ[U[WZYXZVZS RUSZS
  9G]KFK[ RYFY[ RKPYP
  3NVRFR[
 11JZVFVVUYTZR[P[NZMYLVLT
  9G\KFK[ RYFKT RPOY[
  6HYLFL[ RL[X[
 12F^JFJ[ RJFR[ RZFR[ RZFZ[
  9G]KFK[ RKFY[ RYFY[
 22G]PFNGLIKKJNJSKVLXNZP[T[VZXXYVZSZNYKXIVGTFPF
 14G\KFK[ RKFTFWGXHYJYMXOWPTQKQ
 25G]PFNGLIKKJNJSKVLXNZP[T[VZXXYVZSZNYKXIVGTFPF RSWY]
 17G\KFK[ RKFTFWGXHYJYLXNWOTPKP RRPY[
 21H\YIWGTFPFMGKIKKLMMNOOUQWRXSYUYXWZT[P[MZKX
  6JZRFR[ RKFYF
 11G]KFKULXNZQ[S[VZXXYUYF
  6I[JFR[ RZFR[
 12F^HFM[ RRFM[ RRFW[ R\FW[
  6H\KFY[ RYFK[
  7I[JFRPR[ RZFRP
  9H\YFK[ RKFYF RK[Y[
  9KYOBOb ROBVB RObVb
  3G]IB[b
  9KYUBUb RNBUB RNbUb
  4JZNMRFVM
  3G[Gb[b
  7LXPFUL RPFOGUL
 18I\XMX[ RXPVNTMQMONMPLSLUMXOZQ[T[VZXX
 18H[LFL[ RLPNNPMSMUNWPXSXUWXUZS[P[NZLX
 15I[XPVNTMQMONMPLSLUMXOZQ[T[VZXX
 18I\XFX[ RXPVNTMQMONMPLSLUMXOZQ[T[VZXX
 18I[LSXSXQWOVNTMQMONMPLSLUMXOZQ[T[VZXX
  9MYWFUFSGRJR[ ROMVM
 23I\XMX]W`VaTbQbOa RXPVNTMQMONMPLSLUMXOZQ[T[VZXX
 11I\MFM[ RMQPNRMUMWNXQX[
  9NVQFRGSFREQF RRMR[
 12MWRFSGTFSERF RSMS^RaPbNb
  9IZMFM[ RWMMW RQSX[
  3NVRFR[
 19CaGMG[ RGQJNLMOMQNRQR[ RRQUNWMZM\N]Q][
 11I\MMM[ RMQPNRMUMWNXQX[
 18I\QMONMPLSLUMXOZQ[T[VZXXYUYSXPVNTMQM
 18H[LMLb RLPNNPMSMUNWPXSXUWXUZS[P[NZLX
 18I\XMXb RXPVNTMQMONMPLSLUMXOZQ[T[VZXX
  9KXOMO[ ROSPPRNTMWM
 18J[XPWNTMQMNNMPNRPSUTWUXWXXWZT[Q[NZMX
  9MYRFRWSZU[W[ ROMVM
 11I\MMMWNZP[S[UZXW RXMX[
  6JZLMR[ RXMR[
 12G]JMN[ RRMN[ RRMV[ RZMV[
  6J[MMX[ RXMM[
 10JZLMR[ RXMR[P_NaLbKb
  9J[XMM[ RMMXM RM[X[
 20KYTBRCQEQGRISJTLTNSPORSTTVTXSZR[Q]Q_RaTb
  3NVRBRb
 20KYPBRCSESGRIQJPLPNQPURQTPVPXQZR[S]S_RaPb
 14F^IUISJPLONOOPPQTTVUXUZT[Q[O
grads-2.0.1/data/font3.dat0000644000175000017500000001175607611363607016423 0ustar  amckinstryamckinstry  1I[
  9E_YIK[ RIO[O RIU[U
 11E_XP[RXT RUMZRUW RIRZR
 11JZPLRITL RMORJWO RRJR[
 11E_LPIRLT ROMJROW RJR[R
 11JZPXR[TX RMURZWU RRIRZ
 10E[HMLMRY RKMR[ R[BR[
 13F^ZJSJOKMLKNJQJSKVMXOYSZZZ
 13F^JZJSKOLMNKQJSJVKXMYOZSZZ
 13F^JJQJUKWLYNZQZSYVWXUYQZJZ
  6G]KKYY RYKKY
 13F^JJJQKULWNYQZSZVYXWYUZQZJ
  9F^RJR[ RJRZR RJ[Z[
  9F^RJR[ RJJZJ RJRZR
 30KYQFOGNINKOMQNSNUMVKVIUGSFQF RQFNIOMSNVKUGQF RSFOGNKQNUMVISF
 15E_RIQJRKSJRI RIR[R RRYQZR[SZRY
  6MWRQQRRSSRRQ
 16PTQPPQPSQTSTTSTQSPQP RRQQRRSSRRQ
 35NVQNOONQNSOUQVSVUUVSVQUOSNQN ROQOS RPPPT RQOQU RRORU RSOSU RTPTT RUQUS
 10PTQPPQPSQTSTTSTQSPQP
 14NVQNOONQNSOUQVSVUUVSVQUOSNQN
 18KYQKNLLNKQKSLVNXQYSYVXXVYSYQXNVLSKQK
 44I\XRWOVNTMRMONMQLTLWMYNZP[R[UZWXXUYPYKXHWGUFRFPGOHOIPIPH RRMPNNQMTMXNZ RR[TZVXWUXPXKWHUF
 15H\JFR[ RKFRY RZFR[ RJFZF RKGYG
 10AbDMIMRY RHNR[ Rb:R[
 32F^[CZD[E\D\C[BYBWCUETGSJRNPZO^N` RVDUFTJRVQZP]O_MaKbIbHaH`I_J`Ia
 50F^[CZD[E\D\C[BYBWCUETGSJRNPZO^N` RVDUFTJRVQZP]O_MaKbIbHaH`I_J`Ia RQKNLLNKQKSLVNXQYSYVXXVYSYQXNVLSKQK
 46JZUITJUKVJVIUGSFQFOGNINKOMQOVR ROMTPVRWTWVVXTZ RPNNPMRMTNVPXU[ RNVSYU[V]V_UaSbQbOaN_N^O]P^O_
 10F^ZFJMZT RJVZV RJ[Z[
  9E_IM[M RIR[R RIW[W
 10F^JFZMJT RJVZV RJ[Z[
 26F_\S[UYVWVUUTTQPPONNLNJOIQISJULVNVPUQTTPUOWNYN[O\Q\S
 17MWRLMUWURL RROOT RROUT RRRQT RRRST
 15H\RFK[ RRFY[ RRIX[ RI[O[ RU[[[
 18E_RIQJRKSJRI RIYHZI[JZIY R[YZZ[[\Z[Y
 14I[NFN[ ROFO[ RKFZFZLYF RK[R[
 15H\RFJ[ RRFZ[ RRIY[ RKZYZ RJ[Z[
 36G]KEJJ RZEYJ RONNS RVNUS RKWJ\ RZWY\ RKGYG RKHYH ROPUP ROQUQ RKYYY RKZYZ
 33F^RHNLKPJSJUKWMXOXQWRU RRHVLYPZSZUYWWXUXSWRU RRUQYP\ RRUSYT\ RP\T\
 26F^RNQKPINHMHKIJKJOKRLTNWR\ RRNSKTIVHWHYIZKZOYRXTVWR\
 20F^RGPJLOIR RRGTJXO[R RIRLUPZR] R[RXUTZR]
 48F^RTTWVXXXZW[U[SZQXPVPSQ RSQUOVMVKUISHQHOINKNMOOQQ RQQNPLPJQISIUJWLXNXPWRT RRTQYP\ RRTSYT\ RP\T\
 55F^ISJSLTMVMXLZ RISIRJQLQMRNTNWMYLZ RRGPIOLOOQUQXPZR\ RRGTIULUOSUSXTZR\ R[S[RZQXQWRVTVWWYXZ R[SZSXTWVWXXZ RKVYV
  6LXLLLXXXXLLL
 27NVNNNVVVVNNN ROOOU RPOPU RQOQU RRORU RSOSU RTOTU RUOUU
  5KYRJKVYVRJ
  6LXRHLRR\XRRH
 56G]QFNGLIKKJOJRKVLXNZQ[S[VZXXYVZRZOYKXIVGSFQF RQFOGMILKKOKRLVMXOZQ[ RS[UZWXXVYRYOXKWIUGSF ROMOT RUMUT ROPUP ROQUQ
 21F^KHK\ RLHL\ RXHX\ RYHY\ RHH\H RH\O\ RU\\\
 12JZRIPOJOOSMYRUWYUSZOTORI
 22LXRLNWXPLPVWRL RRRRL RRRLP RRRNW RRRVW RRRXP
 20H]KHRQJ\ RJHQQ RJHYHZMXH RK[X[ RJ\Y\ZWX\
 38E`QFNGKIILHOHRIUKXNZQ[T[WZZX\U]R]O\LZIWGTFQF RROQPQQRRSRTQTPSORO RRPRQSQSPRP
 33I\KKKILGMFOFPGQIRMR[ RKIMGOGQI RZKZIYGXFVFUGTISMS[ RZIXGVGTI RO[V[
 26MWMRMQNOONQMSMUNVOWQWR RPNTN ROOUO RNPVP RNQVQ RMRWR
 48H]RFR[ RSFS[ RPKMLLMKOKRLTMUPVUVXUYTZRZOYMXLUKPK RPKNLMMLOLRMTNUPV RUVWUXTYRYOXMWLUK ROFVF RO[V[
 23I[KMMMONPPU_VaWb RMMNNOPT_UaWbYb RZMYOWRM]K`Jb
 41G^RFR[ RSFS[ RIMJLLMMQNSOTQU RJLKMLQMSNTQUTUWTXSYQZM[L RTUVTWSXQYM[L\M ROFVF RO[V[
 43G]JXK[O[MWKSJPJLKIMGPFTFWGYIZLZPYSWWU[Y[ZX RMWLTKPKLLINGPF RTFVGXIYLYPXTWW RKZNZ RVZYZ
 30JZRFQHRJSHRF RRFRb RRQQTRbSTRQ RLMNNPMNLLM RLMXM RTMVNXMVLTM
 12I\XFX[ RKFXF RPPXP RK[X[
 56JZRFQHRJSHRF RRFRT RRPQRSVRXQVSRRP RRTRb RR^Q`RbS`R^ RLMNNPMNLLM RLMXM RTMVNXMVLTM RL[N\P[NZL[ RL[X[ RT[V\X[VZT[
 34>fRAPCMDJDGCEA>H@JAMAZB]D_G`M`PaRc RRATCWDZD]C_AfHdJcMcZb]`_]`W`TaRc
 33AcRAPCMDJDGCEABGAKAPBTDXG\L`Rc RRATCWDZD]C_AbGcKcPbT`X]\X`Rc RBHbH
  8MWRHSGRFQGQIRKSL
 40G^QMNNLPKRJUJXKZN[P[RZUWWTYPZM RQMONMPLRKUKXLZN[ RQMSMUNVPXXYZZ[ RSMTNUPWXXZZ[[[
 57G\TFQGOIMMLPKTJZIb RTFRGPINMMPLTKZJb RTFVFXGYHYKXMWNTOPO RVFXHXKWMVNTO RPOTPVRWTWWVYUZR[P[NZMYLV RPOSPURVTVWUYTZR[
 28H\IPKNMMOMQNROSRSVRZOb RJOLNPNRO RZMYPXRSYP^Nb RYMXPWRSY
 44I\VNTMRMONMQLTLWMYNZP[R[UZWWXTXQWOSJRHRFSEUEWFYH RRMPNNQMTMXNZ RR[TZVWWTWPVNTKSISGTFVFYH
 32I[XPVNTMPMNNNPPRSS RPMONOPQRSS RSSNTLVLXMZP[S[UZWX RSSOTMVMXNZP[
 31I[TFRGQHQIRJUKZKZJWKSMPOMRLULWMYP[S]T_TaSbQbPa RULQONRMUMWNYP[
 32G]HQIOKMNMONOPNTL[ RMMNNNPMTK[ RNTPPRNTMVMXNYOYRXWUb RVMXOXRWWTb
 44F]GQHOJMMMNNNPMUMXNZO[ RLMMNMPLULXMZO[Q[SZUXWUXRYMYIXGVFTFRHRJSMUPWRZT RSZUWVUWRXMXIWGVF
 15LXRMPTOXOZP[S[UYVW RSMQTPXPZQ[
 45IZTFRGQHQIRJUKXK RUKQLOMNONQPSSTVT RUKRLPMOOOQQSST RSTOUMVLXLZN\S^T_TaRbPb RSTPUNVMXMZO\S^
 29H\NMJ[ ROMK[ RXMYNZNYMWMUNQROSMS ROSQTSZT[ ROSPTRZS[U[WZYW
 23H\KFMFOGPHQJWXXZY[ RMFOHPJVXWZY[Z[ RRMJ[ RRMK[
 28F]MMGb RNMHb RMPLVLYN[P[RZTXVU RXMUXUZV[Y[[Y\W RYMVXVZW[
 24H\NML[ ROMNSMXL[ RYMXQVU RZMYPXRVUTWQYOZL[ RKMOM
 32I[RMONMQLTLWMYNZP[R[UZWWXTXQWOVNTMRM RRMPNNQMTMXNZ RR[TZVWWTWPVN
 22G]PNL[ RPNM[ RVNV[ RVNW[ RIPKNNM[M RIPKONN[N
 25IZWNUMRMONMPLSLVMYNZQ[T[VZ RRMPNNPMSMVNYOZQ[ RMTUT
 31H[LVMYNZP[R[UZWWXTXQWOVNTMRMONMQLTHb RR[TZVWWTWPVN RRMPNNQMTIb
 35H][MQMNNLQKTKWLYMZO[Q[TZVWWTWQVOUNSM RQMONMQLTLXMZ RQ[SZUWVTVPUN RUN[N
 16H\SNP[ RSNQ[ RJPLNOMZM RJPLOONZN
 31H\IQJOLMOMPNPPNVNYP[ RNMONOPMVMYNZP[Q[TZVXXUYRYOXMWNXOYR RXUYO
 37G]ONMOKQJTJWKYLZN[Q[TZWXYUZRZOXMVMTORSPXMb RJWLYNZQZTYWWYU RZOXNVNTPRSPYNb
 44F]JQLOONNMLNJQITIWJZK[M[OZQWRT RIWJYKZMZOYQW RQTQWRZS[U[WZYWZTZQYNXMWNYOZQ RQWRYSZUZWYYW
 42G]UFOb RVFNb RQMMNKPJSJVKXMZP[S[WZYXZUZRYPWNTMQM RQMNNLPKSKVLXNZP[ RS[VZXXYUYRXPVNTM
 34F]UFOb RVFNb RGQHOJMMMNNNPMUMXOZRZTYWVYS RLMMNMPLULXMZO[R[TZVXXUYS[M
 43I\TFQGOJNLMOLTLXMZO[Q[TZVWWUXRYMYIXGVFTF RTFRGPJOLNOMTMXNZO[ RQ[SZUWVUWRXMXIWGVF RNPWP
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ü€?C4}Fl&Ñ\0•sÿ0•i”7pDV³:Y?C4}grads-2.0.1/acinclude.m40000644000175000017500000000640611046607675016157 0ustar  amckinstryamckinstrydnl acinclude.m4: 
dnl
dnl  This file contains custom M4 macro definitions for the GrADS build system.
dnl  It is merged with automake-related macros in "aclocal.m4" by the "aclocal"
dnl  program. The merged "aclocal.m4" file is in turn used by the "autoconf" 
dnl  program to generate the "configure" script. 
dnl

dnl GA_SET_SUPPLIBS : Find a supplibs directory. 
dnl		      If SUPPLIBS environment variable is not set, then 
dnl  		      search for "supplibs" in the paths given in the args
dnl args: paths-to-search (eg. [. ..])
AC_DEFUN([GA_SET_SUPPLIBS],
[ 
  AC_MSG_CHECKING([for supplibs directory])
  if test -n "${SUPPLIBS}" ; then
    # Use present supplib name unmodified, assume it is absolute path
    AC_MSG_RESULT([${SUPPLIBS}])
    # This is the "official" variable name for use by other macros
    ga_supplib_dir="${SUPPLIBS}"
  else
    # Look for "supplibs" directory in ${top_builddir}
    for ga_supplib_prefix in $1 ; do 
      SUPPLIBS="${ga_supplib_prefix}/supplibs"
      if test -d "${SUPPLIBS}" ; then
        AC_MSG_RESULT([${SUPPLIBS}])
        break
      fi 
    done
    if test ! -d "${SUPPLIBS}" ; then
      AC_MSG_RESULT([not found])
      SUPPLIBS=""
    fi
    # This is the "official" variable name for use by other macros
    ga_supplib_dir=$SUPPLIBS
    # Add prefix so that Makefiles in subdirectories can find it
    SUPPLIBS='$(top_builddir)/'"$SUPPLIBS"
  fi
  AC_SUBST(SUPPLIBS)
])

dnl GA_SET_FLAGS : Sets the compile and link paths to supplibs, plus any extra
dnl 		   compiler or linker flags given, and saves original settings
dnl 		   for restoration by GA_UNSET_FLAGS
dnl  args: 	   extra_supplib_inc_names, extra-CPP-flags, extra-LD-flags, 
dnl                   extra-LIB-flags
AC_DEFUN([GA_SET_FLAGS],
[
  # Use to make temporary changes to -I and -L paths 
  # Just for use during tests, because configure and make may run 
  # from different directories. 
  ga_saved_cppflags=$CPPFLAGS
  ga_saved_ldflags=$LDFLAGS
  ga_saved_libs=$LIBS
  CPPFLAGS=""
  m4_if([$1], [], [:], [
    for ga_inc_name in $1 ; do
      CPPFLAGS="$CPPFLAGS -I${ga_supplib_dir}/include/${ga_inc_name}"
    done
  ])
  CPPFLAGS="$CPPFLAGS $2"
  LDFLAGS="-L${ga_supplib_dir}/lib $3"
  LIBS="$LIBS $4"
])

dnl GA_UNSET_FLAGS : Undoes changes to compiler and linker flags made by GA_SET_FLAGS.
dnl  args:	     none
AC_DEFUN([GA_UNSET_FLAGS],
[
  # Use to undo temporary changes to -I and -L paths 
  CPPFLAGS=$ga_saved_cppflags
  LDFLAGS=$ga_saved_ldflags
  LIBS=$ga_saved_libs
])

dnl GA_SET_LIB_VAR : Puts necessary linker options to link with libraries given into
dnl                  a shell variable. They will have the form 'supplib_dir/libname.a'.
dnl   args:	   : shell-variable-name, list-of-libraries (e.g. [readline termcap])
AC_DEFUN([GA_SET_LIB_VAR],
[
  ga_lib_prefix='$(supp_lib_dir)/lib'
  ga_lib_suffix='.a'
  for ga_lib_name in $2 ; do
      $1="$$1 ${ga_lib_prefix}${ga_lib_name}${ga_lib_suffix}"
  done  
])

dnl GA_SET_INCLUDE_VAR : Puts necessary options to compile with include directories 
dnl                      given into a shell variable. 
dnl   args:	   : shell-variable-name, list-of-directories 
AC_DEFUN([GA_SET_INCLUDE_VAR],
[
  ga_include_prefix='-I$(supp_include_dir)'

  for ga_include_name in $2 ; do
      $1="$$1 ${ga_include_prefix}/${ga_include_name}"
  done  
])
grads-2.0.1/lib/0000755000175000017500000000000011651523373014520 5ustar  amckinstryamckinstrygrads-2.0.1/lib/emacs/0000755000175000017500000000000011651523373015610 5ustar  amckinstryamckinstrygrads-2.0.1/lib/emacs/ctl-mode.el0000644000175000017500000001012510132554641017630 0ustar  amckinstryamckinstry;;; ctl-mode-el -- Major mode for editing GrADS script files

;; Author: Joe Wielgosz 
;; Created: 2 Oct 2003
;; Keywords: GrADS script major-mode

;; Copyright (C) Joe Wielgosz 

;; This program is free software; you can redistribute it and/or
;; modify it under the terms of the GNU General Public License as
;; published by the Free Software Foundation; either version 2 of
;; the License, or (at your option) any later version.

;; This program is distributed in the hope that it will be
;; useful, but WITHOUT ANY WARRANTY; without even the implied
;; warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
;; PURPOSE.  See the GNU General Public License for more details.

;; You should have received a copy of the GNU General Public
;; License along with this program; if not, write to the Free
;; Software Foundation, Inc., 59 Temple Place, Suite 330, Boston,
;; MA 02111-1307 USA

;;; Commentary:
;; 
;; Based on wpdl-mode-el, a major mode for editing WPDL files
;; by Scott Andrew Borton ,
;; which is an example used in a tutorial about Emacs
;; mode creation. The tutorial can be found here:
;; http://two-wugs.net/emacs/mode-tutorial.html

;; $$revision$$

;;; Code:
(defvar ctl-mode-hook nil)
(defvar ctl-mode-map nil
  "Keymap for ctl-mode.")

(if ctl-mode-map nil
  (setq ctl-mode-map (make-keymap)))

(setq auto-mode-alist
	  (append
	   '(("\\.ctl\\'" . ctl-mode))
	   auto-mode-alist))

(defconst ctl-font-lock-keywords-1
  (list

   ; generated with (regexp-opt '("dset" "dtype" "index" "title"
   ; "undef" "options" "xdef" "ydef" "zdef" "tdef" "vars" "endvars"
   ; "fileheader" "theader" "xyheader" "unpack") t)

   '("\\<\\(d\\(?:set\\|type\\)\\|endvars\\|fileheader\\|index\\|stnmap\\|options\\|t\\(?:def\\|header\\|itle\\)\\|un\\(?:def\\|pack\\)\\|vars\\|x\\(?:def\\|yheader\\)\\|[yz]def\\|D\\(?:SET\\|TYPE\\)\\|ENDVARS\\|FILEHEADER\\|INDEX\\|STNMAP\\|OPTIONS\\|T\\(?:DEF\\|HEADER\\|ITLE\\)\\|UN\\(?:DEF\\|PACK\\)\\|VARS\\|X\\(?:DEF\\|YHEADER\\)\\|[YZ]DEF\\)\\>" . font-lock-keyword-face)

   ; builtins: 365_day_calendar big_endian byteswapped cray_32bit_ieee
   ; gribhdfsds levels linear little_endian netcdf sequential station
   ; template yrev zrev
   '("\\<\\(365_day_calendar\\|b\\(?:ig_endian\\|yteswapped\\)\\|cray_32bit_ieee\\|grib\\|hdfsds\\|l\\(?:evels\\|i\\(?:near\\|ttle_endian\\)\\)\\|netcdf\\|s\\(?:equential\\|tation\\)\\|template\\|[yz]rev\\|365_DAY_CALENDAR\\|B\\(?:IG_ENDIAN\\|YTESWAPPED\\)\\|CRAY_32BIT_IEEE\\|GRIB\\|HDFSDS\\|L\\(?:EVELS\\|I\\(?:NEAR\\|TTLE_ENDIAN\\)\\)\\|NETCDF\\|S\\(?:EQUENTIAL\\|TATION\\)\\|TEMPLATE\\|[YZ]REV\\)\\>" . font-lock-builtin-face)

; unused faces:
;   '("\\('\\d*'\\)" . font-lock-variable-name-face)
  '("\\<\\([-+eE.0-9]+\\)\\>" . font-lock-constant-face)
  "Highlighting expressions for ctl-mode."))

(defvar ctl-font-lock-keywords ctl-font-lock-keywords-1
  "Default highlighting expressions for ctl-mode.")

(defvar ctl-mode-syntax-table nil
  "Syntax table for ctl-mode.")

(defun ctl-create-syntax-table ()
  (if ctl-mode-syntax-table
	  ()
	(setq ctl-mode-syntax-table (make-syntax-table))
	
    ; This is added so entity names with underscores and periods can be more easily parsed
	(modify-syntax-entry ?_ "w" ctl-mode-syntax-table)
	(modify-syntax-entry ?- "w" ctl-mode-syntax-table)
  
	; Comment syntax
	(modify-syntax-entry ?* "<" ctl-mode-syntax-table)
	(modify-syntax-entry ?\n ">" ctl-mode-syntax-table)) 

  (set-syntax-table ctl-mode-syntax-table))

(defun ctl-mode ()
  "Major mode for editing GrADS descriptor files."
  (interactive)
  (kill-all-local-variables)
  (ctl-create-syntax-table)
  
  ;; Set up font-lock
  (make-local-variable 'font-lock-defaults)
  (setq font-lock-defaults
		'(ctl-font-lock-keywords))
  
  ;; Register our indentation function
;  (make-local-variable 'indent-line-function)
;  (setq indent-line-function 'ctl-indent-line)
  
  (setq major-mode 'ctl-mode)
  (setq mode-name "GrADS descriptor file")
  (run-hooks 'ctl-mode-hook))

(provide 'ctl-mode)

;;; ctl-mode.el ends here



grads-2.0.1/lib/emacs/README-emacs.txt0000644000175000017500000000034210132554641020366 0ustar  amckinstryamckinstryEmacs modes for GrADS:

To enable, add the following lines to the .emacs file in your home directory:

(require 'gs-mode "/lib/emacs/gs-mode.el")
(require 'ctl-mode "/lib/emacs/ctl-mode.el")

grads-2.0.1/lib/emacs/gs-mode.el0000644000175000017500000001147610132554641017471 0ustar  amckinstryamckinstry;;; gs-mode-el -- Major mode for editing GrADS script files

;; Author: Joe Wielgosz 
;; Created: 2 Oct 2003
;; Keywords: GrADS script major-mode

;; Copyright (C) Joe Wielgosz 

;; This program is free software; you can redistribute it and/or
;; modify it under the terms of the GNU General Public License as
;; published by the Free Software Foundation; either version 2 of
;; the License, or (at your option) any later version.

;; This program is distributed in the hope that it will be
;; useful, but WITHOUT ANY WARRANTY; without even the implied
;; warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
;; PURPOSE.  See the GNU General Public License for more details.

;; You should have received a copy of the GNU General Public
;; License along with this program; if not, write to the Free
;; Software Foundation, Inc., 59 Temple Place, Suite 330, Boston,
;; MA 02111-1307 USA

;;; Commentary:
;; 
;; Based on wpdl-mode-el, a major mode for editing WPDL files
;; by Scott Andrew Borton ,
;; which is an example used in a tutorial about Emacs
;; mode creation. The tutorial can be found here:
;; http://two-wugs.net/emacs/mode-tutorial.html

;; $$revision$$

;;; Code:
(defvar gs-mode-hook nil)
(defvar gs-mode-map nil
  "Keymap for GrADS script major mode.")

(if gs-mode-map nil
  (setq gs-mode-map (make-keymap)))

(setq auto-mode-alist
	  (append
	   '(("\\.gs\\'" . gs-mode))
	   auto-mode-alist))

(defconst gs-font-lock-keywords-1
  (list
   '("\\(e\\(?:lse\\|nd\\(?:if\\|while\\)\\)\\|function\\|if\\|while\\)" . font-lock-keyword-face)
;   '("\\('\\w*'\\)" . font-lock-variable-name-face)
   '("\\(close\\|p\\(?:rompt\\|ull\\)\\|read\\|s\\(?:ay\\|ub\\(?:lin\\|str\\|wrd\\)\\)\\|write\\)" . font-lock-builtin-face)
;   '("\\<\\(TRUE\\|FALSE\\)\\>" . font-lock-constant-face)))
  "Highlighting expressions for GrADS script mode."))

(defvar gs-font-lock-keywords gs-font-lock-keywords-1
  "Default highlighting expressions for GrADS script mode.")

(defun gs-indent-line ()
  "Indent current line as GrADS script code."
  (interactive)
  (beginning-of-line)
  (if (or (bobp) (looking-at "\\s-*\\*") (looking-at "\\s-*function"))
					; First line is always non-indented
					; so are comments and functions
	(indent-line-to 0)
      
      (let ((not-indented t) cur-indent)
	(if (looking-at "\\s-*\\(endif\\|endwhile\\|else\\)") 
					; If the line we are looking at 
					; is the end of a block, 
					; then decrease the indentation
	    (progn
	      (save-excursion
		(forward-line -1)
		(setq cur-indent (- (current-indentation) 2)))
	      (if (< cur-indent 0)        ; We can't indent past the left margin
		  (setq cur-indent 0)))
	  
	  (save-excursion
	    (while not-indented           ; Iterate backwards until 
					; we find an indentation hint
	      (forward-line -1)
	      (unless (looking-at "\\s-*\\*")
		(if (looking-at ".*\\b\\(endif\\|endwhile\\)") 
					; This hint indicates that we need to 
					; indent at the level of the endwhile/endif
		    (progn
		      (setq cur-indent (current-indentation))
		      (setq not-indented nil))
		  (if (looking-at ".*\\b\\(if\\|while\\|else\\)") 
					; This hint indicates that we need to 
					; indent an extra level
		    (progn
		      (setq cur-indent 
			    (+ (current-indentation) 2)) 
					; Do the actual indenting
		      (setq not-indented nil)))))
	      (if (bobp)
		  (setq not-indented nil)))))
	(if cur-indent
	    (indent-line-to cur-indent)
	  (indent-line-to 0)))))          ; If we didn't see an indentation hint, 
					; then allow no indentation

(defvar gs-mode-syntax-table nil
  "Syntax table for gs-mode.")

(defun gs-create-syntax-table ()
  (if gs-mode-syntax-table
	  ()
	(setq gs-mode-syntax-table (make-syntax-table))
	
    ; This is added so entity names with underscores and periods can be more easily parsed
	(modify-syntax-entry ?_ "w" gs-mode-syntax-table)
  
	; Comment syntax
	(modify-syntax-entry ?* "<" gs-mode-syntax-table)
	(modify-syntax-entry ?\n ">" gs-mode-syntax-table)

        ; Quote syntax
	(modify-syntax-entry ?\' "\"" gs-mode-syntax-table)
	(modify-syntax-entry ?\" "\"" gs-mode-syntax-table))
      

  (set-syntax-table gs-mode-syntax-table))

(defun gs-mode ()
  "Major mode for editing GrADS script files."
  (interactive)
  (kill-all-local-variables)
  (gs-create-syntax-table)
  
  ;; Set up font-lock
  (make-local-variable 'font-lock-defaults)
  (setq font-lock-defaults
		'(gs-font-lock-keywords))
  
  ;; Register our indentation function
  (make-local-variable 'indent-line-function)
  (setq indent-line-function 'gs-indent-line)
  
  (setq major-mode 'gs-mode)
  (setq mode-name "GS")
  (run-hooks 'gs-mode-hook))

(provide 'gs-mode)

;;; gs-mode.el ends here



grads-2.0.1/src/0000755000175000017500000000000011651523373014541 5ustar  amckinstryamckinstrygrads-2.0.1/src/gxgif.c0000644000175000017500000021307511176341353016017 0ustar  amckinstryamckinstry/***********************************************************
 *
 * GXGIF: a grads metafile to GIF converter.
 * Written by Matthias Muennich 
 *
 *   $Log: gxgif.c,v $
 *   Revision 1.5  2009/04/30 15:25:31  jma
 *   changed max number of colors from 99 to 255
 *
 *   Revision 1.4  2009/01/05 12:48:24  jma
 *   changed
 *   #include 
 *   to
 *   #include "config.h"
 *
 *   Revision 1.3  2003/06/24 21:31:08  joew
 *   put conditionals around #include malloc.h, for Mac OS X
 *
 *   Revision 1.2  2002/10/28 19:08:33  joew
 *   Preliminary change for 'autonconfiscation' of GrADS: added a conditional
 *   #include "config.h" to each C file. The GNU configure script generates a unique config.h for each platform in place of -D arguments to the compiler.
 *   The include is only done when GNU configure is used.
 *
 *   Revision 1.1.1.1  2002/06/27 19:44:05  cvsadmin
 *   initial GrADS CVS import - release 1.8sl10
 *
 *   Revision 1.1.1.1  2001/10/18 02:00:54  Administrator
 *   Initial repository: v1.8SL8 plus slight MSDOS mods
 *
 *   Revision 0.4  1997/12/19 10:43:56  m211033
 *   Added a version statement in verbose mode.
 *
 *   Revision 0.3  1997/12/04 10:08:26  m211033
 *   Copied the subroutines used from gd1.2 into gxgif.c
 *   to make the code independent of the gd library.
 *   Added an option "-h" for horizontal filling of polygons
 *   (=> horizontal spurious lines).
 *   Fixed the output file names for more that 1 image.
 *   Fixed the "-r" option.
 *
 *   Revision 0.2  1997/02/25 13:30:35  m211033
 *   Added support for different line thicknesses and
 *   cleaned up the code.
 *
 *   Revision 0.1  1997/02/21 15:20:51  m211033
 *   different line width are not yet supported.
 *   The gdImageFilledPolygon routine gives wrong height
 *   when filling horizontally. This led to flaud horizontal
 *   lines in the GIF file. I rewrote it switching x and y
 *   coordinates. The lines disappeared. Now vertical lines
 *   may show up. For a fix we have to wait for a better
 *   version on gdImageFilledPolygon.
 *   No black and white mode is available right now.
 *
 *
 *
 ***********************************************************/

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
/*  #include "gd.h" */
static char rcsid[] = "$Id: gxgif.c,v 1.5 2009/04/30 15:25:31 jma Exp $";

/* ---------------------------- begin gd.h -------------------------------------- */
#ifndef GD_H
#define GD_H 1

/* gd.h: declarations file for the gifdraw module.

	Written by Tom Boutell, 5/94.
	Copyright 1994, Cold Spring Harbor Labs.
	Permission granted to use this code in any fashion provided
	that this notice is retained and any alterations are
	labeled as such. It is requested, but not required, that
	you share extensions to this module with us so that we
	can incorporate them into new versions. */

/* stdio is needed for file I/O. */
#include 

/* This can't be changed, it's part of the GIF specification. */

#define gdMaxColors 256

/* Image type. See functions below; you will not need to change
	the elements directly. Use the provided macros to
	access sx, sy, the color table, and colorsTotal for 
	read-only purposes. */

typedef struct gdImageStruct {
	unsigned char ** pixels;
	int sx;
	int sy;
	int colorsTotal;
	int red[gdMaxColors];
	int green[gdMaxColors];
	int blue[gdMaxColors]; 
	int open[gdMaxColors];
	int transparent;
	int *polyInts;
	int polyAllocated;
	struct gdImageStruct *brush;
	struct gdImageStruct *tile;	
	int brushColorMap[gdMaxColors];
	int tileColorMap[gdMaxColors];
	int styleLength;
	int stylePos;
	int *style;
	int interlace;
} gdImage;

typedef gdImage * gdImagePtr;

typedef struct {
	/* # of characters in font */
	int nchars;
	/* First character is numbered... (usually 32 = space) */
	int offset;
	/* Character width and height */
	int w;
	int h;
	/* Font data; array of characters, one row after another.
		Easily included in code, also easily loaded from
		data files. */
	char *data;
} gdFont;

/* Text functions take these. */
typedef gdFont *gdFontPtr;

/* For backwards compatibility only. Use gdImageSetStyle()
	for MUCH more flexible line drawing. Also see
	gdImageSetBrush(). */
#define gdDashSize 4

/* Special colors. */

#define gdStyled (-2)
#define gdBrushed (-3)
#define gdStyledBrushed (-4)
#define gdTiled (-5)

/* NOT the same as the transparent color index.
	This is used in line styles only. */
#define gdTransparent (-6)

/* Functions to manipulate images. */

gdImagePtr gdImageCreate(int sx, int sy);
gdImagePtr gdImageCreateFromGif(FILE *fd);
gdImagePtr gdImageCreateFromGd(FILE *in);
gdImagePtr gdImageCreateFromXbm(FILE *fd);
void gdImageDestroy(gdImagePtr im);
void gdImageSetPixel(gdImagePtr im, int x, int y, int color);
int gdImageGetPixel(gdImagePtr im, int x, int y);
void gdImageLine(gdImagePtr im, int x1, int y1, int x2, int y2, int color);
/* For backwards compatibility only. Use gdImageSetStyle()
	for much more flexible line drawing. */
void gdImageDashedLine(gdImagePtr im, int x1, int y1, int x2, int y2, int color);
/* Corners specified (not width and height). Upper left first, lower right
 	second. */
void gdImageRectangle(gdImagePtr im, int x1, int y1, int x2, int y2, int color);
/* Solid bar. Upper left corner first, lower right corner second. */
void gdImageFilledRectangle(gdImagePtr im, int x1, int y1, int x2, int y2, int color);
int gdImageBoundsSafe(gdImagePtr im, int x, int y);
void gdImageChar(gdImagePtr im, gdFontPtr f, int x, int y, int c, int color);
void gdImageCharUp(gdImagePtr im, gdFontPtr f, int x, int y, char c, int color);
void gdImageString(gdImagePtr im, gdFontPtr f, int x, int y, char *s, int color);
void gdImageStringUp(gdImagePtr im, gdFontPtr f, int x, int y, char *s, int color);

/* Point type for use in polygon drawing. */

typedef struct {
	int x, y;
} gdPoint, *gdPointPtr;

void gdImagePolygon(gdImagePtr im, gdPointPtr p, int n, int c);
void gdImageFilledPolygon(gdImagePtr im, gdPointPtr p, int n, int c);

int gdImageColorAllocate(gdImagePtr im, int r, int g, int b);
int gdImageColorClosest(gdImagePtr im, int r, int g, int b);
int gdImageColorExact(gdImagePtr im, int r, int g, int b);
void gdImageColorDeallocate(gdImagePtr im, int color);
void gdImageColorTransparent(gdImagePtr im, int color);
void gdImageGif(gdImagePtr im, FILE *out);
void gdImageGd(gdImagePtr im, FILE *out);
void gdImageArc(gdImagePtr im, int cx, int cy, int w, int h, int s, int e, int color);
void gdImageFillToBorder(gdImagePtr im, int x, int y, int border, int color);
void gdImageFill(gdImagePtr im, int x, int y, int color);
void gdImageCopy(gdImagePtr dst, gdImagePtr src, int dstX, int dstY, int srcX, int srcY, int w, int h);
/* Stretches or shrinks to fit, as needed */
void gdImageCopyResized(gdImagePtr dst, gdImagePtr src, int dstX, int dstY, int srcX, int srcY, int dstW, int dstH, int srcW, int srcH);
void gdImageSetBrush(gdImagePtr im, gdImagePtr brush);
void gdImageSetTile(gdImagePtr im, gdImagePtr tile);
void gdImageSetStyle(gdImagePtr im, int *style, int noOfPixels);
/* On or off (1 or 0) */
void gdImageInterlace(gdImagePtr im, int interlaceArg);

/* Macros to access information about images. READ ONLY. Changing
	these values will NOT have the desired result. */
#define gdImageSX(im) ((im)->sx)
#define gdImageSY(im) ((im)->sy)
#define gdImageColorsTotal(im) ((im)->colorsTotal)
#define gdImageRed(im, c) ((im)->red[(c)])
#define gdImageGreen(im, c) ((im)->green[(c)])
#define gdImageBlue(im, c) ((im)->blue[(c)])
#define gdImageGetTransparent(im) ((im)->transparent)
#define gdImageGetInterlaced(im) ((im)->interlace)
#endif

/* ---------------------------- end gd.h -------------------------------------- */



/* default file extensions */
#define IN_EXT "gm"
#define OUT_EXT "gif"

/* default size of the graph */
#define SX 550
#define SY 425

/* PNMAX: maximal points in polygons */
#define PNMAX 4096
#ifdef __GNUC__
#define fpos_t long
#endif 

/* ---------------------------- global vars -------------------------------------- */

struct options {int reverse, fillx, verbose, sx, sy;}; /* command line options (flags) */
FILE *infile, *outfile;
gdImagePtr im,w[12];
int cidx[13][100];  /* color index table [0][*]: filling, [1-12][*] brush images */
int r[100]={0, 255, 240,   0,  31,   0, 220, 230, 240, 161, 161,   0, 230,   0, 110, 125},
    g[100]={0, 255,   0, 220,  61, 199,   0, 220, 130,   0, 230, 161, 176, 209,   0, 125},
    b[100]={0, 255,   0,   0, 250, 199,  99,  51,  41, 199,  51, 230,  46, 140, 220, 125};

/* ---------------------------- prototypes --------------------------------------- */

void printOptions(char *argv[]); /* print command line options */
void drawLine(gdPoint pnts[],short *pcnt,int wd,int color); /* draw a polygon */
void parseArg(int argc,char *argv[],struct options *o,char **fin, char **fout); /* parse command line */
void openFiles(char **fin, char **fout, short verbose); /* Open files */
void defBGround(gdImagePtr im,short reverse); /* set background */

/* changed gd-library routines */
void gdImagePolygonUnclosed(gdImagePtr im, gdPointPtr p, int n, int c);
void gdImageFilledPolygonx(gdImagePtr im, gdPointPtr p, int n, int c);
extern int gdCompareInt(const void *a, const void *b);

/* --------------------------------------------------------------------------------- */
int main (int argc, char *argv[])  {
   short cmd,opts[4], rotate=0;
   int col=0, wd=0;
   int sx=SX,sy=SY,sh,lly,ury;
   short coldef[100];
   float blowx,blowy;
   gdPoint pnts[PNMAX];                    /* points of a polygon */
   struct options o;                      /* command line options */
   register int  i,j;
   short pcnt,fcnt;
   char *fin=NULL,*fout=NULL,*fout_new=NULL;              /* file names */
   fpos_t infile_pos;
   short width[12] = {                      /* width (units: .001 inch) */
               2 ,7 ,10 ,14 ,17 ,20 ,
	       24 ,27 ,31 ,34 ,38 ,41 };

   o.reverse=o.verbose=o.fillx=o.sx=o.sy=0;
   for(i=0;i<13;i++)
     for(j=0;j<100;j++) cidx[i][j]=-1;
   for(i=0;i<16;i++) coldef[i]=1;
   for(i=16;i<100;i++) coldef[i]=0;

  parseArg(argc,argv,&o,&fin,&fout);     /* Parse command line arguments */
  openFiles(&fin,&fout,o.verbose);                  /* open files */

  /* Translate metafile */

  fcnt = 1;
  while (1) {
    fread (&cmd, sizeof(short), 1, infile);

    if (cmd==-11){				/* Draw to */
      fread (opts, sizeof(short), 2, infile);
      pnts[++pcnt].x=opts[0]*blowx;
      pnts[pcnt].y= sy-opts[1]*blowy;
    }
    else if (cmd==-10){				/* Move to */
      if (pcnt) drawLine(pnts,&pcnt,wd,col);
      fread ((char *) opts, sizeof(short), 2, infile);
      pnts[pcnt].x=opts[0]*blowx;
      pnts[pcnt].y= sy-opts[1]*blowy;
    }
    else if (cmd==-4) {				/* Set line width */
      if (pcnt) drawLine(pnts,&pcnt,wd,col);
      fread ((char *)opts, sizeof(short), 2, infile);
      i = opts[0];
      if (i>12) i=12;
      else if (i<1) i=1;
      wd=width[i-1]*blowx+1;
    }
    else if (cmd==-3) {				/* Set color */
      if (pcnt) drawLine(pnts,&pcnt,wd,col);
      fread ((char *)opts, sizeof(short), 1, infile);
      col = opts[0];
      if (col<0) col=0;
      if (col>255) col=255; 
      if (!(coldef[i])) col=15;
      if(o.reverse){
	  if(col==1) col=0;
	  else if(col==0) col=1;
      }
    }
    else if (cmd==-7){				/* Start fill */
      fread ((char *)opts, sizeof(short), 1, infile);
    }
    else if (cmd==-8){				/* End fill */
      if (pcnt>1)
        if(cidx[0][col]<0){
	  cidx[0][col]=gdImageColorAllocate(im, r[col],g[col],b[col]);
	}
        if(o.fillx) gdImageFilledPolygon(im, pnts, ++pcnt, cidx[0][col]);
        else gdImageFilledPolygonx(im, pnts, ++pcnt, cidx[0][col]);
        pcnt=0;
    }
    else if (cmd==-6){				/* Rectangle fill */
      if (pcnt) drawLine(pnts,&pcnt,wd,col);
      fread ((char *)opts, sizeof(short), 4, infile);
      lly=sy-opts[2]*blowy;
      ury=sy-opts[3]*blowy;
        if(cidx[0][col]<0)
	  cidx[0][col]=gdImageColorAllocate(im, r[col],g[col],b[col]);
      gdImageFilledRectangle(im, (int) opts[0]*blowx,ury,
			     (int) opts[1]*blowx,lly, cidx[0][col]);
    }
    else if (cmd==-9) {				/* End of plotting */
      if(o.verbose) printf ("Number of pages = %i\n",fcnt);
      /*       gdImageInterlace(im, 1); */
      gdImageGif(im, outfile);
      fclose(outfile);
      gdImageDestroy(im);
      return(0);
    }
    else if (cmd==-1) {				/* Start of plotting */
      fread ((char *)opts, sizeof(short), 2, infile);
      if(opts[0]15 && i<100) {
	  r[i]=opts[1];
	  g[i]=opts[2];
	  b[i]=opts[3];
	  coldef[i]=1;
      }
    }
    else if (cmd==-20) {		/* Draw button -- ignore */
      fread ((char *)opts, sizeof(short), 1, infile);
    }
    else {
       printf ("Fatal error: Invalid command \"%i\" found in metafile\"%s\".\n",cmd,fin);
       printf ("Is \"%s\" really a GrADS (v1.5 or higher) metafile?\n",fin);
      return(1);
    }
  }
}
/* --------------------------------------------------------------------------------- */
/* --------------------------------------------------------------------------------- */

void defBGround(gdImagePtr im, short reverse){
    if(reverse) 
         cidx[0][1]=gdImageColorAllocate(im, 255, 255, 255); /* white background */
    else
         cidx[0][0]=gdImageColorAllocate(im, 0, 0, 0);       /* black background */
    return;
}

/* --------------------------------------------------------------------------------- */

void drawLine(gdPoint pnts[],short *pcnt,int wd, int col){
    if(cidx[wd][col]<0)
      cidx[wd][col]=gdImageColorAllocate(w[wd-1],r[col],g[col],b[col]);
    gdImageFilledRectangle(w[wd-1],0,0,wd,wd, cidx[wd][col]);
    gdImageSetBrush(im, w[wd-1]);
    if(*pcnt>1) gdImagePolygonUnclosed(im, pnts, (*pcnt)+1, gdBrushed);
    else gdImageLine(im, pnts[0].x, pnts[0].y,pnts[1].x,pnts[1].y,gdBrushed);
   *pcnt=0;
   return;
}
/* --------------------------------------------------------------------------------- */
void parseArg(int argc,char *argv[],struct options *o,char **fin, char **fout){
     register int i,j;
     if(argc==1) printOptions(argv);
     for (i=1;ifillx = 1;
           else if (*(argv[i]+j)=='o') {*fout = argv[++i];break;}
           else if (*(argv[i]+j)=='r') o->reverse = 1;
           else if (*(argv[i]+j)=='x') {
	     sscanf(argv[++i],"%d",&(o->sx));break;
	   }
           else if (*(argv[i]+j)=='y') {
	     sscanf(argv[++i],"%d",&(o->sy));break;
	   }
           else if (*(argv[i]+j)=='v') {
	       o->verbose = 1;
	       printf("This is gxgif $Revision: 1.5 $, $Date: 2009/04/30 15:25:31 $\n");
	   }
           else { 
	     fprintf(stderr,"Unknown option: %s\n\n",argv[i]);
	     printOptions(argv);
	     exit(1);
	   }
         }
       }
      else  /* No command line "-" */
        *fin=argv[i];
    }
    return;
}
/* --------------------------------------------------------------------------------- */

void printOptions(char *argv[]){
       fprintf(stderr,"%s%s%s","Usage: ",argv[0],
	   " [-hrv -x  -y  -i [."  IN_EXT
           "] -o ] [[."IN_EXT"]].\n");
       fprintf(stderr,"Options:\n");
       fprintf(stderr,"     -i   [."IN_EXT"].\n");;
       fprintf(stderr,"     -h   Fill polygons horizontally.\n");
       fprintf(stderr,"     -o    (default: basename(in_file)."OUT_EXT", '-' = stdout).\n");
       fprintf(stderr,"     -r   Black background.\n");
       fprintf(stderr,"     -v   Verbose.\n");
       fprintf(stderr,"     -x   # pixels horizontally.\n");
       fprintf(stderr,"     -y   # pixels vertically.\n");
     exit(8);
     }
/* --------------------------------------------------------------------------------- */

void openFiles(char **fin, char **fout,short verbose){ /* Open files */
  int i;

  if (*fin==NULL) {
    *fin = (char *) malloc(sizeof(char)*150);
     fgets(*fin,150,stdin);
     printf("read infile = %s\n",*fin);
  }
  infile = fopen(*fin ,"rb");
  if (infile == NULL) {
    *fin=strcat(*fin,"."IN_EXT);
    infile = fopen(*fin,"rb");
    if (infile == NULL) {
      (*fin)[strlen(*fin)-3]='\0';
      printf ("Input file %s[."IN_EXT"] not found.\n",*fin);
      exit(1);
    }
  }
  if (*fout==NULL) {
    *fout = (char *) malloc(sizeof(char)*150);
    strcpy(*fout,*fin);
    for (i=strlen(*fout)-1;i>=0;i--) {
      if((*fout)[i]=='.') {strcpy((*fout)+i+1,OUT_EXT);
	break;
      }
      if(i==0){strcpy((*fout)+strlen(*fout),"."OUT_EXT);}
    }
  }
  if(strcmp(*fout,"-")==0) outfile=stdout;
  else outfile = fopen(*fout,"wb");
  if (outfile==NULL) {
    printf ("Error opening output file %s \n",*fout);
    exit(1);
  }
  if(verbose) {
    printf("GrADS metafile: %s\n",*fin);
    if(strcmp(*fout,"-")==0) printf("output to stdout\n");
    else printf("GIF-file: %s\n",*fout);
  }
  return;
}
/* --------------------------------------------------------------------------------- */
void gdImagePolygonUnclosed(gdImagePtr im, gdPointPtr p, int n, int c)
{
        int i;
        int lx, ly;
        if (!n) {
                return;
        }
        lx = p->x;
        ly = p->y;
        /* gdImageLine(im, lx, ly, p[n-1].x, p[n-1].y, c); */
        for (i=1; (i < n); i++) {
                p++;
                gdImageLine(im, lx, ly, p->x, p->y, c);
                lx = p->x;
                ly = p->y;
        }
}       

/* --------------------------------------------------------------------------------- */
	
void gdImageFilledPolygonx(gdImagePtr im, gdPointPtr p, int n, int c)
{
	int i;
	int x;
	int x1, x2;
	int ints;
	if (!n) {
		return;
	}
	if (!im->polyAllocated) {
		im->polyInts = (int *) malloc(sizeof(int) * n);
		im->polyAllocated = n;
	}		
	if (im->polyAllocated < n) {
		while (im->polyAllocated < n) {
			im->polyAllocated *= 2;
		}	
		im->polyInts = (int *) realloc(im->polyInts,
			sizeof(int) * im->polyAllocated);
	}
	x1 = p[0].x;
	x2 = p[0].x;
	for (i=1; (i < n); i++) {
		if (p[i].x < x1) {
			x1 = p[i].x;
		}
		if (p[i].x > x2) {
			x2 = p[i].x;
		}
	}
	for (x=x1; (x <= x2); x++) {
		int interLast = 0;
		int dirLast = 0;
		int interFirst = 1;
		ints = 0;
		for (i=0; (i <= n); i++) {
			int y1, y2;
			int x1, x2;
			int dir;
			int ind1, ind2;
			int lastInd1 = 0;
			if ((i == n) || (!i)) {
				ind1 = n-1;
				ind2 = 0;
			} else {
				ind1 = i-1;
				ind2 = i;
			}
			x1 = p[ind1].x;
			x2 = p[ind2].x;
			if (x1 < x2) {
				x1 = p[ind1].x;
				x2 = p[ind2].x;
				y1 = p[ind1].y;
				y2 = p[ind2].y;
				dir = -1;
			} else if (x1 > x2) {
				x2 = p[ind1].x;
				x1 = p[ind2].x;
				y2 = p[ind1].y;
				y1 = p[ind2].y;
				dir = 1;
			} else {
				/* Horizontal; just draw it */
				gdImageLine(im, 
					 x1, p[ind1].y, 
					x1, p[ind2].y, 
					c);
				continue;
			}
			if ((x >= x1) && (x <= x2)) {
				int inter = 
					(x-x1) * (y2-y1) / (x2-x1) + y1;
				/* Only count intersections once
					except at maxima and minima. Also, 
					if two consecutive intersections are
					endpoints of the same horizontal line
					that is not at a maxima or minima,	
					discard the leftmost of the two. */
				if (!interFirst) {
					if ((p[ind1].x == p[lastInd1].x) &&
						(p[ind1].y != p[lastInd1].y)) {
						if (dir == dirLast) {
							if (inter > interLast) {
								/* Replace the old one */
								im->polyInts[ints] = inter;
							} else {
								/* Discard this one */
							}	
							continue;
						}
					}
					if (inter == interLast) {
						if (dir == dirLast) {
							continue;
						}
					}
				} 
				if (i > 0) {
					im->polyInts[ints++] = inter;
				}
				lastInd1 = i;
				dirLast = dir;
				interLast = inter;
				interFirst = 0;
			}
		}
		qsort(im->polyInts, ints, sizeof(int), gdCompareInt);
		for (i=0; (i < (ints-1)); i+=2) {
			gdImageLine(im, x, im->polyInts[i],
				 x, im->polyInts[i+1],  c);
		}
	}
}
/* ---------------------------- begin gd.c -------------------------------------- */
static void gdImageBrushApply(gdImagePtr im, int x, int y);
static void gdImageTileApply(gdImagePtr im, int x, int y);

gdImagePtr gdImageCreate(int sx, int sy)
{
	int i;
	gdImagePtr im;
	im = (gdImage *) malloc(sizeof(gdImage));
	im->pixels = (unsigned char **) malloc(sizeof(unsigned char *) * sx);
	im->polyInts = 0;
	im->polyAllocated = 0;
	im->brush = 0;
	im->tile = 0;
	im->style = 0;
	for (i=0; (ipixels[i] = (unsigned char *) calloc(
			sy, sizeof(unsigned char));
	}	
	im->sx = sx;
	im->sy = sy;
	im->colorsTotal = 0;
	im->transparent = (-1);
	im->interlace = 0;
	return im;
}

void gdImageDestroy(gdImagePtr im)
{
	int i;
	for (i=0; (isx); i++) {
		free(im->pixels[i]);
	}	
	free(im->pixels);
	if (im->polyInts) {
			free(im->polyInts);
	}
	if (im->style) {
		free(im->style);
	}
	free(im);
}

int gdImageColorClosest(gdImagePtr im, int r, int g, int b)
{
	int i;
	long rd, gd, bd;
	int ct = (-1);
	long mindist = 0;
	for (i=0; (i<(im->colorsTotal)); i++) {
		long dist;
		if (im->open[i]) {
			continue;
		}
		rd = (im->red[i] - r);	
		gd = (im->green[i] - g);
		bd = (im->blue[i] - b);
		dist = rd * rd + gd * gd + bd * bd;
		if ((i == 0) || (dist < mindist)) {
			mindist = dist;	
			ct = i;
		}
	}
	return ct;
}

int gdImageColorExact(gdImagePtr im, int r, int g, int b)
{
	int i;
	for (i=0; (i<(im->colorsTotal)); i++) {
		if (im->open[i]) {
			continue;
		}
		if ((im->red[i] == r) && 
			(im->green[i] == g) &&
			(im->blue[i] == b)) {
			return i;
		}
	}
	return -1;
}

int gdImageColorAllocate(gdImagePtr im, int r, int g, int b)
{
	int i;
	int ct = (-1);
	for (i=0; (i<(im->colorsTotal)); i++) {
		if (im->open[i]) {
			ct = i;
			break;
		}
	}	
	if (ct == (-1)) {
		ct = im->colorsTotal;
		if (ct == gdMaxColors) {
			return -1;
		}
		im->colorsTotal++;
	}
	im->red[ct] = r;
	im->green[ct] = g;
	im->blue[ct] = b;
	im->open[ct] = 0;
	return ct;
}

void gdImageColorDeallocate(gdImagePtr im, int color)
{
	/* Mark it open. */
	im->open[color] = 1;
}

void gdImageColorTransparent(gdImagePtr im, int color)
{
	im->transparent = color;
}

void gdImageSetPixel(gdImagePtr im, int x, int y, int color)
{
	int p;
	switch(color) {
		case gdStyled:
		if (!im->style) {
			/* Refuse to draw if no style is set. */
			return;
		} else {
			p = im->style[im->stylePos++];
		}
		if (p != (gdTransparent)) {
			gdImageSetPixel(im, x, y, p);
		}
		im->stylePos = im->stylePos %  im->styleLength;
		break;
		case gdStyledBrushed:
		if (!im->style) {
			/* Refuse to draw if no style is set. */
			return;
		}
		p = im->style[im->stylePos++];
		if ((p != gdTransparent) && (p != 0)) {
			gdImageSetPixel(im, x, y, gdBrushed);
		}
		im->stylePos = im->stylePos %  im->styleLength;
		break;
		case gdBrushed:
		gdImageBrushApply(im, x, y);
		break;
		case gdTiled:
		gdImageTileApply(im, x, y);
		break;
		default:
		if (gdImageBoundsSafe(im, x, y)) {
			 im->pixels[x][y] = color;
		}
		break;
	}
}

static void gdImageBrushApply(gdImagePtr im, int x, int y)
{
	int lx, ly;
	int hy;
	int hx;
	int x1, y1, x2, y2;
	int srcx, srcy;
	if (!im->brush) {
		return;
	}
	hy = gdImageSY(im->brush)/2;
	y1 = y - hy;
	y2 = y1 + gdImageSY(im->brush);	
	hx = gdImageSX(im->brush)/2;
	x1 = x - hx;
	x2 = x1 + gdImageSX(im->brush);
	srcy = 0;
	for (ly = y1; (ly < y2); ly++) {
		srcx = 0;
		for (lx = x1; (lx < x2); lx++) {
			int p;
			p = gdImageGetPixel(im->brush, srcx, srcy);
			/* Allow for non-square brushes! */
			if (p != gdImageGetTransparent(im->brush)) {
				gdImageSetPixel(im, lx, ly,
					im->brushColorMap[p]);
			}
			srcx++;
		}
		srcy++;
	}	
}		

static void gdImageTileApply(gdImagePtr im, int x, int y)
{
	int srcx, srcy;
	int p;
	if (!im->tile) {
		return;
	}
	srcx = x % gdImageSX(im->tile);
	srcy = y % gdImageSY(im->tile);
	p = gdImageGetPixel(im->tile, srcx, srcy);
	/* Allow for transparency */
	if (p != gdImageGetTransparent(im->tile)) {
		gdImageSetPixel(im, x, y,
			im->tileColorMap[p]);
	}
}		

int gdImageGetPixel(gdImagePtr im, int x, int y)
{
	if (gdImageBoundsSafe(im, x, y)) {
		return im->pixels[x][y];
	} else {
		return 0;
	}
}

/* Bresenham as presented in Foley & Van Dam */

void gdImageLine(gdImagePtr im, int x1, int y1, int x2, int y2, int color)
{
	int dx, dy, incr1, incr2, d, x, y, xend, yend, xdirflag, ydirflag;
	dx = abs(x2-x1);
	dy = abs(y2-y1);
	if (dy <= dx) {
		d = 2*dy - dx;
		incr1 = 2*dy;
		incr2 = 2 * (dy - dx);
		if (x1 > x2) {
			x = x2;
			y = y2;
			ydirflag = (-1);
			xend = x1;
		} else {
			x = x1;
			y = y1;
			ydirflag = 1;
			xend = x2;
		}
		gdImageSetPixel(im, x, y, color);
		if (((y2 - y1) * ydirflag) > 0) {
			while (x < xend) {
				x++;
				if (d <0) {
					d+=incr1;
				} else {
					y++;
					d+=incr2;
				}
				gdImageSetPixel(im, x, y, color);
			}
		} else {
			while (x < xend) {
				x++;
				if (d <0) {
					d+=incr1;
				} else {
					y--;
					d+=incr2;
				}
				gdImageSetPixel(im, x, y, color);
			}
		}		
	} else {
		d = 2*dx - dy;
		incr1 = 2*dx;
		incr2 = 2 * (dx - dy);
		if (y1 > y2) {
			y = y2;
			x = x2;
			yend = y1;
			xdirflag = (-1);
		} else {
			y = y1;
			x = x1;
			yend = y2;
			xdirflag = 1;
		}
		gdImageSetPixel(im, x, y, color);
		if (((x2 - x1) * xdirflag) > 0) {
			while (y < yend) {
				y++;
				if (d <0) {
					d+=incr1;
				} else {
					x++;
					d+=incr2;
				}
				gdImageSetPixel(im, x, y, color);
			}
		} else {
			while (y < yend) {
				y++;
				if (d <0) {
					d+=incr1;
				} else {
					x--;
					d+=incr2;
				}
				gdImageSetPixel(im, x, y, color);
			}
		}
	}
}


int gdImageBoundsSafe(gdImagePtr im, int x, int y)
{
	return (!(((y < 0) || (y >= im->sy)) ||
		((x < 0) || (x >= im->sx))));
}


/* Code drawn from ppmtogif.c, from the pbmplus package
**
** Based on GIFENCOD by David Rowley . A
** Lempel-Zim compression based on "compress".
**
** Modified by Marcel Wijkstra 
**
** Copyright (C) 1989 by Jef Poskanzer.
**
** Permission to use, copy, modify, and distribute this software and its
** documentation for any purpose and without fee is hereby granted, provided
** that the above copyright notice appear in all copies and that both that
** copyright notice and this permission notice appear in supporting
** documentation.  This software is provided "as is" without express or
** implied warranty.
**
** The Graphics Interchange Format(c) is the Copyright property of
** CompuServe Incorporated.  GIF(sm) is a Service Mark property of
** CompuServe Incorporated.
*/

/*
 * a code_int must be able to hold 2**GIFBITS values of type int, and also -1
 */
typedef int             code_int;

#ifdef SIGNED_COMPARE_SLOW
typedef unsigned long int count_int;
typedef unsigned short int count_short;
#else /*SIGNED_COMPARE_SLOW*/
typedef long int          count_int;
#endif /*SIGNED_COMPARE_SLOW*/

static int colorstobpp(int colors);
static void BumpPixel (void);
static int GIFNextPixel (gdImagePtr im);
static void GIFEncode (FILE *fp, int GWidth, int GHeight, int GInterlace, int Background, int Transparent, int BitsPerPixel, int *Red, int *Green, int *Blue, gdImagePtr im);
static void Putword (int w, FILE *fp);
static void compress (int init_bits, FILE *outfile, gdImagePtr im);
static void output (code_int code);
static void cl_block (void);
static void cl_hash (register count_int hsize);
static void char_init (void);
static void char_out (int c);
static void flush_char (void);
/* Allows for reuse */
static void init_statics(void);

void gdImageGif(gdImagePtr im, FILE *out)
{
	int interlace, transparent, BitsPerPixel;
	interlace = im->interlace;
	transparent = im->transparent;

	BitsPerPixel = colorstobpp(im->colorsTotal);
	/* Clear any old values in statics strewn through the GIF code */
	init_statics();
	/* All set, let's do it. */
	GIFEncode(
		out, im->sx, im->sy, interlace, 0, transparent, BitsPerPixel,
		im->red, im->green, im->blue, im);
}

static int
colorstobpp(int colors)
{
    int bpp = 0;

    if ( colors <= 2 )
        bpp = 1;
    else if ( colors <= 4 )
        bpp = 2;
    else if ( colors <= 8 )
        bpp = 3;
    else if ( colors <= 16 )
        bpp = 4;
    else if ( colors <= 32 )
        bpp = 5;
    else if ( colors <= 64 )
        bpp = 6;
    else if ( colors <= 128 )
        bpp = 7;
    else if ( colors <= 256 )
        bpp = 8;
    return bpp;
    }

/*****************************************************************************
 *
 * GIFENCODE.C    - GIF Image compression interface
 *
 * GIFEncode( FName, GHeight, GWidth, GInterlace, Background, Transparent,
 *            BitsPerPixel, Red, Green, Blue, gdImagePtr )
 *
 *****************************************************************************/

#define TRUE 1
#define FALSE 0

static int Width, Height;
static int curx, cury;
static long CountDown;
static int Pass = 0;
static int Interlace;

/*
 * Bump the 'curx' and 'cury' to point to the next pixel
 */
static void
BumpPixel(void)
{
        /*
         * Bump the current X position
         */
        ++curx;

        /*
         * If we are at the end of a scan line, set curx back to the beginning
         * If we are interlaced, bump the cury to the appropriate spot,
         * otherwise, just increment it.
         */
        if( curx == Width ) {
                curx = 0;

                if( !Interlace )
                        ++cury;
                else {
                     switch( Pass ) {

                       case 0:
                          cury += 8;
                          if( cury >= Height ) {
                                ++Pass;
                                cury = 4;
                          }
                          break;

                       case 1:
                          cury += 8;
                          if( cury >= Height ) {
                                ++Pass;
                                cury = 2;
                          }
                          break;

                       case 2:
                          cury += 4;
                          if( cury >= Height ) {
                             ++Pass;
                             cury = 1;
                          }
                          break;

                       case 3:
                          cury += 2;
                          break;
                        }
                }
        }
}

/*
 * Return the next pixel from the image
 */
static int
GIFNextPixel(gdImagePtr im)
{
        int r;

        if( CountDown == 0 )
                return EOF;

        --CountDown;

        r = gdImageGetPixel(im, curx, cury);

        BumpPixel();

        return r;
}

/* public */

static void
GIFEncode(FILE *fp, int GWidth, int GHeight, int GInterlace, int Background, int Transparent, int BitsPerPixel, int *Red, int *Green, int *Blue, gdImagePtr im)
{
        int B;
        int RWidth, RHeight;
        int LeftOfs, TopOfs;
        int Resolution;
        int ColorMapSize;
        int InitCodeSize;
        int i;

        Interlace = GInterlace;

        ColorMapSize = 1 << BitsPerPixel;

        RWidth = Width = GWidth;
        RHeight = Height = GHeight;
        LeftOfs = TopOfs = 0;

        Resolution = BitsPerPixel;

        /*
         * Calculate number of bits we are expecting
         */
        CountDown = (long)Width * (long)Height;

        /*
         * Indicate which pass we are on (if interlace)
         */
        Pass = 0;

        /*
         * The initial code size
         */
        if( BitsPerPixel <= 1 )
                InitCodeSize = 2;
        else
                InitCodeSize = BitsPerPixel;

        /*
         * Set up the current x and y position
         */
        curx = cury = 0;

        /*
         * Write the Magic header
         */
        fwrite( Transparent < 0 ? "GIF87a" : "GIF89a", 1, 6, fp );

        /*
         * Write out the screen width and height
         */
        Putword( RWidth, fp );
        Putword( RHeight, fp );

        /*
         * Indicate that there is a global colour map
         */
        B = 0x80;       /* Yes, there is a color map */

        /*
         * OR in the resolution
         */
        B |= (Resolution - 1) << 5;

        /*
         * OR in the Bits per Pixel
         */
        B |= (BitsPerPixel - 1);

        /*
         * Write it out
         */
        fputc( B, fp );

        /*
         * Write out the Background colour
         */
        fputc( Background, fp );

        /*
         * Byte of 0's (future expansion)
         */
        fputc( 0, fp );

        /*
         * Write out the Global Colour Map
         */
        for( i=0; i= 0 ) {
	    fputc( '!', fp );
	    fputc( 0xf9, fp );
	    fputc( 4, fp );
	    fputc( 1, fp );
	    fputc( 0, fp );
	    fputc( 0, fp );
	    fputc( (unsigned char) Transparent, fp );
	    fputc( 0, fp );
	}

        /*
         * Write an Image separator
         */
        fputc( ',', fp );

        /*
         * Write the Image header
         */

        Putword( LeftOfs, fp );
        Putword( TopOfs, fp );
        Putword( Width, fp );
        Putword( Height, fp );

        /*
         * Write out whether or not the image is interlaced
         */
        if( Interlace )
                fputc( 0x40, fp );
        else
                fputc( 0x00, fp );

        /*
         * Write out the initial code size
         */
        fputc( InitCodeSize, fp );

        /*
         * Go and actually compress the data
         */
        compress( InitCodeSize+1, fp, im );

        /*
         * Write out a Zero-length packet (to end the series)
         */
        fputc( 0, fp );

        /*
         * Write the GIF file terminator
         */
        fputc( ';', fp );
}

/*
 * Write out a word to the GIF file
 */
static void
Putword(int w, FILE *fp)
{
        fputc( w & 0xff, fp );
        fputc( (w / 256) & 0xff, fp );
}


/***************************************************************************
 *
 *  GIFCOMPR.C       - GIF Image compression routines
 *
 *  Lempel-Ziv compression based on 'compress'.  GIF modifications by
 *  David Rowley (mgardi@watdcsu.waterloo.edu)
 *
 ***************************************************************************/

/*
 * General DEFINEs
 */

#define GIFBITS    12

#define HSIZE  5003            /* 80% occupancy */

#ifdef NO_UCHAR
 typedef char   char_type;
#else /*NO_UCHAR*/
 typedef        unsigned char   char_type;
#endif /*NO_UCHAR*/

/*
 *
 * GIF Image compression - modified 'compress'
 *
 * Based on: compress.c - File compression ala IEEE Computer, June 1984.
 *
 * By Authors:  Spencer W. Thomas       (decvax!harpo!utah-cs!utah-gr!thomas)
 *              Jim McKie               (decvax!mcvax!jim)
 *              Steve Davies            (decvax!vax135!petsd!peora!srd)
 *              Ken Turkowski           (decvax!decwrl!turtlevax!ken)
 *              James A. Woods          (decvax!ihnp4!ames!jaw)
 *              Joe Orost               (decvax!vax135!petsd!joe)
 *
 */
#include 

#define ARGVAL() (*++(*argv) || (--argc && *++argv))

static int n_bits;                        /* number of bits/code */
static int maxbits = GIFBITS;                /* user settable max # bits/code */
static code_int maxcode;                  /* maximum code, given n_bits */
static code_int maxmaxcode = (code_int)1 << GIFBITS; /* should NEVER generate this code */
#ifdef COMPATIBLE               /* But wrong! */
# define MAXCODE(n_bits)        ((code_int) 1 << (n_bits) - 1)
#else /*COMPATIBLE*/
# define MAXCODE(n_bits)        (((code_int) 1 << (n_bits)) - 1)
#endif /*COMPATIBLE*/

static count_int htab [HSIZE];
static unsigned short codetab [HSIZE];
#define HashTabOf(i)       htab[i]
#define CodeTabOf(i)    codetab[i]

static code_int hsize = HSIZE;                 /* for dynamic table sizing */

/*
 * To save much memory, we overlay the table used by compress() with those
 * used by decompress().  The tab_prefix table is the same size and type
 * as the codetab.  The tab_suffix table needs 2**GIFBITS characters.  We
 * get this from the beginning of htab.  The output stack uses the rest
 * of htab, and contains characters.  There is plenty of room for any
 * possible stack (stack used to be 8000 characters).
 */

#define tab_prefixof(i) CodeTabOf(i)
#define tab_suffixof(i)        ((char_type*)(htab))[i]
#define de_stack               ((char_type*)&tab_suffixof((code_int)1< 0 )
            goto probe;
nomatch:
        output ( (code_int) ent );
        ++out_count;
        ent = c;
#ifdef SIGNED_COMPARE_SLOW
        if ( (unsigned) free_ent < (unsigned) maxmaxcode) {
#else /*SIGNED_COMPARE_SLOW*/
        if ( free_ent < maxmaxcode ) {  /* } */
#endif /*SIGNED_COMPARE_SLOW*/
            CodeTabOf (i) = free_ent++; /* code -> hashtable */
            HashTabOf (i) = fcode;
        } else
                cl_block();
    }
    /*
     * Put out the final code.
     */
    output( (code_int)ent );
    ++out_count;
    output( (code_int) EOFCode );
}

/*****************************************************************
 * TAG( output )
 *
 * Output the given code.
 * Inputs:
 *      code:   A n_bits-bit integer.  If == -1, then EOF.  This assumes
 *              that n_bits =< (long)wordsize - 1.
 * Outputs:
 *      Outputs code to the file.
 * Assumptions:
 *      Chars are 8 bits long.
 * Algorithm:
 *      Maintain a GIFBITS character long buffer (so that 8 codes will
 * fit in it exactly).  Use the VAX insv instruction to insert each
 * code in turn.  When the buffer fills up empty it and start over.
 */

static unsigned long cur_accum = 0;
static int cur_bits = 0;

static unsigned long masks[] = { 0x0000, 0x0001, 0x0003, 0x0007, 0x000F,
                                  0x001F, 0x003F, 0x007F, 0x00FF,
                                  0x01FF, 0x03FF, 0x07FF, 0x0FFF,
                                  0x1FFF, 0x3FFF, 0x7FFF, 0xFFFF };

static void
output(code_int code)
{
    cur_accum &= masks[ cur_bits ];

    if( cur_bits > 0 )
        cur_accum |= ((long)code << cur_bits);
    else
        cur_accum = code;

    cur_bits += n_bits;

    while( cur_bits >= 8 ) {
        char_out( (unsigned int)(cur_accum & 0xff) );
        cur_accum >>= 8;
        cur_bits -= 8;
    }

    /*
     * If the next entry is going to be too big for the code size,
     * then increase it, if possible.
     */
   if ( free_ent > maxcode || clear_flg ) {

            if( clear_flg ) {

                maxcode = MAXCODE (n_bits = g_init_bits);
                clear_flg = 0;

            } else {

                ++n_bits;
                if ( n_bits == maxbits )
                    maxcode = maxmaxcode;
                else
                    maxcode = MAXCODE(n_bits);
            }
        }

    if( code == EOFCode ) {
        /*
         * At EOF, write the rest of the buffer.
         */
        while( cur_bits > 0 ) {
                char_out( (unsigned int)(cur_accum & 0xff) );
                cur_accum >>= 8;
                cur_bits -= 8;
        }

        flush_char();

        fflush( g_outfile );

        if( ferror( g_outfile ) )
		return;
    }
}

/*
 * Clear out the hash table
 */
static void
cl_block (void)             /* table clear for block compress */
{

        cl_hash ( (count_int) hsize );
        free_ent = ClearCode + 2;
        clear_flg = 1;

        output( (code_int)ClearCode );
}

static void
cl_hash(register count_int hsize)          /* reset code table */
                         
{

        register count_int *htab_p = htab+hsize;

        register long i;
        register long m1 = -1;

        i = hsize - 16;
        do {                            /* might use Sys V memset(3) here */
                *(htab_p-16) = m1;
                *(htab_p-15) = m1;
                *(htab_p-14) = m1;
                *(htab_p-13) = m1;
                *(htab_p-12) = m1;
                *(htab_p-11) = m1;
                *(htab_p-10) = m1;
                *(htab_p-9) = m1;
                *(htab_p-8) = m1;
                *(htab_p-7) = m1;
                *(htab_p-6) = m1;
                *(htab_p-5) = m1;
                *(htab_p-4) = m1;
                *(htab_p-3) = m1;
                *(htab_p-2) = m1;
                *(htab_p-1) = m1;
                htab_p -= 16;
        } while ((i -= 16) >= 0);

        for ( i += 16; i > 0; --i )
                *--htab_p = m1;
}

/******************************************************************************
 *
 * GIF Specific routines
 *
 ******************************************************************************/

/*
 * Number of characters so far in this 'packet'
 */
static int a_count;

/*
 * Set up the 'byte output' routine
 */
static void
char_init(void)
{
        a_count = 0;
}

/*
 * Define the storage for the packet accumulator
 */
static char accum[ 256 ];

/*
 * Add a character to the end of the current packet, and if it is 254
 * characters, flush the packet to disk.
 */
static void
char_out(int c)
{
        accum[ a_count++ ] = c;
        if( a_count >= 254 )
                flush_char();
}

/*
 * Flush the packet to disk, and reset the accumulator
 */
static void
flush_char(void)
{
        if( a_count > 0 ) {
                fputc( a_count, g_outfile );
                fwrite( accum, 1, a_count, g_outfile );
                a_count = 0;
        }
}

static void init_statics(void) {
	/* Some of these are properly initialized later. What I'm doing
		here is making sure code that depends on C's initialization
		of statics doesn't break when the code gets called more
		than once. */
	Width = 0;
	Height = 0;
	curx = 0;
	cury = 0;
	CountDown = 0;
	Pass = 0;
	Interlace = 0;
	a_count = 0;
	cur_accum = 0;
	cur_bits = 0;
	g_init_bits = 0;
	g_outfile = 0;
	ClearCode = 0;
	EOFCode = 0;
	free_ent = 0;
	clear_flg = 0;
	offset = 0;
	in_count = 1;
	out_count = 0;	
	hsize = HSIZE;
	n_bits = 0;
	maxbits = GIFBITS;
	maxcode = 0;
	maxmaxcode = (code_int)1 << GIFBITS;
}


/* +-------------------------------------------------------------------+ */
/* | Copyright 1990, 1991, 1993, David Koblas.  (koblas@netcom.com)    | */
/* |   Permission to use, copy, modify, and distribute this software   | */
/* |   and its documentation for any purpose and without fee is hereby | */
/* |   granted, provided that the above copyright notice appear in all | */
/* |   copies and that both that copyright notice and this permission  | */
/* |   notice appear in supporting documentation.  This software is    | */
/* |   provided "as is" without express or implied warranty.           | */
/* +-------------------------------------------------------------------+ */


#define        MAXCOLORMAPSIZE         256

#define        TRUE    1
#define        FALSE   0

#define CM_RED         0
#define CM_GREEN       1
#define CM_BLUE                2

#define        MAX_LWZ_BITS            12

#define INTERLACE              0x40
#define LOCALCOLORMAP  0x80
#define BitSet(byte, bit)      (((byte) & (bit)) == (bit))

#define        ReadOK(file,buffer,len) (fread(buffer, len, 1, file) != 0)

#define LM_to_uint(a,b)                        (((b)<<8)|(a))

/* We may eventually want to use this information, but def it out for now */
#if 0
static struct {
       unsigned int    Width;
       unsigned int    Height;
       unsigned char   ColorMap[3][MAXCOLORMAPSIZE];
       unsigned int    BitPixel;
       unsigned int    ColorResolution;
       unsigned int    Background;
       unsigned int    AspectRatio;
} GifScreen;
#endif

static struct {
       int     transparent;
       int     delayTime;
       int     inputFlag;
       int     disposal;
} Gif89 = { -1, -1, -1, 0 };

static int ReadColorMap (FILE *fd, int number, unsigned char (*buffer)[256]);
static int DoExtension (FILE *fd, int label, int *Transparent);
static int GetDataBlock (FILE *fd, unsigned char *buf);
static int GetCode (FILE *fd, int code_size, int flag);
static int LWZReadByte (FILE *fd, int flag, int input_code_size);
static void ReadImage (gdImagePtr im, FILE *fd, int len, int height, unsigned char (*cmap)[256], int interlace, int ignore);

int ZeroDataBlock;

gdImagePtr
gdImageCreateFromGif(FILE *fd)
{
       int imageNumber;
       int BitPixel;
       int ColorResolution;
       int Background;
       int AspectRatio;
       int Transparent = (-1);
       unsigned char   buf[16];
       unsigned char   c;
       unsigned char   ColorMap[3][MAXCOLORMAPSIZE];
       unsigned char   localColorMap[3][MAXCOLORMAPSIZE];
       int             imw, imh;
       int             useGlobalColormap;
       int             bitPixel;
       int             imageCount = 0;
       char            version[4];
       gdImagePtr im = 0;
       ZeroDataBlock = FALSE;

       imageNumber = 1;
       if (! ReadOK(fd,buf,6)) {
		return 0;
	}
       if (strncmp((char *)buf,"GIF",3) != 0) {
		return 0;
	}
       strncpy(version, (char *)buf + 3, 3);
       version[3] = '\0';

       if ((strcmp(version, "87a") != 0) && (strcmp(version, "89a") != 0)) {
		return 0;
	}
       if (! ReadOK(fd,buf,7)) {
		return 0;
	}
       BitPixel        = 2<<(buf[4]&0x07);
       ColorResolution = (int) (((buf[4]&0x70)>>3)+1);
       Background      = buf[5];
       AspectRatio     = buf[6];

       if (BitSet(buf[4], LOCALCOLORMAP)) {    /* Global Colormap */
               if (ReadColorMap(fd, BitPixel, ColorMap)) {
			return 0;
		}
       }
       for (;;) {
               if (! ReadOK(fd,&c,1)) {
                       return 0;
               }
               if (c == ';') {         /* GIF terminator */
                       int i;
                       if (imageCount < imageNumber) {
                               return 0;
                       }
                       /* Terminator before any image was declared! */
                       if (!im) {
                              return 0;
                       }
		       /* Check for open colors at the end, so
                          we can reduce colorsTotal and ultimately
                          BitsPerPixel */
                       for (i=((im->colorsTotal-1)); (i>=0); i--) {
                               if (im->open[i]) {
                                       im->colorsTotal--;
                               } else {
                                       break;
                               }
                       } 
                       return im;
               }

               if (c == '!') {         /* Extension */
                       if (! ReadOK(fd,&c,1)) {
                               return 0;
                       }
                       DoExtension(fd, c, &Transparent);
                       continue;
               }

               if (c != ',') {         /* Not a valid start character */
                       continue;
               }

               ++imageCount;

               if (! ReadOK(fd,buf,9)) {
	               return 0;
               }

               useGlobalColormap = ! BitSet(buf[8], LOCALCOLORMAP);

               bitPixel = 1<<((buf[8]&0x07)+1);

               imw = LM_to_uint(buf[4],buf[5]);
               imh = LM_to_uint(buf[6],buf[7]);
	       if (!(im = gdImageCreate(imw, imh))) {
			 return 0;
	       }
               im->interlace = BitSet(buf[8], INTERLACE);
               if (! useGlobalColormap) {
                       if (ReadColorMap(fd, bitPixel, localColorMap)) { 
                                 return 0;
                       }
                       ReadImage(im, fd, imw, imh, localColorMap, 
                                 BitSet(buf[8], INTERLACE), 
                                 imageCount != imageNumber);
               } else {
                       ReadImage(im, fd, imw, imh,
                                 ColorMap, 
                                 BitSet(buf[8], INTERLACE), 
                                 imageCount != imageNumber);
               }
               if (Transparent != (-1)) {
                       gdImageColorTransparent(im, Transparent);
               }	   
       }
}

static int
ReadColorMap(FILE *fd, int number, unsigned char (*buffer)[256])
{
       int             i;
       unsigned char   rgb[3];


       for (i = 0; i < number; ++i) {
               if (! ReadOK(fd, rgb, sizeof(rgb))) {
                       return TRUE;
               }
               buffer[CM_RED][i] = rgb[0] ;
               buffer[CM_GREEN][i] = rgb[1] ;
               buffer[CM_BLUE][i] = rgb[2] ;
       }


       return FALSE;
}

static int
DoExtension(FILE *fd, int label, int *Transparent)
{
       static unsigned char     buf[256];

       switch (label) {
       case 0xf9:              /* Graphic Control Extension */
               (void) GetDataBlock(fd, (unsigned char*) buf);
               Gif89.disposal    = (buf[0] >> 2) & 0x7;
               Gif89.inputFlag   = (buf[0] >> 1) & 0x1;
               Gif89.delayTime   = LM_to_uint(buf[1],buf[2]);
               if ((buf[0] & 0x1) != 0)
                       *Transparent = buf[3];

               while (GetDataBlock(fd, (unsigned char*) buf) != 0)
                       ;
               return FALSE;
       default:
               break;
       }
       while (GetDataBlock(fd, (unsigned char*) buf) != 0)
               ;

       return FALSE;
}

static int
GetDataBlock(FILE *fd, unsigned char *buf)
{
       unsigned char   count;

       if (! ReadOK(fd,&count,1)) {
               return -1;
       }

       ZeroDataBlock = count == 0;

       if ((count != 0) && (! ReadOK(fd, buf, count))) {
               return -1;
       }

       return count;
}

static int
GetCode(FILE *fd, int code_size, int flag)
{
       static unsigned char    buf[280];
       static int              curbit, lastbit, done, last_byte;
       int                     i, j, ret;
       unsigned char           count;

       if (flag) {
               curbit = 0;
               lastbit = 0;
               done = FALSE;
               return 0;
       }

       if ( (curbit+code_size) >= lastbit) {
               if (done) {
                       if (curbit >= lastbit) {
                                /* Oh well */
                       }                        
                       return -1;
               }
               buf[0] = buf[last_byte-2];
               buf[1] = buf[last_byte-1];

               if ((count = GetDataBlock(fd, &buf[2])) == 0)
                       done = TRUE;

               last_byte = 2 + count;
               curbit = (curbit - lastbit) + 16;
               lastbit = (2+count)*8 ;
       }

       ret = 0;
       for (i = curbit, j = 0; j < code_size; ++i, ++j)
               ret |= ((buf[ i / 8 ] & (1 << (i % 8))) != 0) << j;

       curbit += code_size;

       return ret;
}

static int
LWZReadByte(FILE *fd, int flag, int input_code_size)
{
       static int      fresh = FALSE;
       int             code, incode;
       static int      code_size, set_code_size;
       static int      max_code, max_code_size;
       static int      firstcode, oldcode;
       static int      clear_code, end_code;
       static int      table[2][(1<< MAX_LWZ_BITS)];
       static int      stack[(1<<(MAX_LWZ_BITS))*2], *sp;
       register int    i;

       if (flag) {
               set_code_size = input_code_size;
               code_size = set_code_size+1;
               clear_code = 1 << set_code_size ;
               end_code = clear_code + 1;
               max_code_size = 2*clear_code;
               max_code = clear_code+2;

               GetCode(fd, 0, TRUE);
               
               fresh = TRUE;

               for (i = 0; i < clear_code; ++i) {
                       table[0][i] = 0;
                       table[1][i] = i;
               }
               for (; i < (1< stack)
               return *--sp;

       while ((code = GetCode(fd, code_size, FALSE)) >= 0) {
               if (code == clear_code) {
                       for (i = 0; i < clear_code; ++i) {
                               table[0][i] = 0;
                               table[1][i] = i;
                       }
                       for (; i < (1< 0)
                               ;

                       if (count != 0)
                       return -2;
               }

               incode = code;

               if (code >= max_code) {
                       *sp++ = firstcode;
                       code = oldcode;
               }

               while (code >= clear_code) {
                       *sp++ = table[1][code];
                       if (code == table[0][code]) {
                               /* Oh well */
                       }
                       code = table[0][code];
               }

               *sp++ = firstcode = table[1][code];

               if ((code = max_code) <(1<= max_code_size) &&
                               (max_code_size < (1< stack)
                       return *--sp;
       }
       return code;
}

static void
ReadImage(gdImagePtr im, FILE *fd, int len, int height, unsigned char (*cmap)[256], int interlace, int ignore)
{
       unsigned char   c;      
       int             v;
       int             xpos = 0, ypos = 0, pass = 0;
       int i;
       /* Stash the color map into the image */
       for (i=0; (ired[i] = cmap[CM_RED][i];	
               im->green[i] = cmap[CM_GREEN][i];	
               im->blue[i] = cmap[CM_BLUE][i];	
               im->open[i] = 1;
       }
       /* Many (perhaps most) of these colors will remain marked open. */
       im->colorsTotal = gdMaxColors;
       /*
       **  Initialize the Compression routines
       */
       if (! ReadOK(fd,&c,1)) {
               return; 
       }
       if (LWZReadByte(fd, TRUE, c) < 0) {
               return;
       }

       /*
       **  If this is an "uninteresting picture" ignore it.
       */
       if (ignore) {
               while (LWZReadByte(fd, FALSE, c) >= 0)
                       ;
               return;
       }

       while ((v = LWZReadByte(fd,FALSE,c)) >= 0 ) {
               /* This how we recognize which colors are actually used. */
               if (im->open[v]) {
                       im->open[v] = 0;
               }
               gdImageSetPixel(im, xpos, ypos, v);
               ++xpos;
               if (xpos == len) {
                       xpos = 0;
                       if (interlace) {
                               switch (pass) {
                               case 0:
                               case 1:
                                       ypos += 8; break;
                               case 2:
                                       ypos += 4; break;
                               case 3:
                                       ypos += 2; break;
                               }

                               if (ypos >= height) {
                                       ++pass;
                                       switch (pass) {
                                       case 1:
                                               ypos = 4; break;
                                       case 2:
                                               ypos = 2; break;
                                       case 3:
                                               ypos = 1; break;
                                       default:
                                               goto fini;
                                       }
                               }
                       } else {
                               ++ypos;
                       }
               }
               if (ypos >= height)
                       break;
       }

fini:
       if (LWZReadByte(fd,FALSE,c)>=0) {
               /* Ignore extra */
       }
}

void gdImageRectangle(gdImagePtr im, int x1, int y1, int x2, int y2, int color)
{
	gdImageLine(im, x1, y1, x2, y1, color);		
	gdImageLine(im, x1, y2, x2, y2, color);		
	gdImageLine(im, x1, y1, x1, y2, color);
	gdImageLine(im, x2, y1, x2, y2, color);
}

void gdImageFilledRectangle(gdImagePtr im, int x1, int y1, int x2, int y2, int color)
{
	int x, y;
	for (y=y1; (y<=y2); y++) {
		for (x=x1; (x<=x2); x++) {
			gdImageSetPixel(im, x, y, color);
		}
	}
}

int gdGetWord(int *result, FILE *in)
{
	int r;
	r = getc(in);
	if (r == EOF) {
		return 0;
	}
	*result = r << 8;
	r = getc(in);	
	if (r == EOF) {
		return 0;
	}
	*result += r;
	return 1;
}

void gdPutWord(int w, FILE *out)
{
	putc((unsigned char)(w >> 8), out);
	putc((unsigned char)(w & 0xFF), out);
}

int gdGetByte(int *result, FILE *in)
{
	int r;
	r = getc(in);
	if (r == EOF) {
		return 0;
	}
	*result = r;
	return 1;
}

gdImagePtr gdImageCreateFromGd(FILE *in)
{
	int sx, sy;
	int x, y;
	int i;
	gdImagePtr im;
	if (!gdGetWord(&sx, in)) {
		goto fail1;
	}
	if (!gdGetWord(&sy, in)) {
		goto fail1;
	}
	im = gdImageCreate(sx, sy);
	if (!gdGetByte(&im->colorsTotal, in)) {
		goto fail2;
	}
	if (!gdGetWord(&im->transparent, in)) {
		goto fail2;
	}
	if (im->transparent == 257) {
		im->transparent = (-1);
	}
	for (i=0; (ired[i], in)) {
			goto fail2;
		}
		if (!gdGetByte(&im->green[i], in)) {
			goto fail2;
		}
		if (!gdGetByte(&im->blue[i], in)) {
			goto fail2;
		}
	}	
	for (y=0; (ypixels[x][y] = ch;
		}
	}
	return im;
fail2:
	gdImageDestroy(im);
fail1:
	return 0;
}
	
void gdImageGd(gdImagePtr im, FILE *out)
{
	int x, y;
	int i;
	int trans;
	gdPutWord(im->sx, out);
	gdPutWord(im->sy, out);
	putc((unsigned char)im->colorsTotal, out);
	trans = im->transparent;
	if (trans == (-1)) {
		trans = 257;
	}	
	gdPutWord(trans, out);
	for (i=0; (ired[i], out);
		putc((unsigned char)im->green[i], out);	
		putc((unsigned char)im->blue[i], out);	
	}
	for (y=0; (y < im->sy); y++) {	
		for (x=0; (x < im->sx); x++) {	
			putc((unsigned char)im->pixels[x][y], out);
		}
	}
}

gdImagePtr
gdImageCreateFromXbm(FILE *fd)
{
	gdImagePtr im;	
	int bit;
	int w, h;
	int bytes;
	int ch;
	int i, x, y;
	char *sp;
	char s[161];
	if (!fgets(s, 160, fd)) {
		return 0;
	}
	sp = &s[0];
	/* Skip #define */
	sp = strchr(sp, ' ');
	if (!sp) {
		return 0;
	}
	/* Skip width label */
	sp++;
	sp = strchr(sp, ' ');
	if (!sp) {
		return 0;
	}
	/* Get width */
	w = atoi(sp + 1);
	if (!w) {
		return 0;
	}
	if (!fgets(s, 160, fd)) {
		return 0;
	}
	sp = s;
	/* Skip #define */
	sp = strchr(sp, ' ');
	if (!sp) {
		return 0;
	}
	/* Skip height label */
	sp++;
	sp = strchr(sp, ' ');
	if (!sp) {
		return 0;
	}
	/* Get height */
	h = atoi(sp + 1);
	if (!h) {
		return 0;
	}
	/* Skip declaration line */
	if (!fgets(s, 160, fd)) {
		return 0;
	}
	bytes = (w * h / 8) + 1;
	im = gdImageCreate(w, h);
	gdImageColorAllocate(im, 255, 255, 255);
	gdImageColorAllocate(im, 0, 0, 0);
	x = 0;
	y = 0;
	for (i=0; (i < bytes); i++) {
		char h[3];
		int b;
		/* Skip spaces, commas, CRs, 0x */
		while(1) {
			ch = getc(fd);
			if (ch == EOF) {
				goto fail;
			}
			if (ch == 'x') {
				break;
			}	
		}
		/* Get hex value */
		ch = getc(fd);
		if (ch == EOF) {
			goto fail;
		}
		h[0] = ch;
		ch = getc(fd);
		if (ch == EOF) {
			goto fail;
		}
		h[1] = ch;
		h[2] = '\0';
		sscanf(h, "%x", &b);		
		for (bit = 1; (bit <= 128); (bit = bit << 1)) {
			gdImageSetPixel(im, x++, y, (b & bit) ? 1 : 0);	
			if (x == im->sx) {
				x = 0;
				y++;
				if (y == im->sy) {
					return im;
				}
				/* Fix 8/8/95 */
				break;
			}
		}
	}
	/* Shouldn't happen */
	fprintf(stderr, "Error: bug in gdImageCreateFromXbm!\n");
	return 0;
fail:
	gdImageDestroy(im);
	return 0;
}

void gdImagePolygon(gdImagePtr im, gdPointPtr p, int n, int c)
{
	int i;
	int lx, ly;
	if (!n) {
		return;
	}
	lx = p->x;
	ly = p->y;
	gdImageLine(im, lx, ly, p[n-1].x, p[n-1].y, c);
	for (i=1; (i < n); i++) {
		p++;
		gdImageLine(im, lx, ly, p->x, p->y, c);
		lx = p->x;
		ly = p->y;
	}
}	
	
int gdCompareInt(const void *a, const void *b);
	
void gdImageFilledPolygon(gdImagePtr im, gdPointPtr p, int n, int c)
{
	int i;
	int y;
	int y1, y2;
	int ints;
	if (!n) {
		return;
	}
	if (!im->polyAllocated) {
		im->polyInts = (int *) malloc(sizeof(int) * n);
		im->polyAllocated = n;
	}		
	if (im->polyAllocated < n) {
		while (im->polyAllocated < n) {
			im->polyAllocated *= 2;
		}	
		im->polyInts = (int *) realloc(im->polyInts,
			sizeof(int) * im->polyAllocated);
	}
	y1 = p[0].y;
	y2 = p[0].y;
	for (i=1; (i < n); i++) {
		if (p[i].y < y1) {
			y1 = p[i].y;
		}
		if (p[i].y > y2) {
			y2 = p[i].y;
		}
	}
	for (y=y1; (y <= y2); y++) {
		int interLast = 0;
		int dirLast = 0;
		int interFirst = 1;
		ints = 0;
		for (i=0; (i <= n); i++) {
			int x1, x2;
			int y1, y2;
			int dir;
			int ind1, ind2;
			int lastInd1 = 0;
			if ((i == n) || (!i)) {
				ind1 = n-1;
				ind2 = 0;
			} else {
				ind1 = i-1;
				ind2 = i;
			}
			y1 = p[ind1].y;
			y2 = p[ind2].y;
			if (y1 < y2) {
				y1 = p[ind1].y;
				y2 = p[ind2].y;
				x1 = p[ind1].x;
				x2 = p[ind2].x;
				dir = -1;
			} else if (y1 > y2) {
				y2 = p[ind1].y;
				y1 = p[ind2].y;
				x2 = p[ind1].x;
				x1 = p[ind2].x;
				dir = 1;
			} else {
				/* Horizontal; just draw it */
				gdImageLine(im, 
					p[ind1].x, y1, 
					p[ind2].x, y1,
					c);
				continue;
			}
			if ((y >= y1) && (y <= y2)) {
				int inter = 
					(y-y1) * (x2-x1) / (y2-y1) + x1;
				/* Only count intersections once
					except at maxima and minima. Also, 
					if two consecutive intersections are
					endpoints of the same horizontal line
					that is not at a maxima or minima,	
					discard the leftmost of the two. */
				if (!interFirst) {
					if ((p[ind1].y == p[lastInd1].y) &&
						(p[ind1].x != p[lastInd1].x)) {
						if (dir == dirLast) {
							if (inter > interLast) {
								/* Replace the old one */
								im->polyInts[ints] = inter;
							} else {
								/* Discard this one */
							}	
							continue;
						}
					}
					if (inter == interLast) {
						if (dir == dirLast) {
							continue;
						}
					}
				} 
				if (i > 0) {
					im->polyInts[ints++] = inter;
				}
				lastInd1 = i;
				dirLast = dir;
				interLast = inter;
				interFirst = 0;
			}
		}
		qsort(im->polyInts, ints, sizeof(int), gdCompareInt);
		for (i=0; (i < (ints-1)); i+=2) {
			gdImageLine(im, im->polyInts[i], y,
				im->polyInts[i+1], y, c);
		}
	}
}
	
int gdCompareInt(const void *a, const void *b)
{
	return (*(const int *)a) - (*(const int *)b);
}

void gdImageSetStyle(gdImagePtr im, int *style, int noOfPixels)
{
	if (im->style) {
		free(im->style);
	}
	im->style = (int *) 
		malloc(sizeof(int) * noOfPixels);
	memcpy(im->style, style, sizeof(int) * noOfPixels);
	im->styleLength = noOfPixels;
	im->stylePos = 0;
}

void gdImageSetBrush(gdImagePtr im, gdImagePtr brush)
{
	int i;
	im->brush = brush;
	for (i=0; (i < gdImageColorsTotal(brush)); i++) {
		int index;
		index = gdImageColorExact(im, 
			gdImageRed(brush, i),
			gdImageGreen(brush, i),
			gdImageBlue(brush, i));
		if (index == (-1)) {
			index = gdImageColorAllocate(im,
				gdImageRed(brush, i),
				gdImageGreen(brush, i),
				gdImageBlue(brush, i));
			if (index == (-1)) {
				index = gdImageColorClosest(im,
					gdImageRed(brush, i),
					gdImageGreen(brush, i),
					gdImageBlue(brush, i));
			}
		}
		im->brushColorMap[i] = index;
	}
}
	
void gdImageSetTile(gdImagePtr im, gdImagePtr tile)
{
	int i;
	im->tile = tile;
	for (i=0; (i < gdImageColorsTotal(tile)); i++) {
		int index;
		index = gdImageColorExact(im, 
			gdImageRed(tile, i),
			gdImageGreen(tile, i),
			gdImageBlue(tile, i));
		if (index == (-1)) {
			index = gdImageColorAllocate(im,
				gdImageRed(tile, i),
				gdImageGreen(tile, i),
				gdImageBlue(tile, i));
			if (index == (-1)) {
				index = gdImageColorClosest(im,
					gdImageRed(tile, i),
					gdImageGreen(tile, i),
					gdImageBlue(tile, i));
			}
		}
		im->tileColorMap[i] = index;
	}
}

void gdImageInterlace(gdImagePtr im, int interlaceArg)
{
	im->interlace = interlaceArg;
}

grads-2.0.1/src/gaio.c0000644000175000017500000044014111640403370015620 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty and Jennifer Adams */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include "grads.h"
#include 
#include 
#include 
#include 
#if USENETCDF == 1
#include "netcdf.h"
#endif
#if USEHDF ==1
#include "mfhdf.h"
#endif
#if USEHDF5 ==1
#include "hdf5.h"
#endif

/* global struct for warning level setting */
extern struct gamfcmn mfcmn;

gaint garead (off_t, gaint, gadouble *, char *);
off_t gafcorlf (gaint, gaint, gaint, gaint, gaint);

/* Global pointers for this file */
static struct gafile *pfi;
static struct gagrid *pgr;
static struct gavar *pvr;
static struct gaindx *pindx;
static struct gaindxb *pindxb;
static gaint timerr;
static gaint msgflg=1;
static char pout[256]; 

/* For STNDALN, routines included are gaopfn, gaopnc, and gaophdf */
#ifndef STNDALN

/* GRIB I/O caching.  GRIB data is chached, as well as the bit
   maps, if present.  Sometimes the expanded bit map is cached. */
static char *cache;             /* I/O cache for GRIB */
static unsigned char *bcache;   /* Bit map cache */
static gaint cflag=0;           /* cache flag */
static gaint bcflag=0;          /* Bit cache flag */
static off_t bpsav = (off_t)-999;      /* Bit cache pointer */
static gaint bssav = -999;      /* Bit cache size */
static gaint *bpcach;           /* expanded bit map cache */

/* Station data I/O caching.  We will cache fairly small I/O
   requests that fit within the specified size buffer.  If the buffer
   gets overfilled, we just forget the caching.  */
static gaint scflg = 0;         /* Anything cached? */
static gaint scuca = 0;         /* Can use cache for this request */
static gaint scerr = 0;         /* Buffer full? */
static gaint scok;              /* Ok to fill buffer */
static gaint scpnt;             /* Current cache offset */
static gaint scseq;             /* File sequence of last request */
static struct gastn scstn;      /* Previous request */
static char *scbuf=NULL;        /* Cache */


#if GRIB2
/* GRIB2 I/O cache */
static struct gag2indx *g2indx;
static struct g2anchor *anchor;
static gaint debug=0;
#define MAXG2CACHE 500100100
#endif

/* Size of cache */
#define SCNUM 50000


/* Routine resets flag to allow warning in regards to interpolation */
void gaiomg () {
  msgflg = 1;
}

/* Routine to obtain a grid.  The addresses of the gagrid
   structure is passed to this routine.  The storage for the
   grid is obtained and the grid is filled with data.                 */

gaint gaggrd (struct gagrid *pgrid) {
  gadouble *gr;
  char *gru;
  gaint x,i,id,jd,d[5],dx[5];
  gaint incr,rc,dflag,size;
  size_t sz;
#if USEHDF5==1
  hid_t dsid,vid;
  char *vname;
#endif

  if (cflag) gree(cache,"f105");
  cache = NULL;
  cflag = 0;
  if (bcflag) {
    gree(bcache,"f106");
    gree(bpcach,"f107");
  }
  bcache = NULL;
  bpcach = NULL;
  bcflag = 0;
  bssav = -999;
  bpsav = (off_t)-999;

  pgr = pgrid;
  pvr = pgr->pvar;
  pfi = pgr->pfile;
  timerr = 0;
  if (pfi->idxflg==1) { 
    pindx  = pfi->pindx;
    pindxb = pfi->pindxb;
  }
#if GRIB2
  if (pfi->idxflg==2) g2indx = pfi->g2indx;
#endif
  if (pfi->ppflag && msgflg) {
    gaprnt (2,"Notice:  Automatic Grid Interpolation Taking Place\n");
    msgflg = 0;
  }

  if (pfi->type==4) {
    rc = gagdef();
    return (rc);
  }

  /* Check dimensions we were given */
  if (pgr->idim < -1 || pgr->idim > 4 ||
      pgr->jdim < -1 || pgr->jdim > 4 ||
      (pgr->idim == -1 && pgr->jdim!=-1)) {
    snprintf(pout,255,"Internal logic check 16:  %i %i  \n", pgr->idim, pgr->jdim);
    gaprnt (0,pout);
    return (16);
  }

  /* Calc sizes and get storage for the grid */
  id = pgr->idim;
  jd = pgr->jdim;
  if (id > -1)  pgr->isiz = pgr->dimmax[id] - pgr->dimmin[id] + 1;
  else pgr->isiz = 1;
  if (jd > -1)  pgr->jsiz = pgr->dimmax[jd] - pgr->dimmin[jd] + 1;
  else pgr->jsiz = 1;
  size = pgr->isiz*pgr->jsiz;
  if (size>1) {
    /* this is for the grid */
    sz  = (size_t)size * sizeof(gadouble);
    gr = (gadouble *)galloc(sz,"gr");
    if (gr==NULL) {
      gaprnt (0,"Memory Allocation Error:  grid storage \n");
      return (1);
    }
    pgr->grid = gr;
    /* this is for the undef mask */
    sz = size * sizeof(char);
    gru = (char *)galloc(sz,"gru");
    if (gru==NULL) {
      gaprnt (0,"Memory Allocation Error:  undef grid storage \n");
      return (1);
    }
    pgr->umask = gru;
  } 
  else {
    pgr->grid = &(pgr->rmin);
    gr = pgr->grid;
    pgr->umask = &(pgr->umin);  
    gru = pgr->umask;
  }

  /* Handle predefined variable */
  if (pvr->levels<-900) {
    rc = gagpre();
    return (rc);
  }

  /* set minimum and maximum grid indices */
  for (i=0; i<5; i++) {
    d[i]  = pgr->dimmin[i]; 
    dx[i] = pfi->dnum[i];
  }
  /* adjust max Z index so it doesn't exceed the number of levels for this variable */
  dx[2] = pvr->levels;
  if (dx[2]==0) {        
    if (id==2 || jd==2) goto nozdat;
    dx[2] = 1;
    d[2] = 1;
  }

  incr = pgr->isiz;

  /* If X does not vary, make sure the X coordinate is normalized.    */
  if (id!=0 && pfi->wrap) {
    x=pgr->dimmin[0];
    while (x<1) x=x+dx[0];
    while (x>dx[0]) x=x-dx[0];
    pgr->dimmin[0]=x;
    pgr->dimmax[0]=x;
    d[0] = x;
  }

  /* If any of the non-varying dimensions are out of bounds of the
     file dimension limits, then we have a grid of missing data.
     Check for this.                                                  */
  for (i=0; i<5; i++) {
    if (id!=i && jd!=i &&          /* dim i is non-varying */
	(d[i]<1 || d[i]>dx[i])) {  /* dim index is <1 or >max dim size */
      /* returned grid will be missing, except for one special case ... */
      /* ... allow a time index offset (offt) equal to 0 */
      if (i!=3 || pgr->toff!=1 || d[i]!=0)   /* same as !(i==3 && pgr->toff==1 && d[i]==0) */
	goto nodat;
    }
  }

  /* Break out point for reading 2D netcdf grids (for special cases) */
  /* JMA still need to optimize handling of OPeNDAP pre-projected grids */
  if ((pgr->toff != 1) &&          /* if t value is not an offset */
      (pfi->ncflg==1) &&           /* format is netcdf */
      (pfi->ppflag==0) &&          /* no pdef */
      (pfi->tmplat==0)) {          /* not templated */
    /* check the variable id, get variable attributes */
    rc = gancsetup();          
    if (rc) return(rc);
    /* get the 2D grid */
    rc = gancgrid(gr,gru,id,jd);
    if (rc<0) goto nodat;
    return (rc);
  }

#if USEHDF5==1
  /* For non-templated HDF5 data sets, file is already open, 
     but we still need to open the variable and set it up */ 
  if (pfi->tmplat==0 && pfi->ncflg==3) {
    /* check of variable is already opened */
    if (pvr->h5varflg < 0) {   
      /* get the variable name */
      if (pvr->longnm[0] != '\0')
	vname = pvr->longnm;
      else
	vname = pvr->abbrv;
      /* open the variable */
      rc = h5openvar(pfi->h5id,vname,&dsid,&vid);
      if (rc) {
	pvr->h5vid = -888;
	snprintf(pout,255,"Error: Variable %s not in HDF5 file\n",vname);
	gaprnt(0,pout);
	return (rc); 
      }
      /* No errors, so continue with variable set up */
      pvr->dataspace = dsid;
      pvr->h5varflg = vid;
      /* if we haven't looked at this variable before ... */
      if (pvr->h5vid == -999) {  
	/* get undef & packing attributes, check cache size */
	rc = h5setup();   
	if (rc) return (rc);
      }
      /* set h5-relevant variables in the gavar structure */
      pvr->h5vid = (gaint)vid; 
    }
  }
#endif

  /* Handle case where X varies. */
  dflag = 0;
  if ( id == 0 ) {
    if (jd<0) jd = 1;      

    for (d[jd]=pgr->dimmin[jd]; d[jd]<=pgr->dimmax[jd]; d[jd]++) {

      if (d[jd]<1 || d[jd]>dx[jd]) {
        for (i=0; iundef;
	  *(gru+i) = 0;
	}
      } 
      else {
        rc = gagrow(gr, gru, d);
        if (rc > 0 ) return (1);
        if (rc==0) dflag=1;
      }
      gr += incr;
      gru += incr;
    }
    if (!dflag) goto nodatmsg;
    return (0);
  }

  /* Handle cases where X does not vary. Read each point in the grid seperately. */
  if (jd<0) {
    if (id<0) { id=0; jd=1; }
    else jd=0;
  }
  for (d[jd]=pgr->dimmin[jd]; d[jd]<=pgr->dimmax[jd]; d[jd]++) {
    if (d[jd]<1 || d[jd]>dx[jd]) {
      for (i=0; iundef;
	*gru = 0;
      }
    } else {
      for (d[id]=pgr->dimmin[id]; d[id]<=pgr->dimmax[id]; d[id]++) {
        if (d[id]<1 || d[id]>dx[id]) {
	  *gr = pgr->undef;
	  *gru = 0;
	}
        else {
          rc = garrow (d[0], d[1], d[2], d[3], d[4], 1, gr, gru, pgr->toff);  
          if (rc != 0 ) return (1);
          dflag=1;
        }
        gr++; gru++;
      }
    }
  }
  if (!dflag) goto nodatmsg;

  return (0);

nozdat:
  if(mfcmn.warnflg>0) {
    gaprnt (1,"Data Request Warning:  Varying Z dimension environment...\n");
    gaprnt (1,"  but the requested variable has no Z dimension\n");
    gaprnt (2,"  Entire grid contents are set to missing data \n");
  }
  for (i=0; iundef;  
    *gru = 0;
  }
  return (-1);

nodat:
  for (i=0; iundef;  
    *gru = 0;
  }

nodatmsg:
  if(mfcmn.warnflg>0) {
    gaprnt (1,"Data Request Warning:  Request is completely outside file limits\n");
    gaprnt (2,"  Entire grid contents are set to missing data \n");
    snprintf(pout,255,"  Grid limits of file:     X = 1 %i  Y = 1 %i  Z = 1 %i  T = 1 %i  E = 1 %i \n",
	     pfi->dnum[0],pfi->dnum[1],pfi->dnum[2],pfi->dnum[3],pfi->dnum[4]);
    gaprnt (2,pout);
    snprintf(pout,255,"  Grid limits of request:  X = %i %i  Y = %i %i  Z = %i %i  T = %i %i  E = %i %i \n",
	     pgr->dimmin[0],pgr->dimmax[0],
	     pgr->dimmin[1],pgr->dimmax[1],
	     pgr->dimmin[2],pgr->dimmax[2],
	     pgr->dimmin[3],pgr->dimmax[3],
	     pgr->dimmin[4],pgr->dimmax[4]);
    gaprnt (2,pout);
  }
  return (-1);

}


/* gagrow gets a row of data from the file.  The row of data can
   be 'wrapped' if the x direction of the grid spans the globe. 
   return codes:  
    0 if no errors
   -1 if out of bounds
    1 if errors
              
      */

gaint gagrow (gadouble *gr, char *gru, gaint *d) {
gaint rc,i,x,j;
gaint y,z,t,e;

  y = *(d+1);
  z = *(d+2);
  t = *(d+3);
  e = *(d+4);

  /* If the needed data is within the bounds of the file dimensions
     then read the data directly.                                     */
  if (pgr->dimmin[0] >= 1 && pgr->dimmax[0] <= pfi->dnum[0]) {
    rc = garrow (pgr->dimmin[0], y, z, t, e, (pgr->dimmax[0]-pgr->dimmin[0]+1), gr, gru, pgr->toff);
    if (rc != 0 ) return (1);
    return (0);
  }

  /* If the file does not wrap, then read the data directly, if possible.  
     If the requested data lies outside the file's bounds,
     fill in with missing data where appropriate.                   */
  if (!pfi->wrap) {
    if ( pgr->dimmin[0]>=1 && pgr->dimmax[0]<=pfi->dnum[0] ) {
      rc = garrow (pgr->dimmin[0], y, z, t, e, (pgr->dimmax[0]-pgr->dimmin[0]+1), gr, gru, pgr->toff);
      if (rc != 0 ) return (1);
      return (0);
    }
    for (i=0; iisiz; i++) {
      *(gr+i) = pgr->undef;
      *(gru+i) = 0;
    }
    if (pgr->dimmin[0]<1 && pgr->dimmax[0]<1 ) return (-1);
    if (pgr->dimmin[0]>pfi->dnum[0] &&
        pgr->dimmax[0]>pfi->dnum[0] ) return (-1);
    i = 1 - pgr->dimmin[0];
    if (i>0) { gr+=i; gru+=i; }
    i = 1;
    if (pgr->dimmin[0]>1) i = pgr->dimmin[0];
    j = pgr->dimmax[0];
    if (j > pfi->dnum[0]) j = pfi->dnum[0];
    j = 1 + (j - i);
    rc = garrow (i, y, z, t, e, j, gr, gru, pgr->toff);
    if (rc != 0 ) return (1);
    return (0);
  }

  /* When the file wraps, we read the entire row into the row buffer, and
     copy the values as needed into locations in the requested row.    */
  rc = garrow (1, y, z, t, e, pfi->dnum[0], pfi->rbuf, pfi->ubuf, pgr->toff);
  if (rc != 0 ) return (1);
  for (x=pgr->dimmin[0];x<=pgr->dimmax[0];x++) {
    i=x;
    while (i<1) i = i + pfi->dnum[0];
    while (i>pfi->dnum[0]) i = i-(pfi->dnum[0]);    /* Best way??? */
    *gr = *((pfi->rbuf)+i-1);
    *gru = *((pfi->ubuf)+i-1);
    gr++; gru++;
  }
  return (0);
}


/*  Basic read of a row of data elements -- a row is always
    in the X direction, which for grads binary is the fastest
    varying dimension */

  gaint garrow (gaint x, gaint y, gaint z, gaint t, gaint e, 
		gaint len, gadouble *gr, char *gru, gaint toff) {
  struct gaens *ens;
  gaint rc,i=0,tt,ee,oflg;
  off_t fposlf;
#if USEHDF5==1
  char *vname;
  hid_t dsid,vid;
#endif

  /* change t value if offset flag is set */
  if (toff) {
    /* advance through chain of ensemble structure to get to ensemble 'e' */
    ens=pfi->ens1;    
    i=1;
    while (igt + t;
    /* if new t value is outside file's bounds, populate with undefs */  
    if (t<1 || t>pfi->dnum[3]) {
      for (i=0; iundef;
	*(gru+i) = 0;
      }
      return (0);
    }
  }

  tt = t;
  if (pfi->tmplat) {
    tt = gaopfn(t,e,&ee,&oflg,pfi);
    if (tt==-99999) return(1);
    if (tt==-88888) {
      for (i=0; iundef;
	*(gru+i) = 0;
      }
      return (0);
    }
    if (oflg) {
      /* Force new bit map cache if new file opened */
      bpsav = (off_t)-999;    
#if USEHDF5==1
      /* if HDF5, call h5setup and h5openvar if new file opened */
      if (pfi->ncflg==3) {
	/* get the variable name */
	if (pvr->longnm[0] != '\0')
	  vname = pvr->longnm;
	else
	  vname = pvr->abbrv;
	/* open the variable */
	rc = h5openvar(pfi->h5id,vname,&dsid,&vid);
	if (rc) {
	  pvr->h5vid = -888;
	  snprintf(pout,255,"Error: Variable %s not in HDF5 file\n",vname);
	  gaprnt(0,pout);
	  return (rc); 
	}
	/* No errors, so continue with variable set up */
	pvr->dataspace = dsid;
	pvr->h5varflg = vid;
	/* if we haven't looked at this variable before ... */
	if (pvr->h5vid == -999) {  
	  /* get undef & packing attributes, check cache size */
	  rc = h5setup();   
	  if (rc) return (rc);
	}
	/* set h5-relevant variables in the gavar structure */
	pvr->h5vid = (gaint)vid; 
      }
#endif
    }
  }
  else {
    ee = e;  /* set relative ensemble number to e for non-templated data sets */
  }
  
  /* Preprojected (pdef) */
  if (pfi->ppflag) {                             
    if (pfi->idxflg)  
      rc = gaprow (x, y, z, t,  e, tt, len, gr, gru);  /* Grib uses e to read index file */
    else 
      rc = gaprow (x, y, z, t, ee, tt, len, gr, gru);  /* All other data types use ee */
    return (rc);
  }
  /* netcdf */
  if (pfi->ncflg==1) {              
    rc = gancsetup();
    if (rc) return(rc);
     rc = gancrow (x, y, z, tt, ee, len, gr, gru);
    return(rc);
  }
  /* HDF-SDS */
  if (pfi->ncflg==2) {              
    rc = gahrow(x, y, z, tt, ee, len, gr, gru);
    return(rc);
  }
  /* HDF5 grids */
  if (pfi->ncflg==3) {              
    rc = gah5row(x, y, z, tt, ee, len, gr, gru);
    return(rc);
  }
  /* Indexed (grib) */
  if (pfi->idxflg) {               
    rc = gairow (x, y, z, t, e, i, len, gr, gru);  
    return (rc);
  }
  /* if none of the above... binary */
  fposlf = gafcorlf (x, y, z, tt, ee);         
  rc = garead (fposlf, len, gr, gru);
  return (rc);
}
 
 
off_t gafcorlf (gaint x, gaint y, gaint z, gaint t, gaint e) {
off_t pos;
off_t ltmpz,ltmpy,ltmpt,ltmpe;
off_t yy,zz;
off_t levs;
off_t xl, yl, zl, tl, el;

  xl = x;
  yl = y;
  zl = z;
  tl = t;
  el = e;

  levs=(off_t)pvr->levels;
  if(levs == 0) levs=1;
  if (pfi->tlpflg) {
    tl = tl + (off_t)pfi->tlpst;
    if (tl > (off_t)pfi->dnum[3]) tl = tl - (off_t)pfi->dnum[3];
  }

  if (pfi->yrflg) {
    yy = (off_t)pfi->dnum[1] - yl;
  }
  else {
    yy = yl - 1;
  }

  if (pfi->zrflg) {
    if (levs==0) {
      zz = 0;
    }
    else {
      zz = levs - zl;
    }
  } 
  else {
    zz = zl - 1;
  }
  if (pvr->var_t) {
    ltmpe = (el-1)*(off_t)((pfi->dnum[3])*(pfi->vnum)*levs*(pfi->gsiz)); 
    ltmpt = (tl-1)*(off_t)(pfi->gsiz)*levs;
    ltmpz = zz*(off_t)(pfi->gsiz);
    ltmpy = yy*(off_t)(pfi->dnum[0]);
  } else {
    ltmpe=(el-1)*(pfi->dnum[3]*(off_t)pfi->tsiz);
    ltmpt=(tl-1)*((off_t)pfi->tsiz);
    ltmpz=zz*(off_t)(pfi->gsiz); 
    ltmpy=yy*((off_t)pfi->dnum[0]);
  }
  pos = 
    ltmpe + 
      ltmpt +
        (off_t)pvr->offset +
          ltmpz +
            ltmpy +
              (xl-1); 

  if (pfi->xyhdr) pos = pos + (off_t)pfi->xyhdr;
  return (pos);
}

gaint garead (off_t fpos, gaint len, gadouble *gr, char *gru) {
gafloat *fgr;
off_t ffpos;
gaint rc,i;
gaint cnt,*ig;
unsigned char *igr;
char *cgr;
unsigned short usval;
signed short sval;
size_t sz;

  if (pvr->dfrm == 1) {
    ffpos = fpos*(off_t)sizeof(char) + (off_t)pfi->fhdr;
  } 
  else if (pvr->dfrm == 2 || pvr->dfrm == -2 ) {
    ffpos = fpos*2ll + (off_t)pfi->fhdr;
  } 
  else if (pvr->dfrm == 4) {
    ffpos = fpos*4ll + (off_t)pfi->fhdr;
  } 
  else {
    /* use 4 instead of sizeof(gafloat) to read float data */
    ffpos = fpos*4ll + (off_t)pfi->fhdr;
  }
  rc = fseeko(pfi->infile, ffpos, 0);
  if (rc!=0) {
    gaprnt (0,"Low Level I/O Error:  Seek error on data file \n");
    snprintf(pout,255,"  Data file name = %s \n",pfi->name);
    gaprnt (0,pout);
    snprintf(pout,255,"%d rc=%d fpos=%ld pfi->fhdr=%ld\n",__LINE__,rc,(long)fpos,pfi->fhdr);
    gaprnt (0,pout);
    snprintf(pout,255,"  Error occurred when seeking to byte %ld \n",(long)ffpos);
    gaprnt (0,pout);
    return (1);
  }

  if (pvr->dfrm == 1) {                        
    /* read 1-byte data */
    sz = len;
    igr = (unsigned char *)galloc(sz,"igr");
    if (igr==NULL) {
      gaprnt (0,"Memory Allocation Error:  1-byte data storage \n");
      return (1);
    }
    rc = fread (igr, 1, len, pfi->infile);               
    if (rcdfrm == 2 || pvr->dfrm == -2 ) {   
    /* read 2-byte data */
    sz = len*2;
    cgr = (char *)galloc(sz,"cgr");
    if (cgr==NULL) {
      gaprnt (0,"Memory Allocation Error:  2-byte data storage \n");
      return (1);
    }
    rc = fread (cgr, 2, len, pfi->infile);
    if (rcbswap) gabswp2(cgr,len);
    cnt=0;
    if (pvr->dfrm == -2) {
      for(i=0;idfrm == 4) {                     
    /* read 4-byte integers */
    sz = len*4;
    ig = (gaint *)galloc(sz,"ig");
    if (ig==NULL) {
      gaprnt (0,"Memory Allocation Error:  4-byte integer storage \n");
      return (1);
    }
    rc = fread (ig, 4, len, pfi->infile); 
    if (rcbswap) gabswp(ig,len); 
    for(i=0;iinfile); 
    if (rcbswap) gabswp(fgr,len); 
    for(i=0;i= pfi->ulow && *gr <= pfi->uhi) || (isnan(*gr)) || (isinf(*gr))) {
      *gru = 0;
    }
    else {
      *gru = 1;
    }
    gr++; gru++;
  }
  
  return (0);

readerr:
  gaprnt (0,"Low Level I/O Error:  Read error on data file \n");
  snprintf(pout,255,"  Data file name = %s \n",pfi->name);
  gaprnt (0,pout);
  snprintf(pout,255,"  Error reading %ld bytes at location %ld \n",sz,(long)ffpos);
  gaprnt (0,pout);
  return (1);

}

/* Handle a station data request */

gaint gagstn (struct gastn *stn) {
struct rpthdr ghdr, *hdr;
gaint i,j,rc,tim,fnum,rtot,rdw,nsiz;
gaint selflg,oflg,dummy;
off_t fpos=0;
gaint sizhdrf,sizhdrd,sizf,sizd,idum;
gadouble lnmin,lnmax,ltmin,ltmax,hlon;
char ch1[16],ch2[16],*ch;
size_t sz;

  stn->rpt = NULL;
  for (i=0; iblks[i] = NULL;
  }

  if (stn->pfi->bufrflg) {         /* bufrstn */
    rc = getbufr(stn);             /* bufrstn */
    return (rc);                   /* bufrstn */
  }

#if USEGADAP
  if (stn->pfi->dhandle > -999) {  /* dodstn */
    rc = dapget(stn);              /* dodstn */
    return (rc);                   /* dodstn */
  }
#endif

  /* Determine cache situation */
  if (scbuf==NULL && !scerr) {
    sz = SCNUM;
    scbuf = (char *)galloc(sz,"scbuf");
    if (scbuf==NULL) {
      gaprnt (0,"Memory allocation error:  Stn data cache buffer\n");
      gaprnt (0,"  Station data cache disabled\n");
      scerr = 1;
    }
    scflg = 0;
  }

  scuca = 0;
  scpnt = 0;
  if (!scerr) scok = 1;
  if (scflg && stn->pfi->fseq != -999 && scseq == stn->pfi->fseq &&
      scstn.pfi==stn->pfi && scstn.idim==stn->idim &&
      scstn.jdim==stn->jdim && scstn.tmin==stn->tmin &&
      scstn.tmax==stn->tmax && scstn.rflag==stn->rflag &&
      scstn.sflag==stn->sflag) {
    rc = 1;
    if (stn->rflag && scstn.radius!=stn->radius) rc = 0;
    if (stn->sflag) {
      for (i=0; i<8; i++) if (scstn.stid[i]!=stn->stid[i]) rc=0;
    } else {
      if (scstn.dmin[0]!=stn->dmin[0]) rc = 0;
      if (scstn.dmin[1]!=stn->dmin[1]) rc = 0;
      if (scstn.dmax[0]!=stn->dmax[0]) rc = 0;
      if (scstn.dmax[1]!=stn->dmax[1]) rc = 0;
    }
    if (rc) {
      scuca = 1;
      scok = 0;
    }
  }

  pvr = stn->pvar;
  pfi = stn->pfi;
  hdr = &ghdr;

  lnmin = stn->dmin[0]; lnmax = stn->dmax[0];
  ltmin = stn->dmin[1]; ltmax = stn->dmax[1];
  if (stn->rflag) {
    lnmin = lnmin - stn->radius;
    lnmax = lnmax + stn->radius;
    ltmin = ltmin - stn->radius;
    ltmax = ltmax + stn->radius;
  }
  stn->rnum = 0;

  /* set size of the file and data hdr */
  sizhdrf = sizeof(struct rpthdr);
  sizhdrd = sizeof(struct rpthdr);

  /* Loop through times looking for appropriate stations */
  for (tim=stn->tmin; tim<=stn->tmax; tim++) {
    if (tim<1) continue;
    if (tim > pfi->dnum[3]) break;

    if (!scuca && pfi->tmplat) {
      rc = gaopfn(tim,1,&dummy,&oflg,pfi);
      if (rc==-99999) goto err;
      if (rc==-88888) {
        if (scok) {
          hdr->nlev = 0;
          gacstn((char *)hdr, NULL, 0, sizhdrd);
        }
        continue;
      }
    }

    /* Loop through stations for this time looking for valid reports */
    if (!scuca) {
      fpos = *(pfi->tstrt+tim-1);
      rc = gasstn(fpos);
      if (rc) goto err;
    }

    while (1) {
      /* get the header */
      if (scuca) {                             /* from the cache */
	gagcst (sizhdrd, (char *)hdr);
      } else {                                 /* from the file */
        if (pfi->seqflg) {
          rc = garstn(4,(char *)(&rdw),fpos);  
          if (rc) goto err;
          if (pfi->bswap) gabswp((gafloat *)(&rdw),1);
        }
        rc = garstn (sizhdrf, (char *)hdr, fpos);
        if (rc) goto err;
        if (pfi->bswap) gahswp(hdr);
      }

      if (hdr->nlev==0) break;   /* END OF DATA CHECK */

      /* Left justify the station id if there are leading blanks */

      j = 0;
      while (j<7 && hdr->id[0]==' ') {
        for (i=0; i<7; i++) hdr->id[i] = hdr->id[i+1];
        hdr->id[7] = ' ';
        j++;
      }

      /* Determine if we want to read the data portion of this report */
      selflg = 1;
      if (stn->sflag) {
        getwrd (ch1,hdr->id,8);
        lowcas(ch1);
        getwrd(ch2,stn->stid,8);
        if (!cmpwrd(ch1,ch2)) selflg = 0;
      } else {
        hlon = (gadouble)hdr->lon;
        if (hlonlnmax) hlon-=360.0;
        if (hlonlnmax ||
            hdr->latlat>ltmax ) selflg=0;
        if (selflg && stn->rflag &&
            hypot(hlon-stn->dmin[0], hdr->lat-stn->dmin[1])>stn->radius) {
          selflg = 0;
        }
      }

      /* Determine size of the data portion of this report */
      if (hdr->flag) {
	fnum = (hdr->nlev-1) * (pfi->lvnum+1) + pfi->ivnum;
      } else {
	fnum =  hdr->nlev * (pfi->lvnum+1);
      }

      /* calc size of floating point data section in the FILE not the machine */
      sizd=fnum*sizeof(gafloat);
      sizf=fnum*sizeof(gafloat);

      /* Read the data portion of this report, byteswap it if needed,
	 and set exact missing data values if specified.*/
      if (selflg) {
        if (scuca) {                                  /* from the cache */
	  gagcst (sizd, (char *)pfi->sbuf);
        } else {                                       /* from the file */
          if (pfi->seqflg) {
            ch = (char *)(pfi->sbuf);
            nsiz = rdw - sizhdrf;
            if (nsiz>0) {
              rc = garstn(nsiz,ch,fpos);
              if (rc) goto err;
              ch += nsiz;
            }
            rtot = rdw;
            nsiz = sizf + sizhdrf;
            while (rtot<=nsiz) {
              fpos = fpos + rdw + 8;
              rc = gasstn(fpos);
              if (rc) goto err;
              if (rtot==nsiz) break;
              rc = garstn(4,(char *)(&rdw),fpos); 
              if (rc) goto err;
              if (pfi->bswap) gabswp((gafloat *)(&rdw),1);
              rtot +=rdw;
              if (rtot>nsiz) break;
              rc = garstn(rdw,ch,fpos);

              if (rc) goto err;
	      idum=rdw*2;
              ch += idum;
            }
            if (rtot>nsiz) {
              gaprnt (0,"Low Level I/O Error:  Sequential read error\n");
              gaprnt (0,"  Record size exceeds report size\n");
              snprintf(pout,255,"  Data file name = %s \n",pfi->name);
              gaprnt (0,pout);
              goto err;
            }

	  /* normal read -- NON sequential */
          } else {
            rc = garstn (sizf, (char *)pfi->sbuf, fpos+sizhdrf);
            fpos = fpos + sizf + sizhdrf;
            if (rc) goto err;
          }
          if (pfi->bswap) gabswp(pfi->sbuf,fnum);
        }

	/* Test if data read from file or the cache is NaN, Inf, or 
	   if value is within EPSILON of the missing data value.
	   If yes, set undef mask to 0. The undef mask is 1 for valid data */
	for (i=0; isbuf+i) >= pfi->ulow) && (*(pfi->sbuf+i) <= pfi->uhi)) || 
	      (isnan(*(pfi->sbuf+i))) || 
	      (isinf(*(pfi->sbuf+i)))) {
	    *(pfi->ubuf+i) = 0;
	  }
	  else {
	    *(pfi->ubuf+i) = 1;
	  }
	}

        /* Check the data portion for any matches.  */
        rc = gaglvs (tim,hdr,stn);
        if (rc) goto err;

        /* Cache this report if appropriate */
        if (scok) gacstn((char *)hdr,(char *)pfi->sbuf,sizd,sizhdrd);

      /* Skip the data portion of this report.*/
      } else {
        if (scuca) {
          gaprnt (0,"Logic Error 8 in gaio\n");
          goto err;
        }
        if (pfi->seqflg) {
          rtot = rdw;
          sizf += sizhdrf;
          while (rtot<=sizf) {
            fpos = fpos + rdw + 8;
            rc = gasstn(fpos);
            if (rc) goto err;
            if (rtot==sizf) break;
            rc = garstn(4,(char *)(&rdw),fpos);  
            if (rc) goto err;
            if (pfi->bswap) gabswp((float *)(&rdw),1);
            rtot +=rdw;
          }
          if (rtot>sizf) {
            gaprnt (0,"Low Level I/O Error:  Sequential read error\n");
            gaprnt (0,"  Record size exceeds report size\n");
            snprintf(pout,255,"  Data file name = %s \n",pfi->name);
            gaprnt (0,pout);
            goto err;
          }
        } else {
          fpos = fpos + sizf + sizhdrf;
          rc = gasstn(fpos);
          if (rc) goto err;
        }
      }  /* END OF if (scuca) -- use the cache or not */
    }    /* END OF  while (1) */

    if (scok) {
      hdr->nlev = 0;
      gacstn((char *)hdr, NULL, 0,sizhdrd);
    }
  }
  if (scok) {
    scflg = 1;
    scstn = *stn;
    scseq = stn->pfi->fseq;
  } else scflg = 0;
  if (scuca) scflg = 1;
  return (0);

err:
  for (i=0; iblks[i] != NULL) free (stn->blks[i]);
  }
  return (1);
}

/* Select appropriate variable and levels from report, and chain
   them off the stn block.  */

gaint gaglvs (gaint tim, struct rpthdr *hdr, struct gastn *stn) {
struct garpt *rpt;
gafloat *vals,*pval;
gaint i,k,voff,mlev;
char *uvals,*upval;

  vals  = pfi->sbuf;
  uvals = pfi->ubuf;
  voff = pvr->offset;
  if (pvr->levels==0) {
    if (hdr->flag) {
      pval  =  vals+voff;
      upval = uvals+voff;
      rpt = gaarpt (stn);
      if (rpt==NULL) return(1);
      rpt->lat = (gadouble)hdr->lat;
      rpt->lon = (gadouble)hdr->lon;
      rpt->lev = -9.99e8;
      rpt->tim = (gadouble)(tim + hdr->t);
      rpt->val = (gadouble)(*pval);
      rpt->umask = *upval;
      for (k=0; k<8; k++) *(rpt->stid+k) = *(hdr->id+k);
      stn->rnum++;
    }
  } else {
    if (hdr->flag) {
      vals  =  vals + pfi->ivnum;
      uvals = uvals + pfi->ivnum;
    }
    mlev = hdr->nlev;
    if (hdr->flag) mlev--;
    for (i=0; ilvnum+1));
      upval = uvals+(i*(pfi->lvnum+1));
      if (dequal(stn->dmax[2],stn->dmin[2],1e-08)==0) {
	if (fabs(*pval-stn->dmin[2])>0.01) continue; 
      } else {
        if (*pvaldmax[2] || *pval>stn->dmin[2]) continue;
      }
      rpt = gaarpt (stn);
      if (rpt==NULL) return(1);
      rpt->lat = (gadouble)hdr->lat;
      rpt->lon = (gadouble)hdr->lon;
      rpt->lev = (gadouble)(*pval);
      rpt->tim = (gadouble)(tim + hdr->t);
      rpt->val = (gadouble)(*(pval+voff+1)); 
      rpt->umask = *(upval+voff+1);
      for (k=0; k<8; k++) *(rpt->stid+k) = *(hdr->id+k);
      stn->rnum++;
    }
  }
  return (0);
}

/* Allocate a rpt structure, return pointer to allocated buffer.
   On the first request, stn->rpt should be set to NULL. */

struct garpt *gaarpt (struct gastn *stn) {
struct garpt *rpt;
gaint i;
size_t sz;

  /* First time through, define the static variables. */

  if (stn->rpt == NULL) {
    stn->prev = &(stn->rpt);
    for (i=0; iblks[i] = NULL;
    }
    stn->rptcnt = RPTNUM;    /* Force new block allocation */
    stn->blkcnt = -1;
  }

  stn->rptcnt++;
  rpt = stn->crpt;

  if (stn->rptcnt>=RPTNUM) {
    stn->blkcnt++;
    if (stn->blkcnt==BLKNUM) {
      gaprnt (0,"Out of memory blocks to allocate \n");
      return(NULL);
    }
    sz = sizeof(struct garpt)*(RPTNUM+2);
    rpt = (struct garpt *)galloc(sz,"rpt");
    if (rpt==NULL) {
      gaprnt (0,"Couldn't allocate memory for stn block \n");
      return(NULL);
    }
    stn->blks[stn->blkcnt] = rpt;
    stn->rptcnt = 0;
  } else rpt++;

  *(stn->prev) = rpt;
  stn->prev = &(rpt->rpt);
  rpt->rpt = NULL;
  stn->crpt = rpt;
  return(rpt);
}

void gacstn (char *hdr, char *rdat, gaint siz, gaint sizhdr) {
gaint i;
  if (scpnt+sizhdr*2+siz+10 > SCNUM) {
    scok = 0;
  } else {
    for (i=0; i0) {
      for (i=0; iinfile, fpos, 0);
  if (rc!=0) {
    gaprnt (0,"Low Level I/O Error:  Seek error on data file \n");
    snprintf(pout,255,"  Data file name = %s \n",pfi->name);
    gaprnt (0,pout);
    snprintf(pout,255,"%d  rc=%d pos=%ld pfi->fhdr =%ld \n",__LINE__,rc,(long)fpos,pfi->fhdr);
    gaprnt (0,pout);
    snprintf(pout,255,"  Error occurred when seeking to byte %ld \n",(long)fpos);
    gaprnt (0,pout);
    return (1);
  }
  return (0);
}

/* Read specified amount of data from a station data file */

gaint garstn (gaint siz, char *val, off_t fpos) {

gaint rc;

  rc = fread (val, siz, 1, pfi->infile);
  if (rc<1) {
    gaprnt (0,"Low Level I/O Error:  Read error on data file \n");
    snprintf(pout,255,"  Data file name = %s \n",pfi->name);
    gaprnt (0,pout);
    snprintf(pout,255,"  Error reading %i bytes at location %ld \n", siz, (long)fpos);
    gaprnt (0,pout);
    return (1);
  }
  return (0);
}

/*  Obtain user requested grid from defined variable */

gaint gagdef (void) {
gaint id, jd, i, flag;
gaint ys,zs,ts,es,siz;
off_t pos;
gaint d[5],d1min=0,d1max=0,d2min=0,d2max=0,xt,yt;
gadouble *v;
char *vmask;
size_t sz;

  /* If a dimension is a fixed dimension in the defined
     variable, it must be a fixed dimension in the output
     grid.  */

  id = pgr->idim;
  jd = pgr->jdim;
  if (jd>-1) {
    if (pfi->dnum[jd]==1) {
      jd = -1;
      pgr->jdim = -1;
      pgr->jsiz = -1;
    }
  }
  if (id>-1) {
    if (pfi->dnum[id]==1) {
      id = jd;
      pgr->idim = pgr->jdim;
      pgr->isiz = pgr->jsiz;
      pgr->igrab = pgr->jgrab;
      pgr->iabgr = pgr->jabgr;
      pgr->ivals = pgr->jvals;
      pgr->iavals = pgr->javals;
      pgr->ilinr = pgr->jlinr;
      jd = -1;
      pgr->jdim = -1;
      pgr->jsiz = 1;
    }
  }

  /* Set up constants for array subscripting */

  ys = pfi->dnum[0];
  zs = ys * pfi->dnum[1];
  ts = zs * pfi->dnum[2];
  es = ts * pfi->dnum[3];

  /* Set up dimension ranges */

  for (i=0; i<5; i++) d[i] = pgr->dimmin[i] - pfi->dimoff[i] - 1;
  for (i=0; i<5; i++) if (pfi->dnum[i]==1) d[i] = 0;
  if (id>-1) {
    d1min = d[id];
    d1max = pgr->dimmax[id] - pfi->dimoff[id] - 1;
  }
  if (jd>-1) {
    d2min = d[jd];
    d2max = pgr->dimmax[jd] - pfi->dimoff[jd] - 1;
  }

  /* Get storage for output grid */

  pgr->isiz = 1;
  pgr->jsiz = 1;
  if (id>-1) pgr->isiz = 1 + d1max - d1min;
  if (jd>-1) pgr->jsiz = 1 + d2max - d2min;
  siz = pgr->isiz * pgr->jsiz;
  if (siz>1) {
    sz = sizeof(gadouble)*siz;
    pgr->grid = (gadouble *)galloc(sz,"pgrg");
    sz = sizeof(char)*siz;
    pgr->umask = (char *)galloc(sz,"pgrgu");
    if (pgr->grid==NULL) {
      gaprnt (0,"Memory Allocation Error: Grid Request\n");
      return (2);
    }
    if (pgr->umask==NULL) {
      gaprnt (0,"Memory Allocation Error: Grid Request\n");
      return (2);
    }
  } else {
    pgr->grid = &(pgr->rmin);
    pgr->umask = &(pgr->umin); 
  }

  /* Normalize time coordinate if not varying */
  /* JMA: This does not handle leap years properly!!!!  Gotta fix this someday */

  if (pfi->climo && id!=3 && jd!=3) clicyc(d+3);

  /* Check for entirely undefined grid */

  flag = 0;
  for (i=0; i<5; i++) {
    if (i!=id && i!=jd && (d[i]<0 || d[i]>=pfi->dnum[i])) flag = 1;
  }
  if (flag) {
    for (i=0; igrid+i) = pfi->undef;
      *(pgr->umask+i) = 0;
    }
    return (0);
  }

  /* Move appropriate grid values */

  if (id==-1 && jd==-1) {
    pos = (off_t)d[0] + (off_t)d[1]*(off_t)ys + (off_t)d[2]*(off_t)zs + (off_t)d[3]*(off_t)ts + (off_t)d[4]*(off_t)es;
    pgr->rmin = *(pfi->rbuf+pos);
    pgr->umin = *(pfi->ubuf+pos);
    return (0);
  }

  v = pgr->grid;
  vmask = pgr->umask;

  if (jd==-1) {
    for (xt=d1min; xt<=d1max; xt++) {
      d[id] = xt;
      if (id==3 && pfi->climo) clicyc(d+3);
      if (d[id]<0 || d[id]>=pfi->dnum[id]) {
	*v = pfi->undef;
	*vmask = 0;
      }
      else {
        pos = (off_t)d[0] + (off_t)d[1]*(off_t)ys + (off_t)d[2]*(off_t)zs + (off_t)d[3]*(off_t)ts + (off_t)d[4]*(off_t)es;
        *v     = *(pfi->rbuf+pos);
	*vmask = *(pfi->ubuf+pos);
      }
      v++;vmask++;
    }
    return (0);
  }

  for (yt=d2min; yt<=d2max; yt++) {
    d[jd] = yt;
    if (jd==3 && pfi->climo) clicyc(d+3);
    for (d[id]=d1min; d[id]<=d1max; d[id]++) {
      if (d[jd]<0 || d[jd]>=pfi->dnum[jd] ||
          d[id]<0 || d[id]>=pfi->dnum[id]) {
	*v = pfi->undef;
	*vmask = 0;
      }
      else {
        pos = (off_t)d[0] + (off_t)d[1]*(off_t)ys + (off_t)d[2]*(off_t)zs + (off_t)d[3]*(off_t)ts + (off_t)d[4]*(off_t)es;
        *v     = *(pfi->rbuf+pos);
	*vmask = *(pfi->ubuf+pos);
      }
      v++;vmask++;
    }
  }
  return(0);
}

void clicyc (gaint *ti) {
  if (pfi->climo>0) {
    while (*ti>pfi->cysiz-1) *ti = *ti - pfi->cysiz;
    while (*ti<0) *ti = *ti + pfi->cysiz;
  }
}

/* Fill in grid for predefined variable */

gaint gagpre (void) {
gadouble (*conv)(gadouble *, gadouble);
gaint d[5],id,jd,i,dim;
gadouble *gr,*vals,t;
char *gru;

  id = pgr->idim;
  jd = pgr->jdim;
  for (i=0; i<5; i++) d[i] = pgr->dimmin[i];

  dim = pvr->offset;
  conv = pfi->gr2ab[dim];
  vals = pfi->grvals[dim];

  gr = pgr->grid;
  gru = pgr->umask;

  if (id>-1 && jd>-1) {
    for (d[jd]=pgr->dimmin[jd]; d[jd]<=pgr->dimmax[jd]; d[jd]++) {
      for (d[id]=pgr->dimmin[id]; d[id]<=pgr->dimmax[id]; d[id]++) {
        t = (gadouble)(d[dim]);
        *gr = conv(vals, t);
	*gru = 1;
        gr++;gru++;
      }
    }
  } else if (id>-1) {
    for (d[id]=pgr->dimmin[id]; d[id]<=pgr->dimmax[id]; d[id]++) {
      t = (gadouble)(d[dim]);
      *gr = conv(vals, t);
      *gru = 1;
      gr++;gru++;
    }
  } else {
    t = (gadouble)(d[dim]);
    *gr = conv(vals, t);
    *gru = 1;
  }
  return (0);
}


/* Read index data, in this case GRIB type data.
   Currently assumes no pole point, and only one record
   per grid.  */

gaint gairow (gaint x, gaint y, gaint z, gaint t, gaint e, gaint offset, gaint len, 
	      gadouble *gr, char *gru) {
gaint irec,ioff,bstrt,bend,blen,cstrt,cend,clen,rc;
gaint brec;
gaint ival,i,yy,boff,siz,gtyp,xsiz,ysiz;
off_t fpos,bpos,seek;
float dsf,bsf,ref;
size_t sz;
#if GRIB2
struct g2buff *buff=NULL;
g2int ifld;
gaint g2off,ng2elems=2;
#endif

 if (pfi->idxflg==0) return (1); 

 /* code that grib1 and grib2 data sets can share */
 if (pfi->ppflag) {
   xsiz = pfi->ppisiz; 
   ysiz = pfi->ppjsiz;
 }
 else {
   xsiz = pfi->dnum[0]; 
   ysiz = pfi->dnum[1];
 }
 

 /* GRIB1 */
 if (pfi->idxflg==1) {
   /* Figure out position and length of the I/O */
   gtyp = *(pindx->hipnt+3);
   irec = (e-1)*pfi->dnum[3]*pfi->trecs + (t-1)*pfi->trecs + pvr->recoff + z - 1;
   brec = irec;
   if (gtyp==29) {
     xsiz = 145;
     irec = irec*6;
     if (y<37) y--;
     else { irec+=3; y-=37; }
     yy = y;
   } else {
     irec = irec*3;
     if (pfi->yrflg) yy = ysiz - y;
     else yy = y-1;
   }
   if (pfi->ppflag) 
     ioff = offset;               
   else 
     ioff = yy*xsiz + x - 1;      
   boff = ioff;
   if (pindx->type==4) blen = *(pindx->intpnt + brec);
   else blen = *(pindx->intpnt + irec + 2);
   if (blen<0) {
     for (i=0; iundef;
     for (i=0; itype==4) bpos = *(pindxb->bigpnt + brec*2 + 1);
   else bpos = (off_t)(*(pindx->intpnt + irec + 1));
   dsf = *(pindx->fltpnt+irec);
   bsf = *(pindx->fltpnt+irec+1);
   ref = *(pindx->fltpnt+irec+2);
   if (bpos>(off_t)-900 && bpos!=bpsav) {
     bpsav = bpos;
     siz = 2+(xsiz*ysiz)/8;
     if (siz>bssav) {
       if (bcflag) {
	 gree(bcache,"f114");
	 gree(bpcach,"f115");
       }
       sz = siz;
       bcache = (unsigned char *)galloc(sz,"bcache");
       sz = sizeof(gaint)*(xsiz*ysiz+1);
       bpcach = (gaint *)galloc(sz,"bpcach");
       if (bcache==NULL||bpcach==NULL) {
	 gaprnt(0,"Memory Allocation Error During GRIB I/O\n");
	 return (1);
       }
       bssav = siz;
       bcflag = 1;
     }
     rc = fseeko(pfi->infile, bpos, 0);
     rc = fread(bcache,1,siz,pfi->infile);
     if (rc!=siz) {
       gaprnt(0,"GRIB I/O Error: Bit Map I/O\n");
       return(1);
     }
     boff=1;
     for (i=0; i(off_t)-900) {
     boff = *(bpcach+ioff);
     if (boff<0) boff = -1*boff;
     boff--;
     bstrt = blen * boff;
     boff = *(bpcach+ioff+len);
     if (boff<0) boff = -1*boff;
     boff--;
     bend = blen * boff - 1;
   } else {
     bstrt = blen * boff;
     bend = bstrt + blen*len;
   }
   cstrt = bstrt/8;
   cend = bend/8;
   clen = cend-cstrt+2;
   if (pindx->type==4) fpos = *(pindxb->bigpnt+brec*2);
   else fpos = (off_t)(*(pindx->intpnt+irec));
   rc = gaird(fpos,cstrt,clen,xsiz,ysiz,blen);
   if (rc) return(rc);
   bstrt = bstrt - cstrt*8;
   for (i=0; i(off_t)-900 && *(bpcach+ioff+i)<0) {
       *(gr+i) = pfi->undef;
       *(gru+i) = 0;
     }
     else {
       ival = gagbb(pfi->pbuf,bstrt,blen);
       *(gr+i) = ( ref + (gadouble)ival * bsf )/dsf;
       *(gru+i) = 1;
       bstrt += blen;
     }
   }
   return (0);
 }

#if GRIB2
 /* GRIB 2 */
 if (pfi->idxflg==2) {
   
  /* figure out which record to retrieve from index file */
  irec = (e-1)*pfi->dnum[3]*pfi->trecs + (t-1)*pfi->trecs + pvr->recoff + z - 1;
  if (pfi->g2indx->version==1) irec = irec * ng2elems;
  if (irec > pfi->g2indx->g2intnum) {
    snprintf(pout,255,"GRIB2 I/O error: irec=%d is greater than g2intnum=%d\n",irec,pfi->g2indx->g2intnum);
    gaprnt(0,pout);
    return(1);
  }

  /* get file position offset and field number from grib2map file */
  if (pfi->g2indx->version==2) {
    seek = *(pfi->g2indx->g2bigpnt+irec);
    ifld = *(pfi->g2indx->g2intpnt+irec);
  } else {
    seek = (off_t)(*(pfi->g2indx->g2intpnt+irec+0));
    ifld = *(pfi->g2indx->g2intpnt+irec+1);
  }
  if (debug==2) {
    snprintf(pout,255,"gairow debug: seek,ifld = %jd %ld\n",seek, ifld);
    gaprnt(0,pout);
  }

  if (seek<(off_t)-900 && ifld<-900) {             /* grid is missing */
    for (i=0; ippflag) {
    g2off = offset;                    
  }
  else {
    g2off = (y-1)*xsiz + x - 1;        
  }
  for (i=0; imask[g2off+i]==1) {  
      *(gr+i)  = (gadouble) buff->fld[g2off+i];
      *(gru+i) = 1;
    }
    else {
      *(gru+i) = 0;
    }
  }
  return(0);    
 }
#endif
 return(0);
}


#if GRIB2
/* Routine to read a grib2 message.
   New blocks are added to the end of the chain.
   If the cache is too large, the first block in the chain is released. */
struct g2buff * g2read (off_t seek, g2int ifld, gaint z, gaint t, gaint e) {
struct g2buff *newbuff,*buff1,*buff2,*lastbuff;
gaint i,x,y,rc,unpack,expand,ierr,newbuffsize,buff1size,roff,field;
gaint sbit1,sbit2,sbit3,sbit4,gdt,soct,nx,ny,missflg,cpbm=0,numdp;
gaint flag,A,pos,yfac1,yfac2,yadd1,yadd2,xfac1,xfac2,xadd1,xadd2;
g2int lgrib=-999;
unsigned char  *cgrib,*mycgrib;
unsigned char s0[16];
size_t  lengrib,sz;
gafloat *fld,miss1,miss2;
char *mask;
unsigned char *sect,*s1,*s2,*s3,*s4,*s5,*s6,*s7;
gribfield *gfld;
gaint diag=0; 

  /* move file pointer to the start of the grib record */
  rc = fseeko(pfi->infile,seek,SEEK_SET);
  if (rc) {
    gaprnt(0,"GRIB2 I/O error: fseeko failed \n");
    return(NULL);     
  }
  
  /* read section 0, get the record length */
  rc = fread(s0,sizeof(unsigned char),16,pfi->infile);
  if (rc!=16) {
    gaprnt(0,"GRIB2 I/O error: failed to read Section 0 \n");
    return(NULL);     
  }

  /* check for the GRIB message indicator */
  if (s0[0]!='G' || s0[1]!='R' || s0[2]!='I' || s0[3]!='B') {
    gaprnt(0,"GRIB2 I/O error: GRIB message indicator not found\n");
    return(NULL);
  }

  lgrib = gagby (s0,12,4);   /* Here we are getting just the last 4 bytes of
                                the length.  GRIB2 allows for the length to be
                                encoded as 8 bytes, and we are ignoring the 4 
                                high order bytes.  This will eventually be a 
                                problem. In gagmap, there is a test to make 
			        sure the high order bytes aren't in use. */
  if (lgrib<=0) {
    gaprnt(0,"GRIB2 I/O error: unable to retrieve message length \n");
    return(NULL);     
  }

  /* allocate memory for the record */
  sz = lgrib;
  cgrib=(unsigned char *)galloc(sz,"cgrib");
  if (cgrib == NULL) {
    gaprnt(0,"GRIB2 I/O error: unable to allocate memory for cgrib \n");
    return(NULL);
  }
  mycgrib = cgrib;

  /* move file pointer past stuff to skip at beginning of record */
  rc=fseeko(pfi->infile,seek,SEEK_SET);
  if (rc) {
    gaprnt(0,"GRIB2 I/O error: fseek failed \n");
    goto g2err;
  }

  /* read the grib record */
  lengrib=fread(cgrib,sizeof(unsigned char),lgrib,pfi->infile);
  if (lengrib < lgrib) {
    gaprnt(0,"GRIB2 I/O Error: unable to read record \n");
    goto g2err;
  }

  /* we need to extract certain octets from the grib record, so set pointers to each section */
  s1 = s2 = s3 = s4 = s5 = s6 = s7 = NULL;
  /* Section 0, always 16 octets long */
  roff = 16;                         
  /* Section 1, the Identification Section */
  sect = mycgrib+roff;  
  i = gagby(sect,4,1);
  if (i==1) {
    s1 = mycgrib+roff;  
    if (diag) printf("Sec1   %d\n",gagby(s1,0,4));
    roff += gagby(s1,0,4);     
  } else {
    snprintf(pout,255,"GRIB2 I/O Error: reading header, section 1 expected, found %i\n",i);
    gaprnt (0,pout);
    goto g2err;
  }
  field=1;
  while (field<=ifld) {
    /* Section 2, the Local Use Section */
    sect = mycgrib + roff;
    i = gagby(sect,4,1);
    if (i==2) {
      s2 = mycgrib + roff;
      if (diag) printf("Sec2.%d %d\n",field,gagby(s2,0,4));
      roff += gagby(s2,0,4);
    } else {
      if (diag) printf("Sec2.%d not present\n",field);
    }

    /* Section 3, the Grid Definition Section */
    sect = mycgrib + roff;
    i = gagby(sect,4,1);
    if (i==3) {
      s3 = mycgrib + roff;
      if (diag) printf("Sec3.%d %d\n",field,gagby(s3,0,4));
      roff += gagby(s3,0,4);  
    } 
    else if (field==1) {
      snprintf(pout,255,"GRIB2 I/O Error: reading header, section 3 expected, found %i\n",i);
      gaprnt (0,pout);
      goto g2err;
    } 
    else if (field>1) {
      if (diag) printf("Sec3.%d not present\n",field);
    }
    /* Section 4, the Product Definition Section */
    sect = mycgrib + roff;
    i = gagby(sect,4,1);
    if (i==4) {
      s4 = mycgrib + roff;
      if (diag) printf("Sec4.%d %d\n",field,gagby(s4,0,4));
      roff += gagby(s4,0,4);
    }
    else if (field==1) {
      snprintf(pout,255,"GRIB2 I/O Error: reading header, section 4 expected, found %i\n",i);
      gaprnt (0,pout);
      goto g2err;
    }
    else if (field>1) {
      if (diag) printf("Sec4.%d not present\n",field);
    }
    /* Section 5, the Data Representation Section */
    sect = mycgrib + roff;
    i = gagby(sect,4,1);
    if (i==5) {
      s5 = mycgrib + roff;
      if (diag) printf("Sec5.%d %d\n",field,gagby(s5,0,4));
      roff += gagby(s5,0,4);
    }
    else if (field==1) {
      snprintf(pout,255,"GRIB2 I/O Error: reading header, section 5 expected, found %i\n",i);
      gaprnt (0,pout);
      goto g2err;
    }
    else if (field>1) {
      if (diag) printf("Sec5.%d not present\n",field);
    }
    /* Section 6, the Bit Map Section*/
    sect = mycgrib + roff;
    i = gagby(sect,4,1);
    if (i==6) {
      s6 = mycgrib + roff;
      if (diag) printf("Sec6.%d %d\n",field,gagby(s6,0,4));
      roff += gagby(s6,0,4);
    }
    else {
      if (diag) printf("Sec6.%d not present\n",field);
    }
    
    /* Section 7, the Data Section */
    sect = mycgrib+roff;
    i = gagby(sect,4,1);
    if (i==7) {
      s7 = mycgrib + roff;
      if (diag) printf("Sec7.%d %d\n",field,gagby(s7,0,4));
      roff += gagby(s7,0,4);
    }
    else if (field==1) {
      snprintf(pout,255,"GRIB2 I/O Error: reading header, section 7 expected, found %i\n",i);
      gaprnt(0,pout);
      goto g2err;
    }
    else if (field>1) {
      if (diag) printf("Sec7.%d not present\n",field);
    }
    field++;
  }

  /* get the scanning mode */
  gdt = gagby(s3,12,2);
  switch (gdt) {
    case  0:
    case  1:
    case  2:
    case  3: soct = 71; break;
    case 10: soct = 59; break;
    case 20:
    case 30:
    case 31: soct = 64; break;
    case 40:
    case 41:
    case 42: soct = 71; break;
    case 90: soct = 63; break;
    case 204: soct = 71; break; 
    default: 
      snprintf(pout,255,"g2read error: Grid Definition Template %d not handled\n",gdt);
      gaprnt (0,pout);
      goto g2err;
  };
  sbit1 = gagbb(s3+soct,0,1);
  sbit2 = gagbb(s3+soct,1,1);
  sbit3 = gagbb(s3+soct,2,1);
  sbit4 = gagbb(s3+soct,3,1);
  numdp = gagby(s3,6,4); /* number of data points */
  nx = gagby(s3,30,4);   /* these seem to be in the same location */
  ny = gagby(s3,34,4);   /* for for all grid definition templates */

  /* Use the g2clib routine g2_getfld to unpack the desired field in the record */
  unpack=1;
  expand=1;
  ierr=g2_getfld(cgrib,ifld,unpack,expand,&gfld);
  if (ierr) {
    snprintf(pout,255,"GRIB2 I/O Error: g2_getfld failed, ierr=%d\n",ierr);
    gaprnt (0,pout);
    goto g2err;
  }
  /* set up a new block to add to the grib2 cache */
  newbuff = NULL;
  sz = sizeof(struct g2buff);
  if ((newbuff = (struct g2buff *)galloc(sz,"g2buff1"))==NULL) {
    gaprnt (0,"GRIB2 I/O error: unable to allocate memory for cache buffer\n");
    goto g2err;
  }
  fld=NULL;
  sz = gfld->ngrdpts*sizeof(gafloat);
  if ((fld = (gafloat *)galloc(sz,"g2fld1"))==NULL) {
    gaprnt (0,"GRIB2 I/O error: unable to allocate memory for cache grid \n");
    gree(newbuff,"f253");
    goto g2err;
  }
  mask=NULL;
  sz = gfld->ngrdpts*sizeof(char);
  if ((mask = (char *)galloc(sz,"g2mask1"))==NULL) {
    gaprnt (0,"GRIB2 I/O error: unable to allocate memory for cache undef mask \n");
    gree(fld,"f255");
    gree(newbuff,"f256");
    goto g2err;
  }
  /* populate the new cache block  */
  newbuff->fld  = fld;
  newbuff->mask = mask;
  newbuff->prev = NULL;
  newbuff->next = NULL;
  newbuff->fseq = pfi->fseq;
  newbuff->z    = z;
  newbuff->t    = t;
  newbuff->e    = e;
  newbuff->size = gfld->ngrdpts;
  for (i=0;i<16;i++) *(newbuff->abbrv+i)=*(pvr->abbrv+i);
  /* size = structure + data + undef mask */
  newbuffsize = sizeof(struct g2buff) + newbuff->size*(sizeof(gafloat) + sizeof(char));

  /* create the undef mask */
  if (gfld->ibmap!=0 && gfld->ibmap!=254 && gfld->ibmap!=255) {
    snprintf(pout,255,"GRIB2 I/O Error: Predefined bitmap applies (ibmap=%ld) \n",gfld->ibmap);
    gaprnt (0,pout);
    goto g2err1;
  }
  else if (gfld->ibmap==255) {  
    /* bitmap doesn't apply -- all data are good */
    for (i=0;isize;i++) *(newbuff->mask+i) = 1;
    cpbm = 0;
  }
  else if (gfld->ibmap==0 || gfld->ibmap==254) {       
    /* copy the bit map */
    cpbm = 1;
  } 
  /* complex packing with spatial diff uses special missing value management */
  missflg = miss1 = miss2 = 0;
  if (gfld->idrtnum==2 || gfld->idrtnum==3) {
    if (gfld->idrtmpl[6] == 1) {
      /* primary missing value substitute */
      missflg=1;
      miss1 = ieee2flt(&s5[23]);
      miss2 = miss1;
    }
    else if (gfld->idrtmpl[6] == 2) {
    /* primary and secondary missing value substitutes */
      missflg=1;
      miss1 = ieee2flt(&s5[23]);
      miss2 = ieee2flt(&s5[27]);
    }
  }

  /* use scanning mode bits to set up coefficients for proper placement in rows/columns */
  if (sbit3!=0) {
    printf("Contact GrADS developers and tell them you have grib2 data written out columnwise\n");
    goto g2err1;
  }
  if (sbit2==1) {  /* columns scan south to north (normal) */
    yfac1 = 1;
    yfac2 = 1;
    yadd1 = 0;
    yadd2 = 0;
  } else {
    yfac1 = -1;
    yfac2 = -1;
    yadd1 = ny - 1;
    yadd2 = ny - 1;
  }
  if (sbit4==0) {   /* all rows scan in the same direction */
    if (sbit1==0) { /* 1st row scans west to east (normal) */
      xfac1 = +1;
      xfac2 = +1;
      xadd1 = 0;
      xadd2 = 0;
    }
    else {
      xfac1 = -1; 
      xfac2 = -1;
      xadd1 = nx - 1;
      xadd2 = nx - 1;
    }
  }
  else {             /* rows scan in alternating directions */
    if (sbit1==0) {  /* 1st row scans west to east (normal) */
      xfac1 = +1; 
      xfac2 = -1;
      xadd1 = 0;
      xadd2 = nx - 1;
    }
    else {
      xfac1 = -1; 
      xfac2 = +1;
      xadd1 = nx - 1;
      xadd2 = 0;
    }
  }

  if (nx==-1) {
    /* copy each element in the grib2 field and mask grids as a 1D array */
    for (i=0; ibmap[i]==1) ? (*(newbuff->mask+i) = 1) : (*(newbuff->mask+i) = 0) ;
      if (missflg && (gfld->fld[i]==miss1 || gfld->fld[i]==miss2)) 
	*(newbuff->mask+i) = 0;
      else 
	*(newbuff->fld+i) = gfld->fld[i];
    }
  }
  else {
    /* copy each element in the grib2 field and mask grids 
       into the right row/column in the cache grids */
    flag=1;
    pos=0;
    for (y=0; ybmap[pos]==1) ? (*(newbuff->mask+A) = 1) : (*(newbuff->mask+A) = 0) ;
	  }
	  if (missflg && (gfld->fld[pos]==miss1 || gfld->fld[pos]==miss2)) 
	    *(newbuff->mask+A) = 0;
	  else
	    *(newbuff->fld+A) = gfld->fld[pos];
	} 
	else {
	  A = (yadd2+(y*yfac2))*nx + (xadd2+(xfac2*x));
	  if (cpbm) {
	    (gfld->bmap[pos]==1) ? (*(newbuff->mask+A) = 1) : (*(newbuff->mask+A) = 0) ;
	  }
	  if (missflg && (gfld->fld[pos]==miss1 || gfld->fld[pos]==miss2)) 
	    *(newbuff->mask+A) = 0;
	  else
	    *(newbuff->fld+A) = gfld->fld[pos];
	}
	pos++;
      }
      flag = flag==0 ? 1 : 0 ;
    }
  }

  /* set up or adjust the anchor's pointers */
  if (anchor==NULL) {
    /* make sure cache will be big enough for the new block */
    if (newbuffsize > MAXG2CACHE) {
      gaprnt(0,"GRIB2 I/O error: size of cache (MAXG2CACHE) is too small\n");
      goto g2err1;
    }
    /* allocate space for a new anchor and initialize */
    sz = sizeof(struct g2anchor);
    if ((anchor = (struct g2anchor *)galloc(sz,"anchor"))==NULL) {
      gaprnt(0,"GRIB2 I/O error: unable to allocate memory for cache anchor \n");
      goto g2err1;
    }
    anchor->start = newbuff;
    anchor->end   = newbuff;
    anchor->total = newbuffsize;
  } 
  else {
    /* make sure there's room in the cache buffer for the new block */
    while ((newbuffsize + anchor->total) > MAXG2CACHE) {
      /* point to the first block in the chain and get its size */
      buff1 = anchor->start;
      buff1size = sizeof(struct g2buff) + buff1->size*(sizeof(gafloat) + sizeof(char));
      if (buff1->next==NULL) {   
	/* the first block was the only block */
	anchor->start = NULL; 
	anchor->end   = NULL; 
	anchor->total = 0;
      }
      else {                    
      /* move the start of the chain from 1st to 2nd block  */
	buff2 = buff1->next;  
	buff2->prev = NULL;     
	anchor->start = buff2;     
	/* adjust total size of cache */
	anchor->total = anchor->total - buff1size;
      }
      /* release memory from 1st block */
      gree(buff1->fld,"f262");
      gree(buff1->mask,"f263");
      gree(buff1,"f264");
    }
    /* now add the new block onto the end of the chain */
    if (anchor->end==NULL) {
      /* no blocks are hanging off anchor */
      newbuff->prev = NULL;
      newbuff->next = NULL;
      anchor->start = newbuff;
      anchor->end   = newbuff;
      anchor->total = newbuffsize;

    } 
    else {
      lastbuff = anchor->end;
      lastbuff->next = newbuff;
      newbuff->prev = lastbuff;
      newbuff->next = NULL;
      anchor->end = newbuff;
      anchor->total = anchor->total + newbuffsize;
    }
  }
  
  /* release memory */
  (void)g2_free(gfld);
  gree(cgrib,"f262");
  return (anchor->end);

g2err1:
  gree(newbuff->fld,"f257");
  gree(newbuff->mask,"f258");
  gree(newbuff,"f259");
  goto g2err;
g2err:
  gree(cgrib,"f261");
  return(NULL);
}

/* Routine to check if a requested grid already exists in the grib2 cache.
   Blocks are checked starting from the end of the chain because 
   the most recently read grid is most likely to be the one we need 
*/
struct g2buff * g2check (gaint z, gaint t, gaint e) {
struct g2buff *buff;
gaint size; 

  if (anchor!=NULL) {
    buff = anchor->end; 
    if (pfi->ppflag) {
      size = pfi->ppisiz * pfi->ppjsiz;
    }
    else {
      size = pfi->dnum[0]*pfi->dnum[1];
    }
    while (buff != NULL) {
      if ((buff->fseq == pfi->fseq) &&              
	  (buff->z == z) &&
	  (buff->t == t) &&
	  (buff->e == e) &&
	  (cmpwrd(buff->abbrv,pvr->abbrv)) &&
	  (buff->size == size)) {
	/* found grid in the cache */
	return(buff);
      }
      else {
	/* next block */
	buff = buff->prev;
      }
    }
    /* grid not found in cache */
    return(NULL);
  }
  else {
    /* no existing cache */
    return (NULL);
  }
}

/* Routine to clear the grib2 cache. */
void g2clear (void) {
struct g2buff *buff1,*buff2;

 if (anchor!=NULL) {
   /* release the first block in chain until there's only one block left */
   while (anchor->end->prev != NULL) {
     /* move the start of the chain from 1st to 2nd block  */
     buff1 = anchor->start;
     buff2 = buff1->next;
     buff2->prev = NULL;
     anchor->start = buff2;
     /* release memory from 1st block */
     gree(buff1->fld,"f270a");
     gree(buff1->mask,"f271a");
     gree(buff1,"f272a");
   }
   /* free the last block */
   buff1 = anchor->start;
   gree(buff1->fld,"f270");
   gree(buff1->mask,"f271");
   gree(buff1,"f272");
   gree(anchor,"f273");
   anchor = NULL;
 }
}
#endif  /* matches #if GRIB2 */

gaint gaird (off_t fpos, gaint cstrt, gaint clen, gaint xsiz, gaint ysiz, gaint blen) {
gaint rc,siz,i;
size_t sz;

  if (pfi->ppflag && pgr->idim==0 && pgr->jdim==1) {
    if (!cflag) {
      cflag = 1;
      siz = 5 + xsiz*ysiz*blen/8;  /* qqq  Warning:  siz calc does not */
                                   /* qqq  take into account bms!!! */
      sz = siz;
      cache = (char *)galloc(sz,"cache");
      if (cache==NULL) {
        gaprnt(0,"GRIB Memory Allocation Error\n");
        return (1);
      }
      rc = fseeko(pfi->infile, fpos, 0);
      rc = fread(cache,sizeof(char),siz,pfi->infile);
      if (rc==0) {
        snprintf(pout,255,"GRIB I/O Error reading %i bytes at %ld\n",siz,(long)fpos);
        gaprnt (0,pout);
        gaprnt (0,"  File name is: ");
        if (pfi->tempname) gaprnt(0,pfi->tempname);
        else gaprnt(0,pfi->name);
        gaprnt (0,"\n");
        return (1);
      }
    }
    if (cache==NULL) return(1);
    for (i=0; ipbuf+i) = *(cache+cstrt+i);
    }
  } else {
    rc = fseeko(pfi->infile, fpos+cstrt, 0);
    rc = fread (pfi->pbuf, sizeof(char), clen, pfi->infile);
    if (rc==0) {
      snprintf(pout,255,"GRIB I/O Error reading %i bytes at %ld\n",clen,(long)fpos+cstrt);
      gaprnt (0,pout);
      gaprnt (0,"  File name is: ");
      if (pfi->tempname) gaprnt(0,pfi->tempname);
      else gaprnt(0,pfi->name);
      gaprnt (0,"\n");
      return(1);
    }
  }
  return(0);
}

/* Read in a row of data from a pre-projected grid data set.
   This involves doing interpolation to the lat-lon
   grid */

gaint gaprow (gaint x, gaint y, gaint z, gaint t, gaint e, gaint tt, 
	      gaint len, gadouble *gr, char *gru) {
  gadouble p[4],dx,dy,g1,g2;
  gadouble vals[9],wts[9],sum,wt;
  char umask[9];
  gaint ioffs[9],cnt,ig0,goflg;
  gaint rc,i,j,ig,ioff,ncig=0,ncjg=0;
  off_t pos,pos0;
  
  /* Handle generalized arbitrary points + weights */
  
  if (pfi->ppflag==8) {
    /* "cnt"  is the number of interpolation grids provided in pdef file ("num" in PDEF entry) 
       "pos0" is the file position of the native lat/lon grid we're going to read 
       "ig0"  is the offset into the 2-D grid where the I/O will begin (N.B. when x=1 and y=1, ig0=0)
     */
    cnt  = (gaint)(pfi->ppvals[0]+0.1);   
    pos0 = (e-1)*(pfi->dnum[3]*pfi->tsiz) + (tt-1)*(pfi->tsiz) + pvr->offset + (z-1)*(pfi->gsiz);
    ig0  = (y-1) * pfi->dnum[0] + x - 1;
    /* loop over all grid points in the row */
    for (i=0; ippi[j]+ig);
        if (ioffs[j] >= 1 && ioffs[j] <= pfi->gsiz) goflg = 1; 
        wts[j] = *(pfi->ppf[j]+ig);
      }
      if (!goflg) {
	*gr = pgr->undef;
	*gru = 0;
      }
      else {
	/* now read the interpolation data values from the native grid */
        goflg = 1;
        j = 0;
        sum = 0.0; wt = 0.0;
        while (j= 1) {
            if (pfi->idxflg) {
	      /* gairow wants the grid offset to be 0-referenced
		 so shift ioffs index back by 1  */
	      rc = gairow(x,y,z,t,e,ioffs[j]-1,1,vals+j,umask+j);    /* grib */
	    }
            else if (pfi->ncflg==1) {
	      rc = gancsetup();
	      if (rc) return (rc);
	      /* ncig and ncjg are the i,j indices of the interpolation data value to be read.
		 They are required instead of ioffs for reading data from NetCDF and HDF grids.
	         The grid indices ioffs, ncig, and ncjg all start at 1, not 0. The code in 
		 gancrow and gahrow will shift the indices back so they start at 0 for the I/O */
	      ncig = (gaint)(1+((ioffs[j]-1)%pfi->ppisiz)); 
	      ncjg = (gaint)(1+((ioffs[j]-1)/pfi->ppisiz));
	      rc = gancrow(ncig,ncjg,z,tt,e,1,vals+j,umask+j);    /* netcdf */
	    }
            else if (pfi->ncflg==2) {
	      /* see comment above */
	      ncig = (gaint)(1+((ioffs[j]-1)%pfi->ppisiz)); 
	      ncjg = (gaint)(1+((ioffs[j]-1)/pfi->ppisiz));
	      rc = gahrow(ncig,ncjg,z,tt,e,1,vals+j,umask+j);     /* hdfsds */
	    }
            else if (pfi->ncflg==3) {
	      /* see comment above */
	      ncig = (gaint)(1+((ioffs[j]-1)%pfi->ppisiz)); 
	      ncjg = (gaint)(1+((ioffs[j]-1)/pfi->ppisiz));
	      rc = gah5row(ncig,ncjg,z,tt,e,1,vals+j,umask+j);     /* hdf5 */
	    }
            else {
	      /* the ioffs index is shifted back by 1 here */
	      pos = pos0 + ioffs[j] - 1;
	      rc = garead(pos,1,vals+j,umask+j);                  /* binary */
	    }
            if (rc) return(rc);
            if (*(umask+j)==0) {
              goflg = 0;
              break;
            }
            sum = sum + *(vals+j) * *(wts+j);
            wt = wt + *(wts+j);
          }
          j++;
        }
        if (goflg && wt!=0.0) {
	  /* Result is weighted average */
	  *gr = sum/wt;
	  *gru = 1;
	}
        else {
	  *gr = pgr->undef;
	  *gru = 0;
	}
      }
      gr++; gru++;
    }
  }  /* matches if (pfi->ppflag==8)  */
  else {
    for (i=0; idnum[0] + x + i - 1;
      ioff = *(pfi->ppi[0]+ig);              /* ioff index values start at 0 */
      if (ioff<0) {
	*gr = pgr->undef;
	*gru = 0;
      }
      else {
        dx = (gadouble)*(pfi->ppf[0]+ig);
        dy = (gadouble)*(pfi->ppf[1]+ig);
        pos = (e-1)*(pfi->dnum[3]*pfi->tsiz) + (tt-1)*(pfi->tsiz) + pvr->offset + (z-1)*(pfi->gsiz) + ioff;

	/* Get the first two pre-projected grid values */
        if (pfi->idxflg) {                      
	  rc = gairow(x,y,z,t,e,ioff,2,p,umask);                   /* grib */ 
	}
        else if (pfi->ncflg==1) {               
	  rc = gancsetup();
	  if (rc) return(rc);
	  ncig = (gaint)(1 + ioff%pfi->ppisiz);
          ncjg = (gaint)(1 + ioff/pfi->ppisiz);
	  rc = gancrow(ncig,ncjg,z,tt,e,2,p,umask);                /* netcdf */  
	}
        else if (pfi->ncflg==2) {              
	  ncig = (gaint)(1 + ioff%pfi->ppisiz);
          ncjg = (gaint)(1 + ioff/pfi->ppisiz);
	  rc = gahrow(ncig,ncjg,z,tt,e,2,p,umask);                 /* hdf */  
	}
        else if (pfi->ncflg==3) {              
	  ncig = (gaint)(1 + ioff%pfi->ppisiz);
          ncjg = (gaint)(1 + ioff/pfi->ppisiz);
	  rc = gah5row(ncig,ncjg,z,tt,e,2,p,umask);                 /* hdf5 */  
	}
        else {                               
	  rc = garead(pos,2,p,umask);                              /* binary */
	}
        if (rc) return(rc);

	/* Get the second two pre-projected grid values */
        if (pfi->idxflg) {
	  rc = gairow(x,y,z,t,e,ioff+pfi->ppisiz,2,p+2,umask+2);   /* grib */
	}
        else if (pfi->ncflg==1) {
          ncjg++;
	  rc = gancrow(ncig,ncjg,z,tt,e,2,p+2,umask+2);            /* netcdf */
	}
        else if (pfi->ncflg==2) {
          ncjg++; 
	  rc = gahrow(ncig,ncjg,z,tt,e,2,p+2,umask+2);             /* hdf */  
	}
        else if (pfi->ncflg==3) {
          ncjg++; 
	  rc = gah5row(ncig,ncjg,z,tt,e,2,p+2,umask+2);             /* hdf5 */  
	}
        else {
	  rc = garead(pos+pfi->ppisiz,2,p+2,umask+2);              /* binary */  
	}
        if (rc) return(rc);

	/* Do the bilinear interpolation, as long as we have no undefs */
        if (umask[0]==0 || umask[1]==0 || umask[2]==0 || umask[3]==0) {
	  *gr = pgr->undef;
	  *gru = 0;
	}
        else {
          g1 = p[0] + (p[1]-p[0])*dx;
          g2 = p[2] + (p[3]-p[2])*dx;
          *gr = g1 + (g2-g1)*dy;
	  *gru = 1;
        }
      }
      gr++; gru++;
    }
  }
  return(0);
}
 

/* Set up variable ID, undef value, and unpacking values for NetCDF variables */
gaint gancsetup (void) {
#if USENETCDF == 1
  gaint vid,error,rc,oldncopts,storage;
  gadouble val;
  gaint ndims,i;  
  size_t *chsize,nelems,size,cachesz;
  nc_type type;

  /* Turn off automatic error handling. */
  ncopts = NC_VERBOSE ;
  oldncopts = ncopts ;
  ncopts = 0;

  /* Get the varid if we haven't already done that for this file */
  if (pvr->ncvid == -888) {
    ncopts = oldncopts ;
    return(1);  /* already tried and failed */
  }
  if (pvr->ncvid == -999) {
    error=0;
    if (pvr->longnm[0] != '\0') {
      rc = nc_inq_varid(pfi->ncid, pvr->longnm, &vid);
    }
    else {
      rc = nc_inq_varid(pfi->ncid, pvr->abbrv, &vid);
    }
    if (rc != NC_NOERR) error=1;
    if (error) {
      pvr->ncvid = -888;  /* set flag so we won't try this variable ever again */
      if (pvr->longnm[0] != '\0') {
	snprintf(pout,255,"Error: Variable %s not in netcdf file\n",pvr->longnm);
     }
      else {
	snprintf(pout,255,"Error: Variable %s not in netcdf file\n",pvr->abbrv);
      }
      gaprnt (0,pout);
      ncopts = oldncopts ;
      return (1);
    }
    /* No errors, so we can set the varid in the gavar structure */
    pvr->ncvid = vid;
    
    /* If undef attribute name is given, get the undef value */
    if (pfi->undefattrflg) {
      if (nc_get_att_double(pfi->ncid, pvr->ncvid, pfi->undefattr, &val) != NC_NOERR) {
	snprintf(pout,255,"Warning: Could not retrieve \"%s\" -- using %g instead\n",
		pfi->undefattr,pfi->undef);
	gaprnt(1,pout);
	pvr->undef = pfi->undef;
      }
      else {
	pvr->undef = val;
      }
    }
    else {
      /* If no undef attribute name is given, copy the file-wide undef */
      pvr->undef = pfi->undef;
    }

    /* If data are packed, get the scale factor and offset attribute values */
    if (pfi->packflg) {
      /* initialize values */
      pvr->scale=1.0;
      pvr->add=0.0;
      /* get the scale factor attribute value */
      if (pfi->packflg == 1 || pfi->packflg == 2) {
	if (nc_get_att_double(pfi->ncid, pvr->ncvid, pfi->scattr, &val) != NC_NOERR) {
	  gaprnt(1,"Warning: Could not retrieve scale factor -- setting to 1.0\n");
	  pvr->scale = 1.0;
	}
	else {
	  pvr->scale = val;
	}
      }
      /* get add offset if required */
      if (pfi->packflg == 2 || pfi->packflg == 3) {
	/* get the add offset attribute value */
	if (nc_get_att_double(pfi->ncid, pvr->ncvid, pfi->ofattr, &val) != NC_NOERR) {
	  gaprnt(1,"Warning: Could not retrieve add offset -- setting to 0.0\n");
	  pvr->add = 0.0;
	}
	else {
	  pvr->add = val;
	}
      } 
    }  
#if HAVENETCDF4 == 1
    /* Check the chunk size */
    ndims = pvr->nvardims;
    if ((chsize = (size_t*)galloc(ndims*sizeof(size_t),"chsize"))!=NULL) {
      if ((nc_inq_var_chunking(pfi->ncid, pvr->ncvid, &storage, chsize)) == NC_NOERR) {
	if (storage == NC_CHUNKED) {
	  if ((nc_inq_vartype(pfi->ncid, pvr->ncvid, &type)) == NC_NOERR) {
	    if ((nc_inq_type(pfi->ncid, type, NULL, &size)) == NC_NOERR) {
	      nelems = 1;
	      for (i=0; i pfi->cachesize) {
		gaprnt(1,"*** WARNING! ***\n");
		gaprnt(1,"*** The I/O for this variable will be extremely slow \n");
		gaprnt(1,"*** because the chunks are too big to fit in the cache \n");
		snprintf(pout,255,"*** chunk size = %ld bytes  (",(long)(nelems*size));
		gaprnt(1,pout);
		for (i=ndims-1; i>=0; i--) { 
		  snprintf(pout,255,"%ld * ",(long)chsize[i]); gaprnt(1,pout); 
		}
		snprintf(pout,255,"%ld bytes)\n",(long)size);
		gaprnt(1,pout);
		snprintf(pout,255,"*** cache size = %ld bytes \n",cachesz);
		gaprnt(1,pout);
		gaprnt(1,"*** There are two ways to control the cache size: \n");
		gaprnt(1,"*** add a CACHESIZE entry to the descriptor file \n");
		gaprnt(1,"*** or change the cache size scale factor with 'set cachesf' \n");
		gaprnt(1,"*** Please read http://iges.org/grads/gadoc/compression.html \n");
	      }
	    }
	  }
	}
      }
      gree(chsize,"f274");
    }
#endif
  }   /* matches if (pvr->ncvid == -999)   */
  return(0); 
#endif
  return(0); 
}



/* A shortcut for netcdf grids (intended to speed up OPeNDAP requets) */

gaint gancgrid (gadouble *gr, char *gru, gaint id, gaint jd) {
#if USENETCDF == 1
gaint rc,rtrn,i,j,got1,grsize,wflag=0,nilen,njlen,nid,njd;
gaint xlen,ylen,zlen,tlen,elen;
gaint x,offset,xx,yy,zz,tt,ee,min,max;
gaint ifac,jfac,iadd,jadd,pos,ipad,jpad,ilen,jlen;
gaint xpad,ypad,zpad,tpad,epad,padmin,padmax;
gaint jbeg,jend,groff,tmpoff,itmp,jtmp,jlimit;
gaint dimswap,nrows,ncols;
size_t sz,start[16],count[16];
gadouble ulow,uhi;
gadouble unitsvals[5]={-100,-101,-102,-103,-104};
gadouble *grtmp=NULL,*grtmp2=NULL;
char *grutmp=NULL;
gaint oldncopts ;         /* to save and restore setting for automatic error handling */
  
  /* Turn off automatic error handling. */
  ncopts = NC_VERBOSE ;
  oldncopts = ncopts ;
  ncopts = 0;

  /* Get the starting point and length for the X dimension */
  if (pgr->dimmin[0] >= 1 && pgr->dimmax[0] <= pfi->dnum[0]) {
    /*  the requested data is within the bounds of the file dimensions */
    xx = pgr->dimmin[0] - 1;
    xlen = pgr->dimmax[0] - pgr->dimmin[0] + 1;
    xpad = 0;
  }
  else {     
    /* the requested data lies outside the file's bounds */
    if (!pfi->wrap) {
      /* file doesn't wrap the globe, so adjust limits */
      xpad = 0;
      min = pgr->dimmin[0];
      if (min < 1) {                   /* adjust min to be within file limits */
	min = 1;
	xpad = 1 - pgr->dimmin[0];     /* save diff between requested min and file min */
      }
      max = pgr->dimmax[0];
      if (max > pfi->dnum[0]) {        /* adjust max to be within file limits */
	max = pfi->dnum[0];
      }
      if (maxdnum[0];
    }
  }

  /* Get the starting point and length for the Y dimension */
  if (pgr->dimmin[1] >= 1 && pgr->dimmax[1] <= pfi->dnum[1]) {
    /*  the requested data is within the bounds of the file dimensions */
    if (pfi->yrflg) yy = pfi->dnum[1] - pgr->dimmax[1];
    else yy = pgr->dimmin[1] - 1;
    ylen = pgr->dimmax[1] - pgr->dimmin[1] + 1;
    ypad = 0;
  }
  else {     
    /* the requested data lies outside the file's bounds */
    ypad = padmin = padmax = 0;  /* padding for part of requested grid outside boundaries */
    min = pgr->dimmin[1];
    if (min < 1) {                  /* adjust min to be within file limits */
      min = 1;
      padmin = 1 - pgr->dimmin[1];  /* save diff between requested min and file min */
    }
    max = pgr->dimmax[1];
    if (max > pfi->dnum[1]) {                 /* adjust max to be within file limits */
      max = pfi->dnum[1];
      padmax = pgr->dimmax[1] - pfi->dnum[1]; /* save diff between requested max and file max */
    }
    if (maxyrflg) {         
      yy = pfi->dnum[1] - max;                /* set start value */  
      ypad = ypad + padmax;                   /* set padding */
    }
    else {
      yy = min - 1;
      ypad = ypad + padmin;
    }
  }

  /* Get the starting point and length for the Z dimension */
  if (pgr->dimmin[2] >= 1 && pgr->dimmax[2] <= pfi->dnum[2]) {
    /*  the requested data is within the bounds of the file dimensions */
    if (pfi->zrflg) {
      if (pvr->levels==0) zz = 0;
      else zz = pvr->levels - pgr->dimmax[2];  /* use var nlevs instead of dnum[[2] */
    }
    else zz = pgr->dimmin[2] - 1;
    zlen = pgr->dimmax[2] - pgr->dimmin[2] + 1;
    zpad = 0;
  }
  else {     
    /* the requested data lies outside the file's bounds */
    /* set limits to what's in the file boundaries */
    zpad = padmin = padmax = 0;     /* padding for part of requested grid outside boundaries */
    min = pgr->dimmin[2];
    if (min < 1) {                  /* adjust min to be within file limits */
      min = 1;
      padmin = 1 - pgr->dimmin[2];  /* save diff between requested min and file min */
    }
    max = pgr->dimmax[2];
    if (max > pfi->dnum[2]) {       /* adjust max to be within file limits */
      max = pfi->dnum[2];           
      padmax = pgr->dimmax[2] - pfi->dnum[2]; /* save diff between requested max and variable max */
    }
    if (maxzrflg) {
      if (pvr->levels==0) zz = 0;          /* set start value */
      else zz = pvr->levels - max;         
      zpad = zpad + padmax;                /* set padding */
    }
    else {
      zz = min - 1;
      zpad = zpad + padmin;
    }
  }

  /* Get the starting point and length for the T dimension */
  if (pgr->dimmin[3] >= 1 && pgr->dimmax[3] <= pfi->dnum[3]) {
    /*  the requested data is within the bounds of the file dimensions */
    tt = pgr->dimmin[3] - 1;
    tlen = pgr->dimmax[3] - pgr->dimmin[3] + 1;
    tpad = 0;
  }
  else {     
    /* the requested data lies outside the file's bounds */
    tpad = 0;
    min = pgr->dimmin[3];
    if (min < 1) {                /* adjust min to be within file limits */
      min = 1;
      tpad = 1 - pgr->dimmin[3];  /* save diff between requested min and file min */
    }
    max = pgr->dimmax[3];
    if (max > pfi->dnum[3]) {     /* adjust max to be within file limits */
      max = pfi->dnum[3];
    }
    if (maxdimmin[4] >= 1 && pgr->dimmax[4] <= pfi->dnum[4]) {
    /*  the requested data is within the bounds of the file dimensions */
    ee = pgr->dimmin[4] - 1;
    elen = pgr->dimmax[4] - pgr->dimmin[4] + 1;
    epad = 0;
  }
  else {     
    /* the requested data lies outside the file's bounds */
    epad = 0;
    min = pgr->dimmin[4];
    if (min < 1) {                /* adjust min to be within file limits */
      min = 1;
      epad = 1 - pgr->dimmin[4];  /* diff between requested min and file min */
    }
    max = pgr->dimmax[4];
    if (max > pfi->dnum[4]) {     /* adjust max to be within file limits */
      max = pfi->dnum[4];
    }
    if (maxunits[i] == -100) { start[i] = xx; count[i] = xlen; }
    if (pvr->units[i] == -101) { start[i] = yy; count[i] = ylen; }
    if (pvr->units[i] == -102) { start[i] = zz; count[i] = zlen; }
    if (pvr->units[i] == -103) { start[i] = tt; count[i] = tlen; }
    if (pvr->units[i] == -104) { start[i] = ee; count[i] = elen; }
    if (pvr->units[i] >=0) { start[i] = pvr->units[i];  count[i] = 1; }
  }

  /* what is the real order of dimension sizes in grtmp? */
  got1 = 0;
  nid = njd = -1 ; 
  nilen = njlen = 1;
  /* loop over variable's dimensions, starting with slowest varying */
  for (i=pvr->nvardims-1;i>=0;i--) {   
    /* compare units vals to see which dimensions in the variable correspond to id and jd */
    if ((id!=-1 && pvr->units[i] == unitsvals[id]) || 
	(jd!=-1 && pvr->units[i] == unitsvals[jd])) {
      /* this dimension is in our request */
      if (got1==0) {
	/* this dimension is the idim in grtmp */
	got1=1;
	if (pvr->units[i] == -100) {nilen = xlen; nid=0;}
	if (pvr->units[i] == -101) {nilen = ylen; nid=1;}
	if (pvr->units[i] == -102) {nilen = zlen; nid=2;}
	if (pvr->units[i] == -103) {nilen = tlen; nid=3;}
	if (pvr->units[i] == -104) {nilen = elen; nid=4;}
      } else {
	/* this dimension is the jdim in grtmp */
	if (pvr->units[i] == -100) {njlen = xlen; njd=0;}
	if (pvr->units[i] == -101) {njlen = ylen; njd=1;}
	if (pvr->units[i] == -102) {njlen = zlen; njd=2;}
	if (pvr->units[i] == -103) {njlen = tlen; njd=3;}
	if (pvr->units[i] == -104) {njlen = elen; njd=4;}

      }
    }
  }

  /* define constants to determine how data will be placed into requested grid */
  if ((id==1 && pfi->yrflg) || (id==2 && pfi->zrflg)) {  /* the i-dimension is reversed */
    ifac = -1;
    iadd = pgr->isiz - 1;
  }
  else {
    ifac = 1;
    iadd = 0;
  }
  if ((jd==1 && pfi->yrflg) || (jd==2 && pfi->zrflg)) {  /* the j-dimension is reversed */
    jfac = -1;
    jadd = pgr->jsiz - 1;
  }
  else {
    jfac = 1;
    jadd = 0;
  }
  ipad = jpad = ilen = jlen = 0;
  if      (id==-1) { ipad = 0;    ilen = 1;    }
  else if (id==0)  { ipad = xpad; ilen = xlen; }
  else if (id==1)  { ipad = ypad; ilen = ylen; }
  else if (id==2)  { ipad = zpad; ilen = zlen; }
  else if (id==3)  { ipad = tpad; ilen = tlen; }
  else if (id==4)  { ipad = epad; ilen = elen; }

  if      (jd==-1) { jpad = 0;    jlen = 1;    }
  else if (jd==0)  { jpad = xpad; jlen = xlen; }
  else if (jd==1)  { jpad = ypad; jlen = ylen; }
  else if (jd==2)  { jpad = zpad; jlen = zlen; }
  else if (jd==3)  { jpad = tpad; jlen = tlen; }
  else if (jd==4)  { jpad = epad; jlen = elen; }
  
  /* make sure native grid and request grid are ordered the same way */
  dimswap=0;
  if (id!=nid || jd!=njd) { /* dims are not the same */
    if (id==njd && jd==nid) { /* dims are swapped */
      dimswap=1;
      /* allocate memory for temporary grid to swap i/j dims */
      sz = grsize * sizeof(gadouble);
      grtmp2 = (gadouble *)galloc(sz,"grtmp2");
      if (grtmp2==NULL) {
	gaprnt (0,"gancgrid error: unable to allocate memory for grtmp2 grid storage \n");
	snprintf(pout,255,"  grid size = xlen * ylen * zlen * tlen * elen = %d * %d * %d * %d * %d\n",
		xlen,ylen,zlen,tlen,elen);
	gaprnt (0,pout);
	rtrn=1; goto cleanup;
      }
    } 
  }
  
  /* do we need to swap the dims of the data grid */
  if (dimswap) {
    /* Do the I/O into temporary grid grtmp2 */
    rc = nc_get_vara_double(pfi->ncid, pvr->ncvid, start, count, grtmp2);
    if (rc != NC_NOERR) {
      snprintf(pout,255,"gancgrid error: nc_get_vara_double failed; %s\n",nc_strerror(rc));
      gaprnt(0,pout);
      rtrn=1; goto cleanup;
    }
    /* pos moves through the data in grtmp2 by rows, we populate grtmp by columns */
    nrows=nilen;
    ncols=njlen;
    pos=0;
    for (i=0; incid, pvr->ncvid, start, count, grtmp);
    if (rc != NC_NOERR) {
      snprintf(pout,255,"gancgrid error: nc_get_vara_double failed; %s\n",nc_strerror(rc));
      gaprnt(0,pout);
      rtrn=1; goto cleanup;
    }
  }

  /* Set missing data mask values and then unpack grid data if necessary */
  /* use the gavar undef to set the fuzzy test limits */
  /* If gavar undef equals zero, change it to 1/EPSILON */
  if (dequal(pvr->undef, 0.0, 1e-08)==0) {   
    ulow = 1e-5; 
  } 
  else {
    ulow = fabs(pvr->undef/EPSILON);   
  }
  uhi  = pvr->undef + ulow;
  ulow = pvr->undef - ulow;
  /* now set the gagrid undef equal to the gafile undef */
  pgr->undef = pfi->undef;           

  /* Test for NaN, Inf, and the fuzzy test for undef values. Then unpack */
  for (i=0;i=ulow && *(grtmp+i)<=uhi) || (isnan(*(grtmp+i))) || (isinf(*(grtmp+i)))) {
      *(grutmp+i) = 0;
    }
    else {
      /* Data value is good */ 
      *(grutmp+i) = 1;
      /* unpack with scale and offset if necessary */
      if (pfi->packflg) {
	*(grtmp+i) = *(grtmp+i)*pvr->scale + pvr->add; 
      }
    }
  }
 
  /* initialize the result grid with missing flags */
  for (i=0; iisiz*pgr->jsiz; i++) *(gru+i) = 0;

  /* copy each element in the tmp grid into the right place in the result grid */
  if (!wflag) {
    /* no globe-wrapping issues to worry about */
    pos=0;
    for (j=0; jisiz + (iadd + (ifac*(i+ipad)));
	*(gr+offset)  = *(grtmp+pos);
	*(gru+offset) = *(grutmp+pos);
	pos++;
      }
    }
  }
  else {
    /* jbeg and jend are limits of tmp grid within user requested grid */
    if (jd==-1) {
      jbeg = jadd; 
      jend = jbeg;
    }
    else {
      jbeg = jadd+(jfac*(0+jpad));
      jend = jadd+(jfac*((jlen-1)+jpad));
    }
    /* i,j are result grid coordinates */
    /* itmp,jtmp are tmp grid coordinates */
    jtmp=0; 
    j = jbeg;
    jlimit = jend+=jfac; /* this is jend +/-1, the limit for the while loop below */
    while (j != jlimit) {
      /* x are user-requested limits */
      i=0;
      for (x=pgr->dimmin[0]; x<=pgr->dimmax[0]; x++,i++) {   
	/* groff is where point lies inside requested grid */
	groff = j*pgr->isiz + i;       
	/* figure out where x index lies inside tmp grid */
	itmp=x;
	while (itmp<1) itmp = itmp + pfi->dnum[0];
	while (itmp>pfi->dnum[0]) itmp = itmp-(pfi->dnum[0]);  
	/* tmpoff is where this point lies in the grtmp grid */
	tmpoff = jtmp*pfi->dnum[0] + (itmp-1);
	*(gr+groff)  = *(grtmp+tmpoff);
	*(gru+groff) = *(grutmp+tmpoff);
      }
      jtmp++;
      j+=jfac;
    }
  }
  
  rtrn=0; /* everything worked */

 cleanup:
  if (grtmp!=NULL)  gree(grtmp,"f121");
  if (grutmp!=NULL) gree(grutmp,"f122");
  if (grtmp2!=NULL) gree(grtmp2,"f122a");
  ncopts = oldncopts ;
  return(rtrn);

#else 
  gaprnt(0,"Reading NetCDF files is not supported in this build\n");
  return(1);  
#endif
}

/* Read a row varying in the X direction from a netcdf grid */
gaint gancrow (gaint x, gaint y, gaint z, gaint t, gaint e, gaint len, gadouble *gr, char *gru) {
#if USENETCDF == 1
  gaint rc,i,yy,zz;
  size_t  start[16],count[16];
  gadouble   ulow,uhi;
  gaint oldncopts ;         /* to save and restore setting for automatic error handling */
  
  /* Turn off automatic error handling. */
  ncopts = NC_VERBOSE ;
  oldncopts = ncopts ;
  ncopts = 0;

  /* Change the Y indexes if yrev flag is set */
  if (pfi->yrflg) {
    /* one day we might encounter a pre-projected file written upside down... */
    if (pfi->ppflag)             
      yy = pfi->ppjsiz - y;
    else
      yy = pfi->dnum[1] - y;
  }
  else {
    yy = y-1;
  }
  /* Change the Z indexes if zrev flag is set */
  if (pfi->zrflg) {
    if (pvr->levels==0) {
      zz=0;
    }
    else {
      zz = pvr->levels-z;
    }
  } 
  else {
    zz = z-1;
  }

  /* Set up the start and count array.  The units values
     provided for each variable indicate the mapping of the 
     netcdf variable shape into the grads dimensions */
  for (i=0; i<16; i++) {
    start[i] = -999;
    count[i] = -999;
    if (pvr->units[i] == -100) { start[i] = x-1; count[i] = len; }
    if (pvr->units[i] == -101) { start[i] = yy;  count[i] = 1; }
    if (pvr->units[i] == -102) { start[i] = zz;  count[i] = 1; }
    if (pvr->units[i] == -103) { start[i] = t-1; count[i] = 1; }
    if (pvr->units[i] == -104) { start[i] = e-1; count[i] = 1; }
    if (pvr->units[i] >=0) { start[i] = pvr->units[i];  count[i] = 1; }
  }

  /* Now we are ready to do the I/O  */
  rc = nc_get_vara_double(pfi->ncid, pvr->ncvid, start, count, gr);
  if (rc != NC_NOERR) {
    snprintf(pout,255,"NetCDF Error (gancrow, nc_get_vara_double): %s\n",nc_strerror(rc));
    gaprnt(0,pout);
    ncopts = oldncopts ;
    return (1);
  }

  /* Set missing data values to gafile undef and then unpack if necessary */
  /* use the gavar undef to set the fuzzy test limits */
  /* If gavar undef equals zero, change it to 1/EPSILON */
  if (dequal(pvr->undef, 0.0, 1e-08)==0) {   
    ulow = 1e-5;
  } 
  else {
    ulow = fabs(pvr->undef/EPSILON);   
  }
  uhi  = pvr->undef + ulow;
  ulow = pvr->undef - ulow;
  /* set the gagrid undef equal to the gafile undef */
  pgr->undef = pfi->undef;           
  
  /* Do the NaN, Inf, and fuzzy test for undef values before unpacking */
  for (i=0;i= ulow && *(gr+i) <= uhi) || (isnan(*(gr+i))) || (isinf(*(gr+i)))) {
      *(gru+i) = 0;
    }
    else {
      /* Data is not missing, so unpack with scale and offset if necessary */
      *(gru+i) = 1; 
      if (pfi->packflg) {
	*(gr+i) = *(gr+i)*pvr->scale + pvr->add; 
      }
    }
  }

  ncopts = oldncopts ;
  return(0);
#else 
  gaprnt(0,"Reading NetCDF files is not supported in this build\n");
  return(1);  
#endif
}


/* Read a row varying in the X direction from an HDF-SDS grid */
gaint gahrow (gaint x, gaint y, gaint z, gaint t, gaint e, gaint len, gadouble *gr, char *gru) {
#if USEHDF == 1
gaint rc,i,yy,zz;
int32  start[16],count[16];
int32  sd_id, v_id, sds_id;
int32  data_dtype, n_atts, rank, dim_sizes[H4_MAX_VAR_DIMS];
gadouble  val,ulow,uhi;
int8    *bval=NULL;
uint8   *ubval=NULL;
int16   *sval=NULL;
uint16  *usval=NULL;
int32   *ival=NULL;
uint32  *uival=NULL;
float32 *fval=NULL;
size_t sz;

  /* Get the vid if we haven't already done that for this file */
  if (pvr->sdvid == -888) return(1);  /* already tried and failed */

  sd_id = pfi->sdid; 
  if (pvr->sdvid == -999) {

    /* Get the variable index number from the variable name */
    if (pvr->longnm[0] != '\0') {
      v_id = SDnametoindex(sd_id, pvr->longnm);
    }
    else {
      v_id = SDnametoindex(sd_id, pvr->abbrv);
    }
    if (v_id==FAIL) {
      pvr->sdvid = -888;
      if (pvr->longnm[0] != '\0') {
	snprintf(pout,255,"Error: Variable %s not in HDF-SDS file\n",pvr->longnm);
      }
      else {
	snprintf(pout,255,"Error: Variable %s not in HDF-SDS file\n",pvr->abbrv);
      }
      gaprnt(0,pout);
      return (1);
    }
    pvr->sdvid = v_id; 

    /* If undef attribute name is used, get the undef value */
    if (pfi->undefattrflg) {
      /* Select the variable (get sds_id) */
      v_id = pvr->sdvid;
      sds_id = SDselect(sd_id,v_id);
      if (sds_id==FAIL) {
	if (pvr->longnm[0] != '\0') {
	  snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->longnm);
	}
	else {
	  snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->abbrv);
	}
	gaprnt(0,pout);
	return (1);
      }
      /* Retrieve the HDF undef attribute value */
      if (hdfattr(sds_id, pfi->undefattr, &val) != 0) {
	snprintf(pout,255,"Warning: Could not retrieve undef attribute \"%s\" -- using %g instead\n",
		pfi->undefattr,pfi->undef);
	gaprnt(1,pout);
	pvr->undef = pfi->undef;
      }
      else {
	pvr->undef = val;
      }
    }
    /* If undef attribute name is not given, copy the file-wide undef */
    else {
      pvr->undef = pfi->undef;
    }
 

    /* If data are packed, get the scale factor and offset attribute values */
    if (pfi->packflg) {
      /* initialize values */
      pvr->scale=1.0;
      pvr->add=0.0;

      /* Select the variable (get sds_id) */
      v_id = pvr->sdvid;
      sds_id = SDselect(sd_id,v_id);
      if (sds_id==FAIL) {
	if (pvr->longnm[0] != '\0') {
	  snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->longnm);
	}
	else {
	  snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->abbrv);
	}
	gaprnt(0,pout);
	return (1);
      }
      /* Retrieve the scale factor attribute value */
      if (pfi->packflg == 1 || pfi->packflg == 2) {
	if (hdfattr(sds_id, pfi->scattr, &pvr->scale) != 0) {
	  snprintf(pout,255,"Warning: Could not retrieve \"%s\" -- setting to 1.0\n",pfi->scattr);
	  gaprnt(1,pout);
	  pvr->scale = 1.0;
	}
      }
      /* Retrieve the add offset attribute value if required */
      if (pfi->packflg == 2 || pfi->packflg == 3) {
	if (hdfattr(sds_id, pfi->ofattr, &pvr->add) != 0) {
	  snprintf(pout,255,"Warning: Could not retrieve \"%s\" -- setting to 0.0\n",pfi->ofattr);
	  gaprnt(1,pout);
	  pvr->add = 0.0;
	}
      }
    }
  }

  /* Select the variable (get sds_id) */
  v_id = pvr->sdvid;
  sds_id = SDselect(sd_id,v_id);

  if (sds_id==FAIL) {
    if (pvr->longnm[0] != '\0') {
      snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->longnm);
    }
    else {
      snprintf(pout,255,"Error: SDselect failed for %s \n",pvr->abbrv);
    }
    gaprnt(0,pout);
    return (1);
  }

  /* Change the Y indexes if yrev flag is set */
  if (pfi->yrflg) {
    /* one day we might encounter a pre-projected file written upside down... */
    if (pfi->ppflag)             
      yy = pfi->ppjsiz - y;
    else
      yy = pfi->dnum[1] - y;
  }
  else {
    yy = y-1;
  }

  /* Change the Z indexes if zrev flag is set */
  if (pfi->zrflg) {
    if (pvr->levels==0) {
      zz=0;
    }
    else {
      zz = pvr->levels-z;
    }
  } 
  else {
    zz = z-1;
  }

  /* Set up the start and count array.  The units records in the
     descriptor file for each variable indicate the mapping of the 
     hdf-sds variable shape into the grads dimensions */
  for (i=0; i<16; i++) {
    start[i] = -999;
    count[i] = -999;
    if (pvr->units[i] == -100) { start[i] = x-1; count[i] = len;}
    if (pvr->units[i] == -101) { start[i] = yy;  count[i] = 1; }
    if (pvr->units[i] == -102) { start[i] = zz;  count[i] = 1; }
    if (pvr->units[i] == -103) { start[i] = t-1; count[i] = 1; }
    if (pvr->units[i] == -104) { start[i] = e-1; count[i] = 1; }
    if (pvr->units[i] >= 0) { start[i] = pvr->units[i];   count[i] = 1; }
  }

  /* Get the data type */
  if (pvr->longnm[0] != '\0') {
    rc = SDgetinfo(sds_id, pvr->longnm, &rank, dim_sizes, &data_dtype, &n_atts);
  }
  else {
    rc = SDgetinfo(sds_id, pvr->abbrv,  &rank, dim_sizes, &data_dtype, &n_atts);
  }

  /* Data types that are handled are 8-bit ints (int8 and uint8), shorts (int16), 
     ints (int32) and float. shorts and ints are converted to float. 
     Unpacking done after I/O is finished  */
  switch (data_dtype)
  {
    case (DFNT_INT8):   /* definition value 20 */
      sz = len * sizeof (int8);
      bval = (int8 *)galloc(sz,"bval3");
      if (bval==NULL) {
	gaprnt(0,"HDF-SDS Error: unable to allocate memory for dtype INT8\n");
	return(1);
      }
      if (SDreaddata(sds_id, start, NULL, count, (VOIDP *)bval) != 0) {
	gaprnt(0,"HDF-SDS Read Error for dtype INT8\n");
	gree(bval,"f126");
	return(1);
      } 
      else {
	for (i=0; iundef, 0.0, 1.0e-08)==0) {   
    ulow = 1e-5;
  } 
  else {
    ulow = fabs(pvr->undef/EPSILON);   
  }
  uhi  = pvr->undef + ulow;
  ulow = pvr->undef - ulow;
  /* set the gagrid undef equal to the gafile undef */
  pgr->undef = pfi->undef;           
  
  /* Do the NaN, Inf, and fuzzy test for undef values before unpacking */
  for (i=0;i= ulow && *(gr+i) <= uhi) || (isnan(*(gr+i))) || (isinf(*(gr+i)))) {
      *(gru+i) = 0;
    }
    else {
      /* Data is good */ 
      *(gru+i) = 1;
      /* unpack with scale and offset if necessary */
      if (pfi->packflg) {
	*(gr+i) = *(gr+i)*pvr->scale + pvr->add; 
      }
    }
  }

return (0);

#endif
  gaprnt(0,"Reading HDF-SDS files is not supported in this build\n");
  return(1);
}


/* Sets up an hdf5 variable:
     makes sure the variable exists in the file
     gets the undef value
     gets the scale factor and add offset attributes 
*/

gaint h5setup(void) {
#if USEHDF5 == 1
  hid_t vid=0, dsid, plid, tid;
  gadouble val;
  char *vname;
  gaint i,ndims,rank; 
  size_t size;
  hsize_t *chsize=NULL,nelems;

  if (pvr->h5vid == -888) return(1);  /* already tried and failed */
  if (pvr->h5varflg > 0) vid = pvr->h5varflg;
  if (pvr->dataspace > 0) dsid = pvr->dataspace;

  /* get the variable name */
  if (pvr->longnm[0] != '\0')
    vname = pvr->longnm;
  else
    vname = pvr->abbrv;

  /* Retrieve the HDF5 undef attribute value */
  if (pfi->undefattrflg) {
    if (h5attr(vid, vname, pfi->undefattr, &val) != 0) {
      snprintf(pout,255,"h5setup warning: Could not retrieve undef attribute \"%s\" -- using %g instead\n",
	      pfi->undefattr,pfi->undef);
      gaprnt(1,pout);
      pvr->undef = pfi->undef;
    }
    else {
      pvr->undef = val;
    }
  }
  else {
    /* If no undef attribute name is given, copy the file-wide undef */
    pvr->undef = pfi->undef;
  }
  
  /* Retrieve the HDF5 scale factor and add offset attributes */
  if (pfi->packflg) {
    /* start with default values */
    pvr->scale=1.0;
    pvr->add=0.0;
    
    /* Retrieve the scale factor attribute value */
    if (pfi->packflg == 1 || pfi->packflg == 2) {
      if (h5attr(vid, vname, pfi->scattr, &val) != 0) {
	snprintf(pout,255,"Warning: Could not retrieve \"%s\" -- setting to 1.0\n",pfi->scattr);
	gaprnt(1,pout);
      }
      else { 
	pvr->scale = val;
      }
    }
    /* Retrieve the add offset attribute value if required */
    if (pfi->packflg == 2 || pfi->packflg == 3) {
      if (h5attr(vid, vname, pfi->ofattr, &val) != 0) {
	snprintf(pout,255,"Warning: Could not retrieve \"%s\" -- setting to 0.0\n",pfi->ofattr);
	gaprnt(1,pout);
      }
      else {
	pvr->add = val;
      }
    }
  }
  
  /* Check the chunk size */
  ndims = pvr->nvardims;
  if ((chsize = (hsize_t*)galloc(ndims*sizeof(hsize_t),"chsize"))!=NULL) {
    if ((plid = H5Dget_create_plist(vid)) > 0) {
      if ((rank = H5Pget_chunk(plid,ndims,chsize)) > 0) {
	if ((tid  = H5Dget_type(vid)) > 0) {
	  if ((size = H5Tget_size(tid)) > 0) {
	    nelems = 1;
	    for (i=0; i pfi->cachesize) {
	      gaprnt(1,"*** WARNING! ***\n");
	      gaprnt(1,"*** The I/O for this variable will be extremely slow \n");
	      gaprnt(1,"*** because the chunks are too big to fit in the cache \n");
	      snprintf(pout,255,"*** chunk size = %ld bytes  (",(long)(nelems*size));
	      gaprnt(1,pout);
	      for (i=ndims-1; i>=0; i--) { 
		snprintf(pout,255,"%ld * ",(long)chsize[i]); gaprnt(1,pout); 
	      }
	      snprintf(pout,255,"%ld bytes)\n",(long)size);
	      gaprnt(1,pout);
	      snprintf(pout,255,"*** cache size = %ld bytes \n",pfi->cachesize);
	      gaprnt(1,pout);
	      gaprnt(1,"*** There are two ways to control the cache size: \n");
	      gaprnt(1,"*** add a CACHESIZE entry to the descriptor file \n");
	      gaprnt(1,"*** or use the 'set cachesf' command \n");
	      gaprnt(1,"*** Please read http://iges.org/grads/gadoc/compression.html \n");
	    }
	  }
	}
      }
    }
    gree(chsize,"f274");
  }
#endif
  return(0); 
}

/* Opens an HDF5 variable and allocates the chunk cache 
   takes a file id and a variable name as arguments
   returns a dataspace id and variable id
*/

#if USEHDF5==1
gaint h5openvar (gaint h5id, char *vname, hid_t *dataspace, hid_t *h5varflg) {
  hid_t fid,vid,plid,dsid;
  size_t nslots;
  gadouble pp;

  /* create a property list, and change the cache settings with two hard-coded args */ 
  plid = H5Pcreate (H5P_DATASET_ACCESS);
  nslots = 51203;
  pp = 0.75;
  H5Pset_chunk_cache(plid, nslots, pfi->cachesize, pp);

  /* now open the variable with the modified property list */
  fid = (hid_t)h5id;
  vid = H5Dopen2 (fid, vname, plid);
  if (vid<0) {
    snprintf(pout,255,"Error: H5Dopen2 failed for variable %s \n",vname);
    gaprnt(0,pout);
    return (1); 
  }

  /* close the property list */
  H5Pclose (plid);
  
  /* get variable's dataspace handle */
  if ((dsid = H5Dget_space(vid))<0) {
    gaprnt(0,"HDF5 Error: unable to retrieve data space\n");
    return (1);
  }  

  /* success */
  *h5varflg = vid;
  *dataspace = dsid;
  return (0);
}
#endif  

/* close an HDF5 variable and relelase the chunk cache */

#if USEHDF5==1
gaint h5closevar (hid_t dsid, hid_t vid) {
  /* release variable dataspace */
  if (dsid > (hid_t)0) {
    if ((H5Sclose(dsid))<0) {
      snprintf(pout,255,"H5Sclose failed to close dataspace %d\n",(gaint)dsid);
      gaprnt(1,pout);
      return (1);
    }
  }
  /* close variable */
  if (vid > (hid_t)0) {
    if ((H5Dclose(vid))<0) {
      snprintf(pout,255,"H5Dclose failed to close varid %d\n",(gaint)vid);
      gaprnt(1,pout);
      return (1);
    }
  }
  return (0);
}
#endif

/* Read a row varying in the X direction from an HDF5 grid */
gaint gah5row (gaint x, gaint y, gaint z, gaint t, gaint e, gaint len, gadouble *gr, char *gru) {
#if USEHDF5 == 1
gaint i,yy,zz;
hsize_t  start[16], count[16];
hid_t vid, datatype, memspace;
size_t sz, datasize;
H5T_class_t dataclass; 
H5T_sign_t datasign;
gadouble ulow,uhi;
char *cval;
unsigned char *ucval;
short *sval;
unsigned short *usval;
int *ival;
unsigned int *uival;
long *lval;
unsigned long *ulval;
gafloat *fval;

  /* copy the varid from the h5varflg */
  vid = pvr->h5varflg;

  /* Change the Y indexes if yrev flag is set */
  if (pfi->yrflg) {
    yy = pfi->dnum[1] - y;
  }
  else {
    yy = y-1;
  }

  /* Change the Z indexes if zrev flag is set */
  if (pfi->zrflg) {
    if (pvr->levels==0) {
      zz=0;
    }
    else {
      zz = pvr->levels-z;
    }
  } 
  else {
    zz = z-1;
  }

  /* Set up the start and count array.  The units records in the
     descriptor file for each variable indicate the mapping of the 
     hdf-sds variable shape into the grads dimensions */
  for (i=0; i<16; i++) {
    start[i] = -999;
    count[i] = -999;
    if (pvr->units[i] == -100) { start[i] = x-1; count[i] = len; }
    if (pvr->units[i] == -101) { start[i] = yy;  count[i] = 1;   }
    if (pvr->units[i] == -102) { start[i] = zz;  count[i] = 1;   }
    if (pvr->units[i] == -103) { start[i] = t-1; count[i] = 1;   }
    if (pvr->units[i] == -104) { start[i] = e-1; count[i] = 1;   }
    if (pvr->units[i] >= 0) { start[i] = pvr->units[i];   count[i] = 1; }
  }

  /* select the desired hyperslab in the source dataspace */
  if ((H5Sselect_hyperslab(pvr->dataspace, H5S_SELECT_SET, start, NULL, count, NULL))<0) {
    gaprnt(0,"HDF5 Error: unable to select dataspace hyperslab\n");
    return (1);
  }
  /* create a new destination dataspace  and open it for access */
  if ((memspace  = H5Screate_simple(pvr->nvardims,count,NULL))<0) {
    gaprnt(0,"HDF5 Error: unable to create memspace\n");
    return (1);
  }
  /* Get the data type, class, and size */
  if ((datatype = H5Dget_type(vid))<0) {
    gaprnt(0,"HDF5 Error: unable to retrieve data type\n");
    return (1);
  }
  if ((dataclass = H5Tget_class(datatype))<0) {
    gaprnt(0,"HDF5 Error: unable to retrieve data class\n");
    return (1);
  }
  if ((datasize = H5Tget_size(datatype))<0) {
    gaprnt(0,"HDF5 Error: unable to retrieve data size\n");
    return (1);
  }

  if (dataclass == H5T_FLOAT) {
    if (datasize == 4) {
      sz = len * sizeof (gafloat);
      if ((fval = (gafloat *)galloc(sz,"fval")) == NULL) {
	gaprnt(0,"HDF5 Error: unable to allocate memory for float data\n"); return(1);
      }
      if ((H5Dread(vid, H5T_NATIVE_FLOAT, memspace, pvr->dataspace, H5P_DEFAULT, fval)) < 0) {
	gaprnt(0,"HDF5 read error for float data \n");
	gree(fval,"f131a");
	return(1);
      } 
      else {
	for (i=0; idataspace, H5P_DEFAULT, gr)) < 0) {
	gaprnt(0,"HDF5 read error for double data \n"); return(1);
      } 
    }
    else {
      snprintf(pout,255,"H5T_FLOAT of size %d not handled\n",(int)datasize);
      gaprnt(0,pout);
      return (1);
    }
  }
  else if (dataclass == H5T_INTEGER) {
    /* signed or unsigned? */
    if ((datasign = H5Tget_sign(datatype))<0) {
      gaprnt(2,"H5Tget_sign failed\n"); return (1);
    } 
    /* byte */
    if (datasize == 1) {
      if (datasign==H5T_SGN_NONE) {  
	sz = len * sizeof (unsigned char);
	if ((ucval = (unsigned char *)galloc(sz,"ucval")) == NULL) {
	  gaprnt(0,"HDF5 Error: unable to allocate memory for unsigned char data\n"); return(1);
	}
	if ((H5Dread(vid, H5T_NATIVE_UCHAR, memspace, pvr->dataspace, H5P_DEFAULT, ucval))<0) {
	  gaprnt(0,"H5Dread failed for unsigned char data \n"); 
	  gree(ucval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, cval))<0) {
	  gaprnt(0,"H5Dread failed for char data \n"); 
	  gree(cval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, usval))<0) {
	  gaprnt(0,"H5Dread failed for unsigned short data \n"); 
	  gree(usval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, sval))<0) {
	  gaprnt(0,"H5Dread failed for short data \n"); 
	  gree(sval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, uival))<0) {
	  gaprnt(0,"H5Dread failed for unsigned int data \n"); 
	  gree(uival,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, ival))<0) {
	  gaprnt(0,"H5Dread failed for int data \n"); 
	  gree(ival,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, ulval))<0) {
	  gaprnt(0,"H5Dread failed for unsigned long data \n"); 
	  gree(ulval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; idataspace, H5P_DEFAULT, lval))<0) {
	  gaprnt(0,"H5Dread failed for long data \n"); 
	  gree(lval,"f131b");
	  return (1);
	}
	else {
	  for (i=0; iundef, 0.0, 1.0e-08)==0) {   
    ulow = 1e-5;
  } 
  else {
    ulow = fabs(pvr->undef/EPSILON);   
  }
  uhi  = pvr->undef + ulow;
  ulow = pvr->undef - ulow;
  /* set the gagrid undef equal to the gafile undef */
  pgr->undef = pfi->undef;           
  
  /* Do the NaN, Inf, and fuzzy test for undef values before unpacking */
  for (i=0;i= ulow && *(gr+i) <= uhi) || (isnan(*(gr+i))) || (isinf(*(gr+i)))) {
      *(gru+i) = 0;
    }
    else {
      /* Data is good */ 
      *(gru+i) = 1;
      /* unpack with scale and offset if necessary */
      if (pfi->packflg) {
	*(gr+i) = *(gr+i)*pvr->scale + pvr->add; 
      }
    }
  }
  /* clean up HDF5 resources */
  H5Tclose(datatype);
  H5Sclose(memspace);


return (0);

#endif
  gaprnt(0,"Reading HDF5 grids is not supported in this build\n");
  return(1);
}

/* Retrieves a numeric HDF5 Attribute. */

gaint h5attr(gaint varid, char *vname, char *aname, gadouble *value) {
#if USEHDF5 == 1
hid_t vid,aid,atype,aspace,rc;    
H5T_class_t aclass;
H5T_sign_t asign;
size_t asize;
gaint rank;
char cval;
unsigned char ucval;
short sval;
unsigned short usval;
gaint ival;
gauint uival;
long lval;
unsigned long ulval;
float fval;
gadouble dval;

  vid=(hid_t)varid;

  /* get the attribute id */
  if ((aid = H5Aopen_by_name(vid, vname, aname, H5P_DEFAULT, H5P_DEFAULT))<0) {
    snprintf(pout,255,"HDF5 attribute named \"%s\" does not exist\n",aname);
    gaprnt(2,pout);
    return(1);
  } 
  /* get the attribute rank, make sure it is 1 */
  if ((aspace = H5Aget_space(aid))<0) { gaprnt(2,"H5Aget_space failed\n"); return (1); }
  if ((rank   = H5Sget_simple_extent_ndims(aspace))!=1) { gaprnt(2,"rank != 1\n"); return (1); }
  /* get the attribute type, class, and size */
  if ((atype  = H5Aget_type(aid))<0) { gaprnt(2,"H5Aget_type failed\n"); return (1); } 
  if ((aclass = H5Tget_class(atype))<0) { gaprnt(2,"H5Tget_class failed\n"); return (1); } 
  if ((asize  = H5Tget_size(atype))<0) { gaprnt(2,"H5Tget_size failed\n"); return (1); } 
  
  if (aclass == H5T_FLOAT) {
    if (asize == 4) {
      if ((rc = H5Aread(aid,H5T_NATIVE_FLOAT,(void*)&fval))<0) {
	gaprnt(2,"H5Aread failed\n"); return (1);
      }
      *value = (gadouble)fval;
    }
    else if (asize == 8) {
      if ((rc = H5Aread(aid,H5T_NATIVE_DOUBLE,(void*)&dval))<0) {
	gaprnt(2,"H5Aread failed\n"); return (1);
      }
      *value = dval;
    } 
    else {
      gaprnt(2,"H5T_FLOAT attribute size is not 4 or 8\n");
      return (1);
    }
  }
  else if (aclass == H5T_INTEGER) {
    /* signed or unsigned? */
    if ((asign = H5Tget_sign(atype))<0) { gaprnt(2,"H5Tget_sign failed\n"); return (1); } 
    /* byte */
    if (asize == 1) {
      if (asign==H5T_SGN_NONE) {  
	if ((rc = H5Aread(aid,H5T_NATIVE_UCHAR,(void*)&ucval))<0) {
	  gaprnt(2,"H5Aread failed for type UCHAR\n"); return (1);
	}
	*value = (gadouble)ucval;
      }
      else {
	if ((rc = H5Aread(aid,H5T_NATIVE_CHAR,(void*)&cval))<0) {
	  gaprnt(2,"H5Aread failed for type CHAR\n"); return (1);
	}
	*value = (gadouble)cval;
      }
    }
    /* short */
    else if (asize == 2) {
      if (asign==H5T_SGN_NONE) {  
	if ((rc = H5Aread(aid,H5T_NATIVE_USHORT,(void*)&usval))<0) {
	  gaprnt(2,"H5Aread failed for type USHORT\n"); return (1);
	}
	*value = (gadouble)usval;
      }
      else {
	if ((rc = H5Aread(aid,H5T_NATIVE_SHORT,(void*)&sval))<0) {
	  gaprnt(2,"H5Aread failed for type SHORT\n"); return (1);
	}
	*value = (gadouble)sval;
      }
    }
    /* int */
    else if (asize == 4) {
      if (asign==H5T_SGN_NONE) {  
	if ((rc = H5Aread(aid,H5T_NATIVE_UINT,(void*)&uival))<0) {
	  gaprnt(2,"H5Aread failed for type UINT\n"); return (1);
	}
	*value = (gadouble)uival;
      }
      else {
	if ((rc = H5Aread(aid,H5T_NATIVE_INT,(void*)&ival))<0) {
	  gaprnt(2,"H5Aread failed for type INT\n"); return (1);
	}
	*value = (gadouble)ival;
      }
    }
    /* long */
    else if (asize == 8) {
      if (asign==H5T_SGN_NONE) {  
	if ((rc = H5Aread(aid,H5T_NATIVE_ULONG,(void*)&ulval))<0) {
	  gaprnt(2,"H5Aread failed for type ULONG\n"); return (1);
	}
	*value = (gadouble)ulval;
      }
      else {
	if ((rc = H5Aread(aid,H5T_NATIVE_LONG,(void*)&lval))<0) {
	  gaprnt(2,"H5Aread failed for type LONG\n"); return (1);
	}
	*value = (gadouble)lval;
      }
    }
    else {
      gaprnt(2,"H5T_INTEGER attribute size is not 1, 2, 4, or 8\n");
      return (1);
    }
  }
  else {
    gaprnt(2,"HDF5 attribute is not a numeric data type \n");
    return(1);
  }
  
  H5Aclose(aid);
  H5Tclose(atype);
  return (0);

#endif
  return(0);
}


/* Retrieves a non-character HDF-SDS Attribute. */

gaint hdfattr(gaint sds_id, char *attr_name, gadouble *value) {
#if USEHDF == 1
int32   attr_index, attr_dtype, attr_count;
int8    *battr_val;
uint8   *ubattr_val;
int16   *sattr_val;
uint16  *usattr_val;
int32   *iattr_val;
uint32  *uiattr_val;
float32 *fattr_val;
float64 *dattr_val;
size_t sz;

  /* Get the attribute index number from its name */
  attr_index = SDfindattr(sds_id, attr_name);
  if (attr_index == -1) {
    snprintf(pout,255,"Warning: HDF attribute named \"%s\" does not exist\n",attr_name);
    gaprnt(1,pout);
    return(1);
  } 

  /* Get info about the attribute, make sure there's only one value */
  if (SDattrinfo(sds_id, attr_index, attr_name, &attr_dtype, &attr_count) == -1) {
    gaprnt(1,"Warning: SDattrinfo failed\n");
    return(1);
  } 
  else {
    if (attr_count != 1) {
      snprintf(pout,255,"Warning: HDF attribute named \"%s\" has more than one value\n",attr_name);
      gaprnt(1,pout);
      return(1);
    }

    /* Read the attribute value */
    switch (attr_dtype)
      {
      case (DFNT_INT8):    /* definition value 20 */
	sz = attr_count * sizeof (int8);
	battr_val = galloc(sz,"battrval");
	if (SDreadattr(sds_id, attr_index, battr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type INT8\n");
	  return(1);
	}
	else {
	  *value = *battr_val;
	}
	gree(battr_val,"f132");
	break;
	
      case (DFNT_UINT8):    /* definition value 21 */
	sz = attr_count * sizeof (uint8);
	ubattr_val = galloc(sz,"ubattrval");
	if (SDreadattr(sds_id, attr_index, ubattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type UINT8\n");
	  return(1);
	}
	else {
	  *value = *ubattr_val;
	}
	gree(ubattr_val,"f132a");
	break;
	
      case (DFNT_INT16):    /* definition value 22 */
	sz = attr_count * sizeof (int16);
	sattr_val = galloc(sz,"sattrval");
	if (SDreadattr(sds_id, attr_index, sattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type INT16\n");
	  return(1);
	}
	else {
	  *value = *sattr_val;
	}
	gree(sattr_val,"f133");
	break;
	
      case (DFNT_UINT16):   /* definition value 23 */
	sz = attr_count * sizeof (uint16);
	usattr_val = galloc(sz,"usattrval");
	if (SDreadattr(sds_id, attr_index, usattr_val) == -1)  {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type UINT16\n");
	  return(1);
	}
	else {
	  *value = *usattr_val;
	}
	gree(usattr_val,"f134");
	break;
	
      case (DFNT_INT32):    /* definition value 24 */
	sz = attr_count * sizeof (int32);
	iattr_val = galloc(sz,"iattrval");
	if (SDreadattr(sds_id, attr_index, iattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type INT32\n");
	  return(1);
	}
	else {
	  *value = *iattr_val;
	}
	gree(iattr_val,"f135");
	break;
	
      case (DFNT_UINT32):   /* definition value 25 */
	sz = attr_count * sizeof (uint32);
	uiattr_val = galloc(sz,"uiattrval");
	if (SDreadattr(sds_id, attr_index, uiattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type UINT32\n");
	  return(1);
	}
	else {
	  *value = *uiattr_val;
	}
	gree(uiattr_val,"f136");
	break;
	
      case (DFNT_FLOAT32):  /* definition value  5 */
	sz = attr_count * sizeof (float32);
	fattr_val = galloc(sz,"fattrval");
	if (SDreadattr(sds_id, attr_index, fattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type FLOAT32\n");
	  return(1);
	}
	else {
	  *value = *fattr_val;
	}
	gree(fattr_val,"f137");
	break;
	
      case (DFNT_FLOAT64):  /* definition value  6 */
	sz = attr_count * sizeof (float64);
	dattr_val = galloc(sz,"dattrval");
	if (SDreadattr(sds_id, attr_index, dattr_val) == -1) {
	  gaprnt(1,"Warning: SDreadattr failed for attribute type FLOAT64\n");
	  return(1);
	}
	else {
	  *value = *dattr_val;
	}
	gree(dattr_val,"f138");
	break;
	
      default:
	snprintf(pout,255,"Warning: HDF Attribute \"%s\" is not a numeric data type (%d)\n", 
		attr_name, attr_dtype);
	gaprnt(1,pout);
	return(1);
      };
  }
  return(0);

#endif
  gaprnt(0,"Reading HDF-SDS files is not supported in this build\n");
  return(1);
}


/* Subroutine to print out NetCDF attributes */
gaint ncpattrs(gaint ncid, char *varnam, char *abbrv, gaint hdrflg, gaint fnum, char* ftit) {
#if USENETCDF == 1
gadouble *dattr_val;
gafloat  *fattr_val;
long   *iattr_val;
short  *sattr_val;
char   *cattr_val;
char   *battr_val;
char attr_name[MAX_NC_NAME];
nc_type attr_dtype;
gaint error=0, aindx=-999, rc, i, varid, n_atts;
size_t sz,asize;

/* Get the variable id and number of attributes */
  if (cmpwrd("global",abbrv)) {
    varid = NC_GLOBAL;
    rc = nc_inq_natts(ncid,&n_atts);
    if (rc != NC_NOERR) error=1;
  }
  else {
    rc = nc_inq_varid(ncid, varnam, &varid);
    if (rc != NC_NOERR) error=1;
    if (!error) {
      rc = nc_inq_varnatts(ncid, varid, &n_atts);
      if (rc != NC_NOERR) error=1;
    }
  }

  /* Print out the header */
  if (!error) {
    if (hdrflg) {
      if (n_atts > 0) {
	snprintf(pout,255,"Native Attributes for File %i : %s \n",fnum,ftit);
	gaprnt(2,pout);
      }
    }
  }
  else {
    return(0);  /* zero attributes printed */
  }
  
  /* Loop through list of attributes, print the name of each one */ 
  for (aindx=0; aindx0) {
	  /* Retrieve and print out the attribute */
	  switch (attr_dtype) 
	    {
	    case (NC_BYTE):
	      sz = (asize+1) * sizeof (NC_BYTE);
	      battr_val = (char *) galloc(sz,"battrval1");
	      if (nc_get_att_schar(ncid, varid, attr_name, (signed char*)battr_val) == -1) {
		gaprnt(2,"nc_get_att_schar failed for type NC_BYTE\n"); 
	      }
	      else {
		gaprnt(2,abbrv); 
		gaprnt(2," Byte "); 
		gaprnt(2,attr_name); 
		gaprnt(2," ");
		for (i=0; i0 */
      } /* end of if-else statement for ncattinq */
    } /* end of if-else statement for ncattname */
  } /* end of for loop on aindx */
  return(n_atts);
#endif
  gaprnt(0,"Reading NetCDF attributes is not supported in this build\n");
  return(1);
}


/* Subroutine to print out HDF attributes */
gaint hdfpattrs(gaint sdid, char *varname, char *abbrv, gaint hdrflg, gaint fnum, char* ftit) {
#if USEHDF == 1
gaint     attr_index, rc, i;
char    attr_name[H4_MAX_NC_NAME];
int32   attr_dtype, attr_count;
char8   *cattr_val=NULL;
uchar8  *ucattr_val=NULL;
int8    *icattr_val=NULL;
uint8   *uicattr_val=NULL;
int16   *sattr_val=NULL;
uint16  *usattr_val=NULL;
int32   *iattr_val=NULL;
uint32  *uiattr_val=NULL;
float32 *fattr_val=NULL;
float64 *dattr_val=NULL;
gaint error=0;
char name[H4_MAX_NC_NAME];
int32 sds_id, n_atts, n_dsets, rank, type, dim_sizes[4];
size_t sz;

  /* Get the dataset id and number of attributes */
  if (cmpwrd("global",abbrv)) {
    sds_id = sdid;
    rc = SDfileinfo(sdid, &n_dsets, &n_atts);
    if (rc == -1) error=1;
  }
  else {
    sds_id = SDnametoindex(sdid, varname);
    if (sds_id == -1) error=1;
    if (!error) {
      sds_id = SDselect(sdid,sds_id);
      rc = SDgetinfo(sds_id, name, &rank, dim_sizes, &type, &n_atts);
      if (rc == -1) error=1;
    }
  }
  /* Print out the header */
  if (!error) {
    if (hdrflg) {
      if (n_atts > 0) {
	snprintf(pout,255,"Native Attributes for File %i : %s \n",fnum,ftit);
	gaprnt(2,pout);
      }
    }
  }
  else {
    return(0);  /* zero attributes printed */
  }

  /* Loop through list of attributes, print the name of each one */ 
  for (attr_index = 0 ; attr_index < n_atts ; attr_index++) {
	 
    /* Get info about the current attribute and then print out Name, Type, and Value */
    if (SDattrinfo(sds_id, attr_index, attr_name, &attr_dtype, &attr_count) == -1) {
      snprintf(pout,255,"SDattrinfo failed for variable %s, attribute number %d\n", abbrv, attr_index);
      gaprnt(2,pout);
    }
    else {
      switch (attr_dtype) 
	{
	case (DFNT_CHAR8):    /* definition value 4 */
	  sz = (attr_count+1) * sizeof (char8);
	  cattr_val = (char8*)galloc(sz,"cattrval2");
	  if (SDreadattr(sds_id, attr_index, cattr_val) == -1) {
	    gaprnt(2,"SDreadattr failed for type CHAR8\n"); 
	  }
	  else {
	    cattr_val[attr_count]='\0';
	    snprintf(pout,255,"%s String %s ",abbrv,attr_name); 
	    gaprnt(2,pout);
	    prntwrap(abbrv, attr_name, cattr_val);
	  }
	  gree(cattr_val,"f145");
	  break;
	case (DFNT_UCHAR8):   /* definition value 3 */
	  sz = (attr_count+1) * sizeof (uchar8);
	  ucattr_val = (uchar8*)galloc(sz,"ucattrval");
	  if (SDreadattr(sds_id, attr_index, ucattr_val) == -1) { 
	    gaprnt(2,"SDreadattr failed for type UCHAR8\n"); 
	  }
	  else {
	    ucattr_val[attr_count]='\0';
	    gaprnt(2,abbrv); 
	    gaprnt(2," String ");
	    gaprnt(2,attr_name); 
	    gaprnt(2," ");
	    prntwrap(abbrv, attr_name, (char*)ucattr_val);
	  }
	  gree(ucattr_val,"f146");
	  break;
	case (DFNT_INT8):     /* definition value 20 */
	  sz = (attr_count+1) * sizeof (int8);
	  icattr_val = (int8*)galloc(sz,"icattrval2");
	  if (SDreadattr(sds_id, attr_index, icattr_val) == -1) {
	    gaprnt(2,"SDreadattr failed for type INT8\n"); 
	  }
	  else {
	    gaprnt(2,abbrv); 
	    gaprnt(2," Byte "); 
	    gaprnt(2,attr_name); 
	    gaprnt(2," ");
	    for (i=0; i 0) {
      snprintf(pout,255,"Native Attributes for File %i : %s \n",fnum,ftit);
      gaprnt(2,pout);
    }
  }

  /* Loop through list of attributes, print the name of each one */ 
  for (aindex = 0 ; aindex < n_atts ; aindex++) {
	 
    /* get the attribute id */
    err=0;
    ai = (hsize_t)aindex;
    aid = H5Aopen_by_idx(vid,".",H5_INDEX_CRT_ORDER,H5_ITER_INC,ai,H5P_DEFAULT,H5P_DEFAULT); if (aid<0) err=1;
    /* get the attribute name */
    if (!err) len    = H5Aget_name(aid,0,NULL); if (len<0) err=1;
    sz = (len+1)*sizeof(char);
    if (!err) aname  = (char*)galloc(sz,"aname"); if (aname==NULL) err=1;
    if (!err) rc     = H5Aget_name(aid,len+1,aname); if (rc<0) err=1;
    /* get the attribute rank */
    if (!err) aspace = H5Aget_space(aid); if (aspace<0) err=1;
    if (!err) rank   = H5Sget_simple_extent_ndims(aspace); if (rank<0) err=1;
    /* get the attribute type, class, and size */
    if (!err) atype  = H5Aget_type(aid); if (atype<0) err=1;
    if (!err) aclass = H5Tget_class(atype); if (aclass<0) err=1;
    if (!err) asize  = H5Tget_size(atype); if (asize<0) err=1;
    if (err) {
      snprintf(pout,255,"Unable to retrieve required info for attribute number %d for variable %s \n",aindex,abbrv);
      gaprnt(2,pout);
      continue; /* move on to the next attribute */
    }
    else {
      /* Print out Name, Type, and Values */
      if (aclass == H5T_FLOAT)	{
	/* float */
	if (asize == 4) {
	  sz = rank*sizeof(gafloat);
	  if ((fval = (gafloat*)galloc(sz,"fval"))!=NULL) {
	    if ((rc = H5Aread(aid,H5T_NATIVE_FLOAT,fval))>=0) {
	      snprintf(pout,255,"%s Float32 %s ",abbrv,aname); gaprnt(2,pout);
	      for (i=0; i=0) {
	      snprintf(pout,255,"%s Float64 %s ",abbrv,aname); gaprnt(2,pout);
	      for (i=0; i=0) {
	  /* byte */
	  if (asize == 1) {
	    if (asign==H5T_SGN_NONE) {  
	      sz = rank*sizeof(unsigned char);
	      if ((ucval = (unsigned char*)galloc(sz,"ucval"))!=NULL) {
		if ((rc = H5Aread(aid,H5T_NATIVE_UCHAR,(void*)ucval))>=0) {
		  snprintf(pout,255,"%s Byte %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s Byte %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s UInt16 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s Int16 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s UInt32 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s Int32 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s UInt32 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
		  snprintf(pout,255,"%s Int32 %s ",abbrv,aname); gaprnt(2,pout);
		  for (i=0; i=0) {
	  if ((string = (char*)malloc((stosize+1)*sizeof(char)))!=NULL) {
	    if ((rc = H5Aread(aid,atype,(void*)string))>=0) {
	      string[stosize]='\0';
	      snprintf(pout,255,"%s String %s ",abbrv,aname);
	      gaprnt(2,pout);
	      prntwrap(abbrv,aname,string);
	    }
	    free(string);
	  }
	}
      }
    }
    gree(aname,"f153l");
    H5Aclose(aid);
    H5Tclose(atype);
  }
  h5closevar(dsid,vid);
  return(n_atts);
#endif
  return(0);
}

/* routine to print out a string attribute that may have carriage returns in it */
void prntwrap(char *vname, char *aname, char *str ) {
  char *pos, *line;
  pos = line = str;        
  while (*pos != '\0') { 
    if (*pos == '\n') {
      *pos = '\0';         /* swap null for carriage return */
      gaprnt(2,line);
      /* add varname, attr_type, and attr_name after carriage return */
      snprintf(pout,255," \n%s String %s ",vname,aname); 
      gaprnt(2,pout);
      *pos = '\n';         /* put the carriage return back in */
      line = pos+1;
    }
    pos++;
  }
  if (line < pos) {    /* Print string that has no carriage returns in it */
    gaprnt(2,line); 
  }
  gaprnt(2,"\n");
}


#endif  /* matches #ifndef STNDALN */

/* Routine to open appropriate file when using file templates */
/* Warning -- changes time value to time with respect to this file */
/* Warning -- also changes ensemble value */

gaint gaopfn(gaint t, gaint e, gaint *ee, gaint *oflg, struct gafile *pfi) {
struct dt dtim, dtimi;
struct gaens *ens;
gaint i,rc,flag,endx,need_new_file;
char *fn=NULL;

  *oflg = 0;
  /* make sure e and t are within range of grid dimensions */
  if (t<1 || t>pfi->dnum[3]) return(-99999);
  if (e<1 || e>pfi->dnum[4]) return(-99999);
  i = pfi->fnums[(e-1)*pfi->dnum[3]+t-1];
  if (i == -1) {
    /* there is no data file associated with this time and ensemble member */
      pfi->fnumc = 0;
      pfi->fnume = 0;
      return(-88888);
  }  

  /* find out if we need to open a new file */
  need_new_file=0;
  if (pfi->tmplat==3 && ((i != pfi->fnumc) || (e != pfi->fnume))) need_new_file=1;
  if (pfi->tmplat==2 && (e != pfi->fnume)) need_new_file=1;
  if (pfi->tmplat==1 && (i != pfi->fnumc)) need_new_file=1;

  /* the current file is not the one we need */
  if (need_new_file) {
    /* close SDF file */
    if (pfi->ncflg) {
      if (pfi->ncflg==1) {
	gaclosenc(pfi); 
      }
      else if (pfi->ncflg==2) {
	gaclosehdf(pfi);
      }
      else if (pfi->ncflg==3) {
	gacloseh5(pfi);
      }
    } 
    /* close BUFR file*/
    else if (pfi->bufrflg) {
      if (pfi->bufrdset) {
	gabufr_close(pfi->bufrdset);  /* release memory */
	pfi->bufrdset=NULL;           /* reset the pointer */
      }
    } 
    /* close non-SDF, non-BUFR file */
    else {
      if (pfi->infile!=NULL) fclose(pfi->infile);
    }
    /* release old file name */
    if (pfi->tempname!=NULL) {
      gree(pfi->tempname,"f116");
    }

    /* advance through chain of ensemble structure to get to ensemble 'e' */
    ens=pfi->ens1;    
    endx=1;
    while (endxgrvals[3], (gadouble)t, &dtim);   /* current t value */
    gr2t(pfi->grvals[3], ens->gt, &dtimi);      /* initial t for this ensemble member */
    fn = gafndt(pfi->name, &dtim, &dtimi, pfi->abvals[3], pfi->pchsub1, pfi->ens1, t, e, &flag);
    if (fn==NULL) return (-99999);
    /* Open the data file */
    rc = 0;
    pfi->tempname = fn;
    pfi->fnumc = i;
    pfi->fnume = e;

    /* open netcdf */
    if (pfi->ncflg==1) {  
      rc = gaopnc (pfi,1,0);
      if (rc) pfi->ncid = -999;
    }
    /* open hdfsds */
    else if (pfi->ncflg==2) { 
      rc = gaophdf (pfi,1,0);
      if (rc) pfi->sdid = -999;
    }
    /* open hdf5 */
    else if (pfi->ncflg==3) { 
      rc = gaoph5 (pfi,1,0);
      if (rc) pfi->h5id = -999;
    }
    /* open all others except BUFR */
    else if (!pfi->bufrflg) {        
      pfi->infile = fopen (fn, "rb");
      if (pfi->infile == NULL) rc = 1;
    } 

    /* Error checking on file open */
    if (rc) {
      if (pfi->errflg && timerr!=t) {
        gaprnt(1,"Warning: Open error, fn = ");
        gaprnt(1,fn);
        gaprnt(1,"\n");
        timerr = t;
      }
      pfi->fnumc = 0;
      pfi->fnume = 0;
      return(-88888);
    }
    *oflg = 1;
  } /* matches if (need_new_file)  */

  if (pfi->tmplat==1) { /* templating on T but not E */
    *ee = e;                /* set relative ensemble number to E for this file */ 
  }
  else {
    *ee = 1;                /* set relative ensemble number to 1 for this file */ 
  }

  t = 1 + t - pfi->fnumc;   /* set relative t for this file */
  return (t);
}

/* Open a netcdf file */
gaint gaopnc (struct gafile *pfil, gaint tflag, gaint eflag) {
#if  USENETCDF == 1
gaint i,rc;
char *filename;

  if (tflag) {
    filename = pfil->tempname;
  } 
  else {
    filename = pfil->name;
  }
  rc = nc_open(filename, NC_NOWRITE, &i);
  if (rc != NC_NOERR) {
    if (eflag) {
      snprintf(pout,255,"Error: nc_open failed to open file %s\n",filename);
      gaprnt(0,pout);
      snprintf(pout,255,"%s\n",nc_strerror(rc));
      gaprnt(0,pout);
    }
    return (1);
  }
  /* set the ncid in the gafile structure */
  pfil->ncid = i;     
#endif
  return (0);
}


/* Open an HDF-SDS file */
gaint gaophdf (struct gafile *pfil, gaint tflag, gaint eflag) {
#if USEHDF == 1
  int32 sd_id=-999;
  char *filename; 

  /* set the filename */
  if (tflag) {
    filename = pfil->tempname;
  } 
  else {
    filename = pfil->name;
  }
  /* open the file, set the file id in the gafile structure */
  if ((sd_id = SDstart(filename, DFACC_READ))==FAIL) {
    if (eflag) {
      snprintf(pout,255,"gaophdf error: SDstart failed to open hdf-sds file %s\n",filename);
      gaprnt(0,pout);
    }
    return (1);
  }
  pfil->sdid = sd_id;     
#endif
  return (0);
}



/* Open an HDF5 file */
gaint gaoph5 (struct gafile *pfil, gaint tflag, gaint eflag) {
#if USEHDF5 == 1
  hid_t fapl,h5id=-999;
  char* filename;
  gaint op=0;
  
  /* set the filename */
  if (tflag) {
    filename = pfil->tempname;
  }
  else {
    filename = pfil->name;
  }
  /* open the hdf5 file */
  if ((fapl = H5Pcreate(H5P_FILE_ACCESS))>=0) {
    if ((H5Pset_fclose_degree(fapl,H5F_CLOSE_STRONG))>=0) {
      if ((h5id = H5Fopen(filename, H5F_ACC_RDONLY, fapl))>=0) {
	op=1;
      }
    }
  }

  H5Pclose(fapl);
  /* if file opened, set the file id in the gafile structure */
  if (op) {
    pfil->h5id = (gaint)h5id;     
    return (0);
  }
  else {
    if (eflag) {
      snprintf(pout,255,"Error: Unable to open HDF5 file %s \n",filename);
      gaprnt(0,pout);
    }
    return (1);
  }
#endif
  return (0);
}

/* close a netCDF file, reset ncid in gafile structure */
gaint gaclosenc (struct gafile *pfi) {
#if USENETCDF==1
  gaint rc;
  gaint oldncopts ;     
  oldncopts = ncopts ;
  ncopts = 0;
  if (pfi->ncid != -999) {
    rc = nc_close(pfi->ncid);
    if (rc != NC_NOERR) {
      gaprnt(0,"Error: nc_close failed\n");
      snprintf(pout,255,"%s\n",nc_strerror(rc));
      gaprnt(0,pout);
      return (1);
    }
    pfi->ncid = -999;
  }
  ncopts = oldncopts ;
#endif
  return (0);
}

/* close an HDF file, reset sdid in gafile structure */
gaint gaclosehdf (struct gafile *pfi) {
#if USEHDF==1
  if (pfi->sdid != -999) {
    if ((SDend(pfi->sdid)) != 0) {
      gaprnt(0,"Error: SDend failed\n");
      return (1);
    }
    pfi->sdid = -999;
  }
#endif
  return (0);
}

/* close an HDF5 file, reset h5id in gafile structure */
gaint gacloseh5 (struct gafile *pfi) {
#if USEHDF5==1
  struct gavar *lclvar;
  gaint i,rc;
  hid_t fid;

  if (pfi->h5id != -999) {
    fid = (hid_t)pfi->h5id;
    /* loop over all variables, make sure they are closed */
    lclvar = pfi->pvar1;
    for (i=0; ivnum; i++) {
      rc = h5closevar(lclvar->dataspace,lclvar->h5varflg);
      if (rc) return (1);
      /* reset flags */
      lclvar->dataspace = -999; 
      lclvar->h5varflg = -999;  
      lclvar++; 
    }
    /* now we can close the file */
    if ((H5Fclose(fid)) < 0) {
      gaprnt(1,"Error: H5Fclose failed\n");
      return (1);
    }
    pfi->h5id = -999;
  }
#endif
  return (0);
}
grads-2.0.1/src/Makefile.am0000644000175000017500000001271611473002203016566 0ustar  amckinstryamckinstry##
##          Makefile.am  for GrADS
##
######################################################################

######################################################################
#
# Targets
#

# Targets that will built by "make all"
bin_PROGRAMS	       = grads \
		         gribmap gxeps gxps stnmap wgrib gribscan bufrscan \
			 $(extra_utils)

# Targets that will not always be built
EXTRA_PROGRAMS	       = gxtran grib2scan

# Convenience target
utils: bufrscan gribscan gribmap gxeps gxps stnmap wgrib $(extra_utils)

######################################################################
#
# Compiler and linker settings
#

# Paths to external headers and libraries
supp_include_dir	= $(SUPPLIBS)/include
supp_lib_dir		= $(SUPPLIBS)/lib

# Settings used for all binaries
LDADD			= -L$(supp_lib_dir) 
INCLUDES		= $(readline_inc) $(printim_inc) $(grib2_inc) $(gui_inc) $(nc_inc) \
			  $(hdf_inc) $(hdf5_inc) $(geotiff_inc) $(shp_inc) $(gadap_inc) \
                          $(X_CFLAGS) $(XAW_CFLAGS) $(GD_CFLAGS) $(HDF4_CFLAGS)

# Settings used for all GrADS binaries
common_ldadd            = $(LDADD) $(X_LIBS) $(host_ldadd) -lX11

######################################################################
#
# Headers and data
#

# Headers must be listed here to be included in the distribution.  The
# "noinst_" prefix prevents "make install" from trying to do anything
# with them
hdr_core            = gagmap.h grads.h gs.h gatypes.h \
		      gvt.h gx.h gxmap.h wx.h
hdr_bufr	    = gabufr.h
hdr_x11		    = gx.h bitmaps.h
hdr_sdf             = gasdf.h gasdf_std_time.h 
hdr_gui		    = gagui.h
hdr_png             = mtables.c
noinst_HEADERS	    = $(hdr_core) $(hdr_x11) $(hdr_sdf) $(hdr_png) $(hdr_gui) $(hdr_bufr)

# Get rid of buildinfo.h on "make distclean"
DISTCLEANFILES	       = buildinfo.h


######################################################################
#
# Configuration-dependent sources & headers
#

if USEGADAP
src_gadap 	    = dodstn.c
obj_gadap           = dodstn.o
endif

if USEGUI
src_gui             = gagui.c gsgui.c
endif


##############################################################
#
# Sources for GrADS binary

# Source files to be compiled
grads_SOURCES          = grads.c gxsubs.c gxmeta.c gxchpl.c gxcntr.c gxstrm.c \
			 gxwmap.c gxshad.c gxshad2.c gaexpr.c gafunc.c gautil.c gagx.c \
			 gscrpt.c gamach.c bufrstn.c gabufr.c gabufrtbl.c \
			 gxX.c gxdxwd.c galloc.c $(src_gui) $(src_gadap) \
                         gaddes.c gaio.c gacfg.c gauser.c gasdf.c gatxt.c

# Sources that will not always be compiled
# Since gradsc is the only GrADS binary that is not conditionally compiled,
# any source file that we want to go in the distribution must be listed.
#EXTRA_grads_SOURCES    = gagmap.c gagui.c gsgui.c gxhpng.c dodstn.c
EXTRA_grads_SOURCES    = gagmap.c gagui.c gsgui.c dodstn.c


# libraries needed 
grads_LDADD	       = $(common_ldadd) $(readline_libs) $(printim_libs) \
			 $(grib2_libs) $(hdf_libs) $(hdf5_libs) $(nc_libs) \
			 $(gui_libs) $(geotiff_libs) $(shp_libs) $(dap_libs)

# Custom compilation for object files specific to this GrADS binary
COMPILE_C = $(COMPILE) 


##############################################################
#
# gradsdap
#

# If gadap is enabled, use C++ linker instead of C linker
if USEGADAP
grads_LINK          = $(CXX) $(AM_CFLAGS) $(CFLAGS) $(AM_LDFLAGS) $(LDFLAGS) -o $@
else
grads_LINK          = $(CC) $(AM_CFLAGS) $(CFLAGS) $(AM_LDFLAGS) $(LDFLAGS) -o $@
endif

# Object files that should not be reused by the other GrADS binaries,
# plus libraries needed by this GrADS binary


# Custom compilation for object files specific to this GrADS binary
COMPILE_DAP = $(COMPILE) 


##############################################################
#
# Utilities
#

# Object files that need to be recompiled for standalone utilities
gaddes.sa.o: $(srcdir)/gaddes.c
	$(COMPILE) -DSTNDALN -o gaddes.sa.o -c $(srcdir)/gaddes.c

gautil.sa.o: $(srcdir)/gautil.c
	$(COMPILE) -DSTNDALN -o gautil.sa.o -c $(srcdir)/gautil.c

gxmeta.sa.o: $(srcdir)/gxmeta.c
	$(COMPILE) -DSTNDALN -o gxmeta.sa.o -c $(srcdir)/gxmeta.c

##############################################################
#
# stnmap
#
stnmap_SOURCES	       = stnmap.c gamach.c galloc.c
stnmap_LDADD	       = gaddes.sa.o gautil.sa.o gatxt.o $(LDADD) $(readline_libs)

##############################################################
#
# gribmap
#
gribmap_SOURCES	       = gribmap.c gagmap.c gamach.c galloc.c
gribmap_LDADD	       = gaddes.sa.o gautil.sa.o gatxt.o $(LDADD) $(readline_libs) $(grib2_libs)

##############################################################
#
# wgrib
#
wgrib_SOURCES	       = wgrib.c

##############################################################
#
# gxps
#
gxps_SOURCES	       = gxps.c
gxeps_SOURCES	       = gxeps.c

##############################################################
#
# gxtran
#
gxtran_SOURCES	       = gxtran.c gxsubs.c gxchpl.c gxX.c gxdxwd.c galloc.c 
gxtran_LDADD	       = gxmeta.sa.o $(LDADD) $(X_LIBS) $(printim_libs) -lX11

##############################################################
#
# gribscan
#
gribscan_SOURCES       = gribscan.c gamach.c galloc.c
gribscan_LDADD	       = gautil.sa.o gatxt.o $(LDADD) $(readline_libs)

##############################################################
#
# grib2scan
#
grib2scan_SOURCES      = grib2scan.c gamach.c galloc.c
grib2scan_LDADD	       = gautil.sa.o gatxt.o $(LDADD) $(grib2_libs) $(readline_libs)

##############################################################
#
# bufrscan
#
bufrscan_SOURCES       = bufrscan.c gabufr.c gabufrtbl.c gamach.c

grads-2.0.1/src/grib2scan.c0000644000175000017500000005664111641052706016567 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.
    Written by Brian Doty and Jennifer M. Adams  */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's present */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include 
#include "gatypes.h"

/* global variables */
struct dt {                          /* Date/time structure */
  gaint yr;
  gaint mo;
  gaint dy;
  gaint hr;
  gaint mn;
};

struct gag2 {
  gaint discipline,parcat,parnum;     /* Parameter identifiers */
  gaint yr,mo,dy,hr,mn,sc;            /* Reference Time */
  gaint sig;                          /* Significance of Reference Time */
  gaint numdp;                        /* Number of data points */
  gaint gdt;                          /* Grid Definition Template */
  gaint pdt;                          /* Product Definition Template */
  gaint drt;                          /* Data Representation Template */
  gaint trui;                         /* Time range units indicator */
  gaint ftime;                        /* Forecast time */
  gaint lev1type,lev1sf,lev1;         /* Level 1 type, scale factor, scaled value */
  gaint lev2type,lev2sf,lev2;         /* Level 2 type, scale factor, scaled value */
  gaint enstype,enspertnum,ensderiv;  /* Ensemble metadata */
  gaint comptype;                     /* Compression type (for JPEG2000 compression) */
  gaint bmsflg;                       /* Bit Map Section flag */
};
gaint verb=0;

/* Function Declarations */
gaint gagby (unsigned char *, gaint, gaint);
gaint gagbb (unsigned char *, gaint, gaint);
gaint sect1 (unsigned char *, struct gag2 *);
gaint sect3 (unsigned char *, struct gag2 *);
gaint sect4 (unsigned char *, struct gag2 *);
gaint sect5 (unsigned char *, struct gag2 *);
gaint sect4stp (unsigned char *, struct gag2 *, gaint, gaint);
gaint sect4spp (unsigned char *, struct gag2 *, gaint, gaint *);
void CodeTable0p0  (gaint);
void CodeTable1p2  (gaint);
void CodeTable3p1  (gaint);
void CodeTable4p4  (gaint);
void CodeTable4p7  (gaint);
void CodeTable4p10 (gaint);
void CodeTable4p15 (gaint);
void CodeTable5p0  (gaint);
gadouble scaled2dbl(gaint, gaint);
void timadd (struct dt *, struct dt *);


/* MAIN PROGRAM */
gaint main (gaint argc, char *argv[]) {
 FILE *gfile=NULL;
 struct gag2 g2;
 off_t fpos;
 char *ch;
 unsigned char s0[16],work[260],*rec;
 unsigned char *s1,*s2,*s3,*s4,*s5,*s6,*s7,*s8;
 gaint i,flg,iarg,rc,edition,rlen,roff,field,recnum;
 gaint s1len,s2len,s3len=0,s4len,s5len,s6len,s7len;

  
 /* Scan input args. The filename is the argument that is not an option */
 flg = 0;
 if (argc>1) {
   iarg = 1;
   while (iarg1) printf("starts at location %i\n",roff);
     else printf("\n");

     /* Section 2, the Local Use Section */
     s2 = rec+roff;
     i = gagby(s2,4,1);
     if (i==2) {
       s2len = gagby(s2,0,4);
       roff += s2len;
     } else s2len = 0;
     
     /* Section 3, the Grid Definition Section */
     s3 = rec+roff;
     i = gagby(s3,4,1);
     if (i==3) {
       s3len = gagby(s3,0,4);  
       rc = sect3(s3,&g2);
       if (rc) return (rc);
       roff += s3len;
     } else if (field==1) {
       printf ("Header error, section 3 expected, found %i\n",i);
       return (5);
     } 
     
     /* Section 4, the Product Definition Section */
     s4 = rec+roff;
     i = gagby(s4,4,1);
     if (i!=4) {
       printf ("Header error, section 4 expected, found %i\n",i);
       return (5);
     }
     s4len  = gagby(s4,0,4);
     rc = sect4(s4,&g2);
     if (rc) return (rc);
     roff += s4len;

     /* Section 5, the Data Representation Section */
     s5 = rec+roff;
     i = gagby(s5,4,1);
     if (i!=5) {
       printf ("Header error, section 5 expected, found %i\n",i);
       return (5);
     }
     s5len = gagby(s5,0,4);
     rc = sect5(s5,&g2);
     if (rc) return (rc);
     roff += s5len;
     
     /* Section 6, the Bit Map Section*/
     s6 = rec+roff;
     i = gagby(s6,4,1);
     if (i==6) {
       s6len = gagby(s6,0,4);
       g2.bmsflg = gagby(s6,5,1);
       if (verb>1) printf("  BMI=%d \n",g2.bmsflg);
       roff += s6len;
     } else s6len = 0;
     
     /* Section 7, the Data Section */
     s7 = rec+roff;
     i = gagby(s7,4,1);
     if (i!=7) {
       printf ("Header error, section 7 expected, found %i\n",i);
       return (5);
     }
     s7len = gagby(s7,0,4);
     if (verb>1) printf ("  Lengths of Sections 1-7: %i %i %i %i %i %i %i\n",
		       s1len, s2len, s3len, s4len, s5len, s6len, s7len);
     roff += s7len;
     
     /* Section 8, the End Section */
     s8 = rec+roff;
     if (*s8=='7' && *(s8+1)=='7' && *(s8+2)=='7' && *(s8+3)=='7') {
       break;
     }
     
     /* If it wasn't the End, look for another field */
     field++;
   }
   
   fpos = fpos + (off_t)rlen;
   free(rec);
   recnum++;
 }
 return(0);
}

/* Look at contents of Section 1 */
gaint sect1 (unsigned char *s1, struct gag2 *pg2) {
  pg2->sig = gagby(s1,11,1);     
  pg2->yr  = gagby(s1,12,2);
  pg2->mo  = gagby(s1,14,1);
  pg2->dy  = gagby(s1,15,1);
  pg2->hr  = gagby(s1,16,1);
  pg2->mn  = gagby(s1,17,1);
  pg2->sc  = gagby(s1,18,1);
  printf ("  Reference Time = %4i-%02i-%02i %02i:%02i:%02i  ",
	  pg2->yr,pg2->mo,pg2->dy,pg2->hr,pg2->mn,pg2->sc); 
  CodeTable1p2(pg2->sig);
  printf("\n");
  return(0);

 }

/* Look at contents of Section 3 */
gaint sect3 (unsigned char *s3, struct gag2 *pg2) {
  gaint nx,ny,angle,lat1,lon1,di,dj,lon2,lat2,nlats;
  gaint rlon,dx,dy,latin1,latin2;
  gaint sbit1,sbit2,sbit3,sbit4;

  pg2->numdp = gagby(s3,6,4);    
  pg2->gdt   = gagby(s3,12,2);
  printf ("  GDT=%i ",pg2->gdt);
  CodeTable3p1(pg2->gdt);
  printf(" nx*ny=%d\n",pg2->numdp);
  if (verb) {
    if (pg2->gdt==0) {         /* lat-lon grid */
      nx    = gagby(s3,30,4);
      ny    = gagby(s3,34,4);
      angle = gagby(s3,38,4);
      if (angle==0) {
	lat1 = gagby(s3,46,4);
	lon1 = gagby(s3,50,4);
	di   = gagby(s3,63,4);
	dj   = gagby(s3,67,4);
	printf("   XDEF %i linear %f %f\n",nx,lon1*1e-6,di*1e-6);
	printf("   YDEF %i linear %f %f\n",ny,lat1*1e-6,dj*1e-6);
      }
    }
    else if (pg2->gdt==20) {   /* Polar Stereographic */
      nx    = gagby(s3,30,4);
      ny    = gagby(s3,34,4);
      lat1  = gagby(s3,38,4);
      lon1  = gagby(s3,42,4);
      rlon  = gagby(s3,51,4);
      dx    = gagby(s3,55,4);
      dy    = gagby(s3,59,4);
      printf("   nx=%i ny=%i lon1=%f lat1=%f\n",nx, ny, lon1*1e-6, lat1*1e-6);
      printf("   reflon=%f dx=%f dy=%f\n",rlon*1e-6,dx*1e-3,dy*1e-3); 

    }
    else if (pg2->gdt==30) {   /* Lambert Conformal */
      nx     = gagby(s3,30,4);
      ny     = gagby(s3,34,4);
      lat1   = gagby(s3,38,4);
      lon1   = gagby(s3,42,4);
      rlon   = gagby(s3,51,4);
      dx     = gagby(s3,55,4);
      dy     = gagby(s3,59,4);
      latin1 = gagby(s3,65,4);
      latin2 = gagby(s3,69,4);
      printf("   nx=%i ny=%i lon1=%f lat1=%f\n",nx, ny, lon1*1e-6, lat1*1e-6);
      printf("   reflon=%f dx=%f dy=%f\n",rlon*1e-6, dx*1e-3, dy*1e-3); 
      printf("   latin1=%f latin2=%f \n",latin1*1e-6, latin2*1e-6);
      if (verb>1) {
	sbit1 = gagbb(s3+64,0,1);
	sbit2 = gagbb(s3+64,1,1);
	sbit3 = gagbb(s3+64,2,1);
	sbit4 = gagbb(s3+64,3,1);
	printf("   scan_mode_bits = %i%i%i%i\n",sbit1, sbit2, sbit3, sbit4);
      }      
    }
    else if (pg2->gdt==40) {   /* Gaussian lat-lon grid */
      nx    = gagby(s3,30,4);
      ny    = gagby(s3,34,4);
      angle = gagby(s3,38,4);
      if (angle==0) {
	lat1  = gagby(s3,46,4);
	lon1  = gagby(s3,50,4);
	lat2  = gagby(s3,55,4);
	lon2  = gagby(s3,59,4);
	di    = gagby(s3,63,4);
	nlats = gagby(s3,67,4);
	printf("   nx=%i ny=%i di=%f nlats=%i\n",nx, ny, di*1e-6,nlats);
	printf("   lon: %f to %f\n", lon1*1e-6, lon2*1e-6);
	printf("   lat: %f to %f\n", lat1*1e-6, lat2*1e-6);
      }
    }
  }
  return (0);
}

/* Look at contents of Section 4 */
gaint sect4 (unsigned char *s4, struct gag2 *pg2) {
  struct dt reft,fcst,begt;
  gaint enstotal,sp,sp2,gotfcst;
  gaint fpnum,fptot,fptyp,llsf,llval,ulsf,ulval;
  gadouble ll=0,ul=0;
  gadouble lev1=0,lev2=0;
  
  pg2->pdt      = gagby(s4, 7,2);
  pg2->parcat   = gagby(s4, 9,1); 
  pg2->parnum   = gagby(s4,10,1); 
  pg2->trui     = gagby(s4,17,1); 
  pg2->ftime    = gagby(s4,18,4); 
  pg2->lev1type = gagby(s4,22,1);
  pg2->lev1sf   = gagby(s4,23,1);
  pg2->lev1     = gagby(s4,24,4);
  pg2->lev2type = gagby(s4,28,1);
  pg2->lev2sf   = gagby(s4,29,1);
  pg2->lev2     = gagby(s4,30,4);
  /* get the statistical process when values are not instantaneous, but span a time interval */
  sp = sp2 = -999;
  if      (pg2->pdt ==  8) sp = sect4stp (s4, pg2, 34, 46);
  else if (pg2->pdt ==  9) sp = sect4stp (s4, pg2, 47, 59);
  else if (pg2->pdt == 10) sp = sect4stp (s4, pg2, 35, 47);
  else if (pg2->pdt == 11) sp = sect4stp (s4, pg2, 37, 49);
  else if (pg2->pdt == 12) sp = sect4stp (s4, pg2, 36, 48);
  /* get the statistical process and type of spatial processing */
  else if (pg2->pdt == 15) sp = sect4spp (s4, pg2, 34, &sp2);

  if (sp==-999) {
    printf ("  PDT=%i,  %d ",pg2->pdt,pg2->ftime);
    CodeTable4p4(pg2->trui);
    printf ("Forecast");

    reft.yr = pg2->yr;
    reft.mo = pg2->mo;
    reft.dy = pg2->dy;
    reft.hr = pg2->hr;
    reft.mn = pg2->mn;
    fcst.yr = fcst.mo = fcst.dy = fcst.hr = fcst.mn = 0;  /* initialize forecast time structure */
    gotfcst=0;
    if      (pg2->trui== 0) fcst.mn = pg2->ftime;
    else if (pg2->trui== 1) fcst.hr = pg2->ftime;
    else if (pg2->trui== 2) fcst.dy = pg2->ftime;
    else if (pg2->trui== 3) fcst.mo = pg2->ftime;
    else if (pg2->trui== 4) fcst.yr = pg2->ftime;
    else if (pg2->trui==10) fcst.hr = pg2->ftime*3;   /* 3Hr incr */
    else if (pg2->trui==11) fcst.hr = pg2->ftime*6;   /* 6Hr incr */
    else if (pg2->trui==12) fcst.hr = pg2->ftime*12;  /* 2Hr incr */
    else gotfcst=-99;
    if (gotfcst==-99) {
      /* unable to get forecast time, so use reference time as valid time */
      begt = reft;
    }
    else {
      /* add reference time and forecast time together to get valid time */
      timadd(&reft,&fcst);
      begt = fcst;
      printf(",  Valid Time = %4i-%02i-%02i %02i:%02i  ",begt.yr,begt.mo,begt.dy,begt.hr,begt.mn);
    } 
    printf ("\n");
    printf ("   Parameter: disc,cat,num = %d,%d,%d\n",
	    pg2->discipline,pg2->parcat,pg2->parnum);
  }
  else if (sp==255) {
    printf ("   Parameter: disc,cat,num = %d,%d,%d\n",
	    pg2->discipline,pg2->parcat,pg2->parnum);
  }
  else {
    if (sp2==-999) 
      printf ("   Parameter: disc,cat,num,sp = %d,%d,%d,%d\n",
	      pg2->discipline,pg2->parcat,pg2->parnum,sp);
    else
      printf ("   Parameter: disc,cat,num,sp,sp2 = %d,%d,%d,%d,%d\n",
	      pg2->discipline,pg2->parcat,pg2->parnum,sp,sp2);
  }
  if (pg2->lev1 != -1) lev1 = scaled2dbl(pg2->lev1sf,pg2->lev1);

  if (pg2->lev2type != 255) {  /* we have two level types */
    if (pg2->lev2 != -1) {
      lev2 = scaled2dbl(pg2->lev2sf,pg2->lev2);
      if (pg2->lev2type == pg2->lev1type) 
	printf ("   Levels: ltype,lval,lval2 = %d,%g,%g ",pg2->lev1type, lev1,lev2);
      else
	printf ("   Levels: ltype,lval,lval2,ltype2 = %d,%g,%g,%d ",
		pg2->lev1type, lev1,lev2,pg2->lev2type);
      if (verb) 
	printf("  (sf1,sval1,sf2,sval2 = %d %d %d %d) \n",pg2->lev1sf,pg2->lev1,pg2->lev2sf,pg2->lev2);
      else printf ("\n");
    }
    else {  /* level values are missing */
      if (pg2->lev2type == pg2->lev1type) 
	printf ("   Levels: ltype = %d \n",pg2->lev1type);
      else
	printf ("   Levels: ltype,,,ltype2 = %d,,,%d \n",pg2->lev1type,pg2->lev2type);
    }
  }	
  else {    /* only one level type */
    if (pg2->lev1 != -1) {
      printf ("   Level: ltype,lval = %d,%g ",pg2->lev1type,lev1);
      if (verb) printf("  (sf,sval = %d %d) \n",pg2->lev1sf,pg2->lev1);
      else printf ("\n");
    }
    else
      printf ("   Level: ltype = %d \n",pg2->lev1type);  /* level value is missing */
  }

  /* Ensemble Metadata */
  if (pg2->pdt==1 || pg2->pdt==2 || pg2->pdt==11 || pg2->pdt==12) {
    if (pg2->pdt==1 || pg2->pdt==11) {   /* individual ensemble members */
      pg2->enstype    = gagby(s4,34,1); 
      pg2->enspertnum = gagby(s4,35,1);
      enstotal        = gagby(s4,36,1);
      printf("   Ens: type,pert = %d,%d ",pg2->enstype,pg2->enspertnum); 
      if (verb) printf("(total=%d) \n",enstotal);
      else printf("\n");
    }
    else {                            /* derived fields from all ensemble members */
      pg2->ensderiv   = gagby(s4,34,1);
      enstotal        = gagby(s4,35,1);
      printf("   Ens: deriv = %d  ",pg2->ensderiv);
      if (verb) CodeTable4p7(pg2->ensderiv);
      printf("\n");
    }
  }
  /* Probability Forecasts */
  if (pg2->pdt==9) {
    fpnum = gagby(s4,34,1);
    fptot = gagby(s4,35,1);
    fptyp = gagby(s4,36,1);
    llsf  = gagby(s4,37,1);
    llval = gagby(s4,38,4);
    ulsf  = gagby(s4,42,1);
    ulval = gagby(s4,43,4);
    ll = scaled2dbl(llsf,llval);
    ul = scaled2dbl(ulsf,ulval);
    printf("   Forecast Probability Number %d out of %d  Type = %d\n",fpnum,fptot,fptyp); 
    printf("   Lower and Upper Limits: %g %g\n",ll,ul); 
  }
  return(0);
}

/* get info about statistical processing done over time intervals in section 4 */
/* pos1 is location of octets end of overal time interval ,
   pos2 is location of octet for spatial processing code */
gaint sect4stp (unsigned char *s4, struct gag2 *pg2, gaint pos1, gaint pos2) {
struct dt reft,fcst,begt;
gaint endyr,endmo,enddy,endhr,endmn,gotfcst;
gaint var1,var2,var3,var4,var5,numtr,sp;
  sp=-999;
  /* get the ending time of the overall averaging period */
  endyr = gagby(s4,pos1+0,2);
  endmo = gagby(s4,pos1+2,1);
  enddy = gagby(s4,pos1+3,1);
  endhr = gagby(s4,pos1+4,1);
  endmn = gagby(s4,pos1+5,1);

  /* get the beginning time of the overall averaging period */
  reft.yr = pg2->yr;
  reft.mo = pg2->mo;
  reft.dy = pg2->dy;
  reft.hr = pg2->hr;
  reft.mn = pg2->mn;

  fcst.yr = fcst.mo = fcst.dy = fcst.hr = fcst.mn = 0;  /* initialize forecast time structure */
  gotfcst=0;
  if      (pg2->trui== 0) fcst.mn = pg2->ftime;
  else if (pg2->trui== 1) fcst.hr = pg2->ftime;
  else if (pg2->trui== 2) fcst.dy = pg2->ftime;
  else if (pg2->trui== 3) fcst.mo = pg2->ftime;
  else if (pg2->trui== 4) fcst.yr = pg2->ftime;
  else if (pg2->trui==10) fcst.hr = pg2->ftime*3;   /* 3Hr incr */
  else if (pg2->trui==11) fcst.hr = pg2->ftime*6;   /* 6Hr incr */
  else if (pg2->trui==12) fcst.hr = pg2->ftime*12;  /* 2Hr incr */
  else gotfcst=-99;
  if (gotfcst==-99) {
    /* unable to get forecast time, so use reference time as valid time */
    begt = reft;
  }
  else {
    /* add reference time and forecast time together to get beginnin of overall time interval */
    timadd(&reft,&fcst);
    begt = fcst;
  } 
  
  numtr = gagby(s4,41,1);       /* number of time specifications */
  if (numtr) {
    sp   = gagby(s4,pos2+0,1);
    var1 = gagby(s4,pos2+1,1);
    var2 = gagby(s4,pos2+2,1);
    var3 = gagby(s4,pos2+3,4);
    var4 = gagby(s4,pos2+7,1);
    var5 = gagby(s4,pos2+8,4);
    if (var5==0) {   /* continuous statistical processing function */
      printf("  PDT=%d ",pg2->pdt);
      if (sp<=255) {
	printf("(%d ",var3);
	CodeTable4p4(var2);
	CodeTable4p10(sp);
	printf(") ");
      }
      printf("BegTime = %4i-%02i-%02i %02i:%02i  ",begt.yr,begt.mo,begt.dy,begt.hr,begt.mn);
      printf("EndTime = %4i-%02i-%02i %02i:%02i \n",endyr,endmo,enddy,endhr,endmn);
    }
  }
  return (sp);
}

/* get info about statistical processing done over spatial area in section 4
   so far this is only for PDT 4.15.
   pos1 is location of octet for statistical process code (sp),
   the subsequent octet is for the spatial process (sp2).
*/
gaint sect4spp (unsigned char *s4, struct gag2 *pg2, gaint pos1, gaint *pp2) {
gaint sp1,sp2;
  sp1 = sp2 = -999;
  sp1 = gagby(s4,pos1+0,1);
  sp2 = gagby(s4,pos1+1,1);
  printf("  PDT=%d Spatial ",pg2->pdt);
  if (sp1<=255) CodeTable4p10(sp1);
  printf(", ");
  if (sp2<=255) CodeTable4p15(sp2);
  printf(" \n");
  *pp2 = sp2;
  return (sp1);
}


/* Look at contents of Section 5 */
gaint sect5 (unsigned char *s5, struct gag2 *pg2) {
  gafloat r;
  gaint e,d,nbits,otype;

  if (verb) {
    pg2->drt = gagby(s5,9,2);
    r        = gagby(s5,11,4);
    e        = gagby(s5,15,2);
    d        = gagby(s5,17,2);
    nbits    = gagby(s5,19,1);
    otype    = gagby(s5,20,1);
    printf ("  DRT=%i ",pg2->drt);
    CodeTable5p0(pg2->drt);
    if (pg2->drt == 40) {  
      pg2->comptype = gagby(s5,21,1);
      if (pg2->comptype==0) printf(" (Lossless) ");
      if (pg2->comptype==1) printf(" (Lossy) ");
    }
    printf("\n");
  }
  return(0);
}


/* Discipline */
void CodeTable0p0 (gaint i) {
  if      (i== 0) printf ("(Meteorological)");
  else if (i== 1) printf ("(Hydrological)");
  else if (i== 2) printf ("(Land Surface)");
  else if (i== 3) printf ("(Space)");
  else if (i==10) printf ("(Oceanographic)");
}
/* Significance of Reference Time */
void CodeTable1p2 (gaint i) {
  if      (i==0) printf ("Analysis");
  else if (i==1) printf ("Start of Forecast");
  else if (i==2) printf ("Verifying Time of Forecast");
  else if (i==3) printf ("Observation Time");
}
/* Grid Definition Template Number */
void CodeTable3p1 (gaint i) {
  if      (i==0)   printf("(Lat/Lon)");
  else if (i==1)   printf("(Rotated Lat/Lon)");
  else if (i==2)   printf("(Stretched Lat/Lon)");
  else if (i==3)   printf("(Rotated and Stretched Lat/Lon)");
  else if (i==10)  printf("(Mercator)");
  else if (i==20)  printf("(Polar Stereographic)");
  else if (i==30)  printf("(Lambert Conformal)");
  else if (i==31)  printf("(Albers Equal Area)");
  else if (i==40)  printf("(Gaussian Lat/Lon)");
  else if (i==41)  printf("(Rotated Gaussian Lat/Lon)");
  else if (i==42)  printf("(Stretched Gaussian Lat/Lon)");
  else if (i==43)  printf("(Rotated and Stretched Gaussian Lat/Lon)");
  else if (i==50)  printf("(Spherical Harmonic Coefficients)");
  else if (i==51)  printf("(Rotated Spherical Harmonic Coefficients)");
  else if (i==52)  printf("(Stretched Spherical Harmonic Coefficients)");
  else if (i==53)  printf("(Rotated and Stretched Spherical Harmonic Coefficients)");
  else if (i==90)  printf("(Orthoraphic)");
  else if (i==100) printf("(Triangular Grid Based on an Icosahedron)");
  else if (i==110) printf("(Equatorial Azimuthal Equidistant Projection)");
  else if (i==120) printf("(Azimuth-Range Projection)");
}
/* Time Range Unit Indicator */
void CodeTable4p4 (gaint i) {
  if      (i==0)  printf ("Minute ");
  else if (i==1)  printf ("Hour ");
  else if (i==2)  printf ("Day ");
  else if (i==3)  printf ("Month ");
  else if (i==4)  printf ("Year ");
  else if (i==5)  printf ("Decade ");
  else if (i==6)  printf ("Normal ");
  else if (i==7)  printf ("Century ");
  else if (i==10) printf ("3-Hour ");
  else if (i==11) printf ("6-Hour ");
  else if (i==12) printf ("12-Hour ");
  else if (i==13) printf ("Second ");
}
/* Derived Ensemble Forecast */
void CodeTable4p7 (gaint i) {
  if      (i==0)  printf ("Unweighted Mean All Members ");
  else if (i==1)  printf ("Weighted Mean All Members ");
  else if (i==2)  printf ("StdDev (Cluster Mean) ");
  else if (i==3)  printf ("StdDev (Cluster Mean, normalized) ");
  else if (i==4)  printf ("Spread of All Members ");
  else if (i==5)  printf ("Large Anomaly Index All Members ");
  else if (i==6)  printf ("Unweighted Mean Cluster Members ");
}
/* Type of Statistical Processing */
void CodeTable4p10 (gaint i) {
  if      (i==0)  printf ("Average");
  else if (i==1)  printf ("Accumulation");
  else if (i==2)  printf ("Maximum");
  else if (i==3)  printf ("Minimum");
  else if (i==4)  printf ("Diff(end-beg)");
  else if (i==5)  printf ("RMS");
  else if (i==6)  printf ("StdDev");
  else if (i==7)  printf ("Covariance");
  else if (i==8)  printf ("Diff(beg-end)");
  else if (i==9)  printf ("Ratio");
  else            printf ("sp=%d",i);
}
/* Type of Spatial Processing */
void CodeTable4p15 (gaint i) {
  if      (i==0)  printf ("No interpolation");
  else if (i==1)  printf ("Bilinear interpolation");
  else if (i==2)  printf ("Bicubic interpolation");
  else if (i==3)  printf ("Nearest neighbor");
  else if (i==4)  printf ("Budget interpolation");
  else if (i==5)  printf ("Spectral interpolation");
  else if (i==6)  printf ("Neighbor budget interpolation");
  else            printf ("sp2=%d",i);
}
/* Data Representation Template Number */
void CodeTable5p0 (gaint i) {
  if      (i==0)  printf ("(Grid Point Data - Simple Packing)");
  else if (i==1)  printf ("(Matrix Value at Grid Point - Simple Packing)");
  else if (i==2)  printf ("(Grid Point Data - Complex Packing)");
  else if (i==3)  printf ("(Grid Point Data - Complex Packing and Spatial Differencing)");
  else if (i==40) printf ("(Grid Point Data - JPEG2000 Compression)");
  else if (i==41) printf ("(Grid Point Data - PNG Compression )");
  else if (i==50) printf ("(Spectral Data - Simple Packing)");
  else if (i==51) printf ("(Spectral Data - Simple Packing)");
}

void gaprnt (gaint i, char *ch) {
  printf ("%s",ch);
}
char *gxgsym(char *ch) {
  return (getenv(ch));
}


grads-2.0.1/src/gagui.h0000644000175000017500000000466311540444125016011 0ustar  amckinstryamckinstry/*

    Copyright (C) 1997-2011 by Arlindo da Silva 
    All Rights Reserved.

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; using version 2 of the License.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, please consult  
              
              http://www.gnu.org/licenses/licenses.html

    or write to the Free Software Foundation, Inc., 59 Temple Place,
    Suite 330, Boston, MA 02111-1307 USA

*/

#include "libsx.h"

int init_display(int argc, char **argv, void *data);
int Custom_GUI( char *fname );
int gagui_main(int argc, char **argv);

/* callback protos */
void CB_Exit       (Widget w, void *data);
void CB_CloseWindow(Widget w, void *data); 
void CB_Open       (Widget w, void *data);
void CB_Load       (Widget w, void *data);
void CB_Cmd        (Widget w, void *data);
void CB_CmdStr     (Widget w, void *data);
void CB_CmdLine    (Widget w, void *data);
void CB_Display    (Widget w, void *data);
void CB_Toggle     (Widget w, void *data);

void CB_VarSel     (Widget w, void *data);
void CB_VarOK      (Widget w, void *data);
void CB_VarCancel  (Widget w, void *data);
void CB_VarList    (Widget w, char *str, int index, void *data);
void CB_VarStr     (Widget w, char *str, int index, void *data);

void CB_CmdWin     (Widget w, void *data);
void CB_CmdWinOK   (Widget w, void *data);
void CB_CmdWinClear (Widget w, void *data);
void CB_CmdWinDone (Widget w, void *data);
void CB_CmdWinList (Widget w, char *str, int index, void *data);
void CB_CmdWinStr  (Widget w, char *str, int index, void *data);

void CB_FileSel    (Widget w, void *data);
void CB_Browse     (Widget w, void *data);
void CB_Edit       (Widget w, void *data);
void CB_FileList   (Widget w, char *str, int index, void *data);

/* kk --- 020619 added List and Free_List --- kk */
char **List(int rows,int cols);
void Free_List(char **list, int rows);
/* kk --- 020619 added List and Free_List --- kk */
typedef struct wininfo
{
  Widget window, text_widget, label_widget;
  int *num_windows;
  char *cur_path;
}WinInfo;
grads-2.0.1/src/gacfg.c0000644000175000017500000001523211540444125015751 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */


/* file: gacfg.c
 *
 *   Prints the configuration options of this build of GrADS.
 *   This function is invoked at startup and with 'q config'.
 *
 *   REVISION HISTORY:
 *
 *   09sep97   da Silva   Initial code.
 *   12oct97   da Silva   Small revisions, use of gaprnt().
 *   15apr98   da Silva    Added BUILDINFO stuff, made gacfg() void. 
 *   24jun02   K Komine   Added 64-bit mode . 
 *
 *   --
 *   (c) 1997 by Arlindo da Silva
 *
 *   Permission is granted to any individual or institution to use,
 *   copy, or redistribute this software so long as it is not sold for
 *   profit, and provided this notice is retained. 
 *
 */

/* Include ./configure's header file */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 
#include "buildinfo.h"

#if GRIB2==1
#include "grib2.h"
#endif

#if USEHDF==1
#include "mfhdf.h"
#endif

#if USEHDF5==1
#include "hdf5.h"
#endif

#if USENETCDF==1
#include "netcdf.h"
const char *nc_inq_libvers(void);
#endif

#if USEGADAP==1
const char *libgadap_version(void);
#endif
/*
 * gacfg() - Prints several configuration parameters. 
 *
 *           verbose = 0   only config string
 *                   = 1   config string + verbose description
 *                   > 1   no screen display.
 */
void gaprnt (int, char *);
void gacfg(int verbose) {
char cmd[256];
#if USEHDF==1
char hdfverstr[1024];
uint32 majorv=0,minorv=0,release=0;
#endif
#if (USEHDF5==1)
unsigned vmajor=0,vminor=0,vrelease=0;
#endif

snprintf(cmd,255,"Config: v%s",GRADS_VERSION);
#if BYTEORDER==1
 strcat(cmd," big-endian");
#else
 strcat(cmd," little-endian");
#endif
#if READLINE==1
 strcat(cmd," readline");
#endif
#if GXPNG==1
 strcat(cmd," printim");
#endif
#if GRIB2==1
 strcat(cmd," grib2");
#endif
#if USENETCDF==1
 strcat(cmd," netcdf");
#endif
#if USEHDF==1
 strcat(cmd," hdf4-sds");
#endif
#if USEHDF5==1
 strcat(cmd," hdf5");
#endif
#if USEDAP==1
 strcat(cmd," opendap-grids");
#endif
#if USEGADAP==1
 strcat(cmd,",stn");
#endif
#if USEGUI==1
 strcat(cmd," athena");
#endif
#if GEOTIFF==1
 strcat(cmd," geotiff");
#endif
#if USESHP==1
 strcat(cmd," shapefile");
#endif
 strcat(cmd,"\n");
 gaprnt(verbose,cmd);
 
 if (verbose==0) {
   gaprnt(verbose,"Issue 'q config' command for more detailed configuration information\n");
   return;
 }
 
 gaprnt (verbose, "Grid Analysis and Display System (GrADS) Version " GRADS_VERSION "\n");
 gaprnt (verbose, "Copyright (c) 1988-2011 by Brian Doty and the\n");
 gaprnt (verbose, "Institute for Global Environment and Society (IGES) \n");
 gaprnt (verbose, "This program is distributed WITHOUT ANY WARRANTY \n");
 gaprnt (verbose, "See file COPYRIGHT for more information. \n\n");
 
 gaprnt (verbose, buildinfo );
 
 gaprnt(verbose,"\n\nThis version of GrADS has been configured with the following options:\n");
 
#if BYTEORDER==1
   gaprnt(verbose,"  o Built on a BIG ENDIAN machine\n");
#else 
   gaprnt(verbose,"  o Built on a LITTLE ENDIAN machine\n");
#endif

#if USEGUI==1
   gaprnt(verbose,"  o Athena Widget GUI ENABLED\n");
#else
   gaprnt(verbose,"  o Athena Widget GUI DISABLED\n");
#endif
 
#if READLINE==1
   gaprnt(verbose,"  o Command line editing ENABLED \n");
   gaprnt(verbose,"      http://tiswww.case.edu/php/chet/readline/rltop.html \n");
#else
   gaprnt(verbose,"  o Command line editing DISABLED\n");
#endif

#if GXPNG==1
   gaprnt(verbose,"  o printim command for image output ENABLED \n");
   gaprnt(verbose,"      http://www.zlib.net \n");
   gaprnt(verbose,"      http://www.libpng.org/pub/png/libpng.html \n");
   gaprnt(verbose,"      http://www.libgd.org/Main_Page \n");
#else 
   gaprnt(verbose,"  o printim command DISABLED\n");
#endif

#if GRIB2==1
   gaprnt(verbose,"  o GRIB2 interface ENABLED \n");
   gaprnt(verbose,"      http://www.ijg.org \n");
   gaprnt(verbose,"      http://www.ece.uvic.ca/~mdadams/jasper \n");
   gaprnt(verbose,"      http://www.nco.ncep.noaa.gov/pmb/codes/GRIB2 \n");
   snprintf(cmd,255,   "      %s  \n",G2_VERSION);
   gaprnt(verbose,cmd);
#else 
   gaprnt(verbose,"  o GRIB2 interface DISABLED\n");
#endif
 
#if USENETCDF==1
   gaprnt(verbose,"  o NetCDF interface ENABLED \n");
   gaprnt(verbose,"      http://www.unidata.ucar.edu/software/netcdf  \n");
   snprintf(cmd,255,   "      netcdf %s  \n",(char*)nc_inq_libvers());
   gaprnt(verbose,cmd);
#else 
   gaprnt(verbose,"  o NetCDF interface DISABLED\n");
#endif
 
#if USEDAP==1
   gaprnt(verbose,"  o OPeNDAP gridded data interface ENABLED\n");
#else
   gaprnt(verbose,"  o OPeNDAP gridded data interface DISABLED\n");
#endif

#if USEGADAP==1
   gaprnt(verbose,"  o OPeNDAP station data interface ENABLED\n");
   gaprnt(verbose,"      http://iges.org/grads/gadoc/supplibs.html \n");
   snprintf(cmd,255,   "      %s  \n", libgadap_version());
   gaprnt(verbose,cmd);
#else
   gaprnt(verbose,"  o OPeNDAP station data interface DISABLED\n");
#endif

#if (USEHDF==1 || USEHDF5==1)
#if (USEHDF==1 && USEHDF5==1)
   /* we've got both */
   gaprnt(verbose,"  o HDF4 and HDF5 interfaces ENABLED \n");
   gaprnt(verbose,"      http://hdfgroup.org \n");
   Hgetlibversion(&majorv,&minorv,&release,hdfverstr);
   snprintf(cmd,255,   "      HDF %d.%dr%d \n",majorv,minorv,release);
   gaprnt(verbose,cmd);
   H5get_libversion(&vmajor,&vminor,&vrelease);
   snprintf(cmd,255,   "      HDF5 %d.%d.%d \n",vmajor,vminor,vrelease);
   gaprnt(verbose,cmd);
#else
#if USEHDF==1
   /* we've only got hdf4 */
   gaprnt(verbose,"  o HDF4 interface ENABLED \n");
   gaprnt(verbose,"      http://hdfgroup.org \n");
   Hgetlibversion(&majorv,&minorv,&release,hdfverstr);
   snprintf(cmd,255,   "      HDF %d.%dr%d \n",majorv,minorv,release);
   gaprnt(verbose,cmd);
#else
   /* we've only got hdf5 */
   gaprnt(verbose,"  o HDF5 interface ENABLED \n");
   gaprnt(verbose,"      http://hdfgroup.org \n");
   H5get_libversion(&vmajor,&vminor,&vrelease);
   snprintf(cmd,255,   "      HDF5 %d.%d.%d \n",vmajor,vminor,vrelease);
   gaprnt(verbose,cmd);
#endif
#endif
#else 
   gaprnt(verbose,"  o HDF interface DISABLED\n");
#endif 

#if GEOTIFF==1
   gaprnt(verbose,"  o GeoTIFF and KML/TIFF output ENABLED\n");
   gaprnt(verbose,"      http://www.libtiff.org \n");
   gaprnt(verbose,"      http://geotiff.osgeo.org \n");
#else
   gaprnt(verbose,"  o GeoTIFF and KML/TIFF output DISABLED\n");
#endif
   gaprnt(verbose,"  o KML contour output ENABLED\n");
#if USESHP==1
   gaprnt(verbose,"  o Shapefile interface ENABLED\n");
   gaprnt(verbose,"      http://shapelib.maptools.org \n");
#else
   gaprnt(verbose,"  o Shapefile interface DISABLED\n");
#endif
 
 
 gaprnt(verbose,"\nFor additional information please consult http://iges.org/grads\n\n");
 
}

grads-2.0.1/src/gscrpt.c0000644000175000017500000024240511632415733016215 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

/* This file contains the routines that implement the GrADS scripting
   language.  */

#include 
#include 
#include 
#include 
#include "grads.h"
#include "gs.h"

static char *rcdef = "rc              ";
static char *redef = "result          ";

/*  Execute a script, from one or more files. 
    Beware: various levels of recursion are used.     */

char *gsfile (char *cmd, gaint *retc, gaint impp) {
struct gsvar *parg;
struct gscmn *pcmn;
char *ch,*fname,*res;
gaint len,rc,i;

  /* Point to (and delimit) the file name from the cmd line */

  while (*cmd==' ') cmd++;
  fname = cmd;
  while (*cmd!=' '&& *cmd!='\0'&&*cmd!='\n') cmd++;
  if (*cmd=='\n') *cmd = '\0';
  else if (*cmd==' ') {
    *cmd = '\0';
    cmd++;
    while (*cmd==' ') cmd++;
  }

  /* Allocate the common structure; this anchors most allocated
     memory for executing this script */

  pcmn = (struct gscmn *)malloc(sizeof(struct gscmn));
  if (pcmn==NULL) {
    printf ("Error executing script file: --> %s <--\n",fname);
    printf ("  Memory allocation error \n");
    *retc = 1;
    return(NULL);
  }
  pcmn->ffdef = NULL;
  pcmn->lfdef = NULL;
  pcmn->frecd = NULL;
  pcmn->lrecd = NULL;
  pcmn->fvar = NULL;
  pcmn->ffnc = NULL;
  pcmn->iob = NULL;
  pcmn->gvar = NULL;
  pcmn->farg = NULL;
  pcmn->fname = fname;  /* Don't free this later */
  pcmn->fprefix = NULL;
  pcmn->ppath = NULL;
  pcmn->rres = NULL;
  pcmn->gsfflg = 0;   /* No dynamic functions by default.
                         The gsfallow function controls this. */
  res = NULL;

  /* Open, read, and scan the script file. */
  
  rc = gsgsfrd (pcmn,0,fname);

  if (rc) {
    gsfree(pcmn);
    if (rc==9) {
      if (impp) {      /* This should be handled by caller -- fix later */
        gaprnt (0,"Unknown command: ");
        gaprnt (0,fname);
        gaprnt (0,"\n");
      } else {
        printf ("Error opening script file: %s\n",fname);
      }
    }
    *retc = 1;
    return(NULL);
  }

  /* Get ready to start executing the script.
     Allocate a var block and provide arg string */

  parg = (struct gsvar *)malloc(sizeof(struct gsvar));
  if (parg==NULL) {
    printf ("Memory allocation error:  Script variable buffering\n");
    goto retrn;
  }
  parg->forw = NULL;
  ch = cmd;
  len = 0;
  while (*(ch+len)!='\0' && *(ch+len)!='\n') len++;
  parg->strng = (char *)malloc(len+1);
  if (parg->strng==NULL) {
    printf ("Memory allocation error:  Script variable buffering\n");
    free (parg);
    goto retrn;
  }
  for (i=0; istrng+i) = *(ch+i);
  *(parg->strng+len) = '\0';
  pcmn->farg = parg;

  /* Execute the main function. */

  rc = gsrunf(pcmn->frecd, pcmn);
  res = pcmn->rres;
  if (rc==999) rc = -1;

  /*  We are done.  Return.  */

retrn:
  gsfree (pcmn);
  *retc = rc;
  return (res);
}

/* Free gscmn and associated storage */

void gsfree (struct gscmn *pcmn) {
struct gsfdef *pfdf, *tfdf;
struct gsrecd *precd, *trecd;
struct gsfnc *pfnc, *tfnc;
struct gsiob *piob, *tiob;

  pfdf = pcmn->ffdef;
  while (pfdf) {
    tfdf = pfdf->forw;
    if (pfdf->name) free(pfdf->name);
    if (pfdf->file) free(pfdf->file);
    free (pfdf);
    pfdf = tfdf;
  }
  gsfrev(pcmn->gvar);
  gsfrev(pcmn->fvar);
  precd = pcmn->frecd; 
  while (precd) {
    trecd = precd->forw;
    free (precd);
    precd = trecd;
  }
  pfnc = pcmn->ffnc;
  while (pfnc) {
    tfnc = pfnc->forw;
    free (pfnc);
    pfnc = tfnc;
  }
  piob = pcmn->iob;
  while (piob) {
    fclose (piob->file);
    free (piob->name);
    tiob = piob->forw;
    free (piob);
    piob = tiob;
  }
  if (pcmn->fprefix) free(pcmn->fprefix);
  if (pcmn->ppath) free(pcmn->ppath);
  free (pcmn);
}

/* Read in the main script or a script function (.gsf)
   and scan the contents, adding to the chain of 
   recd descriptors if appropriate.  
   When lflag is zero we are reading the main script; 
   when 1 we are handling a .gsf file (and the name of
   the function is provided as pfnc.

   return codes:  0:  normal
                  1:  error; message already printed
                  9:  couldn't open file; message not yet printed */
   
gaint gsgsfrd (struct gscmn *pcmn, gaint lflag, char *pfnc) {
struct gsfdef *pfdf, *tfdf; 
struct gsrecd *rectmp, *reccur=NULL;
char *sfile,*fpos,*ch;
FILE *ifile;
gaint rc,flen,len,reccnt,first;

  /* First allocate a gsfdef file, and chain it off of
     gscmn.  Gets freed at end of script execution; we are
     careful to set NULLS so things are freed properly
     if an error occurs and execution falls thru. */ 

  pfdf = (struct gsfdef *)malloc(sizeof(struct gsfdef));
  if (pfdf==NULL) {
    printf ("Memory allocation error:  script initialization\n");
    return (1);
  }

  if (pcmn->ffdef==NULL) pcmn->ffdef = pfdf;
  else {
    tfdf = pcmn->ffdef;
    while (tfdf->forw) tfdf = tfdf->forw;
    tfdf->forw = pfdf;
  }
  pfdf->forw = NULL;
  pfdf->name = NULL;
  pfdf->file = NULL;

  pcmn->lfdef = pfdf;

  /* Open the file */

  if (lflag==0) {
    ifile = gsonam(pcmn, pfdf);
  } else {
    ifile = gsogsf(pcmn, pfdf, pfnc);
  }

  if (ifile==NULL) return (9);

  /* Read in the file */

  fseek(ifile,0L,2);
  flen = ftell(ifile);
  fseek(ifile,0L,0);

  sfile = (char *)malloc(flen+1);
  if (sfile==NULL) {
    printf ("Error executing script file: %s\n",pfdf->name);
    printf ("  Unable to allocate memory for file read\n");
    return(1);
  }

  len = flen;
  fpos = sfile;
  while (len>511) {
    rc = fread(fpos,1,512,ifile);
    if (rc!=512) {
      printf ("I/O Error reading script file: %s\n",pfdf->name);
      free (sfile);
      return (1);
    }
    fpos+=512;
    len-=512;
  }
  rc = fread(fpos,1,len,ifile);
  if (rc!=len) {
    printf ("I/O Error reading script file: %s\n",pfdf->name);
    printf ("  Return code = %i, %i\n",rc, len);
    free (sfile);
    return (1);
  }
  fclose (ifile);
  *(sfile+flen) = '\0';

  /* Remove cr for PC version */

  ch = sfile;
  while (*ch!='\0') {
    if ((gaint)(*ch)==13) *ch = ' ';
    if ((gaint)(*ch)==10) fpos = ch;
    ch++;
  }
  flen = (fpos-sfile) + 1;
  *(sfile+flen) = '\0';

  /* Above for pc version */

  pfdf->file = sfile;

  /* Build link list of record descriptor blocks.
     Append to existing list if handling a .gsf */

  first = 1;
  fpos = sfile;
  reccnt = 1;
  while (fpos-sfilefrecd==NULL) {
        pcmn->frecd = rectmp;
        pfdf->precd = rectmp;
        reccur = rectmp;
        first = 0;
      } else {
        if (first) {
          reccur = pcmn->lrecd;
          pfdf->precd = rectmp;
          first = 0;
        }
        reccur->forw = rectmp;
        reccur = rectmp;
      }
      reccur->forw = NULL;
      reccur->pfdf = pfdf;
    }
  }
  pcmn->lrecd = reccur;

  /* Resolve flow-control blocks */

  rc = gsblck (pfdf->precd, pcmn);
  if (rc) return(1);  

  return(0);
}

/* Determine what kind of record in the script file we have,
   and fill in a record descriptor block.                  */

struct gsrecd *gsrtyp (char **ppos, gaint *reccnt, gaint *rc) {
char *fpos,*pos;
struct gsrecd *recd;
char ch[20];
gaint i, eflg, cflg;

   /* Ignore comments */

   fpos = *ppos;
   if (*fpos=='*' || *fpos=='#') {
     while (*fpos!='\n') fpos++;
     fpos++;
     *ppos = fpos;
     *rc = 0;
     *reccnt = *reccnt+1;
     return (NULL);
   }

   /* Ignore blank lines */

   while (*fpos==' ') fpos++;
   if (*fpos=='\n' || *fpos==';') {
     if (*fpos=='\n') *reccnt = *reccnt+1;
     fpos++;
     *ppos = fpos;
     *rc = 0;
     return (NULL);
   }

   /* We found something, so allocate a descriptor block */

   recd = (struct gsrecd *)malloc(sizeof(struct gsrecd));
   if (recd==NULL) {
     printf ("Memory allocation error: script scan\n");
     *rc = 1;
     return(NULL);
   }
   recd->forw = NULL;
   recd->pos = fpos;
   recd->num = *reccnt;
   recd->refer = NULL;

   /* Check for assignment statement first */

   eflg = 0;
   recd->epos = NULL;
   pos = fpos;
   recd->type = -9;
   if ((*pos>='a'&&*pos<='z')||(*pos>='A'&&*pos<='Z')||*pos=='_') {
     while ( (*pos>='a' && *pos<='z') ||
             (*pos>='A' && *pos<='Z') ||
             (*pos=='.') || (*pos=='_') ||
             (*pos>='0' && *pos<='9') ) pos++;
     while (*pos==' ') pos++;
     if (*pos=='=') {
       recd->type = 2;
       fpos = pos+1;
       eflg = 1;
     }
   }

   /* Check for other keywords:  if, while, etc.  */

   if (recd->type!=2) {
     i = 0;
     while (*(fpos+i)!='\n' && *(fpos+i)!=';' && i<9) {
       ch[i] = *(fpos+i);
       i++;
     }
     ch[i] = '\0';
     lowcas(ch);

     if (cmpwrd(ch,"if")||!cmpch(ch,"if(",3)) {
       fpos+=2;
       eflg = 1;
       recd->type = 7;
     } else if (cmpwrd(ch,"else")) {
       fpos+=4;
       recd->type = 8;
     } else if (cmpwrd(ch,"endif")) {
       fpos+=5;
       recd->type = 9;
     } else if (cmpwrd(ch,"while")||!cmpch(ch,"while(",6)) {
       fpos+=5;
       eflg = 1;
       recd->type = 3;
     } else if (cmpwrd(ch,"endwhile")) {
       fpos+=8;
       recd->type = 4;
     } else if (cmpwrd(ch,"continue")) {
       fpos+=8;
       recd->type = 5;
     } else if (cmpwrd(ch,"break")) {
       fpos+=5;
       recd->type = 6;
     } else if (cmpwrd(ch,"return")||!cmpch(ch,"return(",7)) {
       fpos+=6;
       recd->type = 10;
       eflg = 1;
     } else if (cmpwrd(ch,"function")) {
       fpos+=8;
       recd->type = 11;
       eflg = 1;
     } else if (cmpwrd(ch,"say")) {
       fpos+=3;
       recd->type = 12;
       eflg = 1;
     } else if (cmpwrd(ch,"print")) {
       fpos+=5;
       recd->type = 12;
       eflg = 1;
     } else if (cmpwrd(ch,"prompt")) {
       fpos+=6;
       recd->type = 15;
       eflg = 1;
     } else if (cmpwrd(ch,"pull")) {
       fpos+=4;
       recd->type = 13;
       eflg = 1;
     } else if (cmpwrd(ch,"exit")) {
       fpos+=4;
       recd->type = 14;
       eflg = 1;
     } else {
       recd->type = 1;
       recd->epos = fpos;
     }
   }

   /* Locate expression */

   if (eflg) {
     while (*fpos==' ') fpos++;
     if (*fpos=='\n' || *fpos==';') {
       recd->epos = NULL;
     } else recd->epos = fpos;
   }

   /* Advance to end of record */

   cflg = 0;
   while (1) {
     if (!cflg && *fpos==';') break;
     if (*fpos=='\n') break;
     if (*fpos =='\'') {
       if (cflg==1) cflg = 0;
       else if (cflg==0) cflg = 1;
     } else if (*fpos=='\"') {
       if (cflg==2) cflg = 0;
       else if (cflg==0) cflg = 2;
     }
     fpos++;
   }

   /* Remove trailing blanks */

   pos = fpos-1;
   while (*pos==' ') {*pos='\0'; pos--;}

   /* Finish building rec block and return */

   if (*fpos=='\n') *reccnt = *reccnt + 1;
   *fpos = '\0';
   fpos++;
   *ppos = fpos;
   *rc = 0;
   return (recd);
}

/*  Resolve flow-control blocks.  Scan each function
    seperately.                                      */

gaint gsblck (struct gsrecd *recd, struct gscmn *pcmn) {
struct gsfnc *pfnc,*prev,*cfnc;
gaint rc,i;
char *fch;

  /* Loop looking at statements.  If a function definition, allocate a
     function block and chain it.   */

  while (recd) {
    recd = gsbkst (recd, NULL, NULL, &rc);
    if (rc) return(rc);

    /* If a function, allocate a function block */

    if (recd!=NULL && recd->type==11) {
      pfnc = (struct gsfnc *)malloc(sizeof(struct gsfnc));
      if (pfnc==NULL) {
        printf ("Error allocating memory: script scan\n");
        return(1);
      }

      /* Chain it */

      if (pcmn->ffnc==NULL) {
        pcmn->ffnc = pfnc;
      } else {
        cfnc = pcmn->ffnc;
        while (cfnc) {
          prev = cfnc;
          cfnc = cfnc->forw;
        }
        prev->forw = pfnc;
      }
      pfnc->forw = NULL;

      /* Fill it in */

      pfnc->recd = recd;
      for (i=0; i<16; i++) pfnc->name[i]=' ';
      fch = recd->epos;
      if (fch==NULL) goto err;
      if ((*fch>='a'&&*fch<='z')||(*fch>='A'&&*fch<='Z')) {
        i = 0;
        while ( (*fch>='a'&&*fch<='z') ||
                (*fch>='A'&&*fch<='Z') ||
                (*fch>='0'&&*fch<='9') ||
                 *fch=='_' ) {
          if (i>15) {
            printf ("Function name too long\n");
            goto err;
          }
          pfnc->name[i] = *fch;
          fch++; i++;
        }
      } else {
        printf ("Invalid function name\n");
        goto err;
      }
      while (*fch==' ') fch++;
      if (*fch==';'||*fch=='\0') recd->epos = NULL;
      else recd->epos = fch;
      recd = recd->forw;
    }
  }
  return (0);

err:
  printf ("Error in %s: Invalid function statement",recd->pfdf->name);
  printf (" at line %i\n",recd->num);
  printf ("  In file %s\n",recd->pfdf->name);
  return (1);
}

/*  Figure out status of a statement.  Recursively resolve
    if/then/else and while/endwhile blocks.  Return pointer
    to next statement (unless a function statement). */

struct gsrecd *gsbkst (struct gsrecd *recd, struct gsrecd *ifblk,
                                     struct gsrecd *doblk, gaint *rc) {
gaint ret;

  if (recd->type==3) {
    recd = gsbkdo(recd->forw, NULL, recd, &ret);
    if (ret) { *rc = ret; return(NULL);}
  }
  else if (recd->type==4) {
    printf ("Unexpected endwhile.  Incorrect loop nesting.\n");
    if (ifblk) {
       printf ("  Expecting endif before endwhile for ");
       printf ("if statement at line %i\n",ifblk->num);
    }
    printf ("  Error occurred scanning line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    *rc = 1;
    return(NULL);
  }
  else if (recd->type==5) {
    if (doblk==NULL) {
      printf ("Unexpected continue.  No associated while\n");
      printf ("  Error occurred scanning line %i\n",recd->num);
      printf ("  In file %s\n",recd->pfdf->name);
      printf ("  Statement is ignored\n");
    }
    recd->refer = doblk;
  }
  else if (recd->type==6) {
    if (doblk==NULL) {
      printf ("Unexpected break.  No associated while\n");
      printf ("  Error occurred scanning line %i\n",recd->num);
      printf ("  In file %s\n",recd->pfdf->name);
      printf ("  Statement is ignored\n");
    }
    recd->refer = doblk;
  }
  else if (recd->type==7) {
    recd = gsbkif(recd->forw, recd, doblk, &ret);
    if (ret) { *rc = ret; return(NULL);}
  }
  else if (recd->type==8) {
    printf ("Unexpected else.  Incorrect if block nesting.\n");
    printf ("  Error occurred scanning line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    *rc = 1;
    return(NULL);
  }
  else if (recd->type==9) {
    printf ("Unexpected endif.  Incorrect if block nesting.\n");
    printf ("  Error occurred scanning line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    *rc = 1;
    return(NULL);
  }
  else if (recd->type==11) {
    *rc = 0;
    return (recd);
  }
  *rc = 0;
  return (recd->forw);
}

/* Resolve an while/endwhile block.  Recursively resolve any
   nested elements. */

struct gsrecd *gsbkdo (struct gsrecd *recd, struct gsrecd *ifblk,
                                     struct gsrecd *doblk, gaint *rc) {
gaint ret;

  ret = 0;
  while (recd!=NULL && recd->type!=4 && recd->type!=11 && ret==0) {
    recd = gsbkst(recd, ifblk, doblk, &ret);
  }
  if (ret==0 && (recd==NULL || recd->type==11)) {
    printf ("Unable to locate ENDWHILE statement");
    printf (" for the WHILE statement at line %i\n",doblk->num);
    printf ("  In file %s\n",doblk->pfdf->name);
    *rc = 1;
    return(NULL);
  }
  *rc = ret;
  if (ret==0) {
    recd->refer = doblk;
    doblk->refer = recd;
    return (recd);
  } else return(NULL);
}

/*  Resolve if/else/endif block */

struct gsrecd *gsbkif (struct gsrecd *recd, struct gsrecd *ifblk,
                                     struct gsrecd *doblk, gaint *rc) {
gaint ret,eflg;
struct gsrecd *elsblk=NULL;

  eflg = 0;
  ret = 0;
  while (recd!=NULL && recd->type!=11 && recd->type!=9 && ret==0) {
    if (recd->type==8 && eflg==0) {
      elsblk = recd;
      eflg = 1;
      recd = recd->forw;
    } else recd = gsbkst(recd, ifblk, doblk, &ret);
  }
  if (ret==0 && (recd==NULL || recd->type==11)) {
    printf ("Unable to locate ENDIF statement");
    printf (" for the IF statement at line %i\n",ifblk->num);
    printf ("  In file %s\n",ifblk->pfdf->name);
    *rc = 1;
    return(NULL);
  }
  *rc = ret;
  if (ret==0) {
    recd->refer = ifblk;
    if (eflg) {
      ifblk->refer = elsblk;
      elsblk->refer = recd;
    } else {
      ifblk->refer = recd;
    }
    return (recd);
  } else return(NULL);
}

/* Execute the function pointed to by recd and with the
   arguments pointed to by farg in pcmn */

gaint gsrunf (struct gsrecd *recd, struct gscmn *pcmn) {
struct gsvar *fvar, *tvar, *avar, *nvar, *svar;
gaint i, ret, len;
char fnm[20],*ch;

  svar = pcmn->fvar;     /* Save caller's args  */
  avar = NULL;           /* Create new arg list */

  /* First two variables in var list are rc and result */

  fvar = NULL;
  fvar = (struct gsvar *)malloc(sizeof(struct gsvar));
  if (fvar==NULL) goto merr;
  fvar->forw = NULL;
  for (i=0; i<16; i++) fvar->name[i] = *(rcdef+i);
  fvar->strng = (char *)malloc(1);
  if (fvar->strng==NULL) goto merr;
  *(fvar->strng) = '\0';

  tvar = (struct gsvar *)malloc(sizeof(struct gsvar));
  if (tvar==NULL) goto merr;
  tvar->forw = NULL;
  fvar->forw = tvar;
  for (i=0; i<16; i++) tvar->name[i] = *(redef+i);
  tvar->strng = (char *)malloc(1);
  if (tvar->strng==NULL) goto merr;
  *(tvar->strng) = '\0';

  /* If the recd is a function record, check the prototype
     list to assign variables.  Add these variables to
     the variable list */

  avar = pcmn->farg;
  if (recd->type==11 && recd->epos) {
    ch = recd->epos;
    if (*ch!='(') goto argerr;
    ch++;
    while (1) {
      while (*ch==' ') ch++;
      if (*ch==')') break;
      if ((*ch>='a'&&*ch<='z') || (*ch>='A'&&*ch<='Z')) {
        len = 0;
        for (i=0; i<16; i++) fnm[i] = ' ';
        while ( (*ch>='a' && *ch<='z') ||
                (*ch>='A' && *ch<='Z') ||
                (*ch=='.') || (*ch=='_') ||
                (*ch>='0' && *ch<='9') ) {
          fnm[len] = *ch;
          len++; ch++;
          if (len>15) goto argerr;
        }
      } else goto argerr;
      if (avar) {
        nvar = avar;
        avar = avar->forw;
      } else {
        nvar = (struct gsvar *)malloc(sizeof(struct gsvar));
        if (nvar==NULL) goto merr;
        nvar->strng = (char *)malloc(len+1);
        if (nvar->strng==NULL) {
          free(nvar);
          goto merr;
        }
        for (i=0; istrng+i) = fnm[i];
        *(nvar->strng+len) = '\0';
      }
      for (i=0; i<16; i++) nvar->name[i] = fnm[i];
      tvar->forw = nvar;
      nvar->forw = NULL;
      tvar = nvar;
      while (*ch==' ') ch++;
      if (*ch==')') break;
      if (*ch==',') ch++;
    }
  }

  /* If the calling arg list was too long, discard the
     unused var blocks */

  gsfrev (avar);

  /* Execute commands until we are done.  Flow control is
     handled recursively. */

  pcmn->fvar = fvar;
  pcmn->rc = 0;
  ret = 0;
  if (recd->type==11) recd = recd->forw;
  while (recd && ret==0) {
    recd = gsruns(recd, pcmn, &ret);
  }
  if (ret==1 || ret==2) {
    printf ("Error in gsrunf:  Internal Logic Check 8\n");
    ret = 1;
  } else if (ret==3) ret=0;
  gsfrev (fvar);
  pcmn->fvar = svar;       /* Restore caller's arg list */
  return (ret);

merr:

  printf ("Error allocating variable memory\n");
  gsfrev(fvar);
  gsfrev(avar);
  pcmn->fvar = svar;
  return (99);

argerr:

  printf ("Error:  Invalid function list\n");
  printf ("  Error occurred on line %i\n",recd->num);
  printf ("  In file %s\n",recd->pfdf->name);
  gsfrev(fvar);
  gsfrev(avar);
  pcmn->fvar = svar;
  return (99);
}

/* Free a link list of variable blocks */

void gsfrev (struct gsvar *var) {
struct gsvar *nvar;

  while (var) {
    nvar = var->forw;
    if (var->strng) free (var->strng);
    free (var);
    var = nvar;
  }
}

/* Execute a statement in the scripting language */

struct gsrecd *gsruns (struct gsrecd *recd, struct gscmn *pcmn, gaint *rc) {
gaint ret, ntyp;
gaint lv;
gadouble vv;
char *res;

  if (gaqsig()) {
    *rc = 99;
    return (NULL);
  }

  /* Statement */

  if (recd->type==1) {
    *rc = gsstmt (recd, pcmn);
    return (recd->forw);
  }

  /* Assignment */

  else if (recd->type==2) {
    *rc = gsassn (recd, pcmn);
    return (recd->forw);
  }

  /* While */

  else if (recd->type==3) {
    recd = gsrund (recd, pcmn, &ret);
    *rc = ret;
    return (recd);
  }

  /* Endwhile */

  else if (recd->type==4) {
    printf ("Error in gsruns:  Internal Logic Check 8\n");
    *rc = 99;
    return (NULL);
  }

  /* Continue */

  else if (recd->type==5) {
    if (recd->refer) {
      *rc = 1;
      return (NULL);
    }
  }

  /* Break */

  else if (recd->type==6) {
    if (recd->refer) {
      *rc = 2;
      return (NULL);
    }
  }

  /* If */

  else if (recd->type==7) {
    recd = gsruni (recd, pcmn, &ret);
    *rc = ret;
    return (recd);
  }

  /* Else */

  else if (recd->type==8) {
    printf ("Error in gsruns:  Internal Logic Check 12\n");
    *rc = 99;
    return (NULL);
  }

  /* Endif */

  else if (recd->type==9) {
    printf ("Error in gsruns:  Internal Logic Check 16\n");
    *rc = 99;
    return (NULL);
  }

  /* Return */

  else if (recd->type==10) {
    if (recd->epos) {
      pcmn->rres = gsexpr(recd->epos, pcmn);
      if (pcmn->rres==NULL) {
        printf ("  Error occurred on line %i\n",recd->num);
        printf ("  In file %s\n",recd->pfdf->name);
        *rc = 99;
        return (NULL);
      }
    } else pcmn->rres = NULL;
    *rc = 3;
    return (NULL);
  }

  /* Function statement (ie, implied return) */

  else if (recd->type==11) {
    pcmn->rres = NULL;
    *rc = 3;
    return (NULL);
  }

  /* 'say' command */

  else if (recd->type==12 || recd->type==15) {
    if (recd->epos) res = gsexpr(recd->epos, pcmn);
    else {
      printf ("\n");
      *rc = 0;
      return (recd->forw);
    }
    if (res==NULL) {
      printf ("Error occurred on line %i\n",recd->num);
      printf ("  In file %s\n",recd->pfdf->name);
      *rc = 99;
      return (NULL);
    }
    if (recd->type==12) printf ("%s\n",res);
    else printf ("%s",res);
    free (res);
    return (recd->forw);
  }

  /* Pull command */

  else if (recd->type==13) {
    *rc = gsassn (recd, pcmn);
    return (recd->forw);
  }

  /* Exit command */

  else if (recd->type==14) {
    if (recd->epos) {
      res = gsexpr(recd->epos, pcmn);
      if (res==NULL) {
        printf ("  Error occurred on line %i\n",recd->num);
        printf ("  In file %s\n",recd->pfdf->name);
        *rc = 99;
        return (NULL);
      }
      gsnum (res, &ntyp, &lv, &vv);
      if (ntyp!=1) {
        printf ("Error on Exit Command:  Non Integer Argument\n");
        printf ("  Error occurred on line %i\n",recd->num);
        printf ("  In file %s\n",recd->pfdf->name);
        *rc = 99;
        return (NULL);
      }
      pcmn->rc = lv;
      free (res);
    } else {
      pcmn->rc = 0;
    }
    *rc = 4;
    return (NULL);
  }

  /* Anything else? */

  else {
    printf ("Error in gsruns:  Internal Logic Check 16\n");
    *rc = 99;
    return (NULL);
  }
  return (NULL);
}

/*  Execute a while loop */

struct gsrecd *gsrund (struct gsrecd *recd, struct gscmn *pcmn, gaint *rc) {
struct gsrecd *dorec;
gaint ret;
char *rslt;


  rslt = gsexpr(recd->epos, pcmn);
  if (rslt==NULL) {
    printf ("  Error occurred on line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    *rc = 99;
    return (NULL);
  }
  dorec = recd;

  ret = 0;
  while (*rslt!='0' || *(rslt+1)!='\0') {
    recd = dorec->forw;
    ret = 0;
    while (ret==0 && recd->type!=4) {
      recd = gsruns (recd, pcmn, &ret);
    }
    if (ret>1) break;
    free(rslt);
    rslt = gsexpr(dorec->epos, pcmn);
    if (rslt==NULL) {
      printf ("  Error occurred on line %i\n",recd->num);
      printf ("  In file %s\n",recd->pfdf->name);
      *rc = 99;
      return (NULL);
    }
  }
  free(rslt);
  if (ret<3) ret=0;
  *rc = ret;
  recd = dorec->refer;
  return (recd->forw);
}

/*  Execute an if block */

struct gsrecd *gsruni (struct gsrecd *recd, struct gscmn *pcmn, gaint *rc) {
gaint ret;
char *rslt;

  rslt = gsexpr(recd->epos, pcmn);
  if (rslt==NULL) {
    printf ("  Error occurred on line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    *rc = 99;
    return (NULL);
  }

  if (*rslt=='0' && *(rslt+1)=='\0') recd = recd->refer;
  free (rslt);

  if (recd->type != 9) {
    recd = recd->forw;
    ret = 0;
    while (ret==0 && recd->type!=8 && recd->type!=9) {
      recd = gsruns (recd, pcmn, &ret);
    }
    if (ret) {
      *rc = ret;
      return (NULL);
    }
    if (recd->type==8) recd = recd->refer;
  }
  *rc = 0;
  return (recd->forw);
}

/* Execute a statement that is to be passed to the program
   environment, and get a response back. */

gaint gsstmt (struct gsrecd *recd, struct gscmn *pcmn) {
struct gsvar *pvar;
gaint rc;
char *res, *buf, *tmp;

  res = gsexpr (recd->epos, pcmn);
  if (res==NULL) {
    printf ("  Error occurred on line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    return(99);
  }

  /* Execute the command */

  buf = gagsdo (res, &rc);
  free (res);

  /* We want to reflect the quit command back to the scripting
     language so we really do quit.  */

  if (rc==-1) {
    if (buf) free(buf);
    return (999);
  }

  /* Put the return code and command response into the appropriate
     variables.  We ASSUME that rc and result are variables that
     are at the start of the link list. */

  pvar = pcmn->fvar;
  tmp = (char *)malloc(6);
  if (tmp==NULL) {
    printf ("Memory allocation error\n");
    if (buf) free (buf);
    return (99);
  }
  snprintf(tmp,5,"%i",rc);
  free (pvar->strng);
  pvar->strng = tmp;

  pvar = pvar->forw;
  if (buf==NULL) {
    tmp = (char *)malloc(1);
    if (tmp==NULL) {
      printf ("Memory allocation error\n");
      return (99);
    }
    *tmp = '\0';
  } else tmp = buf;
  free (pvar->strng);
  pvar->strng = tmp;
  return(0);
}

/* Execute an assignment or pull command*/

gaint gsassn (struct gsrecd *recd, struct gscmn *pcmn) {
struct gsvar *var, *pvar=NULL;
gaint rc,i,flg;
char *res, *pos;
char varnm[16];

  /* Evaluate expression or read user input */

  if (recd->type==13) {
    res = (char *)malloc(RSIZ);
    if (res==NULL) {
      printf ("Memory allocation Error\n");
      return (99);
    }
    for (i=0; i<10; i++) *(res+i) = '\0';
    fgets(res,512,stdin);
    /* Replace newline character or return character at end of user input string with null */
    for (i=0; i<512; i++) {
/*       if (*(res+i) == '\n') *(res+i)='\0';  */
      if ((*(res+i) == '\n') || (*(res+i) == '\r')) *(res+i)='\0';   
    }
  } else {
    res = gsexpr (recd->epos, pcmn);
    if (res==NULL) {
      printf ("  Error occurred on line %i\n",recd->num);
      printf ("  In file %s\n",recd->pfdf->name);
      return (99);
    }
  }

  /* Get variable name */

  for (i=0; i<16; i++) varnm[i] = ' ';
  if (recd->type==13) pos = recd->epos;
  else pos = recd->pos;
  i=0;
  while (*pos!=' ' && *pos!='=' && i<16 && *pos!='\0') {
    varnm[i] = *pos;
    pos++; i++;
  }

  /* Resolve possible compound name. */

  rc = gsrvar (pcmn, varnm, varnm);
  if (rc) {
    printf ("  Error occurred on line %i\n",recd->num);
    printf ("  In file %s\n",recd->pfdf->name);
    return(99);
  }

  /* See if this variable name already exists */

  if (varnm[0]=='_') var = pcmn->gvar;
  else var = pcmn->fvar;
  if (var==NULL) flg = 1;
  else flg = 0;
  while (var) {
    for (i=0; i<16; i++) {
      if (varnm[i] != var->name[i]) break;
    }
    if (i==16) break;
    pvar = var;
    var = var->forw;
  }

  /* If it didn't, create it.  If it did, release old value */

  if (var==NULL) {
    var = (struct gsvar *)malloc(sizeof(struct gsvar));
    if (var==NULL) {
      printf ("Error allocating memory for variable\n");
      return (99);
    }
    if (flg) {
      if (varnm[0]=='_' ) pcmn->gvar = var;
      else pcmn->fvar = var;
    } else pvar->forw = var;
    var->forw = NULL;
    for (i=0; i<16; i++) var->name[i] = varnm[i];
  } else {
    free (var->strng);
  }

  /* Assign new value */

  var->strng = res;

  return(0);
}

/* Dump stack.  Any member of the list may be passed */

void stkdmp (struct stck *stack) {

  while (stack->pback) stack = stack->pback;
  while (stack) {
    if (stack->type==0) {
      printf ("Operand: %s\n",stack->obj.strng);
    }
    else if (stack->type==1) {
      printf ("Operator: %i \n",stack->obj.op);
    }
    else if (stack->type==2) printf ("Left paren '('\n");
    else if (stack->type==3) printf ("Right paren ')'\n");
    else printf ("Type = %i \n",stack->type);
    stack = stack->pforw;
  }
}

/* Evaluate an expression in the GrADS scripting language.
   The expression must be null terminated.  The result string
   is returned, or if an error occurs, NULL is returned.    */

char *gsexpr (char *expr, struct gscmn *pcmn) {
struct stck *curr, *snew, *sold;
char *pos;
gaint state, uflag, i, flag;

  /* First element on stack is artificial left paren.  We
     will match with artificial right paren at end of expr
     to force final expression evaluation.  */

  curr = (struct stck *)malloc(sizeof(struct stck));
  if (curr==NULL) goto err2;
  curr->pback = NULL;
  curr->pforw = NULL;
  curr->type = 2;

  /* Initial state */

  state = 1;
  uflag = 0;
  pos = expr;

  /* Loop while parsing expression.  Each loop iteration deals with
     the next element of the expression.  Each expression element
     is pushed onto the expression stack.  When a right paren is
     encountered, the stack is evaluated back to the matching left
     paren, with the intermediate result restacked.                 */

  while (1) {

    /* Allocate next link list item so its ready when we need it  */

    snew = (struct stck *)malloc(sizeof(struct stck));
    if (snew==NULL) goto err2;
    curr->pforw = snew;
    sold = curr;
    curr = snew;
    curr->pforw = NULL;
    curr->pback = sold;
    curr->type = -1;

    /* Advance past any imbedded blanks */

    while (*pos==' ') pos++;

    /* End of expr?  If so, leave loop.  */

    if (*pos=='\0') break;

    /*  The state flag determines what is expected next in the
        expression.  After an operand, we would expect an operator,
        for example -- or a ')'.  And after an operator, we would
        expect an operand, among other things.                      */

    if (state) {                     /* Expect oprnd, unary op, '(' */

      /*  Handle a left paren. */

      if (*pos=='(') {
        curr->type = 2;
        pos++;
        uflag = 0;
      }

      /* Unary minus */

      else if (*pos=='-') {
        if (uflag) goto err1;
        curr->type = 1;
        curr->obj.op = 15;
        pos++;
        uflag = 1;
      }

      /* Unary not */

      else if (*pos=='!') {
        if (uflag) goto err1;
        curr->type = 1;
        curr->obj.op = 14;
        pos++;
        uflag = 1;
      }

      /*  Handle a constant   */

      else if (*pos=='\"' || *pos=='\'' ||
               (*pos>='0' && *pos<='9') ) {
        curr->type = 0;
        curr->obj.strng = gscnst(&pos);
        if (curr->obj.strng==NULL) goto err3;
        state = 0;
        uflag = 0;
      }

      /*  Handle a variable or function call */

      else if ( (*pos>='a' && *pos<='z') ||
                (*pos>='A' && *pos<='Z') ||
                (*pos=='_')) {
        curr->type = 0;
        curr->obj.strng = gsgopd(&pos, pcmn);
        if (curr->obj.strng==NULL) goto err3;
        state = 0;
        uflag = 0;
      }

      /*  Anything else is an error.  */

      else {
        goto err1;
      }

    } else {                         /* Expect operator or ')'      */

      uflag = 0;

      /*  Handle right paren.   */

      if (*pos==')') {
        curr->type = 3;
        pos++;
        snew = gseval(curr);
        if (snew==NULL) goto err3;
        curr = snew;
      }

      /*  Handle implied concatenation - check for operand */

      else if (*pos=='\"' || *pos=='\'' || *pos=='_' ||
                (*pos>='0' && *pos<='9') ||
                (*pos>='a' && *pos<='z') ||
                (*pos>='A' && *pos<='Z') ) {
        curr->type = 1;
        curr->obj.op = 9;
        state = 1;
      }

      /*  Handle operator   */

      else {
        flag = -1;
        for (i=0; i<13; i++) {
          if (*pos != *(opchars[i])) continue;
          if (*(opchars[i]+1) && (*(pos+1)!=*(opchars[i]+1))) continue;
          flag = opvals[i];
          break;
        }
        if (flag<0) goto err1;
        curr->type = 1;
        curr->obj.op = flag;
        state = 1;
        if (i<3) pos += 2;
        else pos++;
      }
    }
  }

  /*  We get here when the end of the expression is reached.
      If the last thing stacked wasn't an operand or a closing
      paren, then an error.    */

  if (sold->type!=0 && sold->type!=3) goto err1;

  /*  Put an artificial right paren at the end of the stack
      (to match the artificial opening paren), then do a
      final evaluation of the stack.  If the result doesn't
      resolve to one operand, then unmatched parens or something */

  curr->type = 3;
/*
  stkdmp(curr);
*/
  snew = gseval(curr);
  if (snew==NULL) goto err3;
  curr = snew;
  if (curr->pback != NULL) goto err4;
  if (curr->pforw != NULL) goto err4;
/*
  stkdmp (curr);
*/

  /*  The expression has been evaluated without error.
      Free the last stack entry and return the result.     */

  pos = curr->obj.strng;
  free (curr);
  return (pos);

  /* Handle errors.  Issue error messages, free stack and
     associated memory.  */

  err1:

  printf ("Syntax Error\n");
  goto err3;

  err2:

  printf ("Memory Allocation Error\n");
  goto err3;

  err4:

  printf ("Unmatched parens\n");
  goto err3;

  err3:

  while (curr->pback) curr = curr->pback;
  while (curr!=NULL) {
    if (curr->type==0) free (curr->obj.strng);
    sold = curr;
    curr = curr->pforw;
    free (sold);
  }
  return (NULL);
}

/*  Evaluate the stack between opening and closing parentheses.
    This is done by making multiple passes at decreasing
    precedence levels, and evaluating all the operators at that
    precedence level.  When the final result is obtained, it is
    placed on the end of the stack without the parens.           */

struct stck *gseval (struct stck *curr) {
struct stck *sbeg, *srch, *stmp;
gaint i;

  /* Locate matching left paren. */

  sbeg = curr;
  while (sbeg) {
    if (sbeg->type==2) break;
    sbeg = sbeg->pback;
  }
  if (sbeg==NULL) {
    printf ("Unmatched parens\n");
    return (NULL);
  }

  /* Make a pass between the parens at each precedence level.  */

  for (i=0; i<7; i++) {
/*
    stkdmp(sbeg);
*/
    srch = sbeg;
    while (srch != curr) {
       if (srch->type==1 &&
           srch->obj.op>=opmins[i] && srch->obj.op<=opmaxs[i]) {
         srch = gsoper(srch);
         if (srch==NULL) return(NULL);
       }
      srch = srch->pforw;
    }
  }

  /* Make sure we are down to one result.  If not, we are in
     deep doodoo */

  srch = sbeg->pforw;
  srch = srch->pforw;
  if (srch != curr) {
    printf ("Logic error 8 in gseval \n");
    return (NULL);
  }

  /* Remove the parens from the linklist */

  srch = sbeg->pforw;
  srch->pforw = curr->pforw;
  srch->pback = sbeg->pback;
  stmp = sbeg->pback;
  if (stmp) stmp->pforw = srch;
  stmp = curr->pforw;
  if (stmp) stmp->pback = srch;
  free(sbeg);
  free(curr);

  return (srch);
}

/* Perform an operation.  Unstack the operator and operands,
   and stack the result in their place.  Return a pointer to
   the link list element representing the result.           */

struct stck *gsoper (struct stck *soper) {
struct stck *sop1, *sop2, *stmp;
gaint op, ntyp1, ntyp2, ntype=0, comp=0, len;
gadouble v1, v2, v;
gaint iv1, iv2, iv;
char *s1, *s2, *ch, *res, buf[25];

  /* Get pointers to the operands.  If a potentially numeric
     operation, do string to numeric conversion.             */

  op = soper->obj.op;
  sop1 = soper->pback;
  sop2 = soper->pforw;
  if (optyps[op-1]) {
    gsnum (sop2->obj.strng, &ntyp2, &iv2, &v2);
    if (op<14) gsnum (sop1->obj.strng, &ntyp1, &iv1, &v1);
    else ntyp1 = ntyp2;
    if (ntyp1==1 && ntyp2==1) ntype = 1;
    else if (ntyp1==0 || ntyp2==0) ntype = 0;
    else ntype = 2;
  }

  /* If an op that requires numbers, check to make sure we
     can do it.  */

  if (optyps[op-1]==2 && ntype == 0 ) {
    printf ("Non-numeric args to numeric operation\n");
    return (NULL);
  }

  /* Perform actual operations. */

  /* Logical or, and */

  if (op==1 || op==2) {
    s1 = sop1->obj.strng;
    s2 = sop2->obj.strng;
    res = malloc(2);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return (NULL);
    }
    *(res+1) = '\0';
    if (op==1) {
      if ( (*s1=='0' && *(s1+1)=='\0') &&
           (*s2=='0' && *(s2+1)=='\0')  ) *res = '0';
      else *res = '1';
    } else {
      if ( (*s1=='0' && *(s1+1)=='\0') ||
           (*s2=='0' && *(s2+1)=='\0') ) *res = '0';
      else *res = '1';
    }
  }

  /* Logical comparitive */

  else if (op>2 && op<9) {
    res = malloc(2);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return (NULL);
    }
    *(res+1) = '\0';

    /* Determine relationship between the ops */

    if (ntype==2) {
      if (v1obj.strng;
      s2 = sop2->obj.strng;
      while (*s1 && *s2) {
        if (*s1<*s2) {
          comp = 1;
          break;
        }
        if (*s1>*s2) {
          comp = 2;
          break;
        }
        s1++; s2++;
      }
      if (*s1=='\0'&&*s2=='\0') comp = 3;
      else if (*s1=='\0') comp = 1;
      else if (*s2=='\0') comp = 2;
    }

    /* Apply relationship to specific op */

    if (op==3) {
      if (comp==3) *res = '1';
      else *res = '0';
    } else if (op==4) {
      if (comp!=3) *res = '1';
      else *res = '0';
    } else if (op==5) {
      if (comp==2) *res = '1';
      else *res = '0';
    } else if (op==6) {
      if (comp==2 || comp==3) *res = '1';
      else *res = '0';
    } else if (op==7) {
      if (comp==1) *res = '1';
      else *res = '0';
    } else {
      if (comp==1 || comp==3) *res = '1';
      else *res = '0';
    }
  }

  /* String concatenation */

  else if (op==9) {
    s1 = sop1->obj.strng;
    s2 = sop2->obj.strng;
    len = strlen(s1) + strlen(s2);
    res = malloc(len+1);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return(NULL);
    }
    ch = res;
    while (*s1) {
      *ch = *s1;
      s1++; ch++;
    }
    while (*s2) {
      *ch = *s2;
      s2++; ch++;
    }
    *ch = '\0';
  }

  /*  Handle arithmetic operator */

  else if (op<14 && op>9) {
/*
    if (ntype==1) {
      if (op==10) iv = iv1+iv2;
      else if (op==11) iv = iv1-iv2;
      else if (op==12) iv = iv1*iv2;
      else {
        if (iv2==0) {
          printf ("Divide by zero\n");
          return (NULL);
        }
        iv = iv1 / iv2;
      }
      snprintf(buf,24,"%i",iv);
    } else {
      if (op==10) v = v1+v2;
      else if (op==11) v = v1-v2;
      else if (op==12) v = v1*v2;
      else {
        if (v2==0.0) {
          printf ("Divide by zero\n");
          return (NULL);
        }
        v = v1 / v2;
      }
      snprintf(buf,24,"%.15g",v);
    }
*/
      if (op==10) v = v1+v2;
      else if (op==11) v = v1-v2;
      else if (op==12) v = v1*v2;
      else {
        if (v2==0.0) {
          printf ("Divide by zero\n");
          return (NULL);
        }
        v = v1 / v2;
      }
      snprintf(buf,24,"%.15g",v);
/**/
    len = strlen(buf) + 1;
    res = malloc(len);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return (NULL);
    }
    strcpy(res,buf);
  }

  /*  Do unary not operation */

  else if (op==14) {
    res = malloc(2);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return (NULL);
    }
    *(res+1) = '\0';
    s2 = sop2->obj.strng;
    if (*s2=='\0' || (*s2=='0' && *(s2+1)=='\0')  ) *res = '1';
    else *res = '0';
  }

  /* Do unary minus operation */

  else if (op==15) {
    if (ntype==1) {
      iv = -1 * iv2;
      snprintf(buf,24,"%i",iv);
    } else {
      v = -1.0 * v2;
      snprintf(buf,24,"%.15g",v);
    }
    len = strlen(buf) + 1;
    res = malloc(len);
    if (res==NULL) {
      printf ("Memory allocation error\n");
      return (NULL);
    }
    strcpy(res,buf);
  }

  else {
    printf ("Logic error 12 in gsoper\n");
    return (NULL);
  }

  /* Rechain, Free stuff and return */

  free (sop2->obj.strng);
  if (op<14) free(sop1->obj.strng);
  sop2->obj.strng = res;
  if (op<14) {
    sop2->pback = sop1->pback;
    stmp = sop1->pback;
    stmp->pforw = sop2;
    free (sop1);
  } else {
    sop2->pback = soper->pback;
    stmp = soper->pback;
    stmp->pforw = sop2;
  }
  free (soper);
  return (sop2);
}

/* Obtain the value of an operand.  This may be either a
   variable or a function.                                */

char *gsgopd (char **ppos, struct gscmn *pcmn) {
char *pos, *res;
char name[16];
gaint i,pflag;

  pos = *ppos;
  for (i=0; i<16; i++) name[i]=' ';
  i = 0;
  pflag = 0;
  while ( (*pos>='a' && *pos<='z') ||
          (*pos>='A' && *pos<='Z') ||
          (*pos=='.') || (*pos=='_') ||
          (*pos>='0' && *pos<='9')   ) {
    if (*pos=='.') pflag = 1;
    if (i>15) {
      printf ("Variable name too long - 1st 16 chars are: ");
      for (i=0; i<16; i++) printf ("%c",name[i]);
      printf ("\n");
      return (NULL);
    }
    name[i] = *pos;
    pos++; i++;
  }
  while (*pos==' ') pos++;

  /* Handle a function call -- this is a recursive call all the
     way back to gsrunf.   */

  if (*pos=='(') {
    if (pflag) {
      printf ("Invalid function name: ");
      for (i=0; i<16; i++) printf ("%c",name[i]);
      printf ("\n");
      return (NULL);
    }
    pos = gsfunc(pos, name, pcmn);
    if (pos==NULL) return(NULL);
    *ppos = pos;
    res = pcmn->rres;
    if (res==NULL) {
      res = (char *)malloc(1);
      if (res==NULL) {
        printf ("Memory allocation error\n");
        return (NULL);
      }
      *res = '\0';
    }
    pcmn->rres = NULL;
    return(res);
  }

  *ppos = pos;
  res = gsfvar(name, pcmn);
  return (res);
}

/* Call a function.  */

char *gsfunc (char *pos, char *name, struct gscmn *pcmn) {
struct gsfnc *pfnc;
struct gsvar *avar, *nvar, *cvar=NULL;
char *astr, *res;
gaint len, rc, i, cflg, pcnt;

  avar = NULL;

  /*  Get storage for holding argument expressions */

  len = 0;
  while (*(pos+len)) len++;
  astr = (char *)malloc(len);
  if (astr==NULL) {
    printf ("Memory allocation error \n");
    return (NULL);
  }

  /*  Evaluate each argument found.  Allocate a gsvar block
      for each one, and chain them together */

  pos++;
  pcnt = 0;
  while (!(*pos==')'&&pcnt==0)) {
    cflg = 0;
    len = 0;
    while (*pos) {
      if (!cflg && (*pos==',' || (*pos==')'&&pcnt==0))) break;
      if (!cflg) {
        if (*pos=='(') pcnt++;
        if (*pos==')') pcnt--;
        if (pcnt<0) break;
      }
      if (*pos =='\'') {
        if (cflg==1) cflg = 0;
        else if (cflg==0) cflg = 1;
      } else if (*pos=='\"') {
        if (cflg==2) cflg = 0;
        else if (cflg==0) cflg = 2;
      }
      *(astr+len) = *pos;
      pos++; len++;
    }
    if (*pos=='\0') {
      printf ("Unmatched parens on function call\n");
      pos = NULL;
      goto retrn;
    }
    *(astr+len) = '\0';
    res = gsexpr(astr, pcmn);
    if (res==NULL) {
      printf ("Error occurred processing function arguments\n");
      pos = NULL;
      goto retrn;
    }
    nvar = (struct gsvar *)malloc(sizeof(struct gsvar));
    if (nvar==NULL) {
      printf ("Memory allocation error\n");
      pos = NULL;
      goto retrn;
    }
    nvar->strng = res;
    if (avar==NULL) avar = nvar;
    else cvar->forw = nvar;
    cvar = nvar;
    cvar->forw = NULL;
    if (*pos==',') pos++;
  }
  pos++;

  /*  We are all set up to invoke the function.  So now we need
      to find the function.  Look for internal functions first */

  pcmn->farg = avar;
  if (cmpwrd(name,"substr")) rc = gsfsub(pcmn);
  else if (cmpwrd(name,"subwrd")) rc = gsfwrd(pcmn);
  else if (cmpwrd(name,"sublin")) rc = gsflin(pcmn);
  else if (cmpwrd(name,"wrdpos")) rc = gsfpwd(pcmn);
  else if (cmpwrd(name,"strlen")) rc = gsfsln(pcmn);
  else if (cmpwrd(name,"valnum")) rc = gsfval(pcmn);
  else if (cmpwrd(name,"read")) rc = gsfrd(pcmn);
  else if (cmpwrd(name,"write")) rc = gsfwt(pcmn);
  else if (cmpwrd(name,"close")) rc = gsfcl(pcmn);
  else if (cmpwrd(name,"gsfallow")) rc = gsfallw(pcmn);
  else if (cmpwrd(name,"gsfpath")) rc = gsfpath(pcmn);
  else if (cmpwrd(name,"math_log")) rc = gsfmath(pcmn,1);
  else if (cmpwrd(name,"math_log10")) rc = gsfmath(pcmn,2);
  else if (cmpwrd(name,"math_cos")) rc = gsfmath(pcmn,3);
  else if (cmpwrd(name,"math_sin")) rc = gsfmath(pcmn,4);
  else if (cmpwrd(name,"math_tan")) rc = gsfmath(pcmn,5);
  else if (cmpwrd(name,"math_atan")) rc = gsfmath(pcmn,6);
  else if (cmpwrd(name,"math_atan2")) rc = gsfmath(pcmn,7);
  else if (cmpwrd(name,"math_sqrt")) rc = gsfmath(pcmn,8);
  else if (cmpwrd(name,"math_abs")) rc = gsfmath(pcmn,9);
  else if (cmpwrd(name,"math_acosh")) rc = gsfmath(pcmn,10);
  else if (cmpwrd(name,"math_asinh")) rc = gsfmath(pcmn,11);
  else if (cmpwrd(name,"math_atanh")) rc = gsfmath(pcmn,12);
  else if (cmpwrd(name,"math_cosh")) rc = gsfmath(pcmn,13);
  else if (cmpwrd(name,"math_sinh")) rc = gsfmath(pcmn,14);
  else if (cmpwrd(name,"math_exp")) rc = gsfmath(pcmn,15);
  else if (cmpwrd(name,"math_fmod")) rc = gsfmath(pcmn,16);
  else if (cmpwrd(name,"math_pow")) rc = gsfmath(pcmn,17);
  else if (cmpwrd(name,"math_sinh")) rc = gsfmath(pcmn,18);
  else if (cmpwrd(name,"math_tanh")) rc = gsfmath(pcmn,19);
  else if (cmpwrd(name,"math_acos")) rc = gsfmath(pcmn,20);
  else if (cmpwrd(name,"math_asin")) rc = gsfmath(pcmn,21);
  else if (cmpwrd(name,"math_format")) rc = gsfmath(pcmn,22);
  else if (cmpwrd(name,"math_nint")) rc = gsfmath(pcmn,23);
  else if (cmpwrd(name,"math_int")) rc = gsfmath(pcmn,24);
  else if (cmpwrd(name,"math_mod")) rc = gsfmath(pcmn,25);
  else if (cmpwrd(name,"math_strlen")) rc = gsfmath(pcmn,26);

  /*  Not an intrinsic function.  See if it is a function
      within the file we are currently working on.  */

  else {
    pfnc = pcmn->ffnc;
    while (pfnc) {
      if (!cmpch(pfnc->name,name,16)) break;
      pfnc = pfnc->forw;
    }

    /* If not found, try to load it, assuming this is 
       currently allowed */

    if (pfnc==NULL && pcmn->gsfflg!=0) {
      rc = gsgsfrd (pcmn, 1, name);     /* Load function file */
      if (rc==0) {                      /* Now look again */
        pfnc = pcmn->ffnc;
        while (pfnc) {
          if (!cmpch(pfnc->name,name,16)) break;
          pfnc = pfnc->forw;
        }
        if (pfnc==NULL) {
          printf ("Loaded function file %s\n",pcmn->lfdef->name);
          printf ("  But... ");
        }
      } else if (rc!=9) {        /* An error ocurred */
        printf ("Error while loading function: ");
        for (i=0; i<16; i++) printf("%c",name[i]);
        printf ("\n");
        pos = NULL;
        goto retrn;
      }                         /* File not found (rc==9) just */
    }                           /*   fall thru and give msg below */
    if (pfnc) {
      rc = gsrunf(pfnc->recd, pcmn);
    } else {
      printf ("Function not found: ");
      for (i=0; i<16; i++) printf("%c",name[i]);
      printf ("\n");
      pos = NULL;
      goto retrn;
    }
  }
  if (rc>0) pos = NULL;
  avar = NULL;

retrn:
  gsfrev(avar);
  free (astr);
  return(pos);
}

/* Find the value of a variable */

char *gsfvar (char *iname, struct gscmn *pcmn) {
struct gsvar *var;
char *ch, *src, name[16];
gaint len,i;

  /* Resolve possible compound name. */

  i = gsrvar (pcmn, iname, name);
  if (i) return(NULL);

  /* See if this variable name already exists */

  if (name[0]=='_') var = pcmn->gvar;
  else var = pcmn->fvar;

  while (var) {
    for (i=0; i<16; i++) {
      if (name[i] != var->name[i]) break;
    }
    if (i==16) break;
    var = var->forw;
  }

  /* If it didn't, use var name.  If it did, use current value */

  if (var==NULL) {
    len = 0;
    while (name[len]!=' ' && len<16) len++;
    src = name;
  } else {
    len = 0;
    while (*(var->strng+len)) len++;
    src = var->strng;
  }
  ch = malloc(len+1);
  if (ch==NULL) {
    printf ("Error allocating memory for variable \n");
    return (NULL);
  }
  for (i=0; i15) {
      if (*(name+pos)!=' ') {
        printf ("Compound variable name too long: ");
        for (i=0; i<16; i++) printf ("%c",*(name+i));
        return (1);
      }
      break;
    }
    rname[len] = *(name+pos);
    len++;
    if (*(name+pos)=='.') {                  /* Split off sub name */
      pos++;
      cnt = 0;
      tpos = pos;
      for (i=0; i<16; i++) sname[i] = ' ';
      while (*(name+tpos)!='.' && *(name+tpos)!=' ' && tpos<16) {
        sname[cnt] = *(name+tpos);
        tpos++; cnt++;
      }
      if (cnt>0) {                          /* See if it's a var  */
        if (*sname=='_') var = pcmn->gvar;
        else var = pcmn->fvar;
        while (var) {
          for (i=0; i<16; i++) {
            if (*(sname+i) != var->name[i]) break;
          }
          if (i==16) break;
          var = var->forw;
        }
        if (var!=NULL) {                    /* If so, use value   */
          cnt = 0;
          while (len<16 && *(var->strng+cnt)!='\0') {
            rname[len] = *(var->strng+cnt);
            cnt++; len++;
          }
          if (len==16 && *(var->strng+cnt)=='\0') {
            printf ("Compound variable name too long: ");
            for (i=0; i<16; i++) printf ("%c",*(name+i));
            return (1);
          }
          pos = tpos;                       /* Advance pointer    */
        }
      }
    } else pos++;
  }

  for (i=0; i<16; i++) *(oname+i) = rname[i];
/*
  for (i=0; i<16; i++) printf ("%c",*(oname+i));
  printf ("\n");
*/
  return (0);
}


/*  Retreive a constant */

char *gscnst (char **ppos) {
char *pos, *ch, *cpos, delim;
gaint len, i, dflg, eflg;

  pos = *ppos;

  /* Handle integer constant */

  if (*pos>='0'&&*pos<='9') {
    len = 0;
    dflg = 1;
    while ( (*pos>='0'&&*pos<='9') ||
            (dflg && *pos=='.')  ) {
      if (*pos=='.') dflg = 0;
      pos++;
      len++;
    }
    eflg = 0;
    if ( (*pos=='e' || *pos=='E') )  {
       if ( *(pos+1)>='0' && *(pos+1)<='9' ) eflg = 1;
       else if ( *(pos+1)=='-' || *(pos+1)=='+' ) {
         if ( *(pos+2)>='0' && *(pos+2)<='9' ) eflg = 2;
       }
    }
    if (eflg) {
      pos += eflg;    /* Skip past 'e' and exponent sign */
      len += eflg;
      while ( *pos>='0'&&*pos<='9' ) { 
        pos++;
        len++;
      }
    }
      
    ch = malloc(len+1);
    if (ch==NULL) {
      printf ("Memory allocation error \n");
      return (NULL);
    }
    pos = *ppos;
    for (i=0; i'9') { 
    if (*ch=='+' || *ch=='-') {
      ch++; len++;
      if (*ch=='.') {
        dflg = 1;
        ch++; len++;
      }
    } else if (*ch=='.') {
      dflg = 1;
      ch++; len++;
    } else {
      *type = 0;
      return;
    }
  }
  if (*ch<'0' || *ch>'9') {  /* should be a number at this point */ 
    *type = 0;
    return;
  }
  while (*ch) {
    if (*ch<'0' || *ch>'9') {
      if (*ch=='.') {
        if (dflg) break;
        dflg = 1;
      } else break;
    }
    ch++;
    len++;
  }

  if (*ch=='E'||*ch=='e') {
    eflg = 1;
    ch++; len++;
    if (*ch=='+' || *ch=='-') {
      ch++; len++;
    }
    if (*ch<'0' || *ch>'9') {
      *type = 0;
      return;
    }
    while (*ch>='0' && *ch<='9') {
      ch++; len++;
    }
  }
  if (*ch) {
    *type = 0;
    return;
  }
  if (!dflg&&!eflg&&len<10) {
    *ival = atol(strng);
    *val = (gadouble)(*ival);
    *type = 1;
  } else {
    *val = atof(strng);
    *type = 2;
  }
  return;
}

/*  Intrinsic functions.  */

/* Substring function.  Expects three args:  string, start, length */

gaint gsfsub (struct gscmn *pcmn) {
struct gsvar *pvar;
char *ch, *res;
gaint ret, ntype, strt, len, i;
gaint lstrt,llen;
gadouble v;

  pcmn->rres = NULL;

  /* Attempt to convert 2nd and thrd args to integer */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in substr:  1st argument missing\n");
    ret = 1;
    goto retrn;
  }
  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in substr:  2nd argument missing\n");
    ret = 1;
    goto retrn;
  }
  gsnum (pvar->strng, &ntype, &lstrt, &v);
  strt = lstrt;
  if (ntype!=1 || strt<1) {
    printf ("Error in substr:  2nd argument invalid.\n");
    ret = 1;
    goto retrn;
  }
  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in substr:  3rd argument missing\n");
    ret = 1;
    goto retrn;
  }
  gsnum (pvar->strng, &ntype, &llen, &v);
  len = llen;
  if (ntype!=1 || len<1) {
    printf ("Error in substr:  3rd argument invalid.\n");
    ret = 1;
    goto retrn;
  }

  /* Allocate storage for the result */

  res = (char *)malloc(len+1);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Move the desired substring.  NULL return is possible. */

  pvar = pcmn->farg;
  i = 1;
  ch = pvar->strng;
  while (*ch && irres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to get specified word in a string */

gaint gsfwrd (struct gscmn *pcmn) {
struct gsvar *pvar;
char *ch, *res;
gaint ret, ntype, wnum, i, len;
gaint lwnum;
gadouble v;

  pcmn->rres = NULL;

  /* Attempt to convert 2nd arg to integer. */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in subwrd:  1st argument missing\n");
    ret = 1;
    goto retrn;
  }
  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in subwrd:  2nd argument missing\n");
    ret = 1;
    goto retrn;
  }
  gsnum (pvar->strng, &ntype, &lwnum, &v);
  wnum = lwnum;
  if (ntype!=1 || wnum<1) {
    printf ("Error in subwrd:  2nd argument invalid.\n");
    ret = 1;
    goto retrn;
  }

  /* Find the desired word in the string */

  pvar = pcmn->farg;
  ch = pvar->strng;
  i = 0;
  while (*ch) {
    if (*ch==' '||*ch=='\n'||*ch=='\t'||i==0) {
      while (*ch==' '||*ch=='\n'||*ch=='\t') ch++;
      if (*ch) i++;
      if (i==wnum) break;
    } else ch++;
  }


  /* Get length of returned word. */

  len = 0;
  while (*(ch+len)!='\0' && *(ch+len)!=' '
         && *(ch+len)!='\t' && *(ch+len)!='\n') len++;

  /* Allocate storage for the result */

  res = (char *)malloc(len+1);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  for (i=0; irres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to get specified line in a string */

gaint gsflin (struct gscmn *pcmn) {
struct gsvar *pvar;
char *ch, *res;
gaint ret, ntype, lnum, i, len;
gaint llnum;
gadouble v;

  pcmn->rres = NULL;

  /* Attempt to convert 2nd arg to integer. */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in sublin:  1st argument missing\n");
    ret = 1;
    goto retrn;
  }
  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in sublin:  2nd argument missing\n");
    ret = 1;
    goto retrn;
  }
  gsnum (pvar->strng, &ntype, &llnum, &v);
  lnum = llnum;
  if (ntype!=1 || lnum<1) {
    printf ("Error in sublin:  2nd argument invalid.\n");
    ret = 1;
    goto retrn;
  }

  /* Find the desired line in the string */

  pvar = pcmn->farg;
  ch = pvar->strng;
  i = 1;
  while (*ch && irres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/* Read function.  Expects one arg: the file name.
   Returnes a two line result -- an rc, and the record read */

gaint gsfrd (struct gscmn *pcmn) {
FILE *ifile;
struct gsvar *pvar;
struct gsiob *iob,*iobo;
char *res,*name,rc,*ch;
gaint ret,n;

  pcmn->rres = NULL;
  res = (char *)malloc(RSIZ);
  if (res==NULL) {
    printf ("Memory allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Get file name */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in read:  File name missing\n");
    ret = 1;
    goto retrn;
  }
  name = pvar->strng;
  if (*name=='\0') {
    printf ("Error in read:  NULL File Name\n");
    ret = 1;
    goto retrn;
  }

  /* Check to see if the file is already open */

  iob = pcmn->iob;
  iobo = iob;
  while (iob) {
    if (!strcmp(name,iob->name)) break;
    iobo = iob;
    iob = iob->forw;
  }

  /* If it was not open, open it and chain a new iob */

  if (iob==NULL) {
    ifile = fopen(name,"r");
    if (ifile==NULL) {
      rc = '1';
      goto rslt;
    }
    iob = (struct gsiob *)malloc(sizeof(struct gsiob));
    if (iob==NULL) {
      printf ("Memory allocation error\n");
      ret = 1;
      goto retrn;
    }
    if (pcmn->iob==NULL) pcmn->iob = iob;
    else iobo->forw = iob;
    iob->forw = NULL;
    iob->file = ifile;
    iob->name = name;
    iob->flag = 1;
    pvar->strng = NULL;
  } else {
    if (iob->flag!=1) {
      rc = '8';
      printf ("Error in read:  attempt to read a file open for write\n");
      printf ("  File name = %s\n",iob->name);
      goto rslt;
    }
    ifile = iob->file;
  }

  /* Read the next record into the buffer area */

  ch = fgets(res+2, RSIZ-3, ifile);
  if (ch==NULL) {
    if (feof(ifile)) rc = '2';
    else rc = '9';
    goto rslt;
  }
  rc = '0';
  /* Remove cr for PC/cygwin version */
  ch = res+2;
  n=strlen(ch);
  if ( n > 1 ) {
    if ( (gaint)ch[n-2] == 13 ) {
       ch[n-2] = ch[n-1];
       ch[n-1] = '\0';
     }
   }
  /* Complete return arg list */

rslt:

  *res = rc;
  *(res+1) = '\n';
  ret = 0;
  pcmn->rres = res;
  res = NULL;

  /* Release arg storage and return */

retrn:

  if (res) free(res);
  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/* Write function.  Expects two or three args:  file name,
   output record, and optional append flag.  Returns a return code. */

gaint gsfwt (struct gscmn *pcmn) {
FILE *ofile;
struct gsvar *pvar, *pvars;
struct gsiob *iob, *iobo;
char *res, *name, rc, *orec;
gaint ret,appflg,len;

  pcmn->rres = NULL;
  res = (char *)malloc(2);
  if (res==NULL) {
    printf ("Memory allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Get file name */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in write:  File name missing\n");
    ret = 1;
    goto retrn;
  }
  name = pvar->strng;
  if (*name=='\0') {
    printf ("Error in write:  NULL File Name\n");
    ret = 1;
    goto retrn;
  }
  pvars = pvar;

  /* Get output record */

  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in write:  Output Record arg is missing\n");
    ret = 1;
    goto retrn;
  }
  orec = pvar->strng;

  /* Check for append flag */

  pvar = pvar->forw;
  if (pvar==NULL) appflg = 0;
  else appflg = 1;

  /* Check to see if the file is already open */

  iob = pcmn->iob;
  iobo = iob;
  while (iob) {
    if (!strcmp(name,iob->name)) break;
    iobo = iob;
    iob = iob->forw;
  }

  /* If it was not open, open it and chain a new iob */

  if (iob==NULL) {
    if (appflg) ofile = fopen(name,"a+");
    else ofile = fopen(name,"w");
    if (ofile==NULL) {
      rc = '1';
      goto rslt;
    }
    iob = (struct gsiob *)malloc(sizeof(struct gsiob));
    if (iob==NULL) {
      printf ("Memory allocation error\n");
      ret = 1;
      goto retrn;
    }
    if (pcmn->iob==NULL) pcmn->iob = iob;
    else iobo->forw = iob;
    iob->forw = NULL;
    iob->file = ofile;
    iob->name = name;
    iob->flag = 2;
    pvars->strng = NULL;
  } else {
    if (iob->flag!=2) {
      rc = '8';
      printf ("Error in write: attempt to write a file open for read\n");
      printf ("  File name = %s\n",iob->name);
      goto rslt;
    }
    ofile = iob->file;
  }

  /* Write the next record */

  len = 0;
  while (*(orec+len)) len++;
  *(orec+len) = '\n';
  len++;
  fwrite (orec,1,len,ofile);
  rc = '0';

  /* Complete return arg list */

rslt:

  *res = rc;
  *(res+1) = '\n';
  ret = 0;
  pcmn->rres = res;
  res = NULL;

  /* Release arg storage and return */

retrn:

  if (res) free(res);
  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/* Close function.  Expects one arg:  file name.
   Returns a return code:  0, normal, 1, file not open */

gaint gsfcl (struct gscmn *pcmn) {
struct gsvar *pvar;
struct gsiob *iob, *iobo;
char *name, *res, rc;
gaint ret;

  pcmn->rres = NULL;
  res = (char *)malloc(2);
  if (res==NULL) {
    printf ("Memory allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Get file name */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in close:  File name missing\n");
    ret = 1;
    goto retrn;
  }
  name = pvar->strng;
  if (*name=='\0') {
    printf ("Error in close:  NULL File Name\n");
    ret = 1;
    goto retrn;
  }

  /* Check to see if the file is already open */

  iob = pcmn->iob;
  iobo = iob;
  while (iob) {
    if (!strcmp(name,iob->name)) break;
    iobo = iob;
    iob = iob->forw;
  }

  /* If it was not open, print message and return */

  if (iob==NULL) {
    rc = '1';
    printf ("Error in close:  file not open\n");
    printf ("  File name = %s\n",name);
  } else {
    fclose (iob->file);
    if (iob==pcmn->iob) pcmn->iob = iob->forw;
    else iobo->forw = iob->forw;
    free (iob);
    rc = '0';
  }

  /* Complete return arg list */
  *res = rc;
  *(res+1) = '\0';
  ret = 0;
  pcmn->rres = res;
  res = NULL;

  /* Release arg storage and return */

retrn:

  if (res) free(res);
  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to return position of specified word in a string */

gaint gsfpwd (struct gscmn *pcmn) {
struct gsvar *pvar;
char *ch, *res;
gaint ret, ntype, wnum, i, pos;
gaint lwnum;
gadouble v;

  pcmn->rres = NULL;

  /* Attempt to convert 2nd arg to integer. */

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in wrdpos:  1st argument missing\n");
    ret = 1;
    goto retrn;
  }
  pvar = pvar->forw;
  if (pvar==NULL) {
    printf ("Error in wrdpos:  2nd argument missing\n");
    ret = 1;
    goto retrn;
  }
  gsnum (pvar->strng, &ntype, &lwnum, &v);
  wnum = lwnum;
  if (ntype!=1 || wnum<1) {
    printf ("Error in wrdpos:  2nd argument invalid.\n");
    ret = 1;
    goto retrn;
  }

  /* Find the desired word in the string */

  pvar = pcmn->farg;
  ch = pvar->strng;
  i = 0;
  while (*ch) {
    if (*ch==' '||*ch=='\n'||*ch=='\t'||i==0) {
      while (*ch==' '||*ch=='\n'||*ch=='\t') ch++;
      if (*ch) i++;
      if (i==wnum) break;
    } else ch++;
  }

  /* Calculcate position of the desired word */

  if (*ch=='\0') pos = 0;
  else pos = 1 + ch - pvar->strng;

  /* Allocate storage for the result */

  res = (char *)malloc(12);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  snprintf(res,11,"%i",pos);
  ret = 0;
  pcmn->rres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to return the length of a string */

gaint gsfsln (struct gscmn *pcmn) {
struct gsvar *pvar;
char *res;
gaint ret, len;

  pcmn->rres = NULL;

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in strlen:  Argument missing\n");
    ret = 1;
    goto retrn;
  }
 
  len = 0;
  while (*(pvar->strng+len)) {
    len++;
    if (len==9999999) break;
  }

  /* Allocate storage for the result */

  res = (char *)malloc(12);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  snprintf(res,11,"%i",len);
  ret = 0;
  pcmn->rres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to check if a string is a valid numeric */

gaint gsfval (struct gscmn *pcmn) {
struct gsvar *pvar;
char *res;
gaint ret, ntype;
gaint lwnum;
gadouble v;

  pcmn->rres = NULL;

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in valnum:  Argument missing\n");
    ret = 1;
    goto retrn;
  }

  gsnum (pvar->strng, &ntype, &lwnum, &v);

  /* Allocate storage for the result */

  res = (char *)malloc(12);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  snprintf(res,11,"%i",ntype);
  ret = 0;
  pcmn->rres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to control gsf loading.  */

gaint gsfallw (struct gscmn *pcmn) {
struct gsvar *pvar;
char *res;
gaint ret, i;

  pcmn->rres = NULL;

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in gsfallow:  Argument missing\n");
    ret = 1;
    goto retrn;
  }

  i = 999;
  if (cmpwrd(pvar->strng, "on")) i = 1;
  if (cmpwrd(pvar->strng, "On")) i = 1;
  if (cmpwrd(pvar->strng, "ON")) i = 1;
  if (cmpwrd(pvar->strng, "off")) i = 0;
  if (cmpwrd(pvar->strng, "Off")) i = 0;
  if (cmpwrd(pvar->strng, "OFF")) i = 0;
  if (i<900) pcmn->gsfflg = i;

  /* Allocate storage for the result */

  res = (char *)malloc(12);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  snprintf(res,11,"%i",i);
  ret = 0;
  pcmn->rres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to set gsf private path  */

gaint gsfpath (struct gscmn *pcmn) {
struct gsvar *pvar;
char *res;
gaint ret, i, j;

  pcmn->rres = NULL;

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in gsfpath:  Argument missing\n");
    ret = 1;
    goto retrn;
  }

  /* Copy the path to the gscmn area */

  i = 0;
  while (*(pvar->strng+i)) i++;
  if (pcmn->ppath) free (pcmn->ppath);
  pcmn->ppath = (char *)malloc(i+1);
  if (pcmn->ppath==NULL) {
    printf ("Error in gsfpath:  Memory Allocation\n");
    ret = 1;
    goto retrn;
  }
  j = 0;
  while (jppath+j) = *(pvar->strng+j);
  *(pcmn->ppath+i) = '\0';

  /* Allocate storage for the result */

  res = (char *)malloc(3);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  *res = '1';
  *(res+1) = '\0';
  ret = 0;
  pcmn->rres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/*  Routine to do libmf math */

gaint gsfmath (struct gscmn *pcmn, gaint mathflg) {
struct gsvar *pvar;
char *res, buf[25],vformat[15];
char *mathmsg1 = "log";
char *mathmsg2 = "log10";
char *mathmsg3 = "cos";
char *mathmsg4 = "sin";
char *mathmsg5 = "tan";
char *mathmsg6 = "atan";
char *mathmsg7 = "atan2";
char *mathmsg8 = "sqrt";
char *mathmsg9 = "abs";
char *mathmsg10 = "acosh";
char *mathmsg11 = "asinh";
char *mathmsg12 = "atanh";
char *mathmsg13 = "cosh";
char *mathmsg14 = "sinh";
char *mathmsg15 = "exp";
char *mathmsg16 = "fmod";
char *mathmsg17 = "pow";
char *mathmsg18 = "sinh";
char *mathmsg19 = "tanh";
char *mathmsg20 = "acos";
char *mathmsg21 = "asin";
char *mathmsg22 = "format";
char *mathmsg23 = "nint";
char *mathmsg24 = "int";
char *mathmsg25 = "mod";
char *mathmsg26 = "strlen";
char *mathmsg=NULL;
gaint ret, ntype, i, len;
gaint lwnum;
gadouble v,v2;

  pcmn->rres = NULL;

  if (mathflg==1) mathmsg = mathmsg1;
  if (mathflg==2) mathmsg = mathmsg2;
  if (mathflg==3) mathmsg = mathmsg3;
  if (mathflg==4) mathmsg = mathmsg4;
  if (mathflg==5) mathmsg = mathmsg5;
  if (mathflg==6) mathmsg = mathmsg6;
  if (mathflg==7) mathmsg = mathmsg7;
  if (mathflg==8) mathmsg = mathmsg8;
  if (mathflg==9) mathmsg = mathmsg9;
  if (mathflg==10) mathmsg = mathmsg10;
  if (mathflg==11) mathmsg = mathmsg11;
  if (mathflg==12) mathmsg = mathmsg12;
  if (mathflg==13) mathmsg = mathmsg13;
  if (mathflg==14) mathmsg = mathmsg14;
  if (mathflg==15) mathmsg = mathmsg15;
  if (mathflg==16) mathmsg = mathmsg16;
  if (mathflg==17) mathmsg = mathmsg17;
  if (mathflg==18) mathmsg = mathmsg18;
  if (mathflg==19) mathmsg = mathmsg19;
  if (mathflg==20) mathmsg = mathmsg20;
  if (mathflg==21) mathmsg = mathmsg21;
  if (mathflg==22) mathmsg = mathmsg22;
  if (mathflg==23) mathmsg = mathmsg23;
  if (mathflg==24) mathmsg = mathmsg24;
  if (mathflg==25) mathmsg = mathmsg25;
  if (mathflg==26) mathmsg = mathmsg26;

  pvar = pcmn->farg;
  if (pvar==NULL) {
    printf ("Error in math_%s:  Argument missing\n",mathmsg);
    ret = 1;
    goto retrn;
  }

  if( !(mathflg == 22 || mathflg == 26) ) {
    gsnum (pvar->strng, &ntype, &lwnum, &v);

    if (ntype==0) {
      printf ("Error in math_%s:  Argument not a valid numeric\n",mathmsg);
      ret = 1;
      goto retrn;
    }

  } else {
    if(mathflg == 22) {
      if(strlen(pvar->strng) < 15) {
	strcpy(vformat,pvar->strng);
      } else {
	printf ("Error in math_%s:  argument: %s  too long < 15\n",mathmsg,pvar->strng);
	ret = 1;
	goto retrn;
      }
    }
  }
  if (v<=0.0 && (mathflg == 1 || mathflg == 2) ) {  
    printf ("Error in math_%s:  Argument less than or equal to zero\n",mathmsg);
    ret = 1;
    goto retrn;
  }
 
  if(mathflg == 16) {
    pvar = pvar->forw;
    if (pvar==NULL) {
      printf ("Error in fmod:  2rd argument missing\n");
      ret = 1;
      goto retrn;
    }

    gsnum (pvar->strng, &ntype, &lwnum, &v2);
    
    if (ntype == 0) {
      printf ("Error in fmod:  2rd argument invalid.\n");
      ret = 1;
      goto retrn;
    }
  }

  if(mathflg == 17) {
    pvar = pvar->forw;
    if (pvar==NULL) {
      printf ("Error in pow:  2rd argument missing\n");
      ret = 1;
      goto retrn;
    }

    gsnum (pvar->strng, &ntype, &lwnum, &v2);
    
    if (ntype == 0) {
      printf ("Error in pow:  2rd argument invalid.\n");
      ret = 1;
      goto retrn;
    }
  }

  if(mathflg == 7) {
    pvar = pvar->forw;
    if (pvar==NULL) {
      printf ("Error in atan2:  2rd argument missing\n");
      ret = 1;
      goto retrn;
    }

    gsnum (pvar->strng, &ntype, &lwnum, &v2);
    
    if (ntype == 0) {
      printf ("Error in atan2:  2rd argument invalid.\n");
      ret = 1;
      goto retrn;
    }
  }

  if(mathflg == 25) {
    pvar = pvar->forw;
    if (pvar==NULL) {
      printf ("Error in mod:  2rd argument missing\n");
      ret = 1;
      goto retrn;
    }

    gsnum (pvar->strng, &ntype, &lwnum, &v2);
    
    if (ntype == 0) {
      printf ("Error in mod:  2rd argument invalid.\n");
      ret = 1;
      goto retrn;
    }
  }

  if(mathflg == 22) {
    pvar = pvar->forw;
    if (pvar==NULL) {
      printf ("Error in format:  2rd argument missing\n");
      ret = 1;
      goto retrn;
    }

    gsnum (pvar->strng, &ntype, &lwnum, &v);
    
    if (ntype == 0) {
      printf ("Error in format:  2rd argument invalid.\n");
      ret = 1;
      goto retrn;
    }
  }



  /* Get result */

  if (mathflg==1) v = log(v);
  if (mathflg==2) v = log10(v);
  if (mathflg==3) v = cos(v);
  if (mathflg==4) v = sin(v);
  if (mathflg==5) v = tan(v);
  if (mathflg==6) v = atan(v);
  if (mathflg==7) v = atan2(v,v2);
  if (mathflg==8) v = sqrt(v);
  if (mathflg==9) v = fabs(v);
  if (mathflg==10) v = fabs(v);
  if (mathflg==11) v = asinh(v);
  if (mathflg==12) v = atanh(v);
  if (mathflg==13) v = cosh(v);
  if (mathflg==14) v = sinh(v);
  if (mathflg==15) v = exp(v);
  if (mathflg==16) v = fmod(v,v2);
  if (mathflg==17) v = pow(v,v2);
  if (mathflg==18) v = sinh(v);
  if (mathflg==19) v = tanh(v);
  if (mathflg==20) v = acos(v);
  if (mathflg==21) v = asin(v);


  if(mathflg == 23) {
    v=floor(v+0.5);
  } else if(mathflg == 24) {
    v=floor(v);
  } else if(mathflg == 25) {
    v=floor(fmod(v,v2));
  } else if(mathflg == 26) {
    v=strlen(pvar->strng);
  }

  if(mathflg==22) {
    snprintf(buf,24,vformat,v);
  } else {
    snprintf(buf,24,"%.15g",v);
  }



  len = 0;
  while (buf[len]) len++;
  len++;

  /* Allocate storage for the result */

  res = (char *)malloc(len);
  if (res==NULL) {
    printf ("Error:  Storage allocation error\n");
    ret = 1;
    goto retrn;
  }

  /* Deliver the result and return */

  for (i=0; irres = res;

  /* Release arg storage and return */

retrn:

  gsfrev (pcmn->farg);
  pcmn->farg = NULL;
  return (ret);
}

/* Following functions are related to reading the script file
   into memory based on the file name and path specification */

/* Open the main script; search the path if needed 

     Rules:  When working with the name of the primary 
             script, 1st try to open the name provided, as is.
             If this fails, append .gs (if not there already)
             and try again.  If this fails, and the file 
             name provided does not start with a /, then 
             we try the directories in the GASCRP envvar, 
             both with the primary name and the .gs extension.

     Code originally by M.Fiorino   */

FILE *gsonam (struct gscmn *pcmn, struct gsfdef *pfdf) {
FILE *ifile;
char *uname,*xname,*dname,*lname,*oname;
char *sdir;
gaint len;

  uname = NULL;  /* user provided name */
  xname = NULL;  /* user name plus extension */
  dname = NULL;  /* path dir name */
  lname = NULL;  /* path plus uname or xname */
  oname = NULL;  /* name of file that gets opened */
  
  /* First try to open by using the name provided. */
             
  uname = gsstad(pcmn->fname,"\0");
  if (uname==NULL) return(NULL);
  ifile = fopen(uname,"rb");

  /* If that failed, then try adding a .gs extension,
     but only if one is not already there */ 

  if (ifile==NULL) {
    xname = NULL;
    len = 0;
    while (*(uname+len)) len++;
    if (*(uname+len-1)!='s' || *(uname+len-2)!='g' || 
        *(uname+len-3)!='.' ) { 
      xname = gsstad(uname,".gs");
      if (xname==NULL) return(NULL);
      ifile = fopen(xname,"rb");
      if (ifile!=NULL) {
        oname = xname;
        xname = NULL;
      }
    }

    /* If that didn't work, search in the GASCRP path --
       the path contains blank-delimited directory names */

    if (ifile == NULL && *(uname)!='/' ) {

      sdir = getenv("GASCRP");

      while (sdir!=NULL) {
        while (gsdelim(*sdir)) sdir++;
        if (*sdir=='\0') break;
        dname = gsstcp(sdir);
        if (dname==NULL) return(NULL);
        len = 0;              /* add slash to dir name if needed */
        while (*(dname+len)) len++;
        if (*(dname+len-1)!='/') {
          lname = gsstad(dname,"/");
          if (lname==NULL) return(NULL);
          free(dname);
          dname = lname;
        }
        lname = gsstad(dname,uname);    /* try uname plus dirname */
        if (lname==NULL) return(NULL);
        ifile = fopen(lname,"rb");
        if (ifile!=NULL) {
          oname = lname;
          lname = NULL;
          break;
        } else {                        /* try xname plus dirname */
          free (lname);
          lname = NULL;
          if (xname) {
            lname = gsstad(dname,xname);
            if (lname==NULL) return(NULL);
            ifile = fopen(lname,"rb");
            if (ifile!=NULL) {
              oname = lname;
              lname = NULL;
              break;
            } else { 
              free(lname); 
              lname = NULL;
            }
          }
        }
        while (*sdir!=' ' && *sdir!='\0') sdir++;   /* Advance */
        free(dname);
        dname = NULL;
      }
    } 
  } else {
    oname = uname; 
    uname = NULL;
  }

  if (uname) free(uname);  /* Hopefully set  */
  if (xname) free(xname);  /*   to null        */
  if (dname) free(dname);  /*     if assigned    */
  if (lname) free(lname);  /*       to oname       */

  /* If we opened a file, figure out the prefix */

  if (ifile) {
    pfdf->name = oname;
    xname = gsstad(oname,"\0");
    len = 0;
    while (*(xname+len)) len++;
    while (len>0 && *(xname+len)!='/') len--;
    if (len>0) *(xname+len+1) = '\0';
    else *(xname) = '\0';
    pcmn->fprefix = xname;
  }
  return (ifile);
}
 
/*  When working with a .gsf, the function name
    is appended with .gsf.  Then we first try the
    same directory that the main script was found
    in.  If that fails, then we try the search path
    in GASCRP. */

FILE *gsogsf (struct gscmn *pcmn, struct gsfdef *pfdf, char *pfnc) {
FILE *ifile;
char *fname,*tname,*dname,*sdir;
gaint len,i;
char nname[20];

  /* Function name is not null terminated -- make a copy that is */

  for (i=0; i<16; i++) nname[i] = *(pfnc+i);
  nname[16] = ' ';
  i = 0;
  while (nname[i] != ' ') i++;
  nname[i] = '\0';

  fname = gsstad(nname,".gsf");
  if (fname == NULL) return (NULL);

  /* First try the prefix directory */

  tname = gsstad(pcmn->fprefix,fname);
  if (tname == NULL) return (NULL);
  ifile = fopen(tname,"rb");
  if (ifile) {
    free (fname);
    pfdf->name = tname;
    return (ifile); 
  }
  free (tname);

  /* Next try the private path.  The file names are constructed
     as the prefix plus the private path plus the function name
     plus the .gsf */

  sdir = pcmn->ppath;

  while (sdir!=NULL) {
    while (gsdelim(*sdir)) sdir++;
    if (*sdir=='\0') break;
    dname = gsstcp(sdir);
    if (dname==NULL) return(NULL);
    len = 0;              /* add slash to dir name if needed */
    while (*(dname+len)) len++;
    if (*(dname+len-1)!='/') {
      tname = gsstad(dname,"/");
      if (tname==NULL) return(NULL);
      free(dname);
      dname = tname;
    }
    tname = gsstad(dname,fname);  
    free (dname);
    dname = gsstad(pcmn->fprefix,tname);  
    free (tname);
    ifile = fopen(dname,"rb");
    if (ifile) {
      pfdf->name = dname;
      free (fname);
      return (ifile);
    }
    free (dname);
    while (*sdir!=' ' && *sdir!='\0') sdir++;   /* Advance */
  }

  /* If we fall thru, next try the GASCRP path */

  sdir = getenv("GASCRP");

  while (sdir!=NULL) {
    while (gsdelim(*sdir)) sdir++;
    if (*sdir=='\0') break;
    dname = gsstcp(sdir);
    if (dname==NULL) return(NULL);
    len = 0;              /* add slash to dir name if needed */
    while (*(dname+len)) len++;
    if (*(dname+len-1)!='/') {
      tname = gsstad(dname,"/");
      if (tname==NULL) return(NULL);
      free(dname);
      dname = tname;
    }
    tname = gsstad(dname,fname);
    free(dname);
    ifile = fopen(tname,"rb");
    if (ifile) {
      pfdf->name = tname;
      free (fname);
      return (ifile);
    }
    free (tname);
    while (*sdir!=' ' && *sdir!='\0') sdir++;   /* Advance */
  }
  
  /* If we fall thru, we didn't find anything.  */

  free (fname);
  return (NULL);
}

/* Copy a string to a new dynamically allocated area.
   Copy until a delimiter or null is encountered.
   Caller is responsible for freeing the storage.  */

char *gsstcp (char *ch) {
char *res;
gaint i,len;
  len = 0;
  while (!gsdelim(*(ch+len)) && *(ch+len)!='\0') len++;
  res = (char *)malloc(len+1);
  if (res==NULL) {
    printf ("Memory Allocation Error:  Script initialization\n");
    return (NULL);
  }
  i = 0;
  while (i
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include "gatypes.h"
#include "gx.h"

static gaint bopt=BUFOPT;                   /* Buffering option   */
static long buffsz;                         /* metafile buffer size, formerly known as HBUFSZ */
static gaint bflag;                         /* Buffering disabled */
static gaint hflag;                         /* File output enabled*/
static gaint herr;                          /* Fatal error        */
static gaint hferr;                         /* File I/O error     */
static gaint hpflg;                         /* User printed frame */
static short *hbuff, *hpnt, *hend;          /* Current buffer ptrs*/
static FILE *hfile;                         /* meta file pointer  */
static gaint hpos;                          /* Frame pos in metafi*/
static short *bufs[250];                    /* Buffer stuff       */
static short *bufs2[250];                   /* Enough for 50MB    */
static gaint lens[250],lens2[250];
static gaint pnt,pnt2,pntf;     
static gaint dbmode;                        /* Double Buffer mode */
static gadouble xrsize,yrsize;

void xycnv (short, short, gadouble *, gadouble *);

/* Specify on startup what sort of buffering we want.  
   We can do memory buffering (the default on UNIX machines) 
   or file buffering, done only when print is enabled */

void gxhopt (gaint flag) {
  bopt = flag;
}

/* Initialize any buffering, etc. when GrADS starts up */

void gxhnew (gadouble xsiz, gadouble ysiz, gaint hbufsz) {
  buffsz = hbufsz;
  xrsize = xsiz;
  yrsize = ysiz;
  hflag = 0; 
  herr = 0;
  hferr = 0;
  hpflg = 0;
  dbmode = 0;
  if (bopt) bflag = 1;
  else {
    hbuff = (short *)malloc(sizeof(short)*buffsz);
    if (hbuff==NULL) {
      printf ("Unable to allocate memory for metafile operations.\n");
      herr = 1;
      bufs[0] = NULL;
    } else {
      bflag = 0;
      pnt = 1;
      bufs[0] = hbuff;
      hpnt = hbuff;
      hend = hbuff+(buffsz-10L);
    }
  }
  pnt2 = 0;
}

/* Enable hardcopy (metafile) output.   */

gaint gxhbgn (char *fname) {
gaint xx,rc;
short bb[3];

  if (hferr) {
    printf ("Metafile error state is positive.\n");
    printf ("Disable Print before attempting an Enable Print.\n");
    return (0);
  }

  /* Open metafile if not already open.  */

  if (hflag) {
    printf ("Metafile already open\n");
    return(0);
  }

  hfile = fopen(fname,"wb");
  if (hfile==NULL) {
    printf ("Error opening meta file %s \n", fname);
    return (1);
  }

  /* Allocate the memory buffer if we are doing file buffering.  */

  if (bopt) {
    hbuff = (short *)malloc(sizeof(short)*buffsz);
    if (hbuff==NULL) {
      printf ("Unable to allocate memory for metafile operations.\n");
      fclose(hfile);
      return (1);
    }
    hpnt = hbuff;
    hend = hbuff+(buffsz-10L);
    bflag = 0;
  }

  /* Write physical page size to output metafile */

  bb[0] = -1;
  xx = (gaint)(xrsize*1000.0+0.5);
  if (xx<0) xx=0;
  if (xx>32760) xx=32760;
  bb[1] = xx;
  xx = (gaint)(yrsize*1000.0+0.5);
  if (xx<0) xx=0;
  if (xx>32760) xx=32760;
  bb[2] = xx;
  rc = gxhwri(bb, 3);
  if (rc) return (1);
  hpos = ftell(hfile);
  herr = 0;
  hpflg = 0;
  hferr = 0;
  hflag = 1;
  if (bopt) {
    printf ("File buffering enabled. ");
    printf ("Issue CLEAR command to start buffering.\n");
  }
  return (0);
}

/* Metafile output, command with 0 args */

void hout0 (gaint cmd) {
  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus one integer argument */

void hout1 (gaint cmd, gaint opt) {
  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  *hpnt = opt;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus two double args */

void hout2 (gaint cmd, gadouble x, gadouble y) {
gaint xx,yy;
  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  xx = (gaint)(x*1000.0+0.5);
  if (xx<0) xx=0;
  if (xx>32760) xx=32760;
  *hpnt = xx;
  hpnt++;
  yy = (gaint)(y*1000.0+0.5);
  if (yy<0) yy=0;
  if (yy>32760) yy=32760;
  *hpnt = yy;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus two integer args */

void hout2i (gaint cmd, gaint i1, gaint i2) {

  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  *hpnt = i1;
  hpnt++;
  *hpnt = i2;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus three integer args */

void hout3i (gaint cmd, gaint i1, gaint i2, gaint i3) {

  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  *hpnt = i1;
  hpnt++;
  *hpnt = i2;
  hpnt++;
  *hpnt = i3;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus four integer args */

void hout4i (gaint cmd, gaint i1, gaint i2, gaint i3, gaint i4) {

  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  *hpnt = i1;
  hpnt++;
  *hpnt = i2;
  hpnt++;
  *hpnt = i3;
  hpnt++;
  *hpnt = i4;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Metafile output, command plus four double args */

void hout4 (gaint cmd, gadouble xl, gadouble xh, gadouble yl, gadouble yh) {
gaint vv;
  if (bflag||herr) return;
  *hpnt = cmd;
  hpnt++;
  vv = (gaint)(xl*1000.0+0.5);
  if (vv<0) vv=0;
  if (vv>32760) vv=32760;
  *hpnt = vv;
  hpnt++;
  vv = (gaint)(xh*1000.0+0.5);
  if (vv<0) vv=0;
  if (vv>32760) vv=32760;
  *hpnt = vv;
  hpnt++;
  vv = (gaint)(yl*1000.0+0.5);
  if (vv<0) vv=0;
  if (vv>32760) vv=32760;
  *hpnt = vv;
  hpnt++;
  vv = (gaint)(yh*1000.0+0.5);
  if (vv<0) vv=0;
  if (vv>32760) vv=32760;
  *hpnt = vv;
  hpnt++;
  if (hpnt>hend) hfull();
}

/* Handle situation where memory buffer is full.  Either output
   to the temporary file buffer, or disable additional input
   into the memory buffer. */

void hfull (void) {
gaint len,rc;

  if (bopt) {
    len = hpnt - hbuff;
    rc = gxhwri(hbuff, len);
    if (rc) return;
    else hpnt = hbuff;
  } else {
    if (dbmode && pntf==1) {
      lens2[pnt2-1] = hpnt-hbuff;
      if (pnt2>249) {
        printf ("Out of buffer space\n");
        herr=1;
        return;
      }
      hbuff = (short *)malloc(sizeof(short)*buffsz);
      if (hbuff==NULL) {
        printf ("Memory allocation error for metafile buffers.\n");
        herr = 1;
      } else {
        bufs2[pnt2] = hbuff;
        hpnt = hbuff;
        hend = hbuff+(buffsz-10L);
        pnt2++;
      } 
    } else {
      if (pnt>249) {
        printf ("Out of buffer space\n");
        herr=1;
        return;
      }
      lens[pnt-1] = hpnt-hbuff;
      hbuff = (short *)malloc(sizeof(short)*buffsz);
      if (hbuff==NULL) {
        printf ("Memory allocation error for metafile buffers.\n");
        herr = 1;
      } else {
        bufs[pnt] = hbuff;
        hpnt = hbuff;
        hend = hbuff+(buffsz-10L);
        pnt++;
      } 
    }
  }
}

/* Output the current frame to the metafile.   Empty the metafile
   buffer, and set things so that the frame will be marked on a
   frame action.

   If no metafile is open, write an EPS file by calling gxheps.
*/

void gxhprt (char *cmd) {
gaint len,i,rc;

  if (bopt && dbmode) {
    printf ("Cannot print while in double-buffer mode ");
    printf ("when using file buffering\n");
    return;
  }
#ifndef STNDALN
  if(!hflag) { /* No metafile open write a EPS file using gxeps */
    gxheps(cmd);
    return;
  }
#endif
  if (herr||hferr) {
    printf ("Error status on print metafile is positive.\n");
    printf ("Cannot print current frame.\n");
    return;
  }
  if (!hflag) {
    printf ("Metafile not currently open\n");
    return;
  }
  if (bopt) {
    len = hpnt - hbuff;
    rc = gxhwri(hbuff,len);
    if (rc) return;
    else hpnt = hbuff;
  } else {
    if (dbmode && pntf==0) {
      i = 0;
      while (i0) fwrite (buf, sizeof(short), len, hfile); */
  if (len>0) fwrite (buf, sizeof(short)*len, 1, hfile);
/* kk 020624 --- e */
  if (ferror(hfile)) {
    printf ("I/O Error writing to print metafile.\n");
    fclose(hfile);
    hferr = 1;
    hflag = 0;
    hpflg = 0;
    if (bopt) {
      free(hbuff);
      herr = 1;
      bflag = 1;
    }
    return (1);
  }
  return (0);
}

/* Close the metafile output file without further output */

void gxhend (void) {
short bb[2];
gaint rc;
  if (hferr) {
    printf ("Resetting print metafile error status.\n");
    hferr = 0;
    if (bopt) herr = 0;
    return;
  }
  if (!hflag) {
    printf ("No hardcopy metafile open\n");
    return;
  }
  fseek(hfile,hpos,0L);
  if (hpflg) {
    bb[0] = -2;
    bb[1] = -9;
    rc = gxhwri(bb,2);
  } else {
    bb[0] = -9;
    rc = gxhwri(bb,1);
  }
  if (!rc) {
    fclose(hfile);
    printf ("Hardcopy output file is closed \n");
    hflag = 0;
    if (bopt) {
      free(hbuff);
      bflag = 1;
    }
  }
}

/* User has issued a clear.  Mark an end of frame if needed in
   the output file; free buffers if we are in memory buffering
   mode */

void gxhfrm (gaint iact) {
short bb;
gaint rc,i;

  if (hflag) {
    fseek(hfile,hpos,0L);
    if (hpflg) {
      bb = -2;
      rc = gxhwri(&bb, 1);
      hpflg = 0;
      if (!rc) hpos = ftell(hfile);
    }
  }
  if (iact==2 && dbmode==0) {
    dbmode = 1;
    if (bopt==0) {
      hbuff = (short *)malloc(sizeof(short)*buffsz);
      if (hbuff==NULL) {
        printf ("Memory allocation error for metafile buffers.\n");
        herr = 1;
        pnt2 = 0;
        bufs2[0] = NULL;
      } else {
        pnt2 = 1;
        pntf = 1;
        bufs2[0] = hbuff;
      } 
    }
  }
  if (iact!=2 && dbmode==1) {
    dbmode = 0;
    if (bopt==0) {
      for (i=0; i
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */
#include 
#include 
#include "gatypes.h"
#include "gx.h"

static char *fch[10];     /* Pointers to font data once it is read in */
static gaint *foff[10];   /* Pointers to character offsets */
static gaint *flen[10];   /* Pointers to character lengths */
static gaint dfont;       /* Default font */
void gree();

/* Initialize */

void gxchii (void) {
gaint i;
  for (i=0; i<10; i++) fch[i] = NULL;
  dfont = 0;
}

/* Change default font */

void gxchdf (gaint df) {
  if (df<0 || df>9) return;
  dfont = df;
}

/* Plot character string */

void gxchpl (char *chrs, int len, gadouble x, gadouble y, gadouble height, gadouble width, gadouble angle) {
gadouble xc,yc,xscl,yscl,xs,ys,w,d,ang,rx,ry,yoff;
gaint i,fn,ic,jc,cnt,ipen,supsub;
char *cdat;

  xscl = width/21.0;
  yscl = height/22.0;
  fn = dfont;
  angle = angle * 3.1416/180.0;
  supsub = 0;
  while (*chrs!='\0' && len>0) {
    while (*chrs=='`') {
      if (*(chrs+1)>='0' && *(chrs+1)<='9') {
        fn = (gaint)*(chrs+1) - 48;
        chrs+=2;
        len-=2;
      } else if (*(chrs+1)=='a') {
        supsub = 1;
        chrs+=2; len-=2;
      } else if (*(chrs+1)=='b') {
        supsub = 2;
        chrs+=2; len-=2;
      } else if (*(chrs+1)=='n') {
        supsub = 0;
        chrs+=2; len-=2;
      } else break;
    }
    if (*chrs!='\0' && len>0) {
      if (angle==0.0) {           /* Fast path for ang=0 */
        cdat = gxchgc ( (gaint)*(chrs), fn, &cnt);
        if (cdat==NULL) return;
        ic = (gaint)(*(cdat+3)) - 82;
        jc = (gaint)(*(cdat+4)) - 82;
        if (supsub) {
          xs = xscl*0.45; ys = yscl*0.45;
          if (supsub==1) yoff = height*0.35;
          else yoff = -1.0*height*0.42;
        } else {
          xs = xscl; ys = yscl; yoff = 0.0;
        }
        w = (gadouble)(jc-ic) * xs * 1.05;
        xc= x + w/2.0;
        yc = y + height*0.42 + yoff;
        cdat += 5;
        ipen = 3;
        for (i=1; i0) {
    while (*chrs=='`') {
      if (*(chrs+1)>='0' && *(chrs+1)<='9') {
        fn = (gaint)*(chrs+1) - 48;
        chrs+=2;
        len-=2;
      } else if (*(chrs+1)=='a') {
        supsub = 1;
        chrs+=2; len-=2;
      } else if (*(chrs+1)=='b') {
        supsub = 2;
        chrs+=2; len-=2;
      } else if (*(chrs+1)=='n') {
        supsub = 0;
        chrs+=2; len-=2;
      } else break;
    }
    cdat = gxchgc ((gaint)*(chrs), fn, &ic);
    if (cdat==NULL) return(1);
    ic = (gaint)(*(cdat+3)) - 82;
    jc = (gaint)(*(cdat+4)) - 82;
    if (supsub) xs = xscl*0.45;
    else xs = xscl;
    *w = *w + (gadouble)(jc-ic) * xs * 1.05;
    chrs++; len--;
  }
  return 0;
}

/* Get location and length of particular character info
   for particular font */

char * gxchgc (int ch, int fn, int *cnt) {
int *clen, *coff, rc;
char *fdat;

  if (fch[fn]==NULL) {
    rc = gxchrd (fn);
    if (rc) return(NULL);
  }
  clen = flen[fn];
  coff = foff[fn];
  fdat = fch[fn];
  if (ch<32 || ch>127) ch=32;
  ch = ch - 32;
  *cnt = *(clen+ch);
  return (fdat + *(coff+ch));
}

/* Read in a font file */

int gxchrd (int fn) {
FILE *ifile;
gaint i,j,rc,tlen,*coff,*clen,flag;
char buff[20],*fname,*fdat;

  snprintf(buff,19,"font%i.dat",fn);

  ifile = NULL;
  fname = gxgnam(buff);
  if (fname!=NULL) ifile = fopen(fname,"rb");
  if (ifile==NULL) {
    ifile = fopen(buff,"rb");
    if (ifile==NULL) {
      printf ("Error opening stroke character data set \n");
      if (fname!=NULL) {
        printf ("  Data set names = %s ; %s\n",fname,buff);
        gree (fname,"f295");
      }
      return(1);
    }
  }
  gree(fname,"f296");

  fseek(ifile,0L,2);
  tlen = ftell(ifile);
  fseek(ifile,0L,0);

  fdat = (char *)malloc(tlen+1);
  if (fdat==NULL) {
    printf ("Error reading font data:  Memory allocation error\n");
    return(1);
  }
  coff = (gaint *)malloc(sizeof(gaint)*95);
  if (coff==NULL) {
    printf ("Error reading font data:  Memory allocation error\n");
    free (fdat);
    return(1);
  }
  clen = (gaint *)malloc(sizeof(gaint)*95);
  if (clen==NULL) {
    printf ("Error reading font data:  Memory allocation error\n");
    free (fdat);
    return(1);
  }

  rc = fread(fdat,1,tlen,ifile);
  if (rc!=tlen) {
    printf ("Error reading font data: I/O Error\n");
    return(1);
  }
  *(fdat+tlen) = '\0';

  /* Determine the locations of the start of each character */

  i = 0;
  j = 1;
  *(coff) = 0;
  flag = 0;
  while (*(fdat+i)) {
    if (*(fdat+i)<' ') {
      flag = 1;
    } else {
      if (flag) {
        *(coff+j) = i;
        j++;
      }
      flag = 0;
    }
    i++;
  }

  /* Determine the count on each character */

  for (i=0; i<95; i++) {
    for (j=0; j<3; j++) buff[j] = *(fdat+*(coff+i)+j);
    buff[3] = '\0';
    sscanf (buff,"%i",&rc);
    *(clen+i) = rc;
  }

  flen[fn] = clen;
  foff[fn] = coff;
  fch[fn] = fdat;

  return(0);
}
grads-2.0.1/src/gagmap.c0000644000175000017500000017272211651340127016146 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/*  Values output into the grib1 map file:
     Header:
     hipnt info: 0 - version number (1)
                 1 - number of times in file
                 2 - number of records per time
                 3 - Grid type
                   255 - user defined grid.  descriptor
                         describes grid exactly; one record
                         per grid.
                    29 - Predefined grid set 29 and 30.
                         Two records per grid.
     hfpnt info:  None
     Info:
     intpnt info (for each mapped grib record) :
                 0 - position of start of data in file
                 1 - position of start of bit map in file
                 2 - number of bits per data element
     fltpnt info :
                 0 - decimal scale factor for this record
                 1 - binary scale factor
                 2 - reference value
*/

#ifdef HAVE_CONFIG_H
#include "config.h"

#ifdef HAVE_MALLOC_H
#include 
#endif
#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include 
#include 
#include 
#include 
#include 
#include "grads.h"
#include "gagmap.h"
#if GRIB2
#include "grib2.h"
void gaseekgb(FILE *, off_t, g2int, off_t *, g2int *);
#endif


/* global variables */
extern struct gamfcmn mfcmn;
struct dt rtime;   /* time based on input map */
struct dt ftime;   /* time based on dd file */
static off_t flen;
gaint ng1elems=3;
gaint ng2elems=2;

/*  Routine to scan a grib1 or grib2 file and output an index (map) file. */

gaint gribmap (void) {

#if GRIB2
 unsigned char *cgrib=NULL;
 g2int  listsec0[3],listsec1[13],numlocal,numfields,n;
 g2int  unpack,expand,lgrib;
 off_t iseek,lskip;
 gribfield  *gfld;
 size_t  lengrib;
 struct gag2indx *g2indx;
#endif
 char *ch=NULL;
 gaint ret,ierr,flag,rcgr,record;
 gaint rc,i,e,tmin=0,tmax=0,told,tcur,fnum,didmatch=0;
 gaint sp,sp2,ioff,eoff,it,write_map;
 struct gafile *pfi;
 struct dt dtim,dtimi;
 struct gaens *ens;
 struct gaindxb indxbb;

#if GRIB2
 unpack=0;
 expand=0;
#endif
 mfile=NULL;
 write_map=1;

 pindxb = &indxbb;

 /* Get the descriptor file name */
 if (ifile==NULL) {
   printf ("\n");
   cnt = nxtcmd (cmd,"Enter name of Data Descriptor file: ");
   if (cnt==0) return(1);
   getwrd(crec,cmd,250);
   ifile = crec;
 }
 
 /* Allocate memory for gafile structure */
 pfi = getpfi();
 if (pfi==NULL) {
   printf ("gribmap error: unable to allocate memory for gafile structure\n");
   return(1);
 }

 /* Parse the descriptor file */
 rc = gaddes (ifile, pfi, 0);
 if (rc) return(1);

 /* Check index flags */
 if (pfi->idxflg!=1 && pfi->idxflg!=2) {
   printf ("gribmap error: data descriptor file is not for GRIB data\n");
   return(1);
 } 

 /* * GRIB1 * */
 else if (pfi->idxflg==1) {

   /* Allocate memory for gaindx structure */
   sz = sizeof(struct gaindx);
   pindx = (struct gaindx *)galloc(sz,"pindxgm");
   if (pindx==NULL) {
     printf ("grib1map error: unable to allocate memory for pindx\n");
     return(1);
   }
   
   /* Save the initial time from the descriptor file for the tau0 option and the map file */
   btimdd.yr = *(pfi->abvals[3]);
   btimdd.mo = *(pfi->abvals[3]+1);
   btimdd.dy = *(pfi->abvals[3]+2);
   btimdd.hr = *(pfi->abvals[3]+3);
   btimdd.mn = *(pfi->abvals[3]+4);
   if (no_min) btimdd.mn = 0;
   
   /* Set up for this grid type */
   if (pfi->grbgrd<-900 || pfi->grbgrd==255) {
     nrec = 1;
     gtype[0] = 255;
   } else if (pfi->grbgrd>-1 && pfi->ppflag) {
     nrec=1;
     gtype[0] = pfi->grbgrd;
   } else if (pfi->grbgrd==29) {
     nrec = 2;
     gtype[0] = 29;
     gtype[1] = 30;
     if (pfi->dnum[0]!=144 || pfi->dnum[1]!=73 ||
	 pfi->linear[0]!=1 || pfi->linear[1]!=1 ||
	 *(pfi->grvals[0])!= 2.5 || *(pfi->grvals[0]+1) != -2.5 ||
	 *(pfi->grvals[1])!= 2.5 || *(pfi->grvals[1]+1) != -92.5 ) {
       printf("grib1map error: grid specification for GRIB grid type 29/30.\n");
       printf("                grid scaling must indicate a 2.5 x 2.5 grid\n");
       printf("                grid size must be 144 x 73\n");
       printf("                grid must go from 0 to 357.5 and -90 to 90\n");
       return(1);
     }
   } else {
     nrec = 1;
     gtype[0] = pfi->grbgrd;
   }
   
   /* Set up grib1 index and initialize values */
   pindx->type   = g1ver;
   pindx->hinum  = 4;
   if (bigflg) pindx->hinum  = 5;
   pindx->hfnum  = 0;
   if (bigflg) pindx->intnum = nrec * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   else pindx->intnum = nrec * ng1elems * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   pindx->fltnum = nrec * ng1elems * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   if (bigflg) pindxb->bignum = 2 * nrec * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   sz = sizeof(gaint)*pindx->hinum;
   pindx->hipnt  = (gaint *)galloc(sz,"hipntgm");
   sz = sizeof(gaint)*pindx->intnum;
   pindx->intpnt = (gaint *)galloc(sz,"intpntgm");
   sz = sizeof(gafloat)*pindx->fltnum;
   pindx->fltpnt = (gafloat *)galloc(sz,"fltpntgm");
   if (pindx->hipnt==NULL || pindx->intpnt==NULL || pindx->fltpnt==NULL) {
     printf ("grib1map error: unable to allocate memory for index pointers\n");
     return(1);
   }
   if (bigflg) {
     sz = sizeof(off_t)*pindxb->bignum;
     pindxb->bigpnt = (off_t *)galloc(sz,"bigpntgm");
     if (pindxb->bigpnt==NULL) {
       printf ("grib1map error: unable to allocate memory for index pointers\n");
       return(1);
     }
   }
   for (i=0; iintnum; i++) *(pindx->intpnt+i) = -999;
   for (i=0; ifltnum; i++) *(pindx->fltpnt+i) = -999; 
   if (bigflg) {
      for (i=0; ibignum; i++) *(pindxb->bigpnt+i) = (off_t)-999;
   }
   *(pindx->hipnt+0) = g1ver;
   *(pindx->hipnt+1) = pfi->dnum[3];
   *(pindx->hipnt+2) = pfi->trecs;
   *(pindx->hipnt+3) = pfi->grbgrd;
   if (pfi->grbgrd<-900) *(pindx->hipnt+3) = 255;
   if (bigflg) *(pindx->hipnt+4) = pindxb->bignum;

   /* Loop over all files in the data set */
   gfile = NULL;
   for (e=1,ens=pfi->ens1; e<=pfi->dnum[4]; e++,ens++) {
     tcur = 0;
     while (1) {    /* loop over all times for this ensemble */
       if (pfi->tmplat) {
	 /* make sure no file is open */
	 if (gfile!=NULL) {
	   fclose(gfile);
	   gfile=NULL;
	 }
	 /* advance to first valid time step for this ensemble */
	 if (tcur==0) {
	   told = 0;
	   tcur = 1;
	   while (pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] == -1) tcur++;  
	 }
	 else {  /* tcur!=0 */
	   told = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];
	   /* increment time step until fnums changes */
	   while (told==pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] && tcur<=pfi->dnum[3]) {
	     tcur++;
	   }
	 }

	 /* make sure we haven't advanced past end of time axis */
	 if (tcur>pfi->dnum[3]) break;

	 /* check if we're past all valid time steps for this ensemble */
	 if ((told != -1) && (pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] == -1)) break;

	 /* Find the range of t indexes that have the same fnums value.
	    These are the times that are contained in this particular file */
	 tmin = tcur;
	 tmax = tcur-1;
	 fnum = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];

	 if (fnum != -1) {
	   while (fnum == pfi->fnums[(e-1)*pfi->dnum[3]+tmax]) tmax++;
	   gr2t(pfi->grvals[3], (gadouble)tcur, &dtim); 
	   gr2t(pfi->grvals[3], ens->gt, &dtimi);
	   ch = gafndt(pfi->name, &dtim, &dtimi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,tcur,e,&flag);
	   if (ch==NULL) {
	     printf(" grib1map error: couldn't determine data file name for e=%d t=%d\n",e,tcur);
	     return(1);
	   }
	 }
       }
       else { 
	 /* Data set is not templated */
	 ch = pfi->name;
	 tmin = 1;
	 tmax = pfi->dnum[3];
       }
       
       /* Open this GRIB file and position to start of first record */
       if (!quiet) printf(" grib1map:  opening GRIB file: %s \n",ch);
       gfile = fopen(ch,"rb");
       if (gfile==NULL) {
	 if (pfi->tmplat) {
	   if (!quiet) printf (" grib1map warning: could not open GRIB file: %s\n",ch);
	   continue;
	 } else {
	   printf (" grib1map error: could not open GRIB file: %s\n",ch);
	   return(1);
	 }
       }
       if (pfi->tmplat) gree(ch,"312");
       
       /* Get file size */
       fseeko(gfile,(off_t)0,2);
       flen = ftello(gfile);
       
       /* Set up to skip appropriate amount and position */
       if (skip > -1) {
	 fpos = (off_t)skip;
       }
       else {
	 fseeko (gfile,(off_t)0,0);
	 rc = fread (rec,1,100,gfile);
	 if (rc<100) {
	   printf (" grib1map error: I/O error reading header\n");
	   return(1);
	 }
	 len = gagby(rec,88,4);
	 fpos = (off_t)(len*2 + 100);
       }
       
       /* Main Loop */
       irec=1;
       while (1) {
	 /* read a grib record */
	 rc = gribhdr(&ghdr);      
	 if (rc) break;
	 /* compare to each 2-d variable in the 5-D data volume
	    defined by the descriptor file for a match */
	 rcgr = gribrec(&ghdr,pfi,pindx,tmin,tmax,e);
	 if (rcgr==0) didmatch=1;
	 if (rcgr>=100) didmatch=rcgr;
	 irec++;
       }
       
       /* see how we did */
       if (rc==50) {
	 printf (" grib1map error: I/O error reading GRIB file\n");
	 printf ("                 possible cause is premature EOF\n");
	 break;
       }
       if (rc>1 && rc!=98) {
	 printf (" grib1map error: GRIB file format error (rc = %i)\n",rc);
	 return(rc);
       }
       
       /* break out if not templating */
       if (!pfi->tmplat) break;
       
     } /* end of while (1) loop */
   } /* end of for (e=1; e<=pfi->dnum[4]; e++) loop */
   
   if (!quiet) printf (" grib1map:  reached end of files\n");
   
   /* check if file closed already for case where template was set,
      but it was not templated and the template code above closed it. */
   if (gfile!=NULL) {
     fclose (gfile);
     gfile=NULL;
   }
   
   /* open the map file */
   if (write_map) {
     mfile = fopen(pfi->mnam,"wb");
     if (mfile==NULL) {
       printf (" grib1map error: could not open index file: %s\n",pfi->mnam);
       return(1);
     } 
     else {
       if (!quiet) printf(" grib1map:  writing the map...\n\n");
       /* output the map depending on version # */
       if (g1ver==1 || g1ver==4) {
	 fwrite (pindx,sizeof(struct gaindx),1,mfile);
	 if (pindx->hinum>0)  fwrite(pindx->hipnt,sizeof(gaint),pindx->hinum,mfile);
	 if (pindx->hfnum>0)  fwrite(pindx->hfpnt,sizeof(gafloat),pindx->hfnum,mfile);
	 if (pindx->intnum>0) fwrite(pindx->intpnt,sizeof(gaint),pindx->intnum,mfile);
	 if (pindx->fltnum>0) fwrite(pindx->fltpnt,sizeof(gafloat),pindx->fltnum,mfile);
	 if (g1ver==4) {
           if (pindxb->bignum>0) fwrite(pindxb->bigpnt,sizeof(off_t),pindxb->bignum,mfile);
         }
	 fclose (mfile);
       }
       else {
	 rc = wtgmap();
	 if (rc == 601) {
	   printf(" grib1map error: overflow in float -> IBM float conversion\n");
	   fclose (mfile);
	   return (601); 
	 }
	 fclose (mfile);
       }
     }
   }
   return (didmatch);
 }

#if GRIB2
 else /* GRIB2 */ {

   /* Set up g2index and initialize values */
   g2indx = (struct gag2indx *)malloc(sizeof(struct gag2indx));
   if (g2indx==NULL) {
     printf ("grib2map error: unable to allocate memory for g2indx\n");
     fflush(stdout);
     return(1);
   }
   if (bigflg) {
     g2indx->version = 2; 
     g2indx->g2intnum =  (ng2elems-1) * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   } else {
     g2indx->version = 1; 
     g2indx->g2intnum = ng2elems * pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
   }
   g2indx->g2intpnt = (gaint *)malloc(sizeof(gaint)*g2indx->g2intnum);
   if (g2indx->g2intpnt==NULL) {
     printf ("grib2map error: unable to allocate memory for g2indx->g2intpnt\n");
     fflush(stdout);
     goto err;
   }
   for (i=0; ig2intnum; i++) g2indx->g2intpnt[i] = -999;
   if (bigflg) {
     sz = pfi->trecs * pfi->dnum[3] * pfi->dnum[4];
     g2indx->g2bigpnt = (off_t *)malloc(sizeof(off_t)*sz);
     if (g2indx->g2bigpnt==NULL) {
       printf ("grib2map error: unable to allocate memory for g2indx->g2bigpnt\n");
       fflush(stdout);
       goto err;
     }
     for (i=0; ig2bigpnt[i] = (off_t)-999;
   }

   /* Break out point for case with E>1 but data files are only templated over T */
   if (pfi->dnum[4]>1 && pfi->tmplat==1) {
     /* Loop over all files in the data set */ 
     gfile=NULL;
     e=1;
     ens=pfi->ens1; 
     tcur = 0;
     while (1) {  /* loop over all times */
       /* make sure no file is open */
       if (gfile!=NULL) {
	 fclose(gfile);
	 gfile=NULL;
       }
       if (tcur==0) { /* first time step */
	 told = 0;
	 tcur = 1;
       }
       else {  /* tcur!=0 */
	 told = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];
	 /* increment time step until fnums changes */
	 while (told==pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] && tcur<=pfi->dnum[3]) {
	   tcur++;
	 }
       }
       /* make sure we haven't advanced past end of time axis */
       if (tcur>pfi->dnum[3]) break;
       
       
       /* Find the range of t indexes that have the same fnums value.
	  These are the times that are contained in this particular file */
       tmin = tcur;
       tmax = tcur-1;
       fnum = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];
       if (fnum != -1) {
	 while (fnum == pfi->fnums[(e-1)*pfi->dnum[3]+tmax]) tmax++;
	 gr2t(pfi->grvals[3], (gadouble)tcur, &dtim); 
	 gr2t(pfi->grvals[3], ens->gt, &dtimi);
	 ch = gafndt(pfi->name, &dtim, &dtimi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,tcur,e,&flag);
	 if (ch==NULL) {
	   printf("grib2map error: couldn't determine data file name for e=%d t=%d\n",e,tcur);
	   fflush(stdout);
	   goto err;
	 }
       }
       /* Open this GRIB file and position to start of first record (s/b subroutine) */
       if (!quiet) printf("grib2map: scanning GRIB2 file: %s \n",ch);
       fflush(stdout);
       gfile = fopen(ch,"rb");
       if (gfile==NULL) {
	 if (!quiet) printf ("grib2map warning: could not open GRIB file: %s\n",ch);
	 fflush(stdout);
	 continue;
       }
       gree(ch,"f311a");
       /* Loop over fields in the grib file and find matches */
       iseek=(off_t)0;
       record=1;
       while (1) {
	 /* move to next grib message in file */
	 gaseekgb(gfile,iseek,32000,&lskip,&lgrib);
	 if (lgrib == 0) break;    /* end loop at EOF or problem */
	 
	 /* read the message into memory */
	 sz = lgrib;
	 cgrib = (unsigned char *)galloc(sz,"cgrib2");
	 if (cgrib == NULL) {
	   printf("grib2map error: unable to allocate memory for record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
	 }
	 ret = fseeko(gfile,lskip,SEEK_SET);
	 lengrib = fread(cgrib,sizeof(unsigned char),lgrib,gfile);
	 if (lengrib < lgrib) {
	   printf("grib2map error: unable to read record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
	 }

         /* Check for ultra long length -- which we do not yet handle */

         if (gagby(cgrib,8,4)!=0 || gagbb(cgrib+12,0,1)!=0) {
	   printf("grib2map error: grib2 record too long! record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
         }
	 
	 /* Get info about grib2 message */
	 ierr = 0;
	 ierr = g2_info(cgrib,listsec0,listsec1,&numfields,&numlocal);
	 if (ierr) {
	   printf("grib2map error: g2_info failed: ierr=%d\n",ierr); 
	   fflush(stdout);
	   goto err;
	 }
	 for (n=0; ntrecs;  /* number of records per time */
	   
	   /* Check if the variable is a match */
	   ioff = g2var_match(gfld,pfi,sp,sp2);
	   if (ioff==-999) {
	     if (verb) printf("\n");
	     fflush(stdout);
	     g2_free(gfld);   	   
	     break;
	   }
	   
	   /* check if ensemble codes match */
	   e = g2ens_match(gfld,pfi);
	   if (e==-999) {
	     if (verb) printf("\n");
	     fflush(stdout);
	     g2_free(gfld);   	   
	     break;
	   }
	   eoff = (e-1)*pfi->dnum[3]*pfi->trecs;  /* number of records per ensemble */
	   
	   /* fill in the gribmap entry */
	   if (verb) printf("  MATCH \n");
	   fflush(stdout);
	   g2fill (eoff,it+ioff,ng2elems,iseek,n+1,g2indx);
	   g2_free(gfld); 
	 }
	 /* free memory containing grib record */
	 gree(cgrib,"f310");
	 cgrib=NULL;
	 record++;                 /* increment grib record counter */
	 iseek = lskip+(off_t)lgrib;  /* increment byte offset to next grib msg in file */
       }  /* end of while(1) loop over all fields in the grib message*/
     } /* end of while loop over all times */
     
   }
   else {
   /* All data sets except those that have E>1 but are templated only over T */

   /* Loop over all files in the data set */ 
   gfile=NULL;
   for (e=1,ens=pfi->ens1; e<=pfi->dnum[4]; e++,ens++) {
     tcur = 0;
     while (1) {  /* loop over all times for this ensemble */
       if (pfi->tmplat) {
	 /* make sure no file is open */
	 if (gfile!=NULL) {
	   fclose(gfile);
	   gfile=NULL;
	 }
	 /* advance to first valid time step for this ensemble */
	 if (tcur==0) {
	   told = 0;
	   tcur = 1;
	   while (pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] == -1) tcur++;  
	 }
	 else {  /* tcur!=0 */
	   told = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];
	   /* increment time step until fnums changes */
	   while (told==pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] && tcur<=pfi->dnum[3]) {
	     tcur++;
	   }
	 }
	 
	 /* make sure we haven't advanced past end of time axis */
	 if (tcur>pfi->dnum[3]) break;
	 
	 /* check if we're past all valid time steps for this ensemble */
	 if ((told != -1) && (pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1] == -1)) break;
	 
	 /* Find the range of t indexes that have the same fnums value.
	    These are the times that are contained in this particular file */
	 tmin = tcur;
	 tmax = tcur-1;
	 fnum = pfi->fnums[(e-1)*pfi->dnum[3]+tcur-1];
	 if (fnum != -1) {
	   while (fnum == pfi->fnums[(e-1)*pfi->dnum[3]+tmax]) tmax++;
	   gr2t(pfi->grvals[3], (gadouble)tcur, &dtim); 
	   gr2t(pfi->grvals[3], ens->gt, &dtimi);
	   ch = gafndt(pfi->name, &dtim, &dtimi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,tcur,e,&flag);
	   if (ch==NULL) {
	     printf("grib2map error: couldn't determine data file name for e=%d t=%d\n",e,tcur);
	     fflush(stdout);
	     goto err;
	   }
	 }
       }
       else {  
	 /* only one data file to open */
	 ch = pfi->name;
	 tmin = 1;
	 tmax = pfi->dnum[3];
       }
       
       /* Open this GRIB file and position to start of first record (s/b subroutine) */
       if (!quiet) printf("grib2map: scanning GRIB2 file: %s \n",ch);
       fflush(stdout);
       gfile = fopen(ch,"rb");
       if (gfile==NULL) {
	 if (pfi->tmplat) {
	   if (!quiet) printf ("grib2map warning: could not open GRIB file: %s\n",ch);
	   fflush(stdout);
	   continue;
	 }
	 else {
	   printf ("grib2map error: could not open GRIB file: %s\n",ch);
	   fflush(stdout);
	   goto err;
	 }
       }
       if (pfi->tmplat) gree(ch,"f311");
       
       /* Loop over fields in the grib file and find matches */
       iseek=(off_t)0;
       record=1;
       while (1) {
	 /* move to next grib message in file */
	 gaseekgb(gfile,iseek,32000,&lskip,&lgrib);
	 if (lgrib == 0) break;    /* end loop at EOF or problem */
	 
	 /* read the message into memory */
	 sz = lgrib;
	 cgrib = (unsigned char *)galloc(sz,"cgrib2");
	 if (cgrib == NULL) {
	   printf("grib2map error: unable to allocate memory for record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
	 }
	 ret = fseeko(gfile,lskip,SEEK_SET);
	 lengrib = fread(cgrib,sizeof(unsigned char),lgrib,gfile);
	 if (lengrib < lgrib) {
	   printf("grib2map error: unable to read record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
	 }

         /* Check for ultra long length -- which we do not yet handle */
         if (gagby(cgrib,8,4)!=0 || gagbb(cgrib+12,0,1)!=0) {
	   printf("grib2map error: grib2 record length too long! record %d at byte %jd\n",record,iseek); 
	   fflush(stdout);
	   goto err;
         }
	 
	 /* Get info about grib2 message */
	 ierr = 0;
	 ierr = g2_info(cgrib,listsec0,listsec1,&numfields,&numlocal);
	 if (ierr) {
	   printf("grib2map error: g2_info failed: ierr=%d\n",ierr); 
	   fflush(stdout);
	   goto err;
	 }
	 for (n=0; ntrecs;  /* number of records per time */
	   
	   /* Check if the variable is a match */
	   ioff = g2var_match(gfld,pfi,sp,sp2);
	   if (ioff==-999) {
	     if (verb) printf("\n");
	     fflush(stdout);
	     g2_free(gfld);   	   
	     break;
	   }
			    
	   if (pfi->tmplat) {
	     /* make sure grib codes match for this ensemble */
	     rc = g2ens_check(ens,gfld);
	     if (rc==1) {
	       if (verb) printf("\n");
	       fflush(stdout);
	       g2_free(gfld);   	   
	       break;
	     }
	   } 
	   else {
	     /* check if ensemble codes match */
	     e = g2ens_match(gfld,pfi);
	     if (e==-999) {
	       if (verb) printf("\n");
	       fflush(stdout);
	       g2_free(gfld);   	   
	       break;
	     }
	   }
	   eoff = (e-1)*pfi->dnum[3]*pfi->trecs;  /* number of records per ensemble */

	   /* fill in the gribmap entry */
	   if (verb) printf("  MATCH \n");
	   fflush(stdout);
	   g2fill (eoff,it+ioff,ng2elems,lskip,n+1,g2indx);
	   g2_free(gfld); 

	 }
	 /* free memory containing grib record */
	 gree(cgrib,"f310");
 	 cgrib=NULL;
	 record++;                 /* increment grib record counter */
	 iseek = lskip+(off_t)lgrib;   /* increment byte offset to next grib msg in file */

       }  /* end of while(1) loop over all fields in the grib message*/

       /* break out if not templating -- only need to scan one grib file */
       if (!pfi->tmplat) goto done;

     } /* end of while(1) loop over all grib files for a given ensemble member*/
   } /* end of loop over ensemble members: for (e=1,ens=pfi->ens1; e<=pfi->dnum[4]; e++,ens++) */
   } /* end of else statement for if (pfi->dnum[4]>1 && pfi->tmplat==1)  */
   
   if (!quiet) printf ("grib2map: reached end of files\n");
   fflush(stdout);


done:   
   /* check if file not closed */
   if (gfile!=NULL) {
     fclose (gfile);
     gfile=NULL;
   }
   
   /* Write out the index file */
   if (write_map) {
     rc=wtg2map(pfi,g2indx);
     if (rc) return (rc);
   }
   return(0);
   
err: 
   if (g2indx->g2intpnt) gree(g2indx->g2intpnt,"f314");
   if (g2indx) gree(g2indx,"f315");
   if (cgrib) gree(cgrib,"f316");
   return(1);
 }

#endif  /* matches #if GRIB2 */

}



/* Routine to read a GRIB header and process info */

gaint gribhdr (struct grhdr *ghdr) {
 struct dt atim;
 unsigned char rec[50000],*ch,*gds;
 gaint i,len ,rc,sign,mant,longflg=0;
 off_t cpos;
 
 if (fpos+(off_t)50>=flen) return(1);

 /* look for data between records BY DEFAULT */ 
 i = 0;
 fpos += (off_t)i;
 rc = fseeko(gfile,fpos,0);
 if (rc) return(50);
 ch=&rec[0];
 rc = fread(ch,sizeof(char),4,gfile);
 while ((fpos < flen-(off_t)4) && (i < scanlim) && 
	!(*(ch+0)=='G' && 
	  *(ch+1)=='R' &&
	  *(ch+2)=='I' &&
	  *(ch+3)=='B')) {
   fpos++;
   i++;
   rc = fseeko(gfile,fpos,0);
   if (rc) return(50);
   rc = fread(ch,sizeof(char),4,gfile);
   if (rc<4) return(50);
 } 
 
 if (i == scanlim) {
   printf("grib1map error: GRIB header not found in scanning between records\n");
   printf("                try increasing the value of the -s argument\n");

   if (scaneof) return(98);
   if (scanEOF) return(0);
   return(52);
 } 
 else if (fpos == flen-(off_t)4) {
   if (scaneof) return(98);
   if (scanEOF) return(0);
   return (53);
 }
 
 /* SUCCESS redo the initial read */    
 rc = fseeko(gfile,fpos,0);
 if (rc) return(50);
 rc = fread(rec,1,8,gfile);
 if (rc<8) {
   if (fpos+(off_t)8 >= flen) return(61);
   else return(62);
 }
 
 cpos = fpos;
 ghdr->vers = gagby(rec,7,1);
 if (ghdr->vers>1) {
   printf ("grib1map error: file is not GRIB version 0 or 1, version number is %i\n",ghdr->vers);
   if (scaneof) return(98);
   return (99);
 }
 
 if (ghdr->vers==0) {
   cpos += (off_t)4;
   rc = fseeko(gfile,cpos,0);
   if (rc) return(50);
 } else {
   ghdr->len = gagby(rec,4,3);
   longflg = 0;
   if (ghdr->len & 0x800000) longflg = 1;
   cpos = cpos + (off_t)8;
   rc = fseeko(gfile,cpos,0);
   if (rc) return(50);
 }
 
 /* Get PDS length, read rest of PDS */
 rc = fread(rec,1,3,gfile);
 if (rc<3) return(50);
 len = gagby(rec,0,3);
 ghdr->pdslen = len;
 cpos = cpos + (off_t)len;
 rc = fread(rec+3,1,len-3,gfile);
 if (rcid = gagby(rec,6,1);
 ghdr->gdsflg = gagbb(rec+7,0,1);
 ghdr->bmsflg = gagbb(rec+7,1,1);
 ghdr->parm = gagby(rec,8,1);
 ghdr->ltyp = gagby(rec,9,1);
 ghdr->level = gagby(rec,10,2);
 ghdr->l1 = gagby(rec,10,1);
 ghdr->l2 = gagby(rec,11,1);
 if (mpiflg) {                 
   /* use initial time from the descriptor file instead of base time from grib header */
   ghdr->btim.yr = *(pfi->abvals[3]);
   ghdr->btim.mo = *(pfi->abvals[3]+1);
   ghdr->btim.dy = *(pfi->abvals[3]+2);
   ghdr->btim.hr = *(pfi->abvals[3]+3);
   ghdr->btim.mn = *(pfi->abvals[3]+4);
   if (no_min) ghdr->btim.mn = 0;
 } else {
   /* get reference (base) time */
   ghdr->btim.yr = gagby(rec,12,1);
   ghdr->btim.mo = gagby(rec,13,1);
   ghdr->btim.dy = gagby(rec,14,1);
   ghdr->btim.hr = gagby(rec,15,1);
   ghdr->btim.mn = gagby(rec,16,1);
   if (no_min) ghdr->btim.mn = 0;
 }
 if (ghdr->btim.hr>23) ghdr->btim.hr = 0;  /* Special for NCAR */
 if (len>24) {
   ghdr->cent = gagby(rec,24,1);
   ghdr->btim.yr = ghdr->btim.yr + (ghdr->cent-1)*100;
 } else {
   ghdr->cent = -999;
   if (!(mpiflg) || !(mfcmn.fullyear)) {
     if (ghdr->btim.yr>49) ghdr->btim.yr += 1900;
     if (ghdr->btim.yr<50) ghdr->btim.yr += 2000;
   }
 }
 ghdr->ftu = gagby(rec,17,1);    /* forecast time unit */
 ghdr->tri = gagby(rec,20,1);    /* time range indicator */
 /* get P1 and P2 */
 if (ghdr->tri==10) {
   /* P1 occupies octets 19 and 20; product valid at reference time + P1 */
   ghdr->p1 = gagby(rec,18,2);
   ghdr->p2 = 0;
 } else {
   ghdr->p1 = gagby(rec,18,1);
   ghdr->p2 = gagby(rec,19,1);
 }
 
 ghdr->fcstt = ghdr->p1;             /* set P1 as forecast time */
 if (ghdr->tri>1 && ghdr->tri<6) 
   ghdr->fcstt = ghdr->p2;           /* product considered valid at reference time + P2 */
 if ((tauave) && (ghdr->tri==3 || ghdr->tri==7)) 
   ghdr->fcstt = ghdr->p1;           /* Valid time for averages is beginning of period, use P1 */

 /* populate a dt structure with the time to add to base time */
 atim.yr=0; atim.mo=0; atim.dy=0; atim.hr=0; atim.mn=0;
 if      (ghdr->ftu== 0) atim.mn = ghdr->fcstt;
 else if (ghdr->ftu== 1) atim.hr = ghdr->fcstt;
 else if (ghdr->ftu== 2) atim.dy = ghdr->fcstt;
 else if (ghdr->ftu== 3) atim.mo = ghdr->fcstt;
 else if (ghdr->ftu== 4) atim.yr = ghdr->fcstt;
 else if (ghdr->ftu==10) atim.hr = ghdr->fcstt*3;   /* 3Hr incr */
 else if (ghdr->ftu==11) atim.hr = ghdr->fcstt*6;   /* 6Hr incr */  
 else if (ghdr->ftu==12) atim.hr = ghdr->fcstt*12;  /* 12Hr incr */
 else if (ghdr->ftu==13) atim.mn = ghdr->fcstt*15;  /* 15-minute incr */
 else if (ghdr->ftu==14) atim.mn = ghdr->fcstt*30;  /* 30-minute incr */
 else ghdr->fcstt = -999;

 /*  if notau != 0 then FORCE the valid DTG to be the base DTG */ 
 if (notau) ghdr->fcstt = -999 ;
 
 /*  add the forecast time to the time of this grib field */
 if (ghdr->fcstt>-900) {
   if (ghdr->tri==7)
     timsub(&(ghdr->btim),&atim);
   else
     timadd(&(ghdr->btim),&atim);
   ghdr->dtim.yr = atim.yr;
   ghdr->dtim.mo = atim.mo;
   ghdr->dtim.dy = atim.dy;
   ghdr->dtim.hr = atim.hr;
   ghdr->dtim.mn = atim.mn;
 } else {
   ghdr->dtim.yr = ghdr->btim.yr;
   ghdr->dtim.mo = ghdr->btim.mo;
   ghdr->dtim.dy = ghdr->btim.dy;
   ghdr->dtim.hr = ghdr->btim.hr;
   ghdr->dtim.mn = ghdr->btim.mn;
 }
 if (len>25) {
   ghdr->dsf = (gafloat)gagbb(rec+26,1,15);
   i = gagbb(rec+26,0,1);
   if (i) ghdr->dsf = -1.0*ghdr->dsf;
   ghdr->dsf = pow(10.0,ghdr->dsf);
 } else ghdr->dsf = 1.0;
 
 /* If it is there, get info from GDS */
 if (ghdr->gdsflg) {
   rc = fread(rec,1,3,gfile);
   if (rc<3) return(50);
   len = gagby(rec,0,3);
   ghdr->gdslen = len;
   cpos = cpos + (off_t)len;
   
   /* handle generic grid where the lon/lats are coded from the GDS */
   gds = (unsigned char *)malloc(len+3);
   if (gds==NULL) return(51);
   rc = fread(gds+3,1,len-3,gfile);
   if (rcgtyp  = gagby(gds,4,1);
   ghdr->gicnt = gagby(gds,6,2);
   ghdr->gjcnt = gagby(gds,8,2);
   ghdr->gsf1  = gagbb(gds+27,0,1);
   ghdr->gsf2  = gagbb(gds+27,1,1);
   ghdr->gsf3  = gagbb(gds+27,2,1);
   free(gds);
 } 
 else ghdr->gdslen = 0;

 /* Get necessary info about BMS if it is there */
 if (ghdr->bmsflg) {
   rc = fread(rec,1,6,gfile);
   if (rc<6) return(50);
   len = gagby(rec,0,3);
   ghdr->bmsflg = len;
   ghdr->bnumr = gagby(rec,4,2);
   ghdr->bpos = (gaint)cpos+6;
   ghdr->lbpos = cpos+(off_t)6;
   cpos = cpos + (off_t)len;
   rc = fseeko(gfile,cpos,0);
 } 
 else ghdr->bmslen = 0;

 /* Get necessary info from data header */
 rc = fread(rec,1,11,gfile);
 if (rc<11) return(50);
 len = gagby(rec,0,3);
 ghdr->bdslen = len;
 if (longflg && len<120) {   /* ecmwf hack for long records */
   ghdr->len = (ghdr->len & 0x7fffff) * 120 - len + 4;
   ghdr->bdslen = ghdr->len - (12 + ghdr->pdslen + ghdr->gdslen + ghdr->bmslen);
 }
 ghdr->iflg = gagbb(rec+3,0,2);
 i = gagby(rec,4,2);
 if (i>32767) i = 32768-i;
 ghdr->bsf = pow(2.0,(gafloat)i);
 
 i = gagby(rec,6,1);
 sign = 0;
 if (i>127) {
   sign = 1;
   i = i - 128;
 }
 mant = gagby(rec,7,3);
 if (sign) mant = -mant;
 ghdr->ref = (gafloat)mant * pow(16.0,(gafloat)(i-70));
 
 ghdr->bnum = gagby(rec,10,1);
 ghdr->dpos = (gaint)cpos+11;
 ghdr->ldpos = cpos+(off_t)11;

 if (ghdr->vers==0) {
   fpos = fpos + 8 + ghdr->pdslen + ghdr->gdslen +
     ghdr->bmslen + ghdr->bdslen;
 } 
 else fpos = fpos + (off_t)ghdr->len;
 
 return(0);
 
}

/* Routine to determine the location of the GRIB record in terms of the GrADS data set
   and fill in the proper values at the proper slot location. */

gaint gribrec (struct grhdr *ghdr, struct gafile *pfi, struct gaindx *pindx, 
	     gaint tmin, gaint tmax, gaint e) {
 gadouble (*conv) (gadouble *, gadouble);
 gadouble z,t,v1,delta;
 struct gavar *pvar;
 gaint i,ioff,iz,it,joff,nsiz,flag,eoff;

 /* Verify that we are looking at the proper grid type */
 joff =0;
 nsiz = nrec * ng1elems ;
 if (ghdr->iflg) {
   if (verb) {
     printf ("GRIB record contains harmonic or complex packing\n");
     printf ("  Record is skipped.\n");
     printf ("  Variable is %i\n",ghdr->parm);
   }
   return(10);
 }
 if (pfi->grbgrd==255 || pfi->grbgrd<-900) {
   if (!ghdr->gdsflg) {
     if (verb) {
       printf ("GRIB record contains pre-defined grid type: "); 
       printf ("GrADS descriptor specifies type 255\n");
       gribpr(ghdr);
     }
     return(20);
   } 
   if ( pfi->ppflag) {
     if ( ghdr->gicnt != 65535 && 
	  ((ghdr->gicnt != pfi->ppisiz) || (ghdr->gjcnt != pfi->ppjsiz)) ) {
       if (verb) {
	 printf ("GRIB grid size does not match descriptor: "); 
	 gribpr(ghdr);
       }
       return(300);
     }
   } else {
     if (ghdr->gicnt != 65535 && 
	 ((ghdr->gicnt != pfi->dnum[0]) || (ghdr->gjcnt != pfi->dnum[1]))) {
       if (verb) {
	 printf ("GRIB grid size does not match descriptor:");
	 gribpr(ghdr);
       }
       return(301);
     }
   }
 } 
 else {
   /* special case for GRIB grid number (dtype grib NNN) == 29 */
   if (pfi->grbgrd==29) {
     if (ghdr->id!=29 && ghdr->id!=30) {
       if (verb) {
	 printf("Record has wrong GRIB grid type: ") ; 
	 gribpr(ghdr);
       }
       return(400);     
     }
     if (ghdr->id==29) joff = ng1elems;
     nsiz = 2 * ng1elems ;
   } else {
     if (ghdr->id != pfi->grbgrd) {
       if (verb) {
	 printf("%s","Record has wrong GRIB grid type: "); 
	 gribpr(ghdr);
       }
       return(401);     
     }
   }
 }
 
 /* Calculate the grid time for this record.  
    If it is non-integer or if it is out of bounds, just return. */

 /* Check for given forecast time, tauoff (the -fhr switch) */
 if (tauflg && (ghdr->ftu==1 && ghdr->fcstt!=tauoff)) {
   if (verb) {
     printf("%s %d","--f-- Forecast Time does not match : ",tauoff);
     gribpr(ghdr);
   }
   return(32);
 }
 
 /* Check if base time in grib record matches initial time in descriptor file (the -t0 switch) */
 if (tau0 &&
     ((ghdr->btim.yr != btimdd.yr) ||
      (ghdr->btim.mo != btimdd.mo) ||
      (ghdr->btim.dy != btimdd.dy) ||
      (ghdr->btim.hr != btimdd.hr) ||
      (ghdr->btim.mn != btimdd.mn))) {
   if (verb) {
     printf("%s","--b-- Base Time does not match Initial Time in DD: "); 
     gribpr(ghdr);
   }
   return(34);
 }

 /* set threshold for time stamp matches */
 v1 = *(pfi->abvals[3]+5);  /* v1 is non-zero if time axis unit is months */
 if (v1>0) 
   delta = 0.36;  /* large for monthly data, ~10 days */
 else 
   delta = 0.01;  /* small for minutes data, the old default */

 /* Check if valid time is within grid time limits */
 t = t2gr(pfi->abvals[3],&(ghdr->dtim));
 if (t<(1.0-delta) || t>((gafloat)(pfi->dnum[3])+delta)) {
   if (verb) {
     printf("%s","----- Time out of bounds: "); 
     gribpr(ghdr);
   }
   return(36);
 }

 /* Check if valid time is an integer (+/- the designated threshold) */
 it = (gaint)(t+0.01);
 if (fabs((gafloat)it - t) > delta) {
   if (verb) {
     printf("----- Time non-integral. %g %g: ",(gafloat)it,t);  
     gribpr(ghdr);
   }
   return(38);
 }

 /* Check if valid time matches range of times for this file  */
 if (ittmax) {
   if (verb) {
     printf("----- Time out of file limits: ");  
     gribpr(ghdr);
   }
   return(39);
 }
 it = (it-1)*pfi->trecs;
 eoff = (e-1)*pfi->dnum[3]*pfi->trecs;  /* number of records per ensemble */

 /* See if we can match up this grid with a variable in the data descriptor file */
 pvar = pfi->pvar1;
 i = 0;
 flag=0;
 while (ivnum) {
   if (pvar->levels>0) {      /* multi level data */
     if (dequal(pvar->units[0],ghdr->parm,1e-8)==0 && 
	 dequal(pvar->units[8],ghdr->ltyp,1e-8)==0) {
       /* look for time range indicator match */
       if (pvar->units[10] < -900 || dequal(pvar->units[10],ghdr->tri,1e-8)==0) {
	 conv = pfi->ab2gr[2];
	 z = conv(pfi->abvals[2],ghdr->level);
	 if (z>0.99 && z<((gafloat)(pvar->levels)+0.01)) {
	   iz = (gaint)(z+0.5);
	   /* check if levels match */
	   if (fabs(z-(gafloat)iz) < 0.01) {
	     iz = (gaint)(z+0.5);
	     ioff = pvar->recoff + iz - 1;
	     gribfill (eoff,it+ioff,joff,nsiz,ghdr,pindx);
	     flag=1;
	     i = pfi->vnum + 1;   /* Force loop to stop */
	   }
	 }
       }
     }
   } 
   else {       /* sfc data */
     if (dequal(pvar->units[0],ghdr->parm,1e-8)==0 && dequal(pvar->units[8],ghdr->ltyp,1e-8)==0) {
       if ((pvar->units[10] < -900 && 
	    dequal(pvar->units[9],ghdr->level,1e-8)==0) ||
	   (pvar->units[10] > -900 && 
	    dequal(pvar->units[9],ghdr->l1,1e-8)==0 && dequal(pvar->units[10],ghdr->l2,1e-8)==0) || 
	   (dequal(pvar->units[10],ghdr->tri,1e-8)==0 && dequal(pvar->units[9],ghdr->level,1e-8)==0)) {
	 ioff = pvar->recoff;
	 gribfill (eoff,it+ioff,joff,nsiz,ghdr,pindx);
	 i = pfi->vnum+1;  /* Force loop to stop */
	 flag=1;
       }
     }
   }
   pvar++; i++;
 }
 
 if (flag && verb) printf("!!!!! MATCH: "); 
 if (!flag && verb) printf("..... NOOOO: "); 
 if (verb) gribpr(ghdr); 
 
 return (flag ? 0 : 1);
 
}


/* Routine to fill in values for this record, now that we have found how it matches.  
   We are not handling the time aspect as yet */

void gribfill (gaint eoff, gaint ioff, gaint joff, gaint nsiz, struct grhdr *ghdr, struct gaindx *pindx) {
gaint boff,koff;

  koff = nsiz*(eoff+ioff) + joff;
  if (bigflg) {
    boff = 2*(eoff+ioff) + joff;
    *(pindxb->bigpnt+boff) = ghdr->ldpos;
    if (ghdr->bmsflg) *(pindxb->bigpnt+boff+1) = ghdr->lbpos;
    boff = (eoff+ioff) + joff;
    *(pindx->intpnt+boff) = ghdr->bnum;
  } else {
    *(pindx->intpnt+koff) = ghdr->dpos;
    if (ghdr->bmsflg) *(pindx->intpnt+koff+1) = ghdr->bpos;
    *(pindx->intpnt+koff+2) = ghdr->bnum;
  }  
  *(pindx->fltpnt+koff)   = ghdr->dsf;
  *(pindx->fltpnt+koff+1) = ghdr->bsf;
  *(pindx->fltpnt+koff+2) = ghdr->ref;
}


/* Routine to print out fields from the grib header */

void gribpr(struct grhdr *ghdr) {
  if (bigflg) {
    printf ("%6i % 10ld % 3i % 1i % 5i % 4i % 4i %-5i % 10ld % 10ld % 3i  ",
	    irec,(long)fpos,ghdr->id,ghdr->gdsflg,ghdr->bmsflg,ghdr->parm,ghdr->ltyp,
	    ghdr->level,(long)ghdr->ldpos,(long)ghdr->lbpos,ghdr->bnum);
  }
  else {
    printf ("%6i % 10ld % 3i % 1i % 5i % 4i % 4i %-5i % 10i % 10i % 3i  ",
	    irec,(long)fpos,ghdr->id,ghdr->gdsflg,ghdr->bmsflg,ghdr->parm,ghdr->ltyp,
	  ghdr->level,ghdr->dpos,ghdr->bpos,ghdr->bnum);
  }
  printf ("btim: %04i%02i%02i%02i:%02i ",ghdr->btim.yr,
	  ghdr->btim.mo,ghdr->btim.dy,ghdr->btim.hr,ghdr->btim.mn);
  printf ("tau: % 6i ",ghdr->fcstt);
  printf ("dtim: %04i%02i%02i%02i:%02i ",ghdr->dtim.yr,
	  ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,ghdr->dtim.mn);
  printf("\n");
}


/* Routine to write out machine independent grib1 map file */

gaint wtgmap(void) {
gaint i,nb,bcnt,idum;
gafloat fdum;
unsigned char *map;
unsigned char ibmfloat[4];
 
 /* calculate the size of the version==1 index file */
 nb = 2 + (4*4) +         /* version in byte 2, then 4 ints with number of each data type */
   pindx->hinum*sizeof(gaint) +
   pindx->hfnum*sizeof(gaint) +
   pindx->intnum*sizeof(gaint) +
   pindx->fltnum*sizeof(gafloat) ;
 
 /* add additional info */
 if (g1ver==2) {
   nb=nb+7;      /* base time (+ sec)  for compatibility with earlier version 2 maps */
   nb=nb+8*4;    /* grvals for time <-> grid conversion */
 }

 /* allocate space for the map */
 map = (unsigned char *)malloc(nb);
 if (map == NULL) {
   fprintf(stderr,"grib1map error: memory allocation error creating the map\n");
   return(60);
 }

 /* write out the version number and the sizes of the header and index arrays */
 bcnt=0;
 gapby(0,map,bcnt,1);      bcnt++  ;   /* set the first byte to 0 */
 gapby(g1ver,map,bcnt,1);  bcnt++  ;   /* set the second byte to the version number */
 putint(pindx->hinum,map,&bcnt);              /* # ints in header   */
 putint(pindx->hfnum,map,&bcnt);              /* # floats in header   */
 putint(pindx->intnum,map,&bcnt);             /* # index ints   */
 putint(pindx->fltnum,map,&bcnt);             /* # index floats   */
 
 if (g1ver==2) {
   /* write out base time for consistency with earlier version 2 maps */
   /* base time not needed for version 3 */
   gapby(btimdd.yr,map,bcnt,2);  bcnt+=2 ;   /* initial year */
   gapby(btimdd.mo,map,bcnt,1);  bcnt++  ;   /* initial month */ 
   gapby(btimdd.dy,map,bcnt,1);  bcnt++  ;   /* initial day */
   gapby(btimdd.hr,map,bcnt,1);  bcnt++  ;   /* initial hour */
   gapby(btimdd.mn,map,bcnt,1);  bcnt++  ;   /* initial minute */
   gapby(0,map,bcnt,1);          bcnt++  ;   /* initial second */
 } 

 /* write the header */
 if (pindx->hinum) {
   for (i=0;ihinum;i++) {
     idum=*(pindx->hipnt+i);
     putint(idum,map,&bcnt);
   }
 }

 /* write the indices */
 for (i=0;iintnum;i++) {
   idum=*(pindx->intpnt+i);
   putint(idum,map,&bcnt);
 }
 for (i=0;ifltnum;i++) {
   fdum=*(pindx->fltpnt+i);
   rc=flt2ibm(fdum, ibmfloat); 
   if (rc<0) return(601);
   memcpy(&map[bcnt],ibmfloat,4); bcnt+=4;
 }
 
 if (g1ver==2) {
   /* write out the factors for converting from grid to absolute time */ 
   /* the conversion vals are not needed for version 3 */
   for (i=0;i<8;i++) {
     fdum=*(pfi->grvals[3]+i);
     rc=flt2ibm(fdum, ibmfloat); 
     if (rc<0) return(601);
     memcpy(&map[bcnt],ibmfloat,4); bcnt+=4;
   }
 } 

 /* write to the map file */
 fwrite(map,1,bcnt,mfile);
 free(map);
 return(0);

}

/* Routine to dump a 4 byte int into a character stream */

void putint(gaint dum, unsigned char *buf, gaint *off) {
 gaint offset;

 offset=*off;
 if (dum < 0) {
   dum=-dum;
   gapby(dum,buf,offset,4);
   gapbb(1,buf+offset,0,1);
 } else {
   gapby(dum,buf,offset,4);
 }
 offset+=4;
 *off=offset;
 
}


#if GRIB2

/* Routine to fill in values for grib2 record, now that we know it matches. */
void g2fill (gaint eoff, gaint ioff, gaint ng2elems, off_t iseek, g2int fldnum, 
		struct gag2indx *g2indx) {
gaint joff;
  if (g2indx->version == 2) {
    joff = eoff+ioff;
    ioff = (ng2elems-1)*(eoff+ioff);
    *(g2indx->g2bigpnt+joff) = iseek;
    *(g2indx->g2intpnt+ioff) = fldnum;
  } else {
    ioff = ng2elems*(eoff+ioff);
    *(g2indx->g2intpnt+ioff+0) = (gaint)iseek;
    *(g2indx->g2intpnt+ioff+1) = fldnum;
  }
}

/* Routine to write out grib2 index file 

     g2ver=1 : machine dependent. contains the version number, followed by 
               the array size N, followed by the array of N numbers. 
               All are 4-byte integers (type gaint). 
     g2ver=2 : machine dependent. contains the version number, followed by 
               the array size N, followed by the array of N numbers that are
               4 byte ints, followed by an array of N numbers that are 8 byte 
               off_t integers.

     A test to see if byte-swapping is required	to read the index file is done
     in gaddes.c, when the data descriptor file is opened. 
*/


gaint wtg2map(struct gafile *pfi, struct gag2indx *g2indx) {
  FILE *mfile;
  gaint rc;
  
  /* open the index file */
  mfile = fopen(pfi->mnam,"wb");
  if (mfile==NULL) {
    printf ("error: Unable to open index file: %s\n",pfi->mnam);
    fflush(stdout);
    return(1);
  } 
  
  printf("grib2map: Writing out the index file \n");
  /* write the version number */
  rc = fwrite(&g2indx->version, sizeof(gaint),1,mfile);
  if (rc!=1) {
    printf("error: Unable to write version number to index file, rc=%d \n",rc);
    fflush(stdout);
    return(1);
  }  
  /* write the array size */
  rc = fwrite(&g2indx->g2intnum,sizeof(gaint),1,mfile);
  if (rc!=1) {
    printf("error: Unable to write g2intnum to index file, rc=%d \n",rc);
    fflush(stdout);
    return(1);
  }  
  /* writhe the array of index values */
  rc = fwrite(g2indx->g2intpnt,sizeof(gaint),g2indx->g2intnum,mfile);
  if (rc!=g2indx->g2intnum) {
    printf("error: Unable to write g2intpnt to index file, rc=%d \n",rc);
    fflush(stdout);
    return(1);
  }  

  /* if version 2, write the the array of off_t values */
  if (g2indx->version==2) {
    rc = fwrite(g2indx->g2bigpnt,sizeof(off_t),g2indx->g2intnum,mfile);
    if (rc!=g2indx->g2intnum) {
      printf("error: Unable to write g2bigpnt to index file, rc=%d \n",rc);
      fflush(stdout);
      return(1);
    }  
  }
  fclose(mfile);
  return(0);
  
}

/* Checks grid properties for a grib2 field. 
   Returns 0 if ok, 1 if doesn't match descriptor */

gaint g2grid_check (gribfield *gfld, struct gafile *pfi, gaint r, gaint f) {
gaint xsize=0,ysize=0;

  /* Check total number of grid points */
  if (pfi->grbgrd==255 || pfi->grbgrd<-900) {
    if (((pfi->ppflag) && (gfld->ngrdpts != pfi->ppisiz * pfi->ppjsiz)) ||
        ((pfi->ppflag==0) && (gfld->ngrdpts != pfi->dnum[0] * pfi->dnum[1]))) {
      if (verb) printf ("number of grid points does not match descriptor ");
      return(1);
    }
  } 
  /* Check nx and ny for Lat/Lon, Polar Stereographic, and Lambert Conformal grids */
  if (pfi->ppflag) {
    xsize = pfi->ppisiz;
    ysize = pfi->ppjsiz;
  } else {
    xsize = pfi->dnum[0];
    ysize = pfi->dnum[1];
  }
  if ((gaint)gfld->igdtmpl[7] != -1) {
    if (gfld->igdtnum==0 || gfld->igdtnum==40 || gfld->igdtnum==20 || gfld->igdtnum==30) {
      if (gfld->igdtmpl[7] != xsize) {
	if (verb) printf ("x dimensions are not equal: nx=%d xsize=%d",(gaint)gfld->igdtmpl[7],xsize); 
	return(1);
      } 
      if (gfld->igdtmpl[8] != ysize) {
	if (verb) printf ("y dimensions are not equal: nx=%d xsize=%d",(gaint)gfld->igdtmpl[8],ysize); 
	return(1);
      }
    }
  }
  return(0);
}

/* Checks time metadata in grib2 message. 
   Returns integer value of time axis index if ok, -99 if not */
gaint g2time_check (gribfield *gfld, g2int *listsec1, struct gafile *pfi, 
		    gaint r, gaint f, gaint tmin, gaint tmax) {
  struct dt tref,tfld,tvalid;
  gaint it,tfield;
  gafloat t;
  gadouble v1,delta;
  /* Get reference time from Section 1 of GRIB message */
  tref.yr = listsec1[5];
  tref.mo = listsec1[6];
  tref.dy = listsec1[7];
  tref.hr = listsec1[8];
  tref.mn = listsec1[9];
  tfield = tfld.yr = tfld.mo = tfld.dy = tfld.hr = tfld.mn = 0;  /* initialize */
 	 
  if (notau) {
    /* use reference time as valid time */
    tvalid.yr = tref.yr;
    tvalid.mo = tref.mo;
    tvalid.dy = tref.dy;
    tvalid.hr = tref.hr;
    tvalid.mn = tref.mn;
  }
  else {
    /* For fields at a point in time (PDT<8 or PDT=15) */
    if (gfld->ipdtnum < 8 || gfld->ipdtnum==15) {
      if      (gfld->ipdtmpl[7]== 0) tfld.mn = gfld->ipdtmpl[8];     
      else if (gfld->ipdtmpl[7]== 1) tfld.hr = gfld->ipdtmpl[8];
      else if (gfld->ipdtmpl[7]== 2) tfld.dy = gfld->ipdtmpl[8];
      else if (gfld->ipdtmpl[7]== 3) tfld.mo = gfld->ipdtmpl[8];
      else if (gfld->ipdtmpl[7]== 4) tfld.yr = gfld->ipdtmpl[8];	 
      else if (gfld->ipdtmpl[7]==10) tfld.hr = gfld->ipdtmpl[8]*3;   /* 3Hr incr */
      else if (gfld->ipdtmpl[7]==11) tfld.hr = gfld->ipdtmpl[8]*6;   /* 6Hr incr */  
      else if (gfld->ipdtmpl[7]==12) tfld.hr = gfld->ipdtmpl[8]*12;  /* 2Hr incr */
      else tfield=-99;
      if (tfield==-99) {
	/* use reference time as valid time */
	tvalid = tref;
      }
      else {
	/* add forecast time to reference time to get valid time */
	timadd(&tref,&tfld);
	tvalid = tfld;
      }
    }
    /* For fields that are statistically processed over a time interval 
       e.g. averages, accumulations, extremes, et al. */
    else if (gfld->ipdtnum == 8) {
      if (tauave==0) {
	/* valid time is the end of the overall time interval */
	tvalid.yr = gfld->ipdtmpl[15];
	tvalid.mo = gfld->ipdtmpl[16];
	tvalid.dy = gfld->ipdtmpl[17];
	tvalid.hr = gfld->ipdtmpl[18];
	tvalid.mn = gfld->ipdtmpl[19];
      }
      else {
	/* valid time is the beginning of the overall time interval */
	if      (gfld->ipdtmpl[7]== 0) tfld.mn = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 1) tfld.hr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 2) tfld.dy = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 3) tfld.mo = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 4) tfld.yr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]==10) tfld.hr = gfld->ipdtmpl[8]*3;   /* 3Hr incr */
	else if (gfld->ipdtmpl[7]==11) tfld.hr = gfld->ipdtmpl[8]*6;   /* 6Hr incr */
	else if (gfld->ipdtmpl[7]==12) tfld.hr = gfld->ipdtmpl[8]*12;  /* 2Hr incr */
	else tfield=-99;
	if (tfield==-99) {
	  /* unable to get forecast time, so use reference time as valid time */
	  tvalid = tref;
	}
	else {
	  /* add reference time and forecast time together to get beginnin of overall time interval */
	  timadd(&tref,&tfld);
	  tvalid = tfld;
	}
      }
    }
    /* Individual ensemble forecast */
    else if (gfld->ipdtnum == 11) {
      if (tauave==0) {
	/* valid time is the end of the overall time interval */
	tvalid.yr = gfld->ipdtmpl[18];
	tvalid.mo = gfld->ipdtmpl[19];
	tvalid.dy = gfld->ipdtmpl[20];
	tvalid.hr = gfld->ipdtmpl[21];
	tvalid.mn = gfld->ipdtmpl[22];
      }
      else {
	/* valid time is the beginning of the overall time interval */
	if      (gfld->ipdtmpl[7]== 0) tfld.mn = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 1) tfld.hr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 2) tfld.dy = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 3) tfld.mo = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 4) tfld.yr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]==10) tfld.hr = gfld->ipdtmpl[8]*3;   /* 3Hr incr */
	else if (gfld->ipdtmpl[7]==11) tfld.hr = gfld->ipdtmpl[8]*6;   /* 6Hr incr */
	else if (gfld->ipdtmpl[7]==12) tfld.hr = gfld->ipdtmpl[8]*12;  /* 2Hr incr */
	else tfield=-99;
	if (tfield==-99) {
	  /* unable to get forecast time, so use reference time as valid time */
	  tvalid = tref;
	}
	else {
	  /* add reference time and forecast time together to get beginnin of overall time interval */
	  timadd(&tref,&tfld);
	  tvalid = tfld;
	}
      }
    }
    /* Derived forecast based on ensemble members */
    else if (gfld->ipdtnum == 12) {
      if (tauave==0) {
	/* valid time is the end of the overall time interval */
	tvalid.yr = gfld->ipdtmpl[17];
	tvalid.mo = gfld->ipdtmpl[18];
	tvalid.dy = gfld->ipdtmpl[19];
	tvalid.hr = gfld->ipdtmpl[20];
	tvalid.mn = gfld->ipdtmpl[21];
      }
      else {
	/* valid time is the beginning of the overall time interval */
	if      (gfld->ipdtmpl[7]== 0) tfld.mn = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 1) tfld.hr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 2) tfld.dy = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 3) tfld.mo = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]== 4) tfld.yr = gfld->ipdtmpl[8];
	else if (gfld->ipdtmpl[7]==10) tfld.hr = gfld->ipdtmpl[8]*3;   /* 3Hr incr */
	else if (gfld->ipdtmpl[7]==11) tfld.hr = gfld->ipdtmpl[8]*6;   /* 6Hr incr */
	else if (gfld->ipdtmpl[7]==12) tfld.hr = gfld->ipdtmpl[8]*12;  /* 2Hr incr */
	else tfield=-99;
	if (tfield==-99) {
	  /* unable to get forecast time, so use reference time as valid time */
	  tvalid = tref;
	}
	else {
	  /* add reference time and forecast time together to get beginnin of overall time interval */
	  timadd(&tref,&tfld);
	  tvalid = tfld;
	}
      }
    }
    else {
      printf("Product Definition Template %ld not handled \n",gfld->ipdtnum);
      return(-99);
    }  
  }
  /* Check if valid time is within grid limits */
  v1 = *(pfi->abvals[3]+5);  /* v1 is non-zero if time axis unit is months */
  if (v1>0) 
    delta = 0.36;  /* large for monthly data, ~10 days */
  else 
    delta = 0.01;  /* small for minutes data, the old default */
  t = t2gr(pfi->abvals[3],&tvalid);
  if (t<(1.0-delta) || t>((gafloat)(pfi->dnum[3])+delta)) {
    if (verb) printf("valid time %4d%02d%02d%02d:%02d (t=%g) is outside grid limits",
	   tvalid.yr,tvalid.mo,tvalid.dy,tvalid.hr,tvalid.mn,t);
    return(-99);
  }
  /* Check if valid time is an integer (+/- the designated threshold) */
  it = (gaint)(t+0.01);
  if (fabs((gafloat)it - t) > delta) {
    if (verb) printf("valid time %4d%02d%02d%02d:%02d (t=%g) has non-integer grid index",
	   tvalid.yr,tvalid.mo,tvalid.dy,tvalid.hr,tvalid.mn,t);
    return(-99);
  }
  /* Check if valid time matches range of times for this file  */
  if (ittmax) {
    if (verb) printf("valid time %4d%02d%02d%02d:%02d (it=%d) is outside file limits (%d-%d)",
	   tvalid.yr,tvalid.mo,tvalid.dy,tvalid.hr,tvalid.mn,it,tmin,tmax);
    return(-99);
  }
  return (it);
}

/* Loops over variables in descriptor file, looking for match to current grib2 field. 
   If variables match, returns offset, if not, returns -999 */

gaint g2var_match (gribfield *gfld, struct gafile *pfi, gaint sp, gaint sp2) {
  struct gavar *pvar;
  gadouble lev1,lev2,z;
  gadouble (*conv) (gadouble *, gadouble);
  gaint rc1,rc2,rc3,rc4,rc5,rc6;
  gaint i,ioff,iz;
  
  /* Get level values from grib field */
  lev1 = scaled2dbl(gfld->ipdtmpl[10],gfld->ipdtmpl[11]);
  /* Check if we've got info on 2nd level */
  if (gfld->ipdtmpl[12] != 255) 
    lev2 = scaled2dbl(gfld->ipdtmpl[13],gfld->ipdtmpl[14]);
  else 
    lev2 = -999;
  
  /* See if we match any variables in the descriptor file */
  pvar = pfi->pvar1;
  ioff = -999;
  i = 0;
  while (ivnum) {
    if (pvar->levels>0) {      
      /* Z-varying data */
      rc1 = dequal(pvar->units[0],(gadouble)gfld->discipline,1e-8); /* discipline */
      rc2 = dequal(pvar->units[1],(gadouble)gfld->ipdtmpl[0],1e-8); /* category   */
      rc3 = dequal(pvar->units[2],(gadouble)gfld->ipdtmpl[1],1e-8); /* number     */
      rc4 = dequal(pvar->units[3],(gadouble)sp,1e-8);		    /* Statistical Process */
      rc5 = dequal(pvar->units[4],(gadouble)sp2,1e-8);		    /* Spatial Process     */
      rc6 = dequal(pvar->units[8],(gadouble)gfld->ipdtmpl[9],1e-8); /* LTYPE1     */
      if (rc1==0 && rc2==0 && rc3==0 && rc4==0 && rc5==0 && rc6==0) {   /* all the above match */
	/* get a Z value for level 1 */
	conv = pfi->ab2gr[2];
	z = conv(pfi->abvals[2],lev1);
	if (z>0.99 && z<((gadouble)(pvar->levels)+0.01)) {
	  iz = (gaint)(z+0.5);
	  /* make sure Z value for level 1 is an integer */
	  if (fabs(z-(gadouble)iz) < 0.01) {
	    ioff = pvar->recoff + iz - 1;
	    return(ioff); 
	  }
	}
      }
    }
    else {       
      /* non-Z-varying data */
      rc1 = dequal(pvar->units[0],(gadouble)gfld->discipline,1e-8); /* discipline */
      rc2 = dequal(pvar->units[1],(gadouble)gfld->ipdtmpl[0],1e-8); /* category   */
      rc3 = dequal(pvar->units[2],(gadouble)gfld->ipdtmpl[1],1e-8); /* number     */
      rc4 = dequal(pvar->units[3],(gadouble)sp,1e-8);               /* Statistical Process */
      rc5 = dequal(pvar->units[4],(gadouble)sp2,1e-8);              /* Spatial Process     */
      rc6 = dequal(pvar->units[8],(gadouble)gfld->ipdtmpl[9],1e-8); /* LTYPE1     */
      if (rc1==0 && rc2==0 && rc3==0 && rc4==0 && rc5==0 && rc6==0) {   /* all the above match */
	/* check if level value(s) match those given in descriptor file */
	if (
	    (pvar->units[9] < -900)                /* LVAL not given */
	    ||  
	    (pvar->units[10] < -900 &&             /* LVAL2 not given */
	     dequal(pvar->units[9],lev1,1e-8)==0)                 /* and LVAL1 matches */ 
	    ||  
	    (pvar->units[10] > -900 &&             /* LVAL2 is given */
	     dequal(pvar->units[9],lev1,1e-8)==0 &&               /* and LVAL1 matches */
	     dequal(pvar->units[10],lev2,1e-8)==0)                /* and LVAL2 matches */
	    ||
	    (pvar->units[10] > -900 &&             /* LVAL2 is given */
	     pvar->units[11] > -900 &&             /* LTYPE2 is given */
	     dequal(pvar->units[9],lev1,1e-8)==0 &&               /* and LVAL1 matches */
	     dequal(pvar->units[10],lev2,1e-8)==0 &&              /* and LVAL2 matches */
	     dequal(pvar->units[11],gfld->ipdtmpl[12],1e-8)==0)   /* and LTYPE2 matches */
	    ) { 
	  ioff = pvar->recoff;
	  return(ioff);
	}
      }
    }
    pvar++; i++;
  }  /* end of loop over variables in descriptor file */
  return(ioff);
}

/* Loops over ensembles to see if ensemble codes match current grib2 field 
   If size of ensemble dimension is 1, no checks are done, returns e=1.
   Returns ensemble index e if codes are present and match, -999 otherwise */
gaint g2ens_match (gribfield *gfld, struct gafile *pfi) {
  struct gaens *ens;
  gaint e;
  e=1;
  if (pfi->dnum[4]==1) {
    e=1;
    return(e); 
  }
  else {
    for (e=1,ens=pfi->ens1; e<=pfi->dnum[4]; e++,ens++) {
      /* PDT 0 or 8 and no grib codes */
      if (ens->grbcode[0]==-999 && ens->grbcode[1]==-999 && 
	  (gfld->ipdtnum==0 || gfld->ipdtnum==8)) {    
	if (verb) printf("pdt=%d ",(gaint)gfld->ipdtnum);
	return(e);
      }
      if (ens->grbcode[0]>-900) {
	if (ens->grbcode[1]>-900) {
	  /* PDT 1 or 11 */
	  if ((gfld->ipdtnum==1 || gfld->ipdtnum==11) &&
	      ((ens->grbcode[0] == gfld->ipdtmpl[15]) && 
	       (ens->grbcode[1] == gfld->ipdtmpl[16]))) {
	    if (verb) printf("pdt=%d ens=%d,%d ",(gaint)gfld->ipdtnum,ens->grbcode[0],ens->grbcode[1]);
	    return(e);
	  }
	}
	else {
	  /* PDT 2 or 12 */
	  if ((gfld->ipdtnum==2 || gfld->ipdtnum==12) &&
	      (ens->grbcode[0] == gfld->ipdtmpl[15])) {
	    if (verb) printf("pdt=%d ens=%d ",(gaint)gfld->ipdtnum,ens->grbcode[0]);
	    return(e);
	  }
	}
      }
    }
    if (verb) {
      printf("pdt=%d ",(gaint)gfld->ipdtnum);
      if (gfld->ipdtnum==1 || gfld->ipdtnum==11) 
	printf("ens=%d,%d ",(gaint)gfld->ipdtmpl[15],(gaint)gfld->ipdtmpl[16]);
      if (gfld->ipdtnum==2 || gfld->ipdtnum==12) 
	printf("ens=%d ",(gaint)gfld->ipdtmpl[15]);
    }
    return(-999);
  }
}

/* Checks ensemble codes, if provided in descriptor file. 
   Returns 0 if ok or not provided, 1 if codes don't match. */
gaint g2ens_check (struct gaens *ens, gribfield *gfld) {
  /* print out ensemble info */
  if (verb) {
    printf("pdt=%d ",(gaint)gfld->ipdtnum);
    if (gfld->ipdtnum==1 || gfld->ipdtnum==11) 
      printf("ens=%d,%d ",(gaint)gfld->ipdtmpl[15],(gaint)gfld->ipdtmpl[16]);
    if (gfld->ipdtnum==2 || gfld->ipdtnum==12) 
      printf("ens=%d ",(gaint)gfld->ipdtmpl[15]);
  }
  if (ens->grbcode[0]>-900) {
    if (ens->grbcode[1]>-900) {
      /* PDT 1 or 11 */
      if ((gfld->ipdtnum==1 || gfld->ipdtnum==11) &&
	  ((ens->grbcode[0] == gfld->ipdtmpl[15]) && 
	   (ens->grbcode[1] == gfld->ipdtmpl[16]))) return(0);
      else return(1);
    }
    else {
      /* PDT 2 or 12 */
      if ((gfld->ipdtnum==2 || gfld->ipdtnum==12) &&
	  (ens->grbcode[0] == gfld->ipdtmpl[15])) return(0);
      else return(1);
    }
  }
  /* PDT 0 or 8 and no grib codes */
  if (ens->grbcode[0]==-999 && ens->grbcode[1]==-999 &&
      (gfld->ipdtnum==0 || gfld->ipdtnum==8)) return(0);
  else return(1);
}

/* Gets the statistical process used to derive a variable.
   returns -999 for variables "at a point in time" */
gaint g2sp (gribfield *gfld) {
  gaint sp;
  sp = -999;
  if (gfld->ipdtnum ==  8) sp = gfld->ipdtmpl[23];
  if (gfld->ipdtnum ==  9) sp = gfld->ipdtmpl[30];
  if (gfld->ipdtnum == 10) sp = gfld->ipdtmpl[24];
  if (gfld->ipdtnum == 11) sp = gfld->ipdtmpl[26];
  if (gfld->ipdtnum == 12) sp = gfld->ipdtmpl[25];
  if (gfld->ipdtnum == 15) sp = gfld->ipdtmpl[15];
  if (sp==255) sp = -999;
  return(sp);
}
gaint g2sp2(gribfield *gfld) {
  gaint sp2;
  sp2 = -999;
  if (gfld->ipdtnum == 15) sp2 = gfld->ipdtmpl[16];
  if (sp2==255) sp2 = -999;
  return(sp2);
}

/* prints out relevant info from a grib2 record */
void g2prnt (gribfield *gfld, gaint r, g2int f, gaint sp, gaint sp2) {
  /* print record/field number */
  printf("%d.%ld: ",r,f);
  /* print level info */
  if (gfld->ipdtmpl[10]==-127) 
    printf("lev1=%ld ",gfld->ipdtmpl[9]); /* just print the level1 type */
  else
    printf("lev1=%ld,%g ",gfld->ipdtmpl[9],scaled2dbl(gfld->ipdtmpl[10],gfld->ipdtmpl[11]));
  
  if (gfld->ipdtmpl[12]<255) {
    if (gfld->ipdtmpl[13]==-127) 
      printf("lev1=%ld ",gfld->ipdtmpl[12]); /* just print the level2 type */
    else
      printf("lev2=%ld,%g ",gfld->ipdtmpl[12],scaled2dbl(gfld->ipdtmpl[13],gfld->ipdtmpl[14])); 
  }
  /* print variable info */
  if (sp==-999)
    printf("var=%ld,%ld,%ld ",gfld->discipline,gfld->ipdtmpl[0],gfld->ipdtmpl[1]);
  else {
    if (sp2==-999)
      printf("var=%ld,%ld,%ld,%d ",gfld->discipline,gfld->ipdtmpl[0], gfld->ipdtmpl[1],sp);
    else 
      printf("var=%ld,%ld,%ld,%d,%d ",gfld->discipline,gfld->ipdtmpl[0], gfld->ipdtmpl[1],sp,sp2);
  }
}

void gaseekgb(FILE *lugb, off_t iseek, g2int mseek, off_t *lskip, g2int *lgrib)
//$$$  SUBPROGRAM DOCUMENTATION BLOCK
//
// SUBPROGRAM: seekgb         Searches a file for the next GRIB message.
//   PRGMMR: Gilbert          ORG: W/NP11      DATE: 2002-10-28
//
// ABSTRACT: This subprogram searches a file for the next GRIB Message.
//   The search is done starting at byte offset iseek of the file referenced 
//   by lugb for mseek bytes at a time.
//   If found, the starting position and length of the message are returned
//   in lskip and lgrib, respectively.
//   The search is terminated when an EOF or I/O error is encountered.
//
// PROGRAM HISTORY LOG:
// 2002-10-28  GILBERT   Modified from Iredell's skgb subroutine
// 2009-01-16  VUONG     Changed  lskip to 4 instead of sizof(g2int)
// 2010-03-02  Doty      Modified for off_t sized offsets to support >2GB
//
// USAGE:    seekgb(FILE *lugb,g2int iseek,g2int mseek,int *lskip,int *lgrib)
//   INPUT ARGUMENTS:
//     lugb       - FILE pointer for the file to search.  File must be
//                  opened before this routine is called.
//     iseek      - number of bytes in the file to skip before search
//     mseek      - number of bytes to search at a time
//   OUTPUT ARGUMENTS:
//     lskip      - number of bytes to skip from the beggining of the file
//                  to where the GRIB message starts
//     lgrib      - number of bytes in message (set to 0, if no message found)
//
// ATTRIBUTES:
//   LANGUAGE: C
//
//$$$
{
      g2int  ret;
      g2int k,k4,nread,lim,start,vers,lengrib;
      off_t ipos;
      int    end;
      unsigned char *cbuf;

// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
      *lgrib=0;
      cbuf=(unsigned char *)malloc(mseek);
      nread=mseek;
      ipos=iseek;

// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
//  LOOP UNTIL GRIB MESSAGE IS FOUND

      while (*lgrib==0 && nread==mseek) {

//  READ PARTIAL SECTION

        ret=fseeko(lugb,ipos,SEEK_SET);
        nread=fread(cbuf,sizeof(unsigned char),mseek,lugb);
        lim=nread-8;

//  LOOK FOR 'GRIB...' IN PARTIAL SECTION

        for (k=0;k
#include 
#include 
#include 
#include 
#include 

#include 
#include "gatypes.h"
#define FEEP_VOLUME 0

/* Window_Dump: dump a window to a file which must already be open for writing. */

#include "X11/XWDFile.h"

#ifdef __alpha
#define NON_STANDARD_XCOLOR_SIZE 4
#endif

#undef NON_STANDARD_XCOLOR_SIZE

#ifdef NON_STANDARD_XCOLOR_SIZE
#define My_XColor_size 12
#else
#define My_XColor_size sizeof(XColor)
#endif

void _swaplong  (register char *,register unsigned);
void _swapshort (register char *,register unsigned);
gaint Get_XColors (XWindowAttributes *, XColor **);
gaint Image_Size (XImage *);
void outl(char *,char *,char *,char *,char *,char *,char *,char *);
void Window_Dump(Window,FILE *);
void set_display_screen (Display *, gaint);

static gaint format = ZPixmap;
static Bool nobdrs = True;
static Bool on_root = False;
static Bool debug = False;
static Bool use_installed = False;
static long add_pixel_value = 0;

static Display *dpy;                          /* The current display */
static gaint screen;                            /* The current screen */

void set_display_screen(d,s)
Display *d;                                 
gaint s;   
{
 dpy =d;
 screen=s;
}    

void Pixmap_Dump(window, out,x, y, width, height)
     Window window;
     FILE *out;
     gaint x, y, width, height;
{
    XImage *image;
    unsigned buffer_size;

    image = XGetImage (dpy, window, x, y, width, height, AllPlanes, format);  
    buffer_size = Image_Size(image);
    (void) fwrite(image->data, (gaint) buffer_size, 1, out);  
    if (debug)    fprintf(stderr,"scritti %d bytes immagine\n",buffer_size);
}                            

void Window_Dump(window, out)
     Window window;
     FILE *out;
{
    unsigned long swaptest = 1;
    XColor *colors;
    unsigned buffer_size;
    gaint win_name_size;
    gaint header_size;
    gaint ncolors, i;
    char *win_name;
    Bool got_win_name;
    XWindowAttributes win_info;
    XImage *image;
    gaint absx, absy, x, y;
    unsigned width, height;
    gaint dwidth, dheight;
    gaint bw;
    Window dummywin;
    XWDFileHeader header;

    
    /*
     * Get the parameters of the window being dumped.
     */
    if (debug) fprintf(stderr,"xwd: Getting target window information.\n");
    if(!XGetWindowAttributes(dpy, window, &win_info)) 
      { fprintf(stderr,"Can't get target window attributes."); exit(1); }

    /* handle any frame window */
    if (!XTranslateCoordinates (dpy, window, RootWindow (dpy, screen), 0, 0,
				&absx, &absy, &dummywin)) {
	fprintf (stderr, 
		  "unable to translate window coordinates (%d,%d)\n",
		 absx, absy);
	exit (1);
    }
    win_info.x = absx;
    win_info.y = absy;
    width = win_info.width;
    height = win_info.height;
    bw = 0;

    if (!nobdrs) {
	absx -= win_info.border_width;
	absy -= win_info.border_width;
	bw = win_info.border_width;
	width += (2 * bw);
	height += (2 * bw);
    }
    dwidth = DisplayWidth (dpy, screen);
    dheight = DisplayHeight (dpy, screen);


    /* clip to window */
    if (absx < 0) width += absx, absx = 0;
    if (absy < 0) height += absy, absy = 0;
    if (absx + width > dwidth) width = dwidth - absx;
    if (absy + height > dheight) height = dheight - absy;

    XFetchName(dpy, window, &win_name);
    if (!win_name || !win_name[0]) {
	win_name = "xwdump";
	got_win_name = False;
    } else {
	got_win_name = True;
    }

    /* sizeof(char) is included for the null string terminator. */
    win_name_size = strlen(win_name) + sizeof(char);

    /*
     * Snarf the pixmap with XGetImage.
     */

    x = absx - win_info.x;
    y = absy - win_info.y;

    if (on_root)
	image = XGetImage (dpy, RootWindow(dpy, screen), absx, absy, width, height, AllPlanes, format);
    else
	image = XGetImage (dpy, window, x, y, width, height, AllPlanes, format);

    if (!image) {
	fprintf (stderr, "unable to get image at %dx%d+%d+%d\n",
		 width, height, x, y);
	exit (1);
    }

    if (add_pixel_value != 0) XAddPixel (image, add_pixel_value);

    /*
     * Determine the pixmap size.
     */
    buffer_size = Image_Size(image);
    ncolors = Get_XColors(&win_info, &colors);

    /*
     * Inform the user that the image has been retrieved.
     */
    XBell(dpy, FEEP_VOLUME);
    XBell(dpy, FEEP_VOLUME);
    XFlush(dpy);

    /*
     * Calculate header size.
     */
    header_size = sizeof(header) + win_name_size;
    if (debug) fprintf(stderr,"header_size= %ld win_name_size= %d \n",sizeof(header),win_name_size);
    if (debug) fprintf(stderr,"x rs %d y res %d size pix %d\n",image->width,image->height,image->depth);

    /*
     * Write out header information.
     */
    header.header_size = (CARD32) header_size;
    header.file_version = (CARD32) XWD_FILE_VERSION;
    header.pixmap_format = (CARD32) format;
    header.pixmap_depth = (CARD32) image->depth;
    header.pixmap_width = (CARD32) image->width;
    header.pixmap_height = (CARD32) image->height;
    header.xoffset = (CARD32) image->xoffset;
    header.byte_order = (CARD32) image->byte_order;
    header.bitmap_unit = (CARD32) image->bitmap_unit;
    header.bitmap_bit_order = (CARD32) image->bitmap_bit_order;
    header.bitmap_pad = (CARD32) image->bitmap_pad;
    header.bits_per_pixel = (CARD32) image->bits_per_pixel;
    header.bytes_per_line = (CARD32) image->bytes_per_line;
    header.visual_class = (CARD32) win_info.visual->class;
    header.red_mask = (CARD32) win_info.visual->red_mask;
    header.green_mask = (CARD32) win_info.visual->green_mask;
    header.blue_mask = (CARD32) win_info.visual->blue_mask;
    header.bits_per_rgb = (CARD32) win_info.visual->bits_per_rgb;
    header.colormap_entries = (CARD32) win_info.visual->map_entries;
    header.ncolors = ncolors;
    header.window_width = (CARD32) win_info.width;
    header.window_height = (CARD32) win_info.height;
    header.window_x = absx;
    header.window_y = absy;
    header.window_bdrwidth = (CARD32) win_info.border_width;

    if (*(char *) &swaptest) {
	_swaplong((char *) &header, sizeof(header));
	for (i = 0; i < ncolors; i++) {
	    _swaplong((char *) &colors[i].pixel, sizeof(long));
	    _swapshort((char *) &colors[i].red, 3 * sizeof(short));
	}
    }

    (void) fwrite((char *)&header, sizeof(header), 1, out);
    (void) fwrite(win_name, win_name_size, 1, out);

    /*
     * Write out the color maps, if any
     */
#ifdef NON_STANDARD_XCOLOR_SIZE
    {
     XColor *pt;
     for(pt=colors; pt < colors + ncolors; pt++)
       fwrite((((char *) pt) + NON_STANDARD_XCOLOR_SIZE),My_XColor_size,1, out);
    }
#else
    (void) fwrite((char *) colors, My_XColor_size, ncolors, out);
#endif

    if(ncolors > 0) free(colors);         /* free the color buffer */
    if (got_win_name) XFree(win_name);    /* free window name string */
    XDestroyImage(image);                 /* free image */
}

/* Report the syntax for calling xwd. */
/* changed from usage() to Usage() to avoid PC/X11e conflict */
gaint Usage() 
{
    fprintf (stderr,"old usage of xwd\n");
    exit(1);
}


/* Error - Fatal xwd error */
extern gaint errno;

gaint Error(string)
	char *string;	/* Error description string. */
{
	fflush(stdout);
	fprintf(stderr, "xwd: Error => %s\n", string);
	fflush(stderr);

	if (errno != 0) {
	  perror("xwd");
	  fprintf(stderr,"\n");
	}
	exit(1);
}


/*
 * Determine the pixmap size.
 */

gaint Image_Size(image)
     XImage *image;
{
    if (image->format != ZPixmap)
      return(image->bytes_per_line * image->height * image->depth);

    return(image->bytes_per_line * image->height);
}

#define lowbit(x) ((x) & (~(x) + 1))

/*
 * Get the XColors of all pixels in image - returns # of colors
 */
gaint Get_XColors(win_info, colors)
     XWindowAttributes *win_info;
     XColor **colors;
{
    gaint i, ncolors;
    Colormap cmap = win_info->colormap;

    if (use_installed)
	/* assume the visual will be OK ... */
	cmap = XListInstalledColormaps(dpy, win_info->root, &i)[0];
    if (!cmap)
	return(0);

    ncolors = win_info->visual->map_entries;
    if (!(*colors = (XColor *) malloc (sizeof(XColor) * ncolors)))
      {fprintf(stderr,"Out of memory!"); exit(-1); }

    if (win_info->visual->class == DirectColor ||
	win_info->visual->class == TrueColor) {
	gaPixel red, green, blue, red1, green1, blue1;

	red = green = blue = 0;
	red1 = lowbit(win_info->visual->red_mask);
	green1 = lowbit(win_info->visual->green_mask);
	blue1 = lowbit(win_info->visual->blue_mask);
	for (i=0; i win_info->visual->red_mask)
	    red = 0;
	  green += green1;
	  if (green > win_info->visual->green_mask)
	    green = 0;
	  blue += blue1;
	  if (blue > win_info->visual->blue_mask)
	    blue = 0;
	}
    } else {
	for (i=0; i
 *   to
 *   #include "config.h"
 *
 *   Revision 1.10  2008/11/07 19:03:55  jma
 *   removed all the #ifdefs for PRINT_EPS
 *   this is now permanently enabled so you can
 *   create postcript files using 'print' without 'enable print'
 *
 *   Revision 1.9  2008/01/23 13:04:49  jma
 *   removed files, no more support of USEIMG
 *
 *   Revision 1.8  2007/09/13 13:58:42  jma
 *   First and incomplete stab at double precision data handling and undef mask.
 *   Compiles with few warnings on OSX, checked in now for testing on linux.
 *
 *   Revision 1.7  2007/05/31 15:45:28  jma
 *   Changes to the configure system -- updated for dods 3.4 as the default. 
 *   Some other minor changes to src files to add #include statements to remove compiler warnings.
 *
 *   Revision 1.6  2004/02/27 14:42:11  administrator
 *   Changes to RGB color settings in gxps.c and gxeps.c to match the colors in
 *   gxX.c, gxhpng.c, and the documentation. This should make image and postscript
 *   ouput look just like the graphical display.
 *
 *   Revision 1.5  2003/11/10 21:27:39  jma
 *   Fix to gxeps.c to add graylines (-G option) which fixes hardcopy output from basemap.gs
 *
 *   Revision 1.4  2003/04/04 01:52:30  joew
 *   Mod from Matthias Munnich:
 *
 *   -DMM_NEW_PROMPT
 *       - The grads prompt is changed to "ga[command number]> ", e.g., "ga[17]> ".
 *
 *   -DMM_READLINE Enhanced READLINE.
 *   Command line enhancements:
 *       - New "history" or "his" command:
 *         "his[tory] [-sqx] [first] [last] [filename]" writes commands "first" to "last"
 *         in the command history buffer to file "filename".
 *         "his[tory] -r filename" reads commands from file "filename" into the command
 *         history buffer.
 *
 *          Options:
 *           -s  Write history in script syntax (quoted).
 *           -x  Write history unquoted for "exec" command.
 *           -q  Write quitely.
 *           -r  Read history from file.
 *
 *         For files with extension ".gs" the history is written quoted (option "-s").
 *         Examples:
 *            "ga[17]> his" list the current command history.
 *            "ga[17]> his 17 27 foo.gs" writes quoted commands 17 through 27 to file
 *            foo.gs so that ga[17]> foo will reproduce the current state.
 *
 *       - New startup option "-H [history_log_file]":
 *         At startup the last 256 commands in history_log_file are read into the command
 *         history buffer.  When GrADS is terminated the new history is written to
 *         history_log_file.
 *         The default history_log_file is $HOME/.grads.log. (This may need adjustment
 *         for Windows).
 *
 *       - New "repeat" or "r" command: r[epeat] [start] stop
 *         Examples:
 *         "ga[17]> r 21"  repeats command number 21. "ga[17]> r 20 30" repeats commands
 *         20 to 30 skipping r commands to avoid infinite loops.
 *
 *   Revision 1.3  2003/04/03 19:46:27  joew
 *   Mod from Matthias Munnich: improved EPS output
 *
 *   Revision 1.6  2001/12/17 23:37:15  munnich
 *   Symbol fonts are now always drawn. To this end the string information
 *   where moved to command -15 (begin string).
 *
 *   Revision 1.5  2001/12/07 00:40:42  munnich
 *   Fixed bugs with gxheps.
 *
 *   Revision 1.4  2001/12/04 05:37:53  munnich
 *   Incorporated gxeps into the print command. If printing is
 *   not yet "enabled" the print command now uses gxeps code
 *   to directly produce EPS files. Most of the standard gxeps
 *   options are valid. Help is given via ga-> print -h or any
 *   invalid option.
 *   Affected files: Makefile, gauser.c, gx.h, gxmeta.c
 *
 *   Also changed the map drawing to use polygons if clip is hard.
 *   Affected: gxwmap.c
 *   RCS file: /long/munnich/CVSROOT/grads/cola/src/Makefile.in,v
 *   RCS file: /long/munnich/CVSROOT/grads/cola/src/gauser.c,v
 *   RCS file: /long/munnich/CVSROOT/grads/cola/src/gx.h,v
 *   cvs diff: gxeps.c is a new entry, no comparison available
 *   RCS file: /long/munnich/CVSROOT/grads/cola/src/gxmeta.c,v
 *   RCS file: /long/munnich/CVSROOT/grads/cola/src/gxwmap.c,v
 *
 *   Revision 0.94  2001/12/02 06:22:59  munnich
 *   gxeps.c
 *
 *   Revision 0.93  2001/12/02 06:20:55  munnich
 *   Fixed Filled rectangle bug for RSCALE != 2
 *
 *   Revision 0.92  2001/11/24 04:48:25  munnich
 *   Added clipboundary to bounding box computation.
 *   Added meta file draw line command (-13) to search for Polygons.
 *   Took care that the gsave/grestore pairs in clipping match at the end.
 *
 *   Revision 0.91  2001/11/22 02:17:23  munnich
 *   Back to 1000dpi resolution due to visible roundoff errors.
 *   Added IsoLatin1 support for PostScript level 2.
 *   Made PS Level 2 default.
 *
 *   Revision 0.90  2001/11/21 07:03:28  munnich
 *   Fixed a hardware clipping bug.
 *
 *   Revision 0.88  2001/04/19 01:55:35  munnich
 *   Fixed a bug in rotated strings.-- 
 *   of grads as well.
 *
 *   Revision 0.87  2001/03/08 21:57:23  munnich
 *   Introduced hardware clipping, line styles, polygon and line drawing.
 *   Use hardware clipping to cut contour lines for labels.
 *   Right now smoothing of contours is disabled.
 *   To be done:
 *   1. Enable smoothing of contours.
 *   2. Make hardware clipping and line style a setting
 *      which can be changed by something like
 *      set clip hard/soft
 *      set style hard/soft
 *   3. Disgard overlapping lables (an old "bug").
 *
 *   Revision 0.86  2001/03/08 21:21:22  munnich
 *   Added support for new metafile commands:
 *   (*) -13    draw a polygon
 *   (*) -14    draw a line
 *   (*) -17    set line style (dashes)
 *   (*) -18    set/change clipping region
 *
 *   Revision 0.85  2001/02/01 21:23:45  munnich
 *   1. Another change to the memory reallocation for large polygons.
 *   Now it should always works.
 *   2. New macro PSFONTS to enable PostScript font support.
 *   3. Input can now come from stdin by using option -i -.
 *
 *   Revision 0.84  2001/01/27 06:57:04  munnich
 *   Fixed coordinate line thicknes bug.
 *
 *   Revision 0.83  2000/10/13 16:36:01  munnich
 *   Another bug fix related user defined colors.
 *
 *   Revision 0.82  2000/10/12 22:33:52  munnich
 *   Fixed a bug related to user defined colors and black&white mode.
 *
 *   Revision 0.81  2000/09/20 22:51:42  munnich
 *   Fixed rotated strings
 *
 *   Revision 0.80  2000/09/15 19:19:24  munnich
 *   Implemented "-g" option for true 8.5'' x 11'' inch output size.
 *
 *   Revision 0.79  2000/09/05 01:33:13  munnich
 *   Back to old scaling for letter paper.
 *
 *   Revision 0.78  2000/08/25 20:54:30  munnich
 *   Back to version 0.76. V0.77 was broken.
 *
 *   Revision 0.76  2000/06/02 23:45:10  munnich
 *   *** empty log message ***
 *
 *   Revision 0.75  2000/06/02 23:23:52  munnich
 *   Fixed Orientation comment.
 *
 *   Revision 0.74  2000/04/03 17:28:54  munnich
 *   Fixed 2 bugs:
 *   (i) gsave was not bracketed with a grestore when
 *   neither options -L nor -n were used.
 *   (ii) Undefined colors are now set to gray (no. 15).
 *
 *   There is also a rudimentary font support in gxeps.c.
 *   This only comes into affect when a new metafile format is
 *   introduced.  Everthing should be backward compatible.
 *
 *   Revision 0.73  1998/11/30 10:13:57  m211033
 *   Fixed a 2 bug: Lineswidth and colors can know
 *   change within a polygon. This bug only occurred with
 *   colored streamline plots.
 *
 *   Changed the line breaking method for polygons.
 *
 *   Revision 0.72  1997/12/08 14:16:15  m211033
 *   Added the -R option which suppresses the rotation
 *   for landscape metafiles.
 *
 *   Revision 0.71  1997/11/05 17:26:41  m211033
 *   Added a compile option NEVER_CTL_D which disables
 *   the -d option for DEFAULT_CTL_D 0, i.e. no ^D is added in
 *   any case.
 *
 *   Revision 0.70  1997/04/15 15:14:37  m211033
 *   Added a BORDER macro that controls the
 *   added white space (in points) around the graph
 *   for the bounding box comment.
 *
 * Revision 0.69  1997/04/09  14:38:39  m211033
 * Black background now as large as the bounding box.
 * BoundingBox corrected for black background.
 *
 *   Revision 0.68  1996/11/22 14:10:45  m211033
 *   BoundingBox takes filled rectangulars into account.
 *
 * Revision 0.67  96/11/19  16:46:19  m211033
 * Two bugs were fixed:
 * (i) with DEFAULT_CTL_D 1 the -d option didn't work.
 * (ii) Color change now leads to a flush of stored lines
 *     (Before sometimes a line was drawn in a invisible color.)
 * 
 * Revision 0.66  96/10/23  12:50:26  m211033
 * Fixed the data type of file position.
 * 
 * Revision 0.65  1996/06/26  15:20:29  m211033
 * Inserted a gsave to match the grestore.
 * This fixes an annotation bug.
 * Resolution is reduce to 500dpi since Version 0.64.
 *
 * Revision 0.64  1996/05/15  10:17:00  m211033
 * The cut of filled line did not work. No the old method
 * is used untill drawline and fillline is rewritten for
 * the use of reversepath.
 * Filline now also looks for colinear lines.
 *
 * Revision 0.63  1996/04/26  19:32:57  m211033
 * Got rid off the error prone reallocation for saved point.
 *
 * Revision 0.62  96/04/26  19:08:25  m211033
 * Fixed another bug with multible plots in one metafile.
 * 
 * Revision 0.61  1996/04/26  17:16:57  m211033
 * Now it tries to find straight lines in polygons.
 *
 * Revision 0.6  96/04/26  16:15:45  m211033
 * Tries to find dashed lines to make the EPS output
 * more compact. Unnecessary return(0) in while(1) eliminated.
 * 
 *
 ***********************************************************/
          /* default PS-level */
#define PS_LEVEL 2
          /* set this to 1 for default a4 paper */
#define DEFAULTA4 0
     /* default add control-D at end-of-file (some printer may need this) */
#define DEFAULT_CTL_D 0
   /* if NEVER_CTL_D is defined ^D will never be added (disables -d Option) */
#define NEVER_CTL_D
#define BORDER 10

/* PS font support */
#define PSFONTS 

#include 
#include 
#include 
#include 
#include 

#define max(A, B) ((A) > (B) ? (A) : (B))
#define min(A, B) ((A) < (B) ? (A) : (B))


/* Some scales for letter paper */
/* RSCALE: resolution scale */
#define RSCALE 1
/* #define LETSCALE 0.1314 */
#define LETSCALE 0.0657 * RSCALE
#define LETXOFF 30
#define LETYOFF 45
/* GrADS scaling 8.'' x 11'' */
#define GASCALE 0.144 
/* Some scales for a4 paper */
#define A4SCALE 0.1134 
#define A4XOFF 71
#define A4YOFF 109
/* default file extensions */
#define IN_EXT "gm"
#define OUT_EXT "eps"

#define PNMAX 512
/* maximum string size */
#define STRSIZ 300
#ifdef OLD__GNUC__
#define fpos_t long
#endif

/* is also defined in gxhpng.c */
struct point {short x; short y;};
struct point bblow, bbhigh;     /* BoundingBox */
struct point cliplow, cliphigh; /* Clipping Box */
struct options {                /* command line options (flags) */
  short pscale, color, ctl_d, comment, pslevel,
    tstamp, reverse, rotate, verbose, label, font,
    history, graylines;
};
FILE *infile, *outfile;
fpos_t bboxpos,pagespos,pagepos,blackpos; /* output file position of boundingbox and page # comments */
void boundbox(struct point* pnt); /* compute bounding box */
void printbbox(short opscale,short landscape,struct options *o);  /* print bounding box to PS-file */
int print_options(char *argv[]); /* print command line options */
void drawline(struct point pnts[],short *pcnt,
	      short lcolor,short *colold,short *lastfill,short flush); /* draw a polygon */
int SaveLine(struct point pnts[],struct point dline[]);
void PrintDashLine(struct point dline[]);
short CheckDashLine(struct point pnts[],struct point dline[]);
void SetDline(struct point pnts[],struct point dline[]);
short CheckExpandDashLine(struct point pnts[],struct point dline[]);
int parse_arg(int argc,char *argv[],struct options *o,char **fin, char **fout); /* parse command line */
int openfiles(char **fin, char **fout, short verbose); /* Open files */
void fillline(struct point pnts[],short pcnt); /* fill a polygon */
void initepsf(short landscape,int argc,char *argv[],char *fout,struct options *o); /* write PS-file header */
void init_newpage(short landscape,char *fout,struct options *o); /* New page header */
void setjust(short *opts, short *justx, short *justy);
int gxheps(char*);
void getwrd (char *, char *, int);
int gxeps(int , char **);

#ifndef GXHEPS
#define RDSTREAM(var,num)  fread (var , sizeof(short), num, infile);
#define MAIN main
#else
#define MAIN gxeps
#define RDSTREAM(var,num)  var=poi; poi+=num;
char *nxtwrd (char *); 

/* --------------------- Wrapper for gxeps -------------------------- */
int gxheps(char *com) {
  char *args,**argv; 
  int argc=0;
  char *cmd,*ch;
  int i,rc;

  cmd=com;

  while( ((cmd=nxtwrd(cmd)) != NULL)) {
    argc++; 
  }

  argc+=1;

  argv=(char **) malloc(argc*sizeof(char **));
  args=(char *) malloc( (strlen(com)+5) *sizeof(char));
  for(i=0;i%s<\n",i,argv[i]);
  printf("Calling gxeps...\n");
#endif
  rc=gxeps(argc, argv);
  rc=0;
  free(argv);
  free(args);
  return (rc);
}

#endif

/* --------------------------------------------------------------------------------- */
int MAIN (int argc, char *argv[])  {
   short cmd,coldef[256],lcolor=0, colold=-1, wold=-1, landscape=0, npnmax=1, lastfill=0;
   short oldstyle=0;
   struct point *pnts, *pnts2;            /* points of a polygon */
   struct options o;                      /* command line options */
   int nodraw=0;                          /* skip draw commands (for string drawing) */
   int pnmax=PNMAX;                        /* maximum length of a polygon */
   register int  i,j, ii,jj;
   short pcnt,pcntSave,fcnt=0,filflg=0;
   float red,blue,green;
   char *fin=NULL,*fout=NULL;              /* file names */
   char str[STRSIZ+50]; /* I hope nobody writes longer lines */
   short justx,justy; /* justification in % */
#ifndef GXHEPS
   fpos_t infile_pos;
   char string[STRSIZ]; /* I hope nobody writes longer lines */
   short opts[8];
#else
   char *string;
   short *opts;
  int cnt,flag,fflag,ib;
  short *poi,*pend;
#endif
   o.pscale=DEFAULTA4;                                           /* default options */
#ifdef NEVER_CTL_D
   o.ctl_d=0;
#else
   o.ctl_d=DEFAULT_CTL_D;
#endif
#ifdef PSFONTS
   o.font=1;
#else
   o.font=0;
#endif
   o.reverse=o.verbose=o.comment=o.tstamp=o.label=0;
   o.history=1;
   o.rotate=o.color=1;
   o.pslevel=PS_LEVEL;
   o.graylines=0;
   landscape=0;
   bblow.x=1200;bblow.y=1200;
   bbhigh.x=0; bbhigh.y=0;
   pnts=(struct point *) malloc(pnmax*sizeof(struct point)); /* initial maximal polygon size */

  for(i=0;i<16;i++) coldef[i]=1;          /* Initialize defined color flag*/
  for(i=16;i<=255;i++) coldef[i]=0;

  if(parse_arg(argc,argv,&o,&fin,&fout))
    return(1);     /* Parse command line arguments */
  if(openfiles(&fin,&fout,o.verbose))
    return(1);                  /* open files */

  /* Translate the file */

#ifdef GXHEPS  
  /*  Set up pointers into current meta buffer list */

  if (dbmode && pntf==0) {
    lens2[pnt2-1] = hpnt-hbuff;
    cnt = pnt2; flag = 1;
  } else {
    lens[pnt-1] = hpnt-hbuff;
    cnt = pnt; flag = 0;
  }
  fflag = 0;

    /* Initialization (cmd ==-1) not in buffer. we do it here */

    landscape= (yrsize12) i=12;
      else if (i<1) i=1;
      if(--i!=wold){
	fprintf(outfile,"w%i ",i);
	wold=i;
      }
    }
    else if (cmd==-3) {				/* Set color */
      if (pcnt) {
	pcntSave=pcnt;
	drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1);
	pnts[pcnt].x=pnts[pcntSave].x;
	pnts[pcnt].y=pnts[pcntSave].y;
      }
      /*      fread (opts, sizeof(short), 1, infile); */
      RDSTREAM(opts,1)
      lcolor = opts[0];
      /********      printf("New lcol#=%i\n",lcolor); */
      if (lcolor<0) lcolor=0;
      if (lcolor>255) lcolor=255; 
      if (!(coldef[lcolor])) lcolor=15;
      /*      if (nodraw) fprintf(outfile,"c%i ",lcolor); */
      fprintf(outfile,"c%i ",lcolor);
    }
    else if (cmd==-7){				/* Start fill */
      /*       fread (opts, sizeof(short), 1, infile); */
      RDSTREAM(opts,1)
      filflg = 1;
      /* if(o.verbose) fprintf(outfile, "%%Fflag\n"); */
    }
    else if (cmd==-8){				/* End fill */
      if (pcnt) { 
	  if (lcolor != colold || lastfill==0)  {
	  fprintf(outfile,"g%i ",lcolor);
	  colold=lcolor;
	  }
        fillline(pnts,pcnt); pcnt=0;
        filflg = 0;
	lastfill=1;
      }
    }
    else if (cmd==-6){				/* Rectangle fill */
      if (pcnt) {drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1);}
      /*       fread (opts, sizeof(short), 4, infile); */
      RDSTREAM(opts,4)
      if (lcolor != colold || lastfill==0)  {
	fprintf(outfile,"g%i ",lcolor);
	colold=lcolor;
      }
      for(i=0;i<4;i++) opts[i]/=RSCALE;
      pnts[0].x=opts[0];
      pnts[0].y=opts[2];
      pnts[1].x=opts[1];
      pnts[1].y=opts[3];
      boundbox(&pnts[0]);
      boundbox(&pnts[1]);
      fprintf(outfile,"%i %i %i %i B\n",
	      opts[0],opts[2],opts[1]-opts[0],opts[3]-opts[2]);
      lastfill=1;
    }
    else if (cmd==-9) {				/* End of plotting */
      /*  fsetpos(outfile,&pagepos); */
	fprintf (outfile,"%%%%Trailer\n%%%%EOF\n");
	/*  if(!o.reverse) printbbox(o.pscale,landscape); */
	/*  if(o.verbose) printf("BBox without offset: %i %i %i %i \n",
                           bblow.x, bblow.y, bbhigh.x, bbhigh.y); */
      if (o.ctl_d) fprintf (outfile,"%c%c",(char)4,'\n');
      if(o.verbose) printf ("     Number of pages = %i\n",fcnt);
#ifdef GXHEPS
      fsetpos(outfile,&pagespos);
      printf("WARNING: command -9 in plot buffer.\n");
#endif
      fprintf(outfile,"%i",fcnt);
      fclose (outfile);
      return(0);
    }
    else if (cmd==-1) {				/* Start of plotting */
      /*       fread (opts, sizeof(short), 2, infile); */
      RDSTREAM(opts,2);
      landscape= (opts[1]15 && i<=255) {
          green = ((float)(opts[2]))/255.0;
          if (green<0.0) green=0.0;
          if (green>1.0) green=1.0;
          red = ((float)opts[1])/255.0;
          if (red<0.0) red=0.0;
          if (red>1.0) red=1.0;
          blue = ((float)opts[3])/255.0;
          if (blue<0.0) blue=0.0;
          if (blue>1.0) blue=1.0;
          fprintf(outfile,"blackwhite \n");
	  /* (b/w: mapped into grey scale via green intensity) */
	  if(o.graylines)
	    fprintf(outfile,"  {/g%i {%.5g g} bdef /c%i {%.5g g} bdef}\n",i,1.0-green,i,1.0-green);
	  else
	    fprintf(outfile,"  {/g%i {%.5g g} bdef /c%i {g1} bdef}\n",i,1.0-green,i);
	  fprintf(outfile,"  {/c%i {%.5g %.5g %.5g c} bdef\n",i,red,green,blue);
          fprintf(outfile,"/g%i {c%i} def}\n ifelse\n",i,i);
	  coldef[i]=1;
      }
    }
      /*  -13 draw a polygon.  It has 2*siz+1 args. */
      else if (cmd==-13) {
	/* 	fread (opts, sizeof(short), 1, infile); */
	RDSTREAM(opts,1)
	i=opts[0]/2; /* i: # points in polygon */
	/* 	fprintf(outfile,"%% polygon of %d points, opts[0]=%d\n",i,opts[0]); */
	pnts2=(struct point *) malloc(i*sizeof(struct point));
#ifndef GXHEPS
	fread (pnts2, sizeof(struct point), i, infile);
#else
        pnts2=(struct point *) poi; poi+=2*i;
#endif
	jj=0;
	for(ii=i-1;ii>0; ii--){
	  jj+=fprintf(outfile,"%d %d ",(pnts2[ii].x-pnts2[ii-1].x)/RSCALE,
		      (pnts2[ii].y-pnts2[ii-1].y)/RSCALE);
	  if(jj>70) {
	    jj=0;
	    fprintf(outfile,"\n");
	  }
	}
	fprintf(outfile,"%d %d%s%d S\n",pnts2->x/RSCALE,pnts2->y/RSCALE,(jj>70) ? "\n" : " ", --i);
	/*	if(jj>70) fprintf(outfile,"\n");
		fprintf(outfile,"%d S\n",--i); */
      }
  

      /* -14 is draw a line  It has four float args. */ 
 
    else if (cmd==-14) {
      /*      fread (opts, sizeof(short), 4, infile); */
      RDSTREAM(opts,4)
      if(pcnt) { /* Check if we can add this secment to the stored polygon..*/
	if( (pnts[pcnt].x==opts[0]/RSCALE) && (pnts[pcnt].y==opts[1]/RSCALE) ){
	  pnts[++pcnt].x=opts[2]/RSCALE;
	  pnts[pcnt].y=opts[3]/RSCALE;
	  boundbox(&pnts[pcnt]);
	  if (pcnt%(pnmax/4)==(pnmax/4)-1){
	    drawline(pnts,&pcnt,lcolor,&colold,&lastfill,-1);
	    pnts[0].x=opts[2]/RSCALE;
	    pnts[0].y=opts[3]/RSCALE;
	  }
	} else 	if( (pnts[pcnt].x==opts[2]/RSCALE) && (pnts[pcnt].y==opts[3]/RSCALE) ){
	  pnts[++pcnt].x=opts[0]/RSCALE;
	  pnts[pcnt].y=opts[1]/RSCALE;
	  boundbox(&pnts[pcnt]);
	  if (pcnt%(pnmax/4)==(pnmax/4)-1){
	    drawline(pnts,&pcnt,lcolor,&colold,&lastfill,-1);
	    pnts[0].x=opts[0]/RSCALE;
	    pnts[0].y=opts[1]/RSCALE;
    }
	} else {
	  drawline(pnts,&pcnt,lcolor,&colold,&lastfill,0);
	}
      } else {
	pnts[pcnt].x=opts[0]/RSCALE;
	pnts[pcnt].y=opts[1]/RSCALE;
	boundbox(&pnts[pcnt]);
	pnts[++pcnt].x=opts[2]/RSCALE;
	pnts[pcnt].y=opts[3]/RSCALE;
	boundbox(&pnts[pcnt]);
/*       fprintf(outfile," %d %d %d %d L\n", */
/* 	      (opts[2]-opts[0])/RSCALE,(opts[3]-opts[1])/RSCALE,opts[0]/RSCALE,opts[1]/RSCALE); */
/*       boundbox((struct point *)&opts[0]); */
/*       boundbox((struct point *)&opts[2]); */
      }
    }
    else if (cmd==-15) {		/* Begin  Char. String drawing */
      /*  if (pcnt) drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1); */
      /*       fread (opts, sizeof(short), 8, infile); */
      RDSTREAM(opts,8)
                  /* opts[0]=len,   opts[1]=x, opts[2]=y, opts[3]=height,
                   * opts[4]=width, opts[5]=angle, opts[6]=font number
                   * opts[7]=justification
                   */
      if(opts[0]>=STRSIZ) {
	printf("String too long. Recompile with bigger STRSIZ.\n");
	return(1);
      }
#ifndef GXHEPS
      fread(string,sizeof(short),(opts[0])/sizeof(short)+2,infile);
#else
      string=(char *) poi; 
      poi+= (int) (opts[0])/sizeof(short)+2;
#endif
      i=j=0;
      do { /* quote parentheses */
	if(string[i]=='(' || string[i]==')' ) {
	  str[j++]='\\';
	  str[j++]=string[i++];
	} else
	  str[j++]=string[i++];
      }  while(string[i]!='\0');
      str[j]='\0';
      
      if((opts[6] != 3) && o.font) nodraw=1;
      if(!nodraw) fprintf(outfile,"%% String: ");
      setjust(opts,&justx,&justy);
      if(opts[7] == 1) {
      fprintf(outfile,"(%s) %d %d %d %d %d %d LS\n",
                  str,opts[6],opts[4]*85/50/RSCALE,opts[3]*75/50/RSCALE,
	         (int)((float)opts[5]/64.),opts[1]/RSCALE,opts[2]/RSCALE);
	
      } else {

		fprintf(outfile,"(%s) %d %d %d %d %d %d %d %d JS\n",
			str,opts[6],opts[4]*85/50/RSCALE,opts[3]*75/50/RSCALE,
			(int)((float)opts[5]/64.),opts[1]/RSCALE,opts[2]/RSCALE,justx,justy);
	      
      }
      if(!nodraw) fprintf(outfile,"%% String begin{\n");
    }
    else if (cmd==-16) {		/* End string  drawing */
      if (pcnt) drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1);
      if(nodraw) {
      nodraw=0;
      } else {
	fprintf(outfile,"\n%%} String end\n");
      }
    }

      /* -17 indicates linestyle.  One arg; style number.  */
  
      else if (cmd==-17) {
	/* 	fread (opts, sizeof(short), 1, infile); */
	RDSTREAM(opts,1)
	if(oldstyle != opts[0]) {
	  if (pcnt) {drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1);} 
	  if(opts[0]>0 && opts[0]<9)
	    fprintf(outfile,"s%d ",opts[0]);
	  else
	    fprintf(outfile,"s1 %%s%d\n",opts[0]);
	  oldstyle=opts[0];
	}
    }

      /* -18 Change clipping region: has 5 args  */
  
      else if (cmd==-18) {
	/* 	fread (opts, sizeof(short), 5, infile); */
	RDSTREAM(opts,5)

	if(opts[0]==0) {
	  fprintf(outfile,"C0\n");
	  cliplow.x=0;cliplow.y=0;cliphigh.x=11000;cliphigh.y=11000;
	}
	else if(opts[0]==1) { /* clip exterior of rectangle */
	  fprintf(outfile,"%d %d %d %d C1\n",opts[1]/RSCALE,opts[3]/RSCALE,
		  (opts[2]-opts[1])/RSCALE,(opts[4]-opts[3])/RSCALE);
	  cliplow.x=opts[1]/RSCALE;
	  cliplow.y=opts[3]/RSCALE;
	  cliphigh.x=opts[2]/RSCALE;
	  cliphigh.y=opts[4]/RSCALE;
 	}
	else if(opts[0]==2) /* add interior of rectangle to clipping*/
	  fprintf(outfile,"%d %d %d %d C2\n",opts[1]/RSCALE,opts[4]/RSCALE,
		  (opts[2]-opts[1])/RSCALE,(opts[3]-opts[4])/RSCALE);
      }

    else if (cmd==-20) {		/* Draw button -- ignore */
      /*       fread (opts, sizeof(short), 1, infile); */
      RDSTREAM(opts,1)
    }
    else {
       printf ("   Fatal error: Invalid command \"%i\" found in metafile\"%s\".\n",cmd,fin);
       printf ("   Is \"%s\" really a GrADS (v1.5 or higher) metafile?\n",fin);
      return(1);
    }
  }
#ifdef GXHEPS
    }
    /* Commands -2 (new page) and -9 (end plot) not in buffer *
     *  We need to do it now */
    
    /* cmd == -2  New page  + -9 end of plotting*/
    if (pcnt) drawline(pnts,&pcnt,lcolor,&colold,&lastfill,1);
    fprintf (outfile,"showpage\n");
    fprintf (outfile,"%%%%Trailer\n");
    fprintf(outfile,"%%%%BoundingBox: ");
    printbbox(o.pscale,landscape,&o);
    fprintf (outfile,"\n%%%%EOF\n");
    fprintf(outfile,"\n");
    if (o.ctl_d) fprintf (outfile,"%c%c",(char)4,'\n');
    fclose (outfile);
    if(fout != NULL) printf("  EPS file written to %s\n",fout);
    return(0);
#endif
}
/* --------------------------------------------------------------------------------- */

void initepsf(short landscape,int argc,char *argv[],char *fout,struct options *o){
       char *gr[16] =  {                      /* default greys */
                  "1", "0", "0.16", "0.46", "0.7", "0.58", "0.1", "0.34",
                  "0.22", "0.82", "0.4", "0.64", "0.28", "0.52", "0.76", "0.5"
             };
       char * col[16] = {          /* colors */
		"1.00 1.00 1.00",  /* white */
		"0.00 0.00 0.00",  /* black */
		"0.98 0.24 0.24",  /* red */
		"0.00 0.86 0.00",  /* green */
		"0.12 0.24 1.00",  /* blue */
		"0.00 0.78 0.78",  /* cyan */
		"0.94 0.00 0.51",  /* magenta */
		"0.90 0.86 0.19",  /* yellow */
		"0.94 0.51 0.16",  /* orange */
		"0.63 0.00 0.78",  /* purple */
		"0.63 0.90 0.19",  /* yellow/green */
		"0.00 0.63 1.00",  /* med. blue */
		"0.90 0.69 0.18",  /* dark yellow */
		"0.00 0.82 0.55",  /* aqua */
		"0.51 0.00 0.86",  /* dark purple */
		"0.67 0.67 0.67"   /* grey */
};
      char *widths[12] = {                      /* widths */
	 "4 w","7 w","10 w","14 w","17 w","20 w",
                "24 w","27 w","31 w","34 w","38 w","41 w"
	/*   "1 w","3 w","5 w","7 w","9 w","10 w",
	     "12 w","14 w","15 w","17 w","19 w","21 w"  RSCALE=2 widths */
             };
      int i;
      char buf[256];
      time_t thetime=time(NULL);
      if(o->pslevel>1) fprintf(outfile, "%%!PS-Adobe-2.0 EPSF-1.2\n");
      else             fprintf(outfile, "%%!PS-Adobe-1.0 EPSF-1.2\n");
#ifndef GXHEPS
      fprintf(outfile,"%%%%BoundingBox: ");
      fgetpos(outfile, &bboxpos);
      fprintf(outfile,"                    \n");
#else
         fprintf(outfile,"%%%%BoundingBox: (atend)\n");
#endif
      if(getenv("USER"))
	fprintf(outfile,"%%%%For: %s\n",getenv("USER"));
      fprintf(outfile,
              "%%%%Creator: gxeps $Revision: 1.13 $\n"
              "%%%%Title: %s\n"
              "%%%%CreationDate: %s"
              "%%%%Pages: ",fout,ctime(&thetime));
#ifndef GXHEPS
      fgetpos(outfile, &pagespos);
#endif
      if(o->pscale !=2) {
	fprintf(outfile,"    \n%%%%PageOrder: Ascend\n%%%%PaperSize: ");
	if(o->pscale==1) fprintf(outfile, "A4\n");
	else      fprintf(outfile, "Letter\n");
      }
      if(landscape) fprintf(outfile, "%%%%PageOrientation: Landscape\n");
      else      fprintf(outfile, "%%%%PageOrientation: Portrait\n");
      /*       fprintf(outfile,"%%%%DocumentFonts: "); */
      /*      if(o->tstamp||o->label) fprintf(outfile,"Helvetica"); */
      fprintf(outfile,"\n%%GxepsCommandLine: ");
      for(i=0;icomment) {			/* get user comments */
         fprintf(outfile,"\n%%BeginUserComments\n");
         printf("%s%s","Comments to plot=?",
               " (Period (.) on a single line to finish)\n");
        while(1) {
          fgets(buf,130,stdin);
          if(buf[0]=='.' && buf[1]=='\n') break;
          fprintf(outfile,"%% %s",buf);
        }
         fprintf(outfile,"%%EndUserComments\n");
      }
#ifdef GXHEPS
#if READLINE == 1
     if(o->history) {
       fprintf(outfile,"%%BeginGradsCommandHistory\n");
       fclose(outfile);
       strcpy(buf,"his -q ");
       gahistory("his",strncat(buf,fout,255), NULL);
       outfile=fopen(fout,"a");
       fprintf(outfile,"%%EndGradsCommandHistory\n");
      }
#endif
#endif
      fprintf(outfile,"%%%%EndComments\n");
      fprintf(outfile,"%s",
                      "\n%%BeginProlog\n");
      fprintf(outfile,"%%Change the following (values: true, false) to get color or b/w output\n");
      fprintf(outfile,"/blackwhite {%s} def\n",
	      (o->color) ? "false" : "true");
      fprintf(outfile,"%s",
	              "/clipOn {false} def\n"
	              "/bdef {bind def} bind def\n"
	              "/edef {exch def} bind def\n"
                      "/in {72 mul} bdef\n"
                      "/cm {in 2.54 div} bdef\n"
                      "/c {setrgbcolor} bdef\n"
                      "/g {setgray} bdef\n"
                      "/w {setlinewidth} bdef\n"
                      "/L {moveto rlineto stroke} bdef\n"
                      "/D {5 -1 roll 0 setdash L []0 setdash} bdef %% dashed line\n"
                      "/P {% Lay out a polygon\n"
                      "    % usage: x_n y_n x_n-1 y_n-1 ... x_0 y_0 n P\n"
                      "    3 1 roll moveto {rlineto} repeat} bdef\n"
                      "/F {P fill} bdef %Fill a polygon\n"
                      "/S {P stroke} bdef %Draw a polygon\n"
                      "/gxfonts {%Usage:  gxfonts\n"
                      "    [/Helvetica /Times-Roman /Times-Italic /Symbol /Helvetica-Bold /Times-Bold] \n"
                      "     exch get findfont} bdef\n"
                      "/sfont {%Usage:    sfont\n"
                      "     /szy edef /szx edef gxfonts [szx 0 0 szy 0 0 ] makefont setfont} def\n"
                      "/LS % Left alligned string\n" 
                      "{ % Usage:       \n"
                      "   gsave translate rotate sfont 0 0 moveto show grestore\n"
                      "} def\n"
                      "/RS % Right alligned string\n" 
                      "{ % Usage:       \n"
                      "   gsave translate rotate sfont 0 0 moveto dup stringwith pop \n"
                      "   0 sub rmoveto show grestore\n"
                      "} def\n"
		      "/JS % General justified string \n"
		      "{ %Usage:     "
		      "     JS\n"
		      " % (Note: justx, justy in percent: e.g., justx=50 => x-centered)\n"
		      "   /jy edef /jx edef gsave translate rotate sfont 0 0 moveto dup stringwidth\n"
		      "   jy mul 0.01 neg mul exch jx mul 0.01 mul neg exch rmoveto show grestore\n} def\n"
		      );
if(o->pslevel>1){
         fprintf(outfile,"%s",
                      "/B {rectfill} bdef %Fill a box, usage: xlow ylow width height B\n");
         fprintf(outfile,"%s",
                      "/iso_reencode { % Usage:  iso_reencode\n"
                      "  dup /isoname exch def findfont\n"
                      "  dup length dict begin\n"
                      "  { 1 index /FID ne\n"
                      "      {def}\n"
                      "      {pop pop}\n"
                      "      ifelse\n"
                      "  } forall\n"
                      "  /Encoding ISOLatin1Encoding def\n"
                      "  currentdict end\n"
                      "  isoname exch definefont pop\n"
		      "} def\n"
		      "[/Helvetica /Times-Roman /Times-Italic /Helvetica-Bold /Times-Bold]\n"
                      "   {iso_reencode} forall\n");
      }
      else { 
         fprintf(outfile,"%s",
                      "/B { %Fill a box, usage: xlow ylow width height B\n"
                      "     /height exch def /width exch def moveto width 0 rlineto\n"
                      "     0 height rlineto width neg 0 rlineto closepath fill} bdef \n");
      }
         fprintf(outfile,"%s",
                      "/BL { %layout a box, usage: xlow ylow width height BL\n"
                      "     /height exch def /width exch def moveto width 0 rlineto\n"
                      "     0 height rlineto width neg 0 rlineto closepath} bdef \n");
         fprintf(outfile,"%s","/G {gsave} bdef /R {grestore} bdef\n");
/*          fprintf(outfile,"%s", */
/*                       "/C { %Clip a box, usage: xlow ylow width height C\n" */
/*                       "  clippath BL  clip newpath} bdef \n"); */
         fprintf(outfile,"%s", 
                      "/C0 { %Reset clip path\n"  
                      "     clipOn {grestore /clipOn {false} def} if} def\n"
                      "/C1 { %Reset clipping to a box. Usage: xlow ylow width height C\n" 
                      "      clipOn {grestore} if gsave /clipOn {true} def\n"
		      "      BL eoclip newpath } bdef\n" 
                      "/C2 {%Add clip inside a box to current clipping.  Usage: xlow ylow width height C \n"
                      "      clipOn not {gsave /clipOn {true} def} if\n"
                      "     clippath BL eoclip newpath } bdef\n");


      fprintf(outfile,"\n%%Define line widths\n");
      for (i=0;i<12;i++) fprintf(outfile,"/w%i {%s} bdef\n",i,widths[i]);

      fprintf(outfile,"\n%%Define dashes\n");
      fprintf(outfile,"/s0 {[] 0 setdash} bdef\n");
      fprintf(outfile,"/s1 {[] 0 setdash} bdef\n");
      fprintf(outfile,"/s2 {[125 60] 0 setdash} bdef\n");
      fprintf(outfile,"/s3 {[60 60] 0 setdash} bdef\n");
      fprintf(outfile,"/s4 {[125 60 60 60] 0 setdash} bdef\n");
      fprintf(outfile,"/s5 {[10 40] 0 setdash} bdef\n");
      fprintf(outfile,"/s6 {[75 60] 0 setdash} bdef\n");
      fprintf(outfile,"/s7 {[125 40 15 15 15 40] 0 setdash} bdef\n");
      fprintf(outfile,"/s8 {[15 80] 0 setdash} bdef\n");
      

      fprintf(outfile,"\n%%Define colors:\n");
      if (o->reverse) {                       /* switch black and white colors */
          fprintf(outfile,"/c0 {%s g} bdef %%black and white reversed\n",gr[1]);
          fprintf(outfile,"/c1 {%s g} bdef\n",gr[0]);
      } else {
          for (i=0;i<2;i++) fprintf(outfile,"/c%i {%s g} bdef\n",i,gr[i]);
      }
      for (i=2;i<16;i++) fprintf(outfile,"/c%i {%s c} bdef\n",i,col[i]);

      fprintf(outfile,"\n%%Define grays:\n");
      if (o->reverse) {                       /* switch black and white */
          fprintf(outfile,"/g0 {%s g} bdef %%black and white reversed\n",gr[1]);
          fprintf(outfile,"/g1 {%s g} bdef\n",gr[0]);
      } else {
          for (i=0;i<2;i++) fprintf(outfile,"/g%i {%s g} bdef\n",i,gr[i]);
      }
      for (i=2;i<16;i++) fprintf(outfile,"/g%i {%s g} bdef\n",i,gr[i]);
      fprintf(outfile,"\nblackwhite\n");
      fprintf(outfile,"{ %%Black&white output: re-define line colors black, fill colors gray... \n  ");
      for (i=1;i<16;i++) fprintf(outfile,"/c%i {g1} def%s",i,(((i+1)%5)==0) ? "\n  " : " ");
      fprintf(outfile,"}\n{ %%Color output: undefine fill-colors... \n  ");
      for (i=0;i<16;i++) fprintf(outfile,"/g%i {c%i} def%s",i,i,(((i+1)%5)==0) ? "\n  " : " ");
      fprintf(outfile,"\n} ifelse\n");
      

      fprintf(outfile,"%%%%EndProlog\n\n%%%%BeginSetup\n");
      fprintf(outfile,"1 setlinecap 1 setlinejoin\n%%%%EndSetup\n");
#ifndef GXHEPS
      fgetpos(outfile,&pagepos);
#endif
      fprintf(outfile,"%%%%Page: 1 1\n");
      return;
}
/* --------------------------------------------------------------------------------- */

void init_newpage(short landscape,char *fout,struct options *o){
      int i;
      char buf[130];
      time_t thetime=time(NULL);
      struct tm *ltime=localtime(&thetime);
#ifndef GXHEPS
      if (o->reverse) {
        fgetpos(outfile, &blackpos);
        fprintf(outfile,"                              %% black background\n");
      }
#endif
      if(o->tstamp||o->label) fprintf(outfile,"gsave\n");
      if(o->pscale==1) { /* A4 paper */
        if (o->rotate) {
	  fprintf(outfile,"21 cm 0 translate 90 rotate\n"); /* landscape mode */
          fprintf(outfile,"%i %i translate %%move origin slightly in\n",A4YOFF, A4XOFF);
	} else {
          fprintf(outfile,"%i %i translate %%move origin slightly in\n",A4XOFF, A4YOFF);
	}
	fprintf(outfile,"%f %f scale  %% Units: 1000 = 2 cm\n",A4SCALE, A4SCALE);
      } else if (o->pscale==0){ /* Letter paper */
        if (o->rotate) {
	  fprintf(outfile,"8.5 in 0 translate 90 rotate %% landscape\n");
          fprintf(outfile,"%i %i translate %%move origin slightly in\n",LETYOFF,LETXOFF);
	} else {
          fprintf(outfile,"%i %i translate %%move origin slightly in\n",LETXOFF,LETYOFF);
	}
	fprintf(outfile,"%f %f scale  %%Units: 1000 = .9125 inch\n",LETSCALE, LETSCALE);
      } else if (o->pscale==2){ /* GrADS 8.5''x 11' scaling */
        if (o->rotate) 
	  fprintf(outfile,"8.5 in 0 translate 90 rotate %% landscape\n");
	fprintf(outfile,"%f %f scale  %%Units: 1000 = .9125 inch\n",GASCALE, GASCALE);
      }
      if(landscape)
	fprintf(outfile,"0 0 %d %d BL clip newpath %% Initial clipping.\n",
			    11000/RSCALE, 8500/RSCALE);
      else
	fprintf(outfile,"0 0 %d %d BL clip newpath %% Initial clipping.\n",
			    8500/RSCALE, 11000/RSCALE);
	
      fprintf(outfile,"c1\n");
      if(o->tstamp||o->label) {
	fprintf(outfile,"matrix currentmatrix %% store CTM\n");
        fprintf(outfile,"grestore\nc1 /Helvetica findfont 8 scalefont setfont\n");
	if(o->pscale) fprintf(outfile,"1 cm 28.5 cm translate 0 0 moveto\n");
	else     fprintf(outfile,"0.3 in 0.5 in translate 0 0 moveto\n");
	if(o->tstamp) {
          strftime(buf,130,"%c",ltime);
	  fprintf(outfile,"(%s,  %s) show %%file and time stamp\n", fout,buf);
	}
        if(o->label) {			/* get user label */
          fprintf(outfile,"\n\n%%BeginUserLabel\n");
          printf("   %s%s","Label to print on the plot=?"," (Period (.) on a single line to finish)\n");
          while(1) {
            fgets(buf,130,stdin);
            if(buf[0]=='.' && buf[1]=='\n') break;
            fprintf(outfile,"0 -7 translate 0 0 moveto (");
	    for (i=0;i print dashed line */
	        PrintDashLine(dline);
		LastLine=SaveLine(pnts,dline);
	     }
      } else if (LastLine==1) { /* there is a saved non-dashed line */
            if((LastLine=CheckDashLine(pnts,dline))==2) {                 
	        SetDline(pnts,dline);
            } else { /* Not New LastLine */
	        PrintDashLine(dline);
		LastLine=SaveLine(pnts,dline);
	    }
      } else { /* no last line saved */
         if (lcolor != (*colold) || (*lastfill) ) {
             fprintf(outfile,"c%i ",lcolor);
             *lastfill=0;
             *colold=lcolor;
         }
	    LastLine=SaveLine(pnts,dline);
      }
      if(flush){ 
   if ( lcolor != (*colold) || (*lastfill) )  {
     fprintf(outfile,"c%i ",lcolor);
     *lastfill=0;
     *colold=lcolor;
   }
	 PrintDashLine(dline);
	 LastLine=0;
      }
   } else { 
        if(LastLine) PrintDashLine(dline);
	if(*pcnt>1){
           if ( lcolor != (*colold) || (*lastfill) ) {
                fprintf(outfile,"c%i ",lcolor);
                *lastfill=0;
                *colold=lcolor;
           }
	   dx=(long)(pnts[*pcnt].x- pnts[(*pcnt)-1].x);
	   dy=(long)(pnts[*pcnt].y- pnts[(*pcnt)-1].y);
	   j=0;
	   colum=1;
           for(i=(*pcnt)-1;i>0;i--) {
              im=i-1;
	      dx1=(long)(pnts[i].x-pnts[im].x);
	      dy1=(long)(pnts[i].y-pnts[im].y);
	      if (((dx==0&&dy==0) || (dx*dy1==dx1*dy)) && !((dx==0&&dx1!=0) || (dy==0&&dy1!=0)) ) {
		 dx+=dx1;
		 dy+=dy1;
		 (*pcnt)--;
	      } else {
		             /* if old and new line directions disagree */
		 colum+=fprintf(outfile,"%ld %ld",dx,dy);
                 if (colum>=70) {
		     fprintf(outfile,"%c",'\n');
		     colum=1;
		 } else 
		     colum+=fprintf(outfile,"%c",' ');
		 dx=dx1;
		 dy=dy1;
	      }
           }
	   fprintf(outfile,"%ld %ld",dx,dy);
                 if (colum>=60) {
		     fprintf(outfile,"%c",'\n');
		     colum=1;
		 } else 
		     colum+=fprintf(outfile,"%c",' ');
           colum+=fprintf(outfile,"%i %i ",pnts[0].x,pnts[0].y);
	   if(flush==-1) fprintf(outfile,"%i P\n",*pcnt);
	   else
	     if(*pcnt==1) fprintf(outfile,"L\n");
	     else fprintf(outfile,"%i S\n",*pcnt);
	}
	LastLine=0;
   } 
   *pcnt=0;
}
/* --------------------------------------------------------------------------------- */
int SaveLine(struct point pnts[],struct point dline[]){
  dline[0].x=pnts[0].x;
  dline[0].y=pnts[0].y;
  dline[1].x=pnts[1].x;
  dline[1].y=pnts[1].y;
  dline[2].x=pnts[0].x;
  dline[2].y=pnts[0].y;
  dline[3].x=pnts[0].x;
  dline[3].y=pnts[0].y;
  return 1;
}
/* --------------------------------------------------------------------------------- */
void PrintDashLine(struct point dline[]){
  short SolidLine,dxsolid,dysolid,dxskip,dyskip;
  dxsolid=dline[2].x-dline[0].x;
  dysolid=dline[2].y-dline[0].y;
  dxskip=dline[3].x-dline[2].x;
  dyskip=dline[3].y-dline[2].y;
  SolidLine= ((dxsolid==0)&&(dysolid==0)&&(dxskip==0)&&(dyskip==0));
  if(!SolidLine) fprintf(outfile,"[%i %i] ",
	      (short) (sqrt((float) dxsolid*dxsolid+(float) dysolid*dysolid)+0.5),
	      (short) (sqrt((float) dxskip*dxskip+(float) dyskip*dyskip)+0.5));
  fprintf(outfile,"%i %i %i %i %c\n",dline[1].x-dline[0].x,dline[1].y-dline[0].y,
	  dline[0].x,dline[0].y,SolidLine ? 'L' : 'D');
  return;
}
/* --------------------------------------------------------------------------------- */
short CheckDashLine(struct point pnts[],struct point dline[]){
  short dx,dy;
  dx=pnts[1].x-pnts[0].x;
  if (dx!=dline[1].x-dline[0].x) return 1; /* delta x disagree */
  dy=pnts[1].y-pnts[0].y;
  if (dy!=dline[1].y-dline[0].y) return 1; /* delta y disagree */
  if((int) dx *(pnts[0].y-dline[1].y) !=(int) (pnts[0].x-dline[1].x)*dy)
      return 1;  /* line directions disagree */
  else return 2;
}
/* --------------------------------------------------------------------------------- */
short CheckExpandDashLine(struct point pnts[],struct point dline[]){
  if( (dline[3].x-dline[2].x!=pnts[0].x-dline[1].x) ||
      (dline[3].y-dline[2].y!=pnts[0].y-dline[1].y) ||
      (dline[2].x-dline[0].x!=pnts[1].x-pnts[0].x)  ||
      (dline[2].y-dline[0].y!=pnts[1].y-pnts[0].y)    )return 1;
  else return 2;
}
/* --------------------------------------------------------------------------------- */
void SetDline(struct point pnts[],struct point dline[]){
  dline[2].x=dline[1].x;
  dline[2].y=dline[1].y;
  dline[3].x=pnts[0].x;
  dline[3].y=pnts[0].y;
  dline[1].x=pnts[1].x;
  dline[1].y=pnts[1].y;
  return;
  }
/* --------------------------------------------------------------------------------- */
void fillline(struct point pnts[],short pcnt){
   register int i,im;
   /* check if the polygon is a rectangel: */
   if(pcnt==4 &&  pnts[0].x==pnts[1].x && pnts[2].x==pnts[3].x &&
	     pnts[1].y==pnts[2].y && pnts[0].y==pnts[3].y) {
      fprintf(outfile,"%i %i %i %i B\n",
	      pnts[0].x,pnts[0].y,pnts[2].x-pnts[0].x,pnts[2].y-pnts[0].y);
   } else if(pcnt==4 && pnts[0].y==pnts[1].y && pnts[2].y==pnts[3].y &&
	     pnts[1].x==pnts[2].x && pnts[0].x==pnts[3].x) {
      fprintf(outfile,"%i %i %i %i B\n",
	      pnts[0].x,pnts[0].y,pnts[2].x-pnts[0].x,pnts[2].y-pnts[0].y);
   } else {
     long dx,dy,dx1,dy1;
     int j,colum;
	   dx=(long)(pnts[pcnt].x- pnts[(pcnt)-1].x);
	   dy=(long)(pnts[pcnt].y- pnts[(pcnt)-1].y);
	   j=0;
	   colum=1;
           for(i=(pcnt)-1;i>0;i--){
              im=i-1;
	      dx1=(long)(pnts[i].x-pnts[im].x);
	      dy1=(long)(pnts[i].y-pnts[im].y);
	      if (((dx1==0&&dy1==0) ||
		   (dx*dy1==dx1*dy)) && !((dx==0&&dx1!=0)||(dy==0&&dy1!=0)) ) {
		 dx+=dx1;
		 dy+=dy1;
		 (pcnt)--;
	      } else {      /* if old and new line directions disagree */
		 colum+=fprintf(outfile,"%ld %ld",dx,dy);
                 /* (j++%10==9) ? fprintf(outfile,"%c",'\n') : fprintf(outfile,"%c",' '); */
                 if (colum>=70) {
		     fprintf(outfile,"%c",'\n');
		     colum=1;
		 } else 
		     colum+=fprintf(outfile,"%c",' ');
		 dx=dx1;
		 dy=dy1;
	      }
           }
	   if(colum>=60)
	       fprintf(outfile,"%ld %ld\n%i %i %i F\n",dx,dy,pnts[0].x,pnts[0].y,pcnt);
	   else
               fprintf(outfile,"%ld %ld %i %i %i F\n",dx,dy,pnts[0].x,pnts[0].y,pcnt);
   }
}
/* --------------------------------------------------------------------------------- */

void boundbox(struct point* pnts){  /* compute bounding box */
  /*  Does not work because of clipping to the outside 
   *  For now, let's not take clipping into account
   *  *** TO BE FIXED ***
  if((cliplow.xxx,cliplow.x);
  if((cliplow.yyy,cliplow.y);
  if((cliphigh.x>bbhigh.x) && (pnts->x>bbhigh.x)) bbhigh.x=min(pnts->x,cliphigh.x);
  if((cliphigh.y>bbhigh.y) && (pnts->y>bbhigh.y)) bbhigh.y=min(pnts->y,cliphigh.y);
  */
     if(pnts->xx;
     if(pnts->yy;
    if(pnts->x>bbhigh.x) bbhigh.x=pnts->x;
     if(pnts->y>bbhigh.y) bbhigh.y=pnts->y;
     return;
}
/* --------------------------------------------------------------------------------- */
void printbbox(short pscale,short landscape,struct options *o){
#ifndef GXHEPS
     fsetpos(outfile, &bboxpos);
#endif
     if(pscale) {
        bblow.x= ( (float) bblow.x) *A4SCALE;
        bbhigh.x= ((float) bbhigh.x)*A4SCALE;
        bblow.y= ((float) bblow.y)*A4SCALE;
        bbhigh.y= ((float) bbhigh.y)*A4SCALE;
        if(o->rotate==0) {
          fprintf(outfile,"%i %i %i %i",
               bblow.x+A4XOFF-BORDER,bblow.y+A4YOFF-BORDER,bbhigh.x+A4XOFF+BORDER,
		  bbhigh.y+A4YOFF+BORDER);
#ifndef GXHEPS
	  if(o->reverse) {
            fsetpos(outfile, &blackpos);
            fprintf(outfile,"0 g %i %i %i %i B 1 g ",
               bblow.x+A4XOFF-BORDER,bblow.y+A4YOFF-BORDER,bbhigh.x-bblow.x+2*BORDER,
		    bbhigh.y-bblow.y+2*BORDER);
	  }
#endif
        } else {
           fprintf(outfile,"%i %i %i %i",
              595-bbhigh.y-A4XOFF-BORDER,bblow.x+A4YOFF-BORDER,612-bblow.y-A4XOFF+BORDER,
		   bbhigh.x+A4YOFF+BORDER);
#ifndef GXHEPS
	  if(o->reverse) {
            fsetpos(outfile, &blackpos);
            fprintf(outfile,"0 g %i %i %i %i B 1 g ",
		  595-bbhigh.y-A4XOFF-BORDER,bblow.x+A4YOFF-BORDER,bbhigh.y-bblow.y+2*BORDER,
		    bbhigh.x-bblow.x+2*BORDER); 
	  }
#endif
	}
     } else {
        bblow.x= ((float) bblow.x)*LETSCALE;
        bbhigh.x= ((float) bbhigh.x)*LETSCALE;
        bblow.y= ((float) bblow.y)*LETSCALE;
        bbhigh.y= ((float) bbhigh.y)*LETSCALE;
        if(o->rotate==0){
           fprintf(outfile,"%i %i %i %i",
               bblow.x+LETXOFF-BORDER,bblow.y+LETYOFF-BORDER,bbhigh.x+LETXOFF+BORDER,
		   bbhigh.y+LETYOFF+BORDER);
#ifndef GXHEPS
	  if(o->reverse) {
            fsetpos(outfile, &blackpos);
            fprintf(outfile,"0 g %i %i %i %i B 1 g ",
               bblow.x+LETXOFF-BORDER,bblow.y+LETYOFF-BORDER,bbhigh.x-bblow.x+2*BORDER,
		    bbhigh.y-bblow.y+2*BORDER);
	  }
#endif
	} else {
           fprintf(outfile,"%i %i %i %i",
              612-bbhigh.y-LETXOFF-BORDER,bblow.x+LETYOFF-BORDER,612-bblow.y-LETXOFF+BORDER,
		   bbhigh.x+LETYOFF+BORDER);
#ifndef GXHEPS
	  if(o->reverse) {
            fsetpos(outfile, &blackpos);
            fprintf(outfile,"0 g %i %i %i %i B 1 g ",
		      612-bbhigh.y-LETXOFF-BORDER,bblow.x+LETYOFF-BORDER,
		    bbhigh.y-bblow.y+2*BORDER,bbhigh.x-bblow.x+2*BORDER); 
	  }
#endif
	}
     }
#ifndef GXEPS       
     fseek(outfile,0L,2); 
#endif
}
/* --------------------------------------------------------------------------------- */


int parse_arg(int argc,char *argv[],struct options *o,char **fin, char **fout){
     register int i,j;
     i = 1;
#ifndef GXHEPS
     if(argc==1) return(print_options(argv));
#endif

     for (i=1;ipscale = 1;
         else if (*(argv[i]+j)=='1') o->pslevel = 1;
         else if (*(argv[i]+j)=='2') o->pslevel = 2;
	 else if (*(argv[i]+j)=='b') o->color = 0;
         else if (*(argv[i]+j)=='c') o->color = 1;
#ifdef NEVER_CTL_D
         else if (*(argv[i]+j)=='d') ;
#else
         else if (*(argv[i]+j)=='d') o->ctl_d = !o->ctl_d;
#endif
#ifdef PSFONTS
         else if (*(argv[i]+j)=='f') o->font =0;
#endif
         else if (*(argv[i]+j)=='g') o->pscale = 2;
	 else if (*(argv[i]+j)=='G') o->graylines = 1;
	 else if (*(argv[i]+j)=='h') return (print_options(argv));
	 else if (*(argv[i]+j)=='H') o->history = 0;
         else if (*(argv[i]+j)=='i') {*fin = argv[++i];break;}
         else if (*(argv[i]+j)=='l') o->pscale = 0;
         else if (*(argv[i]+j)=='L') o->label = 1;
         else if (*(argv[i]+j)=='n') o->comment = 1;
         else if (*(argv[i]+j)=='o') {*fout = argv[++i];break;}
         else if (*(argv[i]+j)=='r') o->reverse = 1;
         else if (*(argv[i]+j)=='R') o->rotate = 0;
         else if (*(argv[i]+j)=='s') o->tstamp = 1;
         else if (*(argv[i]+j)=='v') o->verbose = 1;
         else { 
	   fprintf(stderr,"Unknown option: %s\n\n",argv[i]);
	   print_options(argv);
	     return(1);
	 }
       }
     }
    else  /* No command line "-" */
#ifdef GXHEPS
	 *fout = argv[i];
#else
      *fin=argv[i];
#endif
  }
#ifdef GXHEPS
     if(*fout==NULL)
       *fout="grads.eps";
#endif     
     return(0);
}
/* --------------------------------------------------------------------------------- */

int print_options(char *argv[]){
#ifndef GXHEPS	       
	       /* printf("   This is gxeps $Revision: 1.13 $\n"); */
	       printf("   This is gxeps Version: GRADS_VERSION\n");
#endif
#ifdef NEVER_CTL_D
       fprintf(stderr,"   %s%s%s","Usage: ",argv[0],
#ifndef GXHEPS	       
	   " [-abcfghiLlnRrsv -i [."  IN_EXT
#else
	   " [-abcfghiLlnRrsv"
#endif 
           "] -o ] [[."IN_EXT"]].\n");
#else
       fprintf(stderr,"%s%s%s","Usage: ",argv[0],
	   " [-acdifhLlnRrsv -i [."  IN_EXT
           "] -o ] [[."IN_EXT"]].\n");
#endif
       fprintf(stderr,"Options:\n");
       fprintf(stderr,"     -1   PostScript Level 1 output.\n");
       fprintf(stderr,"     -2   PostScript Level 2 output  (default).\n");
       fprintf(stderr,"     -a   A4 paper.\n");
       fprintf(stderr,"     -b   Black & white output.\n");
       fprintf(stderr,"     -c   Color output (default).\n");
#ifndef NEVER_CTL_D
       if(DEFAULT_CTL_D)  fprintf(stderr,"     -d   Do not add Control-D at end.\n");
       else fprintf(stderr,"     -d   Add Control-D at end.\n");
#endif
#ifdef PSFONTS
       fprintf(stderr,"     -f   Do not use PostScript fonts.\n");
#endif
       fprintf(stderr,"     -g   True 8.5'' x 11'' output (GrADS scaling).\n");
       fprintf(stderr,"     -G   Use gray lines in black & white mode (default: all black).\n");
#ifdef GXHEPS
       fprintf(stderr,"     -H   Do not include GrADS command history in output.\n");
#endif
       fprintf(stderr,"     -h   Help.\n");
#ifndef GXHEPS	       
       fprintf(stderr,"     -i   [."IN_EXT"], '-' = stdin.\n");
#endif
       fprintf(stderr,"     -l   letter paper\n");
       fprintf(stderr,"     -L   Ask for a label to be printed on the plot.\n");
       fprintf(stderr,"     -n   Ask for a note to include in postscript file header.\n");
       fprintf(stderr,"     -o    (default: basename(in_file)."OUT_EXT", '-' = stdout).\n");
#ifndef GXHEPS	       
       fprintf(stderr,"     -R   Do not rotate landscape metafiles.\n");
#endif
       fprintf(stderr,"     -r   Black background.\n");
       fprintf(stderr,"     -s   Add a file & time stamp.\n");
       fprintf(stderr,"     -v   Verbose.\n\n");
       fprintf(stderr,"For more information visit http://www.bol.ucla.edu/~munnich/grads/gxeps.html.\n");
     return(8);
     }
/* --------------------------------------------------------------------------------- */

int openfiles(char **fin, char **fout,short verbose){ /* Open files */

#ifndef GXHEPS
  int i;
  if (*fin==NULL) {
    *fin = (char *) malloc(sizeof(char)*150);
     fgets(*fin,150,stdin);
     printf("   Read infile = %s\n",*fin);
  }
  if(strcmp(*fin,"-")==0) infile=stdin;
  else infile = fopen(*fin ,"rb");
  if (infile == NULL) {
    *fin=strcat(*fin,"."IN_EXT);
    infile = fopen(*fin,"rb");
    if (infile == NULL) {
      (*fin)[strlen(*fin)-3]='\0';
      printf ("Input file %s[."IN_EXT"] not found.\n",*fin);
      return(1);
    }
  }
  /* setvbuf(infile,NULL,_IOFBF,(size_t) 524288L); */
  if (*fout==NULL) {
    *fout = (char *) malloc(sizeof(char)*150);
    strcpy(*fout,*fin);
    for (i=strlen(*fout)-1;i>=0;i--) {
      if((*fout)[i]=='.') {strcpy((*fout)+i+1,OUT_EXT);
	break;
      }
      if(i==0){strcpy((*fout)+strlen(*fout),"."OUT_EXT);}
    }
  }
#endif
  if(strcmp(*fout,"-")==0) outfile=stdout;
  else outfile = fopen(*fout,"w");
  if (outfile==NULL) {
    printf ("Error opening output file %s \n",*fout);
    return(1);
  }
  if(verbose) {
    printf("\n   Gxeps $Revision: 1.13 $\n");
#ifndef GXHEPS
    printf("     Input file  = %s\n",*fin);
#endif
    if(strcmp(*fout,"-")==0) printf("output to stdout\n");
    else printf("     Output file = %s\n",*fout);
  }
  /* setvbuf(outfile,NULL,_IOFBF,(size_t) 524288L); */
  return(0);
}
/* --------------------------------------------------------------------------------- */
void setjust(short *opts, short *justx, short *justy)
{	/* 
	 * Set justification
	 * for just>9 an addition border of size height is
	 * added. This is mainly used for axis labels who initial
	 * position touched the axis.
	 */
	short just,wid;
	struct point pnt;

	just=opts[7];
	/*  Remember:
	 *  xpos=opts[1];
	 *  ypos=opts[2];
	 *  height=opts[3].
	 */
	if(just==2) {
		*justx=50;
		*justy=0;
	} else if (just==3) {
		*justx=100;
		*justy=0;
	} else if (just==4) {
		*justx=0;
		*justy=50;
	} else if (just==5) {
		*justx=50;
		*justy=50;
	} else if (just==6) {
		if(opts[5]/64==90) {
			*justx=50;
			*justy=100;
		} else {
			*justx=100;
			*justy=50;
		}
	} else if (just==7) {
		*justx=0;
		*justy=100;
	} else if (just==8) {
		*justx=50;
		*justy=100;
	} else if (just==9) {
		*justx=100;
		*justy=100;
	} else if (just==11) { /* title, x-axis label top */
		*justx=50;
		*justy=100;
		opts[2]+=opts[3];
	} else if (just==12) { /* y-axis label left */
		*justx=100;
		*justy=50;
		opts[1]-=opts[3];
		opts[2]-=opts[3]/2;
	} else if (just==13) { /* yaxis label right */
		*justx=0;
		*justy=50;
		opts[1]+=opts[3]; 
		opts[2]-=opts[3]/2;
	} else if (just==14) { /* title or x-axis label */
		*justx=50;
		*justy=100;
		opts[2]-=2*opts[3];
	}
	/* Guess new bounding box
	 * 
	 * We dont know the exact string width 
	 * and guess it to be height * strlen * 3/4
	 */

	wid=opts[3]*opts[0]*3/4; 
	/* lower left */
	pnt.x=opts[1]-wid * *justx/100;
	pnt.y=opts[2]-opts[3]**justy/100;
	boundbox(&pnt);
	/* lower right */
	pnt.x=opts[1]+wid*(100 - *justx)/100;
	boundbox(&pnt);
	/* upper right */
	pnt.y=opts[2]+opts[3]*(100 - *justy)/100;
	boundbox(&pnt);
	/* upper left */
	pnt.x=opts[1]-wid * *justx/100;
	boundbox(&pnt);
  return;
}
/* --------------------------------------------------------------------------------- */
/*
/Helvetica findfont
dup length dict begin
  { 1 index /FID ne
      {def}
      {pop pop}
    ifelse
  }
/Encoding ISOLatin1Encoding def
  currentdict
end
/Helvetica-ISOLatin1 exch definefont pop

/iso_reencode { 
  dup findfont
  dup length dict begin
  { 1 index /FID ne
      {def}
      {pop pop}
      ifelse
  } forall
  /Encoding ISOLatin1Encoding def
  currentdict end
  exch definefont pop 
} def
 */
/* --------------------------------------------------------------------------------- */
grads-2.0.1/src/gauser.c0000644000175000017500000073712411640403370016201 0ustar  amckinstryamckinstry/*  copyright (C) 1988-2010 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

#ifdef HAVE_CONFIG_H
#include "config.h"
/* If autoconfed, only include malloc.h when it's present */
#ifdef HAVE_MALLOC_H
#include 
#endif
#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#if USESHP==1
#include "shapefil.h"
#endif

#if USENETCDF == 1
#include "netcdf.h"
#endif 

#if USEHDF == 1
#include "mfhdf.h"
#endif 
#if USEHDF5 == 1
#include "hdf5.h"
#endif 

#if USEGUI == 1
#include "gagui.h"
#endif

#include 
#include 
#include 
#include 
#include 
#include "grads.h"
#include "gx.h"

char *gatxtl(char *str, int level);

extern struct gamfcmn mfcmn;
static char *cdims[7] = {"None","Lon","Lat","Lev","Time","Ens","Val"};
static char *ccdims[6] = {"Xdim","Ydim","Zdim","Tdim","Edim","Val"}; 
static char pout[256];   /* Build error msgs here */
static struct gacmn *savpcm;

/*  Variables to handle message buffering for the script language */
static gaint msgflg = 0;
struct msgbuf {
  struct msgbuf *forw;
  gaint levl;
  gaint len;
  char *msg;
};
static struct msgbuf *msgstk, *msgcurr, *msgnew;


/* Handle all user commands */
gaint gacmd (char *com, struct gacmn *pcm, gaint exflg) {
struct gafile *pfi,*pfi2;
struct gadefn *pdf,*pdf2;
struct gaclct *clct,*clct2;
gaint rc,reinit,fnum,i,len,retcod,flag,xin,yin,bwin,gifflg,tcolor;
char cc[260], bgImage[256], fgImage[256];
char *cmd,*rslt,*ccc,*ch;
size_t sz;

  ccc = NULL;
  gaiomg();   /* enable interpolation message */

  len = 0;
  while(*(com+len)) len++;
  len++;
  sz = len+1;
  ccc = (char *)galloc(sz,"ccc");
  if (ccc==NULL) {
    gaprnt(0,"Memory allocation error: Command Proecessing\n");
    return(1);
  }
  for (i=0; i='a' && *cmd<='z') {
    i = 0;
    ch = cmd;
    while ( (*ch>='a' && *ch<='z') || (*ch>='0' && *ch<='9' ) ) {
      i++;
      if (i>16) break;
      ch++;
    }
    if (i<17) {
      while (*ch==' ') ch++;
      if (*ch=='=') {
        flag = 1;
        ch++;
        while (*ch==' ') ch++;
      }
    }
    if (flag) {
      if (pcm->pfid==NULL) {
        gaprnt (0,"DEFINE error:  no file open yet\n");
        retcod = 1;
        goto retrn;
      }
      retcod = gadef (cmd, pcm, 1);
      goto retrn;
    }
  }

  if (!(cmpwrd("clear",cmd) || cmpwrd("c",cmd))) gxfrme (9);
  if (*com=='\0' || *com=='\n') goto retrn; 

  if (cmpwrd("quit",cmd)) {
     retcod = -1;
     goto retrn;
  } 

  else if (*cmd=='!') {
    system(com+1);
    goto retrn;

#if READLINE == 1
    /* print history or repeat commands from history  */
  }  
  else if (cmpwrd("history", cmd) ||
	   cmpwrd("his",     cmd) ||
	   cmpwrd("repeat",  cmd) ||
	   cmpwrd("r",       cmd)    ) {
    retcod = gahistory(cmd, com, pcm);
    goto retrn;
#endif
#if USEGUI == 1
  } 
  else if (cmpwrd("gui",cmd)) {
    char *tmp ;
    if ((cmd=nxtwrd(com)) == NULL) {
      gaprnt (0,"GUI error:  No file name specified\n");
      retcod = 1;
      goto retrn;
    } else {
      gaint lentmp ;

      lentmp = (gaint) strlen(cmd) ;
      sz = lentmp + 1;
      tmp = (char *) galloc(sz,"gui") ;
      getwrd(tmp, cmd, lentmp) ;
      retcod = Custom_GUI(tmp);
      if(tmp) gree(tmp,"f186");
      goto retrn;
    }
#endif
#if GRIB2
  } else if (cmpwrd("flush",cmd)) {
    g2clear();
    gaprnt (1,"grib2 cache cleared\n");
    goto retrn;
#endif
  } else if (cmpwrd("stack",cmd)) {
    goto retrn;

  } else if (cmpwrd("reset",cmd) || cmpwrd("reinit",cmd)) {
    pcm->xsiz = pcm->pxsize;
    pcm->ysiz = pcm->pysize;
    gxvpag (pcm->xsiz, pcm->ysiz, 0.0, pcm->xsiz, 0.0, pcm->ysiz);
    gainit();
    gacln (pcm,1);
    gacln (pcm,2);
    gacln (pcm,3);
    gacln (pcm,4);
    reinit = 0;
    if (cmpwrd("reinit",cmd)) {
      reinit = 1;
      mfcmn.cal365=-999;
      mfcmn.warnflg=2;
      /* release all define blocks */
      pdf = pcm->pdf1;
      while (pdf) {
        pdf2 = pdf->pforw;
        pfi = pdf->pfi;
        if (pfi->rbuf) gree(pfi->rbuf,"f189a");
        if (pfi->sbuf) gree(pfi->sbuf,"f189b");
        if (pfi->ubuf) gree(pfi->ubuf,"f189c");
	for (i=0; i<5; i++) {
	  gree(pfi->grvals[i],"f189d");
	  gree(pfi->abvals[i],"f189e");
	}
        gree(pfi,"f190");
        gree(pdf,"f191");
        pdf = pdf2;
      }
      /* release all collections */
      for (i=0; i<32; i++) {
	clct = pcm->clct[i];
	while (clct) {
	  gasfre(clct->stn);
	  clct2 = clct->forw;
	  gree(clct,"f218");
	  clct = clct2;
	}
	pcm->clct[i] = NULL;
	pcm->clctnm[i] = 0;
      }
      /* close all files */
      pfi = pcm->pfi1;
      while (pfi) {
        if (pfi->infile) fclose(pfi->infile); 
        if (pfi->mfile)  fclose(pfi->mfile);
	if (pfi->ncflg==1) gaclosenc(pfi);
	if (pfi->ncflg==2) gaclosehdf(pfi);
	if (pfi->ncflg==3) gacloseh5(pfi);
	if (pfi->bufrdset) {            /* bufr station data */
	  gabufr_close(pfi->bufrdset);  /* free memory */
	  pfi->bufrdset=NULL;           /* reset the pointer */
	}
#if USEGADAP
        if (pfi->dhandle > -999) dapclo(pfi);  /* opendap station data */
#endif
        pfi2 = pfi->pforw;
        frepfi(pfi,0);
        pfi = pfi2;
      }
      pcm->pfi1 = NULL;
      pcm->pfid = NULL;
      pcm->fnum = 0;
      pcm->dfnum = 0;
      pcm->undef =  -9.99e8;         /* default undef value */
      pcm->pdf1 = NULL;
      pcm->grflg = 0;
      pcm->devbck = 0;
      if (pcm->ffile) fclose(pcm->ffile);
      pcm->ffile = NULL;
      if (pcm->sfile) fclose(pcm->sfile);
      pcm->sfile = NULL;
      if (pcm->fwname) gree(pcm->fwname,"f192");
      pcm->fwname = NULL;
#if USENETCDF == 1
      if (pcm->ncwid != -999) nc_close(pcm->ncwid);
#endif
      pcm->fwenflg = BYTEORDER;
      gxhend();
      gxdbck(pcm->devbck);
      gxgrey(pcm->grflg);
#if GRIB2
      g2clear();
#endif
      gaprnt (1,"All files closed; all defined objects released;\n");
    }
    if (pcm->fnum>0 && pcm->pfi1) {
      pcm->pfid = pcm->pfi1;
      pcm->dfnum = 1;
      pfi = pcm->pfi1;
      if (pfi->type==2 || pfi->wrap) gacmd ("set lon 0 360",pcm,0);
      else {
        snprintf(pout,255,"set x 1 %i",pfi->dnum[0]);
        gacmd (pout,pcm,0);
      }
      if (pfi->type==2) {
        gacmd ("set lat -90 90",pcm,0);
        gacmd ("set lev 500",pcm,0);
      } else {
        snprintf(pout,255,"set y 1 %i",pfi->dnum[1]);
        gacmd (pout,pcm,0);

	/* set z to max if x or y = 1 */
	if(pfi->type==1 && pfi->dnum[2] > 1
	   && ( (pfi->dnum[0] == 1) || (pfi->dnum[1] == 1) ) ) {
	  if(pfi->dnum[2] <= 1) {
	    snprintf(pout,255,"set z 1");
	  } else {
	    snprintf(pout,255,"set z 1 %i",pfi->dnum[2]);
	  }
	  gacmd (pout,pcm,0);
	} else {
	  gacmd ("set z 1",pcm,0);
	}
      }
      gacmd ("set t 1",pcm,0);
      gacmd ("set e 1",pcm,0);
    }
    gxchdf(0);               /* set default font to 0 */ 
    gxfrme (1);
    if (reinit)
      gaprnt (1,"All GrADS attributes have been reinitialized\n");
    else gaprnt (1,"Most GrADS attributes have been reset\n");
    goto retrn;
  }
  else if (cmpwrd("screen",cmd)) {
    if ((cmd=nxtwrd(cmd)) == NULL) {
      gaprnt (0,"Screen Error: Missing keyword\n");
      retcod = 1;
      goto retrn;
    }
    i = 0;
    if (cmpwrd("save",cmd)) i = 1;
    if (cmpwrd("show",cmd)) i = 2;
    if (cmpwrd("free",cmd)) i = 3;
    if (i) {
      if ((cmd=nxtwrd(cmd)) == NULL) {
        gaprnt (0,"Screen Error: Missing screen number\n");
        retcod = 1;
        goto retrn;
      }
      if (intprs(cmd,&(fnum)) == NULL ) {
        gaprnt (0,"Screen Error: Invalid screen number\n");
        retcod = 1;
        goto retrn;
      }
      if (i==1) gxdssv(fnum);
      if (i==2) gxdssh(fnum);
      if (i==3) gxdsfr(fnum);
      gxfrme(9);
    } else {
      gaprnt (0,"Screen Error: Unknown keyword\n");
      retcod = 1;
      goto retrn;
    }
    goto retrn;
  }
  else if (cmpwrd("close",cmd)) {
    if ((cmd=nxtwrd(cmd)) == NULL) {
      gaprnt (0,"Close Error: Missing file number\n");
      retcod = 1;
      goto retrn;
    }
    if (intprs(cmd,&(fnum)) == NULL ) {
      gaprnt (0,"Close Error: Invalid file number\n");
      retcod = 1;
      goto retrn;
    }
    if (fnum != pcm->fnum) {
      gaprnt (0,"Close Error: Only last file may be closed\n");
      retcod = 1;
      goto retrn;
    }
    /* advance to end of chain of open file structures */
    pfi = pcm->pfi1;
    for (i=0; ipforw;
    if (pfi==NULL || pfi->pforw!=NULL) {
      gaprnt (0,"Logic Error 4 on Close.  No Action Taken\n");
      retcod = 1;
      goto retrn;
    }
    /* close any data and map files that are open */
    if (pfi->infile) fclose (pfi->infile);
    if (pfi->mfile) fclose(pfi->mfile);
    if (pfi->ncflg==1) gaclosenc(pfi);
    if (pfi->ncflg==2) gaclosehdf(pfi);
    if (pfi->ncflg==3) gacloseh5(pfi);
    if (pfi->bufrdset) {            /* bufr station data */
      gabufr_close(pfi->bufrdset);  /* free memory */
      pfi->bufrdset=NULL;           /* reset the pointer */
    }
#if USEGADAP
    if (pfi->dhandle > -999) dapclo(pfi);  /* opendap station data */
#endif
    frepfi(pfi,0);
    pcm->fnum--;                           /* decrease number of open files */
    if (pcm->dfnum==fnum) {                /* if closed file was default ... */
      pcm->dfnum = 1;                      /* ...reset default file number to 1  */
      pcm->pfid = pcm->pfi1;               /* ...reset pointer to default gafile */
    }
    if (pcm->fnum==0) {                    /* no files open, so ... */
      pcm->dfnum = 0;                      /*    set default file to zero */
      pcm->pfi1 = NULL;                    /*    pointer to file chain is null */
      pcm->pfid = NULL;                    /*    pointer to default file is null */
    } else {
      pfi = pcm->pfi1;
      for (i=0; ipforw;  /* move to end of chain */
      pfi->pforw = NULL;                                 /* set last link to null */
    }
    snprintf(pout,255,"File %i has been closed\n",fnum);
    gaprnt (2,pout);
    goto retrn;
  }
  else if (cmpwrd("clear",cmd) || cmpwrd("c",cmd)) {
    rc = 0;
    if ((cmd=nxtwrd(cmd)) != NULL) {
      rc=99;
      if (cmpwrd("norset",cmd))   rc = 1;
      if (cmpwrd("events",cmd))   rc = 2;
      if (cmpwrd("graphics",cmd)) rc = 3;
      if (cmpwrd("hbuff",cmd))    rc = 4;
      if (cmpwrd("button",cmd))   rc = 5;
      if (cmpwrd("rband",cmd))    rc = 6;
      if (cmpwrd("dropmenu",cmd)) rc = 7;
      if (cmpwrd("sdfwrite",cmd)) rc = 8;
      if (cmpwrd("mask",cmd))     rc = 9;
      if (cmpwrd("shp",cmd))      rc = 10;
    }
    if (rc==99) {
      gaprnt (0,"Invalid option on clear command\n");
      goto retrn;
    }
    if (rc<2) {
      if (exflg) gxfrme (0);
      else gxfrme (1);
    }
    else if (rc==2) gxfrme(8);
    else if (rc==3) gxfrme(7);
    else if (rc==4) gxhfrm(0);
    else if (rc>4 && rc<8) {
      if ((cmd=nxtwrd(cmd)) == NULL) {
        gaprnt (0,"Invalid or missing widget number on clear command\n");
        goto retrn;
      }
      if (intprs(cmd,&(fnum)) == NULL ) {
        gaprnt (0,"Invalid or missing widget number on clear command\n");
        goto retrn;
      }
      gxrs1wd (rc-4, fnum);
    }
    if (rc==1) gacln(pcm,0);
    else if (rc==8) gacln(pcm,2);  /* clears sdfwrite file name and attributes */
    else if (rc<5 || rc==99) {
      gacln (pcm,1);
      pcm->dbflg = 0;
    }
    else if (rc==9) gxmaskclear();
    else if (rc==10) gacln(pcm,3);  /* clears user-provided shapefile attributes */
    goto retrn;
  }

  else if (cmpwrd("swap",cmd)) {
    if (pcm->dbflg) gxfrme(2);
    gacln(pcm,1);
    goto retrn;
  } 

  else if (cmpwrd("outxwd", cmd)) { 
    if (pcm->batflg) {
      gaprnt(0,"The outxwd command does not work in batch mode\n");
      retcod = 1;
      goto retrn;
    }
    char *fname, name_file_xwd[256] ; 
    fname = nxtwrd(com) ; 
    if (fname) { 
      if (sscanf(fname, "%s", name_file_xwd) == 1) { 
	if (pcm->dbflg) { 
	  dump_back_buffer(name_file_xwd) ; 
	} else { 
	  dump_front_buffer(name_file_xwd) ; 
	} 
      } 
    } else { 
      gaprnt(0,"command outxwd: missing output filename\n") ; 
    } 
    gacln(pcm,1) ; 
    goto retrn;
  } 

  else if (cmpwrd("q",cmd)||cmpwrd("query",cmd)) {
    retcod = gaqury (cmd, com, pcm);
    goto retrn;
  }
  else if (cmpwrd("help",cmd)) {
    retcod = gahelp (cmd, pcm);
    goto retrn;
  }
  else if (cmpwrd("exec",cmd)) {
    retcod = gaexec (com, pcm);
    goto retrn;
  }
  else if (cmpwrd("run",cmd)) {
    if ((cmd=nxtwrd(com)) == NULL) {
      gaprnt (0,"RUN error:  No file name specified\n");
      retcod = 1;
      goto retrn;
    }
    savpcm = pcm;
    rslt = gsfile(cmd,&rc,0);
    if (rc==0 && rslt!=NULL) gaprnt(2,rslt);
    if (rslt!=NULL) gree(rslt,"f193");
    retcod = rc;
    goto retrn;
  }
  else if (cmpwrd("enable",cmd)) {
    retcod = gaenab (com, pcm);
    goto retrn;
  }
  else if (cmpwrd("disable",cmd)) {
    if ((cmd=nxtwrd(com)) == NULL) 
      gxhend();                                     /* without 2nd arg, assume 'disable print' */ 
    else {
      if (cmpwrd("print",cmd)) 
	gxhend();                                   /* close the metafile output file  */
      else if (cmpwrd("fwrite",cmd)) {
	if (pcm->ffile) {                           /* don't close a file unless it's open  */ 
	  if (pcm->ffile!=stdout) fclose(pcm->ffile);    /* don't close stdout */    
	}
        pcm->ffile = NULL;
        if (pcm->fwname) gree(pcm->fwname,"f194");  /* reset fwrite file name on disable. */
        pcm->fwname = NULL;                         
        pcm->fwenflg = BYTEORDER;                   /* set fwrite to default state */
        pcm->fwsqflg = 0;                           /* default is stream */
        pcm->fwexflg = 0;                           /* default is not exact -- old bad way */
      }
      else if (cmpwrd("stnwrt",cmd)) {
        if (pcm->sfile) fclose(pcm->sfile);
        pcm->sfile = NULL;
      }
      else gaprnt (0,"DISABLE error: Invalid keyword\n");
    }
    goto retrn;
  }
  else if (cmpwrd("redraw",cmd)) {
    gardrw(com,pcm);
    gxfrme(9);
    goto retrn;
  }
  else if (cmpwrd("draw",cmd)) {
    gadraw(com,pcm);
    gxfrme (9);          /* flush any buffers as needed */
    goto retrn;
  }
  else if (cmpwrd("print",cmd)) {
    gxhprt (com);
    goto retrn;
  }
#if GXPNG==1
  else if (cmpwrd("printim",cmd)) {
    if ((ch=nxtwrd(com)) == NULL) {
      gaprnt (0,"PRINTIM error:  missing output file name\n");
      retcod = 1;
      goto retrn;
    }
    getwrd (cc,ch,256);
    if ((cmd=nxtwrd(cmd)) == NULL) {
      gaprnt (0,"PRINTIM error:  logic error 64\n");
      retcod = 1;
      goto retrn;
    }
    xin = -999;
    yin = -999;
    bwin = -999;
    gifflg = 9;
    bgImage[0]='\0';
    fgImage[0]='\0';
    tcolor=-1;
    while ((cmd=nxtwrd(cmd)) != NULL) {
      if      (cmpwrd("black",cmd))  bwin = 0;
      else if (cmpwrd("white",cmd))  bwin = 1;
      else if (cmpwrd("png",cmd))  gifflg = 0;
      else if (cmpwrd("gif",cmd))  gifflg = 1;
      else if (cmpwrd("jpg",cmd))  gifflg = 3;
      else if (cmpwrd("jpeg",cmd)) gifflg = 3;
      else if (cmpwrd("-b",cmd)) {
	/* get background image filename */
        if((cmd=nxtwrd(cmd)) != NULL) {
          if(strlen(cmd) < 256){
            getwrd(bgImage,cmd, 255);
            snprintf(pout,255,"Background image file: %s \n", bgImage);
	    gaprnt(2,pout);
          }
        } else {
          gaprnt(1,"PRINTIM warning: Background image file name not provided\n");
	  if (cmd == NULL) break;
	}
      }
      else if (cmpwrd("-f",cmd)) {
	/* get foreground image filename */
        if((cmd=nxtwrd(cmd)) != NULL) {
          if(strlen(cmd) < 256){
            getwrd(fgImage,cmd, 255);
            snprintf(pout,255,"Foreground image file: %s \n", fgImage);
	    gaprnt(2,pout);
          }
	} else {
          gaprnt(1,"PRINTIM warning: Foreground image file name not provided\n");
	  if (cmd == NULL) break;
	}
      }
      else if (cmpwrd("-t",cmd)) {
	/* set transparent color number */
        if((cmd=nxtwrd(cmd)) != NULL) {
	  if(sscanf(cmd, "%i", &tcolor) != 1) {
	     gaprnt(1,"PRINTIM warning: Invalid transparent color number\n");
	  } 
	} else {
	  gaprnt(1,"PRINTIM warning: Missing transparent color number\n");
	  if (cmd == NULL) break;
	}
      }
      else if (*cmd=='x') {
	/* set horizontal image size */
        if (intprs(cmd+1,&(xin)) == NULL ) {
          gaprnt (0,"PRINTIM error:  Invalid x option; ignored\n");
          xin = -999;
        }
      }
      else if (*cmd=='y') {
	/* set vertical image size */
        if (intprs(cmd+1,&(yin)) == NULL ) {
          gaprnt (0,"PRINTIM error: Invalid y option; ignored\n");
          yin = -999;
        }
      } else {
        gaprnt (0,"PRINTIM error: Invalid option; ignored\n");
      }
    }
    if (gifflg == 9) {
      len = 0;
      while (*(cc+len)) len++;
      len = len-4;
      if (len>0) {
	/* png */
        if (*(cc+len)=='.' && *(cc+len+1)=='p' && *(cc+len+2)=='n' && *(cc+len+3)=='g' ) gifflg = 0;
        if (*(cc+len)=='.' && *(cc+len+1)=='P' && *(cc+len+2)=='N' && *(cc+len+3)=='G' ) gifflg = 0;
	/* gif */
        if (*(cc+len)=='.' && *(cc+len+1)=='g' && *(cc+len+2)=='i' && *(cc+len+3)=='f' ) gifflg = 1;
        if (*(cc+len)=='.' && *(cc+len+1)=='G' && *(cc+len+2)=='I' && *(cc+len+3)=='F' ) gifflg = 1;
	/* jpg */
        if (*(cc+len)=='.' && *(cc+len+1)=='j' && *(cc+len+2)=='p' && *(cc+len+3)=='g' ) gifflg = 3;
        if (*(cc+len)=='.' && *(cc+len+1)=='J' && *(cc+len+2)=='P' && *(cc+len+3)=='G' ) gifflg = 3;
      }
      if (gifflg==9) gifflg = 0; /* png is default format */
    }
    rc = gxhpng (cc,xin,yin,bwin,gifflg,bgImage,fgImage,tcolor);
    if (rc==1) gaprnt (0,"PRINTIM error: open error\n");
    if (rc==2) gaprnt (0,"PRINTIM error: output error\n");
    if (rc==3) gaprnt (0,"PRINTIM error: background image open error\n");
    if (rc==4) gaprnt (0,"PRINTIM error: foreground image open error\n");
    if (rc==5) gaprnt (0,"PRINTIM error: background image must be .png\n");
    if (rc==6) gaprnt (0,"PRINTIM error: foreground image must be .png\n");
    if (rc==7) gaprnt (0,"PRINTIM error: gdImageCreate failed for background image\n");
    if (rc==8) gaprnt (0,"PRINTIM error: gdImageCreate failed for foreground image\n");
    if (rc) retcod = 1;
    else retcod = 0;
    goto retrn;
  }
#else
  else if (cmpwrd("printim",cmd)) {
    gaprnt (0,"PRINTIM error: command not supported in this build\n");
    retcod = 1;
    goto retrn;
  }
#endif
  else if (cmpwrd("set",cmd)) {
    retcod = gaset (cmd, com, pcm);
    goto retrn;
  }
  else if (cmpwrd("open",cmd)) {
    if ((cmd=nxtwrd(com)) == NULL) {
      gaprnt (0,"OPEN error:  missing data description file name\n");
      retcod = 1;
      goto retrn;
    }
    getwrd (cc,cmd,256);
    retcod = gaopen (cc, pcm);
    if (!retcod) mygreta(cc);   /* (for IGES only) keep track of user's opened files */

    goto retrn;
#if (USENETCDF==1 || USEHDF ==1)
  } else if (cmpwrd("sdfopen", cmd)) {
    if ((cmd = nxtwrd(com)) == NULL) {
      gaprnt(0, "SDFOPEN error:  missing self-describing file pathname\n") ;
      retcod = 1;
      goto retrn;
    }
    retcod = gasdfopen(cmd, pcm) ;
    if (!retcod) mygreta(cmd);  /* (for IGES only) keep track of user's opened files */
    goto retrn;
  }
  else if (cmpwrd("xdfopen", cmd)) {
    if ((cmd = nxtwrd(com)) == NULL) {
        gaprnt(0, "XDFOPEN error:  missing data descriptor file name\n") ;
        retcod = 1 ;
        goto retrn ;
    }
    retcod = gaxdfopen(cmd, pcm) ;
    if (!retcod) mygreta(cmd);  /* (for IGES only) keep track of user's opened files */
    goto retrn ;
#endif
  } else if (cmpwrd("d",cmd) || cmpwrd("display",cmd)) {
    if (pcm->pfid==NULL) {
      gaprnt (0,"DISPLAY error:  no file open yet\n");
      retcod = 1;
      goto retrn;
    }
    retcod = gadspl (cmd, pcm);
    gxfrme (9);          /* flush any buffers as needed */
    goto retrn;
  }
  else if (cmpwrd("coll",cmd) || cmpwrd("collect",cmd)) {
    if (pcm->pfid==NULL) {
      gaprnt (0,"COLLECT error:  no file open yet\n");
      retcod = 1;
      goto retrn;
    }
    retcod = gacoll(cmd, pcm);
    goto retrn;
  }
  else if (cmpwrd("define",cmd)) {
    if (pcm->pfid==NULL) {
      gaprnt (0,"DEFINE error:  no file open yet\n");
      retcod = 1;
      goto retrn;
    }
    retcod = gadef (cmd, pcm, 0);
    goto retrn;
  }
  else if (cmpwrd("undefine",cmd)) {
    if (pcm->pfid==NULL) {
      gaprnt (0,"DEFINE error: no file open yet\n");
      retcod = 1;
      goto retrn;
    }
    retcod = gaudef (cmd, pcm);
    goto retrn;
  }
  else if (cmpwrd("modify",cmd)) {
    if (pcm->pfid==NULL) {
      gaprnt (0,"MODIFY error: no file open yet\n");
      retcod = 1;
      goto retrn;
    }
    retcod = gamodf (cmd, pcm);
    goto retrn;
  }
  else if (cmpwrd("sdfwrite",cmd)) {
    if (pcm->pdf1==NULL) {
      gaprnt (0,"SDFWRITE error: no defined variables\n");
      retcod = 1;
      goto retrn;
    } 
    retcod = ncwrite(cmd, pcm);
    goto retrn;
  }
  else {
    if (pcm->impcmd) {
      savpcm = pcm;
      rslt = gsfile(com,&rc,1);
      if (rc==0 && rslt!=NULL) gaprnt(2,rslt);
      if (rslt!=NULL) gree(rslt,"f195");
      retcod = rc;
      goto retrn;
    }
    gaprnt (0,"Unknown command: ");
    gaprnt (0,cmd);
    gaprnt (0,"\n");
    retcod = 1;
    goto retrn;
  }

retrn:
  if (ccc) {
    gree(ccc,"f196");
  }
  return (retcod);
}

void mygreta(char *path) {
/* char mypath[1500],mymsg[1551],date[20]; */
/*  if (strncmp(path,"http://",7)) { */
/*   realpath(path,mypath); */
/*   strcpy(date,"`date +%Y%m%d`"); */
/*   snprintf(mymsg,1550,"echo %s %s >> $HOME/.mygreta",date,mypath); */
/*   system(mymsg); */
/*  } */
}

/* if flag is 0, clean without resetting user options. 
   if flag is 1, clean and reset user options except sdfwrite & shapefile parameters
   if flag is 2, clean and reset only sdfwrite parameters 
   if flag is 3, clean and reset only shapefile fields
   if flag is 4, clean and reset only KML and GeoTIFF options
   The reset/reinit commands calls gacln four times, with flag=1 and flag=2, flag=3, and flag=4.

*/

void gacln (struct gacmn *pcm, gaint flg) {
struct gaattr *attr,*nextattr;
gaint i;
#if USESHP==1
struct dbfld *fld,*nextfld;
#endif

  /* The 'basic' clean */
  pcm->pass = 0;
  for (i=0; i<10; i++) pcm->gpass[i] = 0;
  if (!pcm->ylpflg) pcm->yllow = 0.0;
  pcm->xexflg = 0; 
  pcm->yexflg = 0;
  pcm->shdcnt = 0;
  pcm->cntrcnt = 0;
  pcm->lastgx = 0;
  pcm->xdim = -1;
  pcm->ydim = -1;
  pcm->xgr2ab = NULL;
  pcm->ygr2ab = NULL;
  pcm->xab2gr = NULL;
  pcm->yab2gr = NULL;

  /* reset sdfwrite parameters */
  if (flg==2) {
    pcm->ncwid = -999;
    pcm->sdfwtype = 1;
    pcm->sdfwpad = 0;
    pcm->sdfchunk = 0;
    pcm->xchunk = 0;
    pcm->ychunk = 0;
    pcm->zchunk = 0;
    pcm->tchunk = 0;
    pcm->echunk = 0;
    pcm->sdfzip = 0;
    pcm->sdfprec = 8;
    if (pcm->sdfwname) {
      gree(pcm->sdfwname,"g225");
      pcm->sdfwname = NULL;
    }
    while (pcm->attr != NULL) {
      attr = pcm->attr;           /* point to first block in chain */
      if (attr->next == NULL) {
	pcm->attr = NULL;         /* first block is only block */
      }
      else {        /* move start of chain from 1st to 2nd block */
	nextattr = attr->next;
	pcm->attr = nextattr;
      }
      if (attr->value) gree(attr->value,"g85");  /* release memory from 1st block */
      gree(attr,"g86");
    }
  } 

  /* reset shapefile fields */ 
  if (flg==3) {
#if USESHP==1    
    /* reset shapefile type to line */
    pcm->shptype=2; 
    /* release file name */
    if (pcm->shpfname) {
      gree (pcm->shpfname,"g89");
      pcm->shpfname = NULL;
    }
    /* release chain of data base fields */
    while (pcm->dbfld != NULL) {
      /* point to first block in chain */
      fld = pcm->dbfld;  
      if (fld->next == NULL) {
	/* first block is only block */
	pcm->dbfld = NULL; 
      } 
      else { 
	/* move start of chain from 1st to 2nd block */
	nextfld = fld->next;
	pcm->dbfld = nextfld;
      }
      /* release memory from 1st block */
      if (fld->value != NULL) gree(fld->value,"g87");
      gree(fld,"g88");
    }
#endif
  }

  /* reset KML and GeoTIFF options */
  if (flg==4) {
    pcm->gtifflg=1;               /* reset GeoTIFF output to float */
    pcm->kmlflg=1;                /* reset KML output to img */
    if (pcm->kmlname) {           /* release KML file name */
      gree (pcm->kmlname,"g90");
      pcm->kmlname = NULL;
    }
    if (pcm->tifname) {           /* release TIFF file name */
      gree (pcm->tifname,"g91");
      pcm->tifname = NULL;
    }
    if (pcm->gtifname) {          /* release GeoTIFF file name */
      gree (pcm->gtifname,"g92");
      pcm->gtifname = NULL;
    }
  }

  /* reset user options */
  if (flg==1) {
    pcm->cstyle = -9;
    pcm->ccolor = -9;
    pcm->cthick = 3;
    pcm->cmark = -9;
    pcm->cint = 0;
    pcm->cflag = 0;
    pcm->ccflg = 0;
    pcm->cmin = -9.99e33;
    pcm->cmax = 9.99e33;
    pcm->blkflg = 0;
    pcm->aflag = 0;
    pcm->aflag2 = 0;
    pcm->axflg = 0;
    pcm->ayflg = 0;
    pcm->gridln = -9;
    pcm->rainmn = pcm->rainmx = 0.0;
    pcm->grdsflg = 1;
    pcm->arrflg = 0;
    pcm->hemflg = -1;
    pcm->rotate = 0;
    pcm->xflip = 0;
    pcm->yflip = 0;
    if (pcm->xlstr) gree(pcm->xlstr,"f197");
    if (pcm->ylstr) gree(pcm->ylstr,"f198");
    if (pcm->clstr) gree(pcm->clstr,"f199");
    if (pcm->xlabs) gree(pcm->xlabs,"f200");
    if (pcm->ylabs) gree(pcm->ylabs,"f201");
    pcm->xlstr = NULL;
    pcm->ylstr = NULL;
    pcm->clstr = NULL;
    pcm->xlabs = NULL;
    pcm->ylabs = NULL;
    pcm->xlint = 0.0;
    pcm->ylint = 0.0;
    pcm->xlflg = 0;
    pcm->ylflg = 0;
    pcm->xlpos = 0.0;
    pcm->ylpos = 0.0;
    pcm->ylpflg = 0;
    pcm->yllow = 0.0;
    pcm->xlside = 0;
    pcm->ylside = 0;
    pcm->tlsupp = 0;
    pcm->ptflg = 0;
    pcm->cachesf = 1.0; 
    pcm->fillpoly = -1;
    pcm->marktype = 3;
    pcm->marksize = 0.05;
  }
}

/* Handle redraw command */

gaint gardrw (char *cmd, struct gacmn *pcm) {
struct gbtn btn;
char oper[12];
gaint num,state,i,sflg;
size_t sz;

  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"REDRAW error: Missing operand\n");
    return (1);
  }
  getwrd (oper,cmd,10);
  lowcas (oper);

  if (cmpwrd("button",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrbn;
    if (intprs(cmd,&(num)) == NULL ) goto errrbn;
    if (num<0 || num>255) goto errrbn;
    state = -1;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrbn;
    if (intprs(cmd,&(state)) == NULL ) goto errrbn;
    btn.bc = pcm->btnbc;
    btn.fc = pcm->btnfc;
    btn.oc1 = pcm->btnoc;
    btn.oc2 = pcm->btnoc2;
    btn.btc = pcm->btnbtc;
    btn.ftc = pcm->btnftc;
    btn.otc1 = pcm->btnotc;
    btn.otc2 = pcm->btnotc2;
    btn.thk = pcm->btnthk;
    btn.state = state;

    sflg = 2;
    if ((cmd = nxtwrd (cmd)) == NULL) {
      btn.len = 0;
      btn.ch = NULL;
    } else {
      if (intprs(cmd,&(i)) == NULL ) goto errrbn;
      if (i) sflg = 3;
      if ((cmd = nxtwrd (cmd)) == NULL) {
        btn.len = 0;
        btn.ch = NULL;
      } else {
        btn.len = 0;
        while (*(cmd+btn.len)) btn.len++;
	sz = btn.len+1;
        btn.ch = (char *)galloc(sz,"btn1");
        *(btn.ch+btn.len) = '\0';
        if (btn.ch==NULL) {
          gaprnt(0,"Memory allocation error; DRAW BUTTON cmd\n");
          return(1);
        }
        for (i=0; idmax[0]>pcm->dmin[0] && pcm->dmax[1]>pcm->dmin[1]) {
      gamscl(pcm);
      gawmap(pcm,0);
    }
    return (0);
  }
  if (cmpwrd("button",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    if (intprs(cmd,&(cnt))   == NULL) goto errbn;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    if (getdbl(cmd,&(btn.x)) == NULL) goto errbn;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    if (getdbl(cmd,&(btn.y)) == NULL) goto errbn;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    if (getdbl(cmd,&(btn.w)) == NULL) goto errbn;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    if (getdbl(cmd,&(btn.h)) == NULL) goto errbn;
    btn.bc = pcm->btnbc;
    btn.fc = pcm->btnfc;
    btn.oc1 = pcm->btnoc;
    btn.oc2 = pcm->btnoc2;
    btn.btc = pcm->btnbtc;
    btn.ftc = pcm->btnftc;
    btn.otc1 = pcm->btnotc;
    btn.otc2 = pcm->btnotc2;
    btn.thk = pcm->btnthk;
    btn.state = 0;

    if ((cmd = nxtwrd (cmd)) == NULL) goto errbn;
    btn.len = 0;
    while (*(cmd+btn.len)) btn.len++;
    sz = btn.len+1;
    btn.ch = (char *)galloc(sz,"btn2");
    *(btn.ch+btn.len) = '\0';
    if (btn.ch==NULL) {
      gaprnt(0,"Memory allocation error; DRAW BUTTON cmd\n");
      return(1);
    }
    for (i=0; idrvals[0]; dmu.bc = pcm->drvals[1];
    dmu.oc1 = pcm->drvals[2]; dmu.oc2 = pcm->drvals[3];
    dmu.tfc = pcm->drvals[4]; dmu.tbc = pcm->drvals[5];
    dmu.toc1 = pcm->drvals[6]; dmu.toc2 = pcm->drvals[7];
    dmu.bfc = pcm->drvals[8]; dmu.bbc = pcm->drvals[9];
    dmu.boc1 = pcm->drvals[10]; dmu.boc2 = pcm->drvals[11];
    dmu.soc1 = pcm->drvals[12]; dmu.soc2 = pcm->drvals[13];
    dmu.thk = pcm->drvals[14];

    if ((cmd = nxtwrd (cmd)) == NULL) goto errpm;
    dmu.len = 0;
    while (*(cmd+dmu.len)) dmu.len++;
    sz = dmu.len+1;
    dmu.ch = (char *)galloc(sz,"dmu1");
    *(dmu.ch+dmu.len) = '\0';
    if (dmu.ch==NULL) {
      gaprnt(0,"Memory allocation error; DRAW DROPMENU cmd\n");
      return(1);
    }
    for (i=0; i43) goto errwx;
    gxwide (thk);
    gxstyl(1);
    wxsym (wx,x,y,cs,col,pcm->wxcols);
    return (0);

    errwx:
    gaprnt (0,"DRAW error: Syntax is DRAW WXSYM sym x y siz >");
    gaprnt (0," >\n");
    return (1);
  }
  if (cmpwrd("string",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errst;
    if (getdbl(cmd,&x) == NULL ) goto errst;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errst;
    if (getdbl(cmd,&y) == NULL ) goto errst;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errst;
    c1 = cmd;
    len=0;
    while (*c1!='\0' && *c1!='\n') {len++; c1++;}
    gxwide (pcm->strthk);
    gxcolr (pcm->strcol);

    swide = 0.2;
    gxchln (cmd,len,pcm->strhsz,&swide);
    shite = pcm->strvsz;

    ang = pcm->strrot*3.1416/180.0;
    x = x - justx[pcm->strjst] * swide * cos(ang);
    y = y - justx[pcm->strjst] * swide * sin(ang);
    x = x - justy[pcm->strjst] * shite * cos(ang+1.5708);
    y = y - justy[pcm->strjst] * shite * sin(ang+1.5708);

    gxchpl (cmd,len,x,y,pcm->strvsz,pcm->strhsz,pcm->strrot);
    return (0);

    errst:
    gaprnt (0,"DRAW error: Syntax is DRAW STRING x y string\n");
    return (1);
  }
  if (cmpwrd("rec",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrc;
    if (getdbl(cmd,&xlo) == NULL ) goto errrc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrc;
    if (getdbl(cmd,&ylo) == NULL ) goto errrc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrc;
    if (getdbl(cmd,&xhi) == NULL ) goto errrc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errrc;
    if (getdbl(cmd,&yhi) == NULL ) goto errrc;
    if (xlo>=xhi || ylo>=yhi) goto errrc;
    gxwide (pcm->linthk);
    gxcolr (pcm->lincol);
    gxstyl (pcm->linstl);
    gxplot (xlo,ylo,3);
    gxplot (xhi,ylo,2);
    gxplot (xhi,yhi,2);
    gxplot (xlo,yhi,2);
    gxplot (xlo,ylo,2);
    return (0);

    errrc:
    gaprnt (0,"DRAW error: Syntax is DRAW REC xlo ylo xhi yhi\n");
    return (1);
  }

  /* The interface for drawing shapefiles is adapted from a design by Graziano Giuliani */
  if (cmpwrd("shp",oper)) {
#if USESHP==1
    /* Shapefiles require an x/y varying environment, and input is lon/lat pairs.  
       Interpolation along the sides is done to insure curvature along the map projection. 
       Conversion from lon/lat to x/y is performed, then the polygon is plotted.  */
    if (pcm->xdim<0 && pcm->ydim<0) {
      gaprnt (2,"No scaling environment\n");
      return (1);
    }
    if (pcm->xdim!=0 || pcm->ydim!=1) {
      gaprnt (0,"DRAW SHP error: Invalid Dimension Environment\n");
      gaprnt (0,"                X and Y must be varying\n");
      return (1);
    }

    /* count the args */
    i = 0;
    ccmd = cmd;
    while ( (ccmd = nxtwrd (ccmd)) != NULL) i++;
    if (i<1) {
      gaprnt(0,"DRAW error: Syntax is DRAW SHP filename ... \n"); return (1);
    }
    cmd=nxtwrd(cmd);

    /* parse the shapefile name */
    getwrd(shparg,cmd,4095);
    begshp = -1;

    /* parse user-specified range of shapes to draw */
    if (i>1) {
      cmd=nxtwrd(cmd);
      if (intprs(cmd,&ival)==NULL) return(1);
      begshp=ival;
      if (i>2) {
	cmd=nxtwrd(cmd);
	if (intprs(cmd,&ival)==NULL) return(1);
	endshp=ival;
      }
      else endshp = begshp;
    }

    /* open the shapefile */
    shpid = gaopshp(shparg);
    if (shpid==NULL) return(1);
    SHPGetInfo (shpid, &shpcnt, &shptype, NULL, NULL);
    if (begshp==-1) {  /* draw all shapes in file */
      begshp=0; 
      endshp=shpcnt-1; 
    } 

    /* Determine increment for interpolation */
    llinc = hypot(pcm->dmax[0]-pcm->dmin[0], pcm->dmax[1]-pcm->dmin[1]);
    llinc = llinc/200.0;
    if (llinc<0.0001) llinc=0.0001;

    /* set the clipping region */
    gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);
    /* loop over requested shapes */
    for (i=begshp; i<=endshp; i++) {
      if ((shp = SHPReadObject (shpid,i))==NULL) { 
	gaprnt(0,"SHPReadObject failed\n"); 
	SHPClose (shpid);
	return(1); 
      }
      /* skip shapes of a certain kind ... */
      if ((shp->nSHPType==0) ||             /* type is NULL */
	  (shp->nSHPType!=shptype) ||       /* type is different from file header */
	  (shp->nParts<0) ||                /* shape has no parts */
	  (shp->nVertices<=0) ||            /* shape has no vertices */
	  (shp->dfYMax < pcm->dmin[1]) ||   /* shape is below dim env lat range */
	  (shp->dfYMin > pcm->dmax[1]) ) {  /* shape is above dim env lat range */
	SHPDestroyObject (shp); shp=NULL;
	continue;
      }
      /* determine shape type */
      shape=0;
      if ((shp->nSHPType==SHPT_POINT) || 
	  (shp->nSHPType==SHPT_MULTIPOINT) || 
	  (shp->nSHPType==SHPT_POINTZ) || 
	  (shp->nSHPType==SHPT_MULTIPOINTZ) || 
	  (shp->nSHPType==SHPT_POINTM) || 
	  (shp->nSHPType==SHPT_MULTIPOINTM)) 
	shape=1;  /* points */
      if ((shp->nSHPType==SHPT_ARC)  || 
	  (shp->nSHPType==SHPT_ARCZ) ||
	  (shp->nSHPType==SHPT_ARCM)) 
	shape=2;  /* lines */
      if ((shp->nSHPType==SHPT_POLYGON)  || 
	  (shp->nSHPType==SHPT_POLYGONZ) ||
	  (shp->nSHPType==SHPT_POLYGONM)) 
	shape=3;  /* polygons */
      
      if (shape>0) {
	/* get the number of parts in this shape */
	haveinfo=1;
	if (shp->nParts==0) {	/* implies single part with no info */
	  numparts=1;
	  haveinfo=0;
	} 
	else {
	  numparts=shp->nParts;
	}
	/* loop over all parts  */
	for (p=0; ppanPartStart[p];         /* starting vertex for this part */
	    if (p==shp->nParts-1) 
	      endv = shp->nVertices-1;           /* final vertex */
	    else
	      endv = shp->panPartStart[p+1]-1;   /* vertex preceding start of next part */
	  } 
	  else {
	    begv = 0;
	    endv = shp->nVertices-1;
	  }  
	  cnt = endv - begv + 1;                 /* number of vertices in this part */


	  /* ensure shapes will wrap the globe and be drawn within the entire dim env lon range */
	  lnfact = 0.0;
	  while (shp->dfXMax+lnfact > pcm->dmin[0]) lnfact -= 360.0;
	  lnfact += 360.0; 
	  
	  while (shp->dfXMin+lnfact < pcm->dmax[0]) { 
	    if (shp->dfXMax+lnfact < pcm->dmin[0]) {
	      lnfact += 360.0;
	      continue;
	    }

	    /* allocate memory for x/y coordinates */
	    if ((pxy = (gadouble *)galloc(2*(cnt+1)*sizeof(gadouble),"shpxy"))==NULL) {
	      gaprnt (0,"DRAW error: Memory allocation failed for shp vertices\n");
	      SHPDestroyObject (shp); shp=NULL;
	      SHPClose (shpid);
	      return (1);
	    }
	    
	    /* copy the lat/lon pairs for this part into the pxy array */
	    j=0;
	    for (v=begv; v<=endv; v++) {
	      *(pxy+j+0) = shp->padfX[v]+lnfact;
	      *(pxy+j+1) = shp->padfY[v];
	      j+=2;
	    }
	    /* Make sure the polygon is closed. It should be, 
	       if shapefile conforms to ESRI specs, but just in case ... */
	    if (shape==3) {
	      if (*pxy != *(pxy+(cnt-1)*2) || *(pxy+1) != *(pxy+(cnt-1)*2+1)) {
		*(pxy+cnt*2) = *pxy;
		*(pxy+cnt*2+1) = *(pxy+1);
		cnt++;
	      }
	    }
	    /* Draw the shape */	  
	    if (shape==1) {   
	      /* shape is a point */
	      gxcolr (pcm->lincol);
	      j=0;
	      for (v=begv; v<=endv; v++) {
		/* convert lon,lat to x,y */
		gxconv (*(pxy+j+0),*(pxy+j+1),&newx,&newy,2);
		gxmark (pcm->marktype,newx,newy,pcm->marksize);
		j+=2;
	      }
	      gree(pxy,"f204a");
	    }
	    else {     
	      /* shape is a line or polygon  */
	      /* gxmpoly routine converts lon,lat to x,y and interpolates to smaller 
		 line segments so that shapes drawn on curved projections look right. */
	      newxy = gxmpoly(pxy,cnt,llinc,&newcnt); 
	      gree(pxy,"f204a");
	      if (newxy==NULL) { 
		gaprnt (0,"DRAW SHP error: Memory allocation in gxmpoly\n");
		SHPDestroyObject (shp); shp=NULL;
		SHPClose (shpid);
		return (1);
	      }
	      /* Make sure the new polygon is closed, then draw it */
	      if (shape==3) {
		if (*newxy != *(newxy+(newcnt-1)*2) || *(newxy+1) != *(newxy+(newcnt-1)*2+1)) {
		  *(newxy+newcnt*2) = *newxy;
		  *(newxy+newcnt*2+1) = *(newxy+1);
		  newcnt++;
		}
		/* fill in the polygon */
		if (pcm->fillpoly!=-1) {
		  gxcolr (pcm->fillpoly);
		  gxfill (newxy,newcnt);
		}
	      }
	      
	      /* draw the line, or draw border around the polygon */
	      gxwide (pcm->linthk);            
	      gxstyl(pcm->linstl); 
	      gxcolr (pcm->lincol);
	      gxplot (*(newxy),*(newxy+1),3);
	      for (j=1; jnSHPType);
	gaprnt(2,pout);
      }
      
      /* release memory for this shape */
      SHPDestroyObject (shp); shp=NULL;
    }
    SHPClose (shpid);
    /* redraw the frame around the plot */
    gafram(pcm);
    /* reset the clipping area */
    gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);

    return(0);
#else
    gaprnt(0,"This build does not support drawing shapefiles\n");
    return(1);
#endif
  }
  if (cmpwrd("polyf",oper) || cmpwrd("mappoly",oper)) {
    i = 0;
    ccmd = cmd;
    while ( (ccmd = nxtwrd (ccmd)) != NULL) i++;
    if (i<6) {
      gaprnt (0,"DRAW error: Syntax is DRAW POLYF x1 y1 x2 y2 ...\n");
      return (1);
    }
    sz = sizeof(gadouble)*(i+2);
    xy = (gadouble *)galloc(sz,"xy");
    if (xy==NULL) {
      gaprnt (0,"DRAW error: Memory allocation error\n");
      return (1);
    }
    i = 0;
    while ( (cmd = nxtwrd(cmd)) != NULL) {
      if (getdbl(cmd,xy+i) == NULL ) {
        gaprnt (0,"DRAW error: Invalid polyf coordinate\n");
        gree(xy,"f202");
        return(1);
      }
      i++;
    }
    cnt = i/2;
    if (*xy != *(xy+(cnt-1)*2) || *(xy+1) != *(xy+(cnt-1)*2+1)) {
      *(xy+cnt*2) = *xy;
      *(xy+cnt*2+1) = *(xy+1);
      cnt++;
    }

    /*  Mappoly requires an x/y varying environment, and assumes
        input is lon/lat pairs.  Interpolation along the side
        is done to insure curvature along the map projection, 
        then conversion from lon/lat to x/y is performed, then
        the polygon is plotted.  */

    if (cmpwrd("mappoly",oper)) {

      /* Check for x/y varying -- not really required, but 
         cannot think of any reason to allow for other dimension
         environments. */

      if (pcm->xdim!=0 && pcm->ydim!=1) {
        gree(xy,"f203");
        gaprnt (0,"DRAW MAPPOLY error: Invalid Dimension Environment\n");
        gaprnt (0,"                    X and Y must be varying\n");
        return (1);
      }

      /* Determine increment for interpolation */

      llinc = hypot(pcm->dmax[0]-pcm->dmin[0], pcm->dmax[1]-pcm->dmin[1]);
      llinc = llinc/200.0;
      if (llinc<0.0001) llinc=0.0001;
  
      /* Do the interpolation and convert to x,y -- 
         the gxmpoly routine does this and is located in
         gxwmap */

      newxy = gxmpoly(xy,cnt,llinc,&newcnt); 
      gree(xy,"f204");
      if (newxy==NULL) { 
        gaprnt (0,"DRAW MAPPOLY error: Memory allocation\n");
        return (1);
      }
      xy = newxy;
      cnt = newcnt;
      gxcolr (pcm->lincol);
      /*  draw border to avoid gaps */
      gxwide (1);
      gxstyl(1);
      gxcolr (pcm->lincol);
      gxplot (*(xy),*(xy+1),3);
      for (i=1; ilincol);
    if (pcm->ptflg) gxptrn (pcm->ptopt,pcm->ptden,pcm->ptang);
    gxfill (xy,cnt);
    if (pcm->ptflg) gxptrn (1,1,0);
    gree(xy,"f205");
    return (0);
  }
  if (cmpwrd("recf",oper) || cmpwrd("maskrec",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errfc;
    if (getdbl(cmd,&xlo) == NULL ) goto errfc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errfc;
    if (getdbl(cmd,&ylo) == NULL ) goto errfc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errfc;
    if (getdbl(cmd,&xhi) == NULL ) goto errfc;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errfc;
    if (getdbl(cmd,&yhi) == NULL ) goto errfc;
    if (xlo>=xhi || ylo>=yhi) goto errfc;
    if (cmpwrd("maskrec",oper)) {
      gxmaskrec (xlo,xhi,ylo,yhi);
      return(0);
    }
    gxcolr (pcm->lincol);
    if (pcm->ptflg) gxptrn (pcm->ptopt,pcm->ptden,pcm->ptang);
    gxrecf (xlo,xhi,ylo,yhi);
    if (pcm->ptflg) gxptrn (1,1,0);
    return (0);

    errfc:
    gaprnt (0,"DRAW error: Syntax is DRAW RECF xlo ylo xhi yhi\n");
    return (1);
  }
  if (cmpwrd("line",oper)) {
    gxwide (pcm->linthk);
    gxcolr (pcm->lincol);
    gxstyl (pcm->linstl);
    if ((cmd = nxtwrd (cmd)) == NULL) goto errln;
    if (getdbl(cmd,&xlo) == NULL ) goto errln2;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errln;
    if (getdbl(cmd,&ylo) == NULL ) goto errln2;
    gxplot (xlo,ylo,3);
    while ( (cmd = nxtwrd(cmd)) != NULL) {
      if (getdbl(cmd,&xlo) == NULL ) goto errln2;
      if ((cmd = nxtwrd (cmd)) == NULL) goto errln3;
      if (getdbl(cmd,&ylo) == NULL ) goto errln2;
      gxplot (xlo,ylo,2);
    }
    return (0);

    errln:
    gaprnt (0,"DRAW error: Syntax is DRAW LINE x1 y1 x2 y2\n");
    return (1);
    errln2:
    gaprnt (0,"DRAW error: Invalid LINE coordinate\n");
    return (1);
    errln3:
    gaprnt (0,"DRAW LINE error: Missing Y coordinate\n");
    return (1);
  }
  if (cmpwrd("mark",oper)) {
    if ((cmd = nxtwrd (cmd)) == NULL) goto errmk;
    if (intprs(cmd,&mk) == NULL ) goto errmk;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errmk;
    if (getdbl(cmd,&x) == NULL ) goto errmk;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errmk;
    if (getdbl(cmd,&y) == NULL ) goto errmk;
    if ((cmd = nxtwrd (cmd)) == NULL) goto errmk;
    if (getdbl(cmd,&cs) == NULL ) goto errmk;
    gxwide (pcm->linthk);
    gxcolr (pcm->lincol);
    gxstyl (1);
    gxmark (mk,x,y,cs);
    return (0);

    errmk:
    gaprnt (0,"DRAW error: Syntax is DRAW MARK marktype x y size\n");
    return (1);
  }
  if (cmpwrd("title",oper) || cmpwrd("xlab",oper) ||
      cmpwrd("ylab",oper)) {

    /* Count number of strings, delete leading blanks, change string
       delimeter (the backslash) to nulls. */

    if ((cmd=nxtwrd(cmd)) == NULL) {
      gaprnt (0,"DRAW error: Missing character string \n");
      return (1);
    }

    cnt = 1;
    c1 = cmd;
    c2 = chars;
    cflg = 1;
    while (*c1!='\0' && *c1!='\n') {
      if (cflg && *c1==' ') c1++;
      else {
        *c2 = *c1;
        cflg = 0;
        if (*c2=='\\') {
          *c2 = '\0';
          cnt++;
          cflg = 1;
        }
        c1++; c2++;
      }
    }
    *c2 = '\0';

    if (cmpwrd("title",oper)) {
      gxcolr (pcm->anncol);
      gxwide (pcm->annthk);
      cs = 0.2;
      if (cnt==2) cs=0.175;
      if (cnt==3) cs=0.15;
      if (cnt>3) cs=0.125;
      x = pcm->xsiz1 + (pcm->xsiz2-pcm->xsiz1)/2.0;
      y = pcm->ysiz2 + cs*(gadouble)(cnt-1)*1.7 + cs*0.4 + 0.1;
      ipos = 0;
      for (i=0; ianncol);
      gxwide (pcm->annthk);
      cs = 0.16;
      if (cnt==2) cs=0.14;
      if (cnt>2)  cs=0.12;
      x = pcm->xsiz1 + (pcm->xsiz2-pcm->xsiz1)/2.0;
      y = pcm->ysiz1 - cs*1.7 - 0.3;
      ipos = 0;
      for (i=0; ianncol);
      gxwide (pcm->annthk);
      cs = 0.16;
      if (cnt==2) cs=0.14;
      if (cnt>2)  cs=0.12;
      y = pcm->ysiz1 + (pcm->ysiz2-pcm->ysiz1)/2.0;
      x = pcm->xsiz1 - pcm->yllow - cs*1.7*(gadouble)(cnt-1) - cs;
      ipos = 0;
      for (i=0; ilen;
     msgcurr = msgcurr->forw;
   }

   mbuf = (char *)malloc(tlen+1);
   if (mbuf==NULL) {
     printf ("Memory allocation error: Message Return Buffer\n");
     msgflg = savflg;
     return (NULL);
   }

   msgcurr = msgstk;
   ch = mbuf;
   while (msgcurr!=NULL) {
     for (i=0; ilen; i++) {
       *ch = *(msgcurr->msg+i);
       ch++;
     }
     msgcurr = msgcurr->forw;
   }
   msgcurr = msgstk;
   while (msgcurr!=NULL) {
     if (msgcurr->msg) free(msgcurr->msg);
     msgstk = msgcurr->forw;
     free(msgcurr);
     msgcurr = msgstk;
   }

   *(mbuf+tlen) = '\0';
   msgflg = savflg;
   return (mbuf);
}

/* Handle exec command.  Read exec file, then recursively
   call gacmd.  */

gaint gaexec (char *cmd, struct gacmn *pcm) {
FILE *efile;
gaint i,j,n,flag,iarg;
char ename[50];
char ccc[500],cout[500];
char *args[10],*ptr;
gaint rc, savflg, ret;

  efile = NULL;
  savflg = msgflg;
  msgflg = 0;         /* Don't buffer messages */

  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"EXEC error:  missing file name \n");
    ret = 1;
    goto retrn;
  }

  /* Get file name and open file.  If we cannot open file, exit */

  getwrd (ename,cmd,49);
  efile = fopen(ename,"r");
  if (efile==NULL) {
    gaprnt (0,"EXEC error:  Can't open file\n");
    snprintf(pout,255,"  File name is: %s\n",ename);
    gaprnt (0,pout);
    ret = 1;
    goto retrn;
  }

  /* Locate any arguments, save pointers to them, and terminate them
     with a null.  We modify the cmd line at this point.  */

  for (i=0;i<10;i++) args[i]=NULL;
  i = 0;
  cmd = nxtwrd(cmd);
  while (cmd != NULL && i<10) {
    args[i] = cmd;
    ptr = cmd;
    if (*ptr == '~') {
      ptr++;
      args[i] = ptr;
      while (*ptr != '~') ptr++;
      cmd = nxtwrd(ptr);
      *ptr = '\0';
    } else {
      cmd = nxtwrd(cmd);
      while (*ptr!=' ' && *ptr!='\0' && *ptr!='\n') ptr++;
      *ptr = '\0';
    }
    i++;
  }


  /* Read and execute the commands in the file.  Scan each command for
     any arg tokens and replace them with the arg strings */

  while ( (fgets(ccc,300,efile))!=NULL) {
    if (*ccc=='*') continue;
    /* Remove cr for PC/cygwin version */
    n=strlen(ccc);
    if ( n > 1 ) {
      if ((gaint)ccc[n-2] == 13) ccc[n-2] = ' ';
    }
    i = 0; j = 0;
    while (ccc[i]!='\n') {
      flag = 1;
      if (ccc[i] == '&' && ccc[i+1]>='0' && ccc[i+1]<='9') {
        iarg = (gaint)(ccc[i+1]) - 48;
        ptr = args[iarg];
        if (ptr!=NULL) {
          while (*ptr!='\0') {
            cout[j] = *ptr;
            j++; ptr++;
          }
          i+=2;
          flag = 0;
        }
      }
      if (flag) {
        cout[j] = ccc[i];
        i++; j++;
      }
    }
    cout[j] = ccc[i];
    cout[j+1] = '\0';
    gaprnt (0,cout);
    rc = gacmd(cout,pcm,1);
    if (rc) {
      snprintf(pout,255,"EXEC error:  error in %s.  EXEC stopped.\n",ename);
      gaprnt (0,pout);
      ret = rc;
      goto retrn;
    }
  }
  snprintf(pout,255,"EOF EXECuting %s \n",ename);
  gaprnt (0,pout);
  ret = 0;

retrn:
  if (efile) fclose(efile);
  msgflg = savflg;
  return (ret);
}

/* Handle undefine command */

gaint gaudef (char *cmd, struct gacmn *pcm) {
struct gafile *pfi;
struct gadefn *pdf, *opdf;
char name[20];
gaint i;

  /* Get the define name */
  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"UNDEFINE error:  name is missing \n");
    return(1);
  }
  i=0;
  while (*cmd!='\0' && *cmd!='\n') {
    name[i] = *cmd;
    cmd++; i++;
    if (i>16) break;
  }
  name[i] = '\0';

  pdf = pcm->pdf1;
  opdf = NULL;
  while (pdf!=NULL) {
    if (cmpwrd(name,pdf->abbrv)) break;
    opdf = pdf;
    pdf = pdf->pforw;
  }
  if (pdf==NULL) {
    gaprnt (1,"UNDEFINE Warning:  name not found\n");
    return (0);
  } else {
    if (opdf==NULL) pcm->pdf1 = pdf->pforw;
    else opdf->pforw = pdf->pforw;
    pfi = pdf->pfi;
    gree(pfi->rbuf,"f160");
    gree(pfi->ubuf,"f160a");
    for (i=0; i<5; i++) {
      gree(pfi->grvals[i],"f161");
      gree(pfi->abvals[i],"f162");
    }
    gree(pfi,"f163");
    gree(pdf,"f164");
    snprintf(pout,255,"%s UNDEFINEd and storage released\n",name);
    gaprnt (2,pout);
  }
  return (0);
}

/* Query or modify define data value -- modify if flag = 1 */

gaint gaqdef (char *cmd, struct gacmn *pcm, gaint flag) {
struct gafile *pfi;
struct gadefn *pdf;
gadouble grval,*gr;
gaint i,gri,grj;
char name[20];
char *ch;
char *gru;

  /* Get the defined variable name */
  if ((cmd=nxtwrd(cmd)) == NULL) goto err;
  i=0;
  ch = cmd;
  while (*ch!='\0' && *ch!='\n') {
    name[i] = *ch;
    ch++; i++;
    if (i>16) break;
  }
  name[i] = '\0';

  /* Get i, j, and value */
  if ((cmd=nxtwrd(cmd)) == NULL) goto err;
  if (intprs(cmd,&gri)  == NULL) goto err;
  if ((cmd=nxtwrd(cmd)) == NULL) goto err;
  if (intprs(cmd,&grj)  == NULL) goto err;
  if (flag) {
    if ((cmd=nxtwrd(cmd))  == NULL) goto err;
    if ((strncmp(cmd,"missing",7)) == 0) flag=2;
    else if (getdbl(cmd,&grval) == NULL) goto err;
  }

  /* Locate defined object in link list */
  pdf = pcm->pdf1;
  while (pdf!=NULL) {
    if (cmpwrd(name,pdf->abbrv)) break;
    pdf = pdf->pforw;
  }
  if (pdf==NULL) {
    gaprnt (1,"Warning:  defined name not found\n");
    return (0);
  }

  /* Locate desired value in defined object */
  pfi = pdf->pfi;
  gri = gri - (pfi->dimoff[0]+1);
  grj = grj - (pfi->dimoff[1]+1);

  if (flag) {
    /* Modify existing data point */
    if (gri<0 || gri>=pfi->dnum[0] || grj<0 || grj>=pfi->dnum[1]) {
      gaprnt (0,"SET DEFVAL Error:  Out of Range\n");
      return (1);
    }
    gru = pfi->ubuf;
    gru = gru + (grj*pfi->dnum[0]+gri);    
    if (flag==2) {
      /* set value to be undefined */
      *gru = 0;
     }
    else {
      /* set new value */
      gr = pfi->rbuf;
      gr = gr + (grj*pfi->dnum[0]+gri);
      *gr = grval;
      *gru = 1;
    }
  } 
  else {
    /* Print defined value */
    if (gri<0 || gri>=pfi->dnum[0] || grj<0 || grj>=pfi->dnum[1]) {
      gaprnt(2,"DEFVAL is out of range\n");
    } 
    else {
      gr = pfi->rbuf;
      gr = gr + (grj*pfi->dnum[0]+gri);
      gru = pfi->ubuf;
      gru = gru + (grj*pfi->dnum[0]+gri);
      if (*gru == 1) {
	snprintf(pout,255,"DEFVAL is %g\n",*gr);
	gaprnt (2,pout);
      }
      else {
	gaprnt(2,"DEFVAL is missing\n");
      }
    }
  }
  return(0);

err:
  if (flag) {
    gaprnt(0,"SET DEFVAL Error: Syntax is: ");
    gaprnt(0,"set defval name i j value (value may be \"missing\")\n");
  } else {
    gaprnt(0,"QUERY DEFVAL Error: Syntax is: ");
    gaprnt(0,"query defval name i j\n");
  }
  return(1);
}

/* Modify attributes or contents of a defined grid */

gaint gamodf (char *cmd, struct gacmn *pcm) {
struct gadefn *pdf;
struct gafile *pfi;
struct dt dtim,otim;
gadouble t1,t2,d1;
gaint i,flg;
char name[20];

  /* Get the name of the defined grid (2nd arg) */
  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"MODIFY error:  name is missing \n");
    return (1);
  }

  i=0;
  while (*(cmd+i)!=' ' && *(cmd+i)!='\n' && *(cmd+i)!='\0' && i<17) {
    name[i] = *(cmd+i);
    i++;
  }
  name[i] = '\0';

  /* See if the name is a defined grid */
  pdf = pcm->pdf1;
  while (pdf!=NULL && !cmpwrd(name,pdf->abbrv)) pdf = pdf->pforw;
  if (pdf==NULL) {
    snprintf(pout,255,"MODIFY Error: Defined grid %s not found\n",name);
    gaprnt (0,pout);
    return (1);
  }

  /* Take action based on 3rd argument */
  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"MODIFY error:  Action keyword is missing\n");
    return (1);
  }
  else if (cmpwrd("seasonal",cmd) || cmpwrd("diurnal",cmd)) {
    pfi = pdf->pfi;
    if (pfi->dnum[3]==1) {
      gaprnt(0,"MODIFY Error:  ");
      gaprnt(0,"Time not varying for this defined variable\n");
      return(1);
    }

    /* Convert starting grid time to world time, add appropriate
       increment, and convert back to grid */
    t1 = (gadouble)(pfi->dimoff[3]+1);
    gr2t (pfi->grvals[3], t1, &dtim);
    otim.yr=0; otim.mo=0; otim.dy=0; otim.hr=0; otim.mn=0;
    if (cmpwrd("seasonal",cmd)) {
      otim.yr = 1;
      flg = 1;
    } else {
      otim.dy = 1;
      flg = 2;
    }
    timadd (&dtim, &otim);
    t2 = t2gr(pfi->abvals[3],&otim);

    /* Check that the final time is integral -- otherwise ... a serious problem */
    if (t2<0.0) i = (gaint)(t2-0.1);
    else i = (gaint)(t2+0.1);
    d1 = (gadouble)i;
    if (fabs(t2-d1)>0.001 || (flg==1 && (t2-t1>12.5))) { 
      gaprnt (0,"MODIFY Error:  Invalid time scaling in defined variable\n");
      return (1);
    }

    /* Calculate cyclic time in grid units, set up pfi block, return */
    pfi->cysiz = (gaint)(0.1 + t2 - t1);
    pfi->climo = flg;
    gaprnt (0,"Defined variable is now climatological\n");
    return (0);
  }
  else {
    gaprnt (0,"MODIFY error: Invalid operand\n");
    gaprnt (0,"  Operand = ");
    gaprnt (0,cmd);
    gaprnt (0,"\n");
    return (1);
  }

}


/* Handle define command */

gaint gadef (char *cmd, struct gacmn *pcm, gaint impf) {
struct gagrid *pgr,*pgr1;
struct gastat *pst;
struct gafile *pfi,*pfiv,*pfic;
struct gadefn *pdf,*pcurr,*psave;
struct gadefn **prev;
struct dt tmin,tmax;
gadouble (*conv) (gadouble *, gadouble);
gadouble vmin,vmax,zmin,zmax,emin,emax,*res,*gr;
gaint itmin,itmax,it,izmin,izmax,iz,iemin,iemax,ie;
gaint i,rc,gsiz,vdz,vdt,vde;
size_t sz,siz;
char *resu,*gru;
char name[20];

  pdf = NULL;
  pst = NULL;
  pgr1 = NULL;
  pfiv = NULL;

  /* Save user dim limits */
  zmin = pcm->dmin[2];
  zmax = pcm->dmax[2];
  tmin = pcm->tmin;
  tmax = pcm->tmax;                    
  emin = pcm->dmin[4];
  emax = pcm->dmax[4];
  vdz  = pcm->vdim[2];
  vdt  = pcm->vdim[3];
  vde  = pcm->vdim[4];

  /* Get the define name */
  if (!impf) {
    if ((cmd=nxtwrd(cmd)) == NULL) {
      gaprnt (0,"DEFINE error:  name is missing \n");
      goto retrn;
    }
  }
  garemb (cmd);
  i=0;
  while ( (*cmd>='a' && *cmd<='z') || (*cmd>='0' && *cmd<='9' ) ) {
    name[i] = *cmd;
    cmd++; i++;
    if (i>16) break;
  }
  name[i] = '\0';
  if (*cmd!='=') {
    gaprnt (0,"DEFINE error:  Name too long; missing '='\n");
    goto retrn;
  }
  cmd++;
  if (*cmd=='\0') {
    gaprnt (0,"DEFINE error:  expression missing\n");
    goto retrn;
  }

  /* We are now pointing to the expression.  We need to set up
     our looping environment -- we are going to always loop
     through Z and T and E.                                */

  pfi = pcm->pfid;
  if (pfi->type==2 || pfi->type==3) {
    gaprnt (0,"Define error:  Define not yet valid for station data\n");
    gaprnt (0,"    Default file is a station data file\n");
    goto retrn;
  }

  conv = pfi->ab2gr[2];                /* Get Z grid limits */
  vmin = conv(pfi->abvals[2],zmin);
  vmax = conv(pfi->abvals[2],zmax);
  if (dequal(vmin,vmax,1.0e-08)==0) {
    if (vmin<0.0) izmin = (gaint)(vmin-0.5);
    else izmin = (gaint)(vmin+0.5);
    izmax = izmin;
  } else {
    izmin = (gaint)(floor(vmin+0.001));
    izmax = (gaint)(ceil(vmax-0.001));
  }
  

  vmin = t2gr(pfi->abvals[3],&tmin);   /* Get T grid limits */
  vmax = t2gr(pfi->abvals[3],&tmax);
  if (dequal(vmin,vmax,1.0e-08)==0) {
    if (vmin<0.0) itmin = (gaint)(vmin-0.5);
    else itmin = (gaint)(vmin+0.5);
    itmax = itmin;
  } else {
    itmin = (gaint)(floor(vmin+0.001));
    itmax = (gaint)(ceil(vmax-0.001));
  }

  conv = pfi->ab2gr[4];                /* Get E grid limits */
  vmin = conv(pfi->abvals[4],emin);
  vmax = conv(pfi->abvals[4],emax);
  if (dequal(vmin,vmax,1.0e-08)==0) {
    if (vmin<0.0) iemin = (gaint)(vmin-0.5);
    else iemin = (gaint)(vmin+0.5);
    iemax = iemin;
  } else {
    iemin = (gaint)(floor(vmin+0.001));
    iemax = (gaint)(ceil(vmax-0.001));
  }
 
  /* Fix Z and T and E dimensions */
  pcm->dmax[2] = pcm->dmin[2];
  pcm->tmax    = pcm->tmin;               
  pcm->dmax[4] = pcm->dmin[4];               
  pcm->vdim[2] = 0;
  pcm->vdim[3] = 0;
  pcm->vdim[4] = 0;

  /* Get the first grid */
  pst = getpst(pcm);
  if (pst==NULL) goto retrn;

  conv = pfi->gr2ab[2];
  pst->dmin[2] = conv(pfi->grvals[2],(gadouble)izmin);
  pst->dmax[2] = pst->dmin[2];
  gr2t (pfi->grvals[3], (gadouble)itmin, &(pst->tmin));
  pst->tmax = pst->tmin;
  conv = pfi->gr2ab[4];
  pst->dmin[4] = conv(pfi->grvals[4],(gadouble)iemin);
  pst->dmax[4] = pst->dmin[4];

  rc = gaexpr(cmd, pst);
  if (!rc) rc = gaqsig();
  if (rc) {
    gaprnt (0,"DEFINE error:  Invalid expression. \n");
    goto retrn;
  }
  if (pst->type!=1) {
    gaprnt (0,"DEFINE Error:  Define does not yet support station data\n");
    gaprnt (0,"    Expression results in station data object\n");
    goto retrn;
  }

  /* Based on the grid we just got, we can now figure out the size of
     the final defined grid and fill in the gafile structure for the
     defined grid.  Allocate all the necessary stuff and fill it all
     in.  */

  /* Allocate the pdf and pfi blocks */
  sz = sizeof(struct gadefn);
  pdf = (struct gadefn *)galloc(sz,"pdfdef");
  if (pdf==NULL) {
    gaprnt (0,"Memory Allocation Error:  DEFINE operation\n");
    goto retrn;
  }
  sz = sizeof(struct gafile);
  pfiv = (struct gafile *)galloc(sz,"pfiv");
  if (pfiv==NULL) {
    gaprnt (0,"Memory Allocation Error:  DEFINE operation\n");
    goto retrn;
  }
  pdf->pfi = pfiv;
  pfiv->rbuf = NULL;
  pfiv->sbuf = NULL;
  pfiv->ubuf = NULL;

  /* Fill in the pfi block */
  pgr1 = pst->result.pgr;
  pfiv->type = 4;
  pfiv->climo = 0;
  pfiv->calendar = pfi->calendar;
  pfiv->undef = pgr1->undef;
  pfiv->dnum[2] = 1 + izmax - izmin;
  pfiv->dnum[3] = 1 + itmax - itmin;
  pfiv->dnum[4] = 1 + iemax - iemin;
  pfiv->gr2ab[2] = pfi->gr2ab[2];
  pfiv->ab2gr[2] = pfi->ab2gr[2];
  pfiv->gr2ab[4] = pfi->gr2ab[4];
  pfiv->ab2gr[4] = pfi->ab2gr[4];

  if ((pfiv->grvals[2] = cpscal (pfi->grvals[2], pfi->linear[2], 0, 2))==NULL) goto etrn;
  if ((pfiv->abvals[2] = cpscal (pfi->abvals[2], pfi->linear[2], 1, 2))==NULL) goto etrn;

  if ((pfiv->grvals[3] = cpscal (pfi->grvals[3], pfi->linear[3], 0, 3))==NULL) goto etrn;
  if ((pfiv->abvals[3] = cpscal (pfi->abvals[3], pfi->linear[3], 1, 3))==NULL) goto etrn;

  if ((pfiv->grvals[4] = cpscal (pfi->grvals[4], pfi->linear[4], 0, 4))==NULL) goto etrn;
  if ((pfiv->abvals[4] = cpscal (pfi->abvals[4], pfi->linear[4], 1, 4))==NULL) goto etrn;

  pfiv->linear[2] = pfi->linear[2];
  pfiv->linear[3] = pfi->linear[3];
  pfiv->linear[4] = pfi->linear[4];
  pfiv->dimoff[2] = izmin-1;
  pfiv->dimoff[3] = itmin-1;
  pfiv->dimoff[4] = iemin-1;
  pfiv->ppflag = 0;

  if (pgr1->idim>-1 && pgr1->jdim>-1) {             /* I and J are varying */
    pfiv->gr2ab[0] = pgr1->igrab;
    pfiv->ab2gr[0] = pgr1->iabgr;
    if ((pfiv->grvals[0] = cpscal (pgr1->ivals,  pgr1->ilinr, 0, pgr1->idim))==NULL) goto etrn;
    if ((pfiv->abvals[0] = cpscal (pgr1->iavals, pgr1->ilinr, 1, pgr1->idim))==NULL) goto etrn;
    pfiv->linear[0] = pgr1->ilinr;
    pfiv->dimoff[0] = pgr1->dimmin[0]-1;
    pfiv->dnum[0]   = pgr1->isiz;

    pfiv->gr2ab[1] = pgr1->jgrab;
    pfiv->ab2gr[1] = pgr1->jabgr;
    if ((pfiv->grvals[1] = cpscal (pgr1->jvals,  pgr1->jlinr, 0, pgr1->jdim))==NULL) goto etrn;
    if ((pfiv->abvals[1] = cpscal (pgr1->javals, pgr1->jlinr, 1, pgr1->jdim))==NULL) goto etrn;
    pfiv->linear[1] = pgr1->jlinr;
    pfiv->dimoff[1] = pgr1->dimmin[1]-1;
    pfiv->dnum[1]   = pgr1->jsiz;
  }
  else if (pgr1->idim > -1 && pgr1->jdim == -1) {   /* I is varying, J is fixed */
    if (pgr1->idim == 0) {           /* I is X */
      pfiv->gr2ab[0] = pgr1->igrab;
      pfiv->ab2gr[0] = pgr1->iabgr;
      if ((pfiv->grvals[0] = cpscal (pgr1->ivals,  pgr1->ilinr, 0, pgr1->idim))==NULL) goto etrn;
      if ((pfiv->abvals[0] = cpscal (pgr1->iavals, pgr1->ilinr, 1, pgr1->idim))==NULL) goto etrn;
      pfiv->linear[0] = pgr1->ilinr;
      pfiv->dimoff[0] = pgr1->dimmin[0]-1;
      pfiv->dnum[0]   = pgr1->isiz;

      pfiv->gr2ab[1] = pfi->gr2ab[1];
      pfiv->ab2gr[1] = pfi->ab2gr[1];
      if ((pfiv->grvals[1] = cpscal (pfi->grvals[1], pfi->linear[1], 0, 1))==NULL) goto etrn;
      if ((pfiv->abvals[1] = cpscal (pfi->abvals[1], pfi->linear[1], 1, 1))==NULL) goto etrn;
      pfiv->linear[1] = pfi->linear[1];
      pfiv->dimoff[1] = 0;
      pfiv->dnum[1]   = 1;
    } 
    else {                           /* I is Y */
      pfiv->gr2ab[1] = pgr1->igrab;
      pfiv->ab2gr[1] = pgr1->iabgr;
      if ((pfiv->grvals[1] = cpscal (pgr1->ivals,  pgr1->ilinr, 0, pgr1->idim))==NULL) goto etrn;
      if ((pfiv->abvals[1] = cpscal (pgr1->iavals, pgr1->ilinr, 1, pgr1->idim))==NULL) goto etrn;
      pfiv->linear[1] = pgr1->ilinr;
      pfiv->dimoff[1] = pgr1->dimmin[1]-1;
      pfiv->dnum[1]   = pgr1->isiz;

      pfiv->gr2ab[0] = pfi->gr2ab[0];
      pfiv->ab2gr[0] = pfi->ab2gr[0];
      if ((pfiv->grvals[0] = cpscal (pfi->grvals[0], pfi->linear[0], 0, 0))==NULL) goto etrn;
      if ((pfiv->abvals[0] = cpscal (pfi->abvals[0], pfi->linear[0], 1, 0))==NULL) goto etrn;
      pfiv->linear[0] = pfi->linear[0];
      pfiv->dimoff[0] = 0;
      pfiv->dnum[0]   = 1;
    }
  }
  else {                             /* I and J are fixed */
    pfiv->gr2ab[0] = pfi->gr2ab[0];
    pfiv->ab2gr[0] = pfi->ab2gr[0];
    if ((pfiv->grvals[0] = cpscal (pfi->grvals[0], pfi->linear[0], 0, 0))==NULL) goto etrn;
    if ((pfiv->abvals[0] = cpscal (pfi->abvals[0], pfi->linear[0], 1, 0))==NULL) goto etrn;
    pfiv->linear[0] = pfi->linear[0];
    pfiv->dimoff[0] = 0;
    pfiv->dnum[0]   = 1;
    
    pfiv->gr2ab[1] = pfi->gr2ab[1];
    pfiv->ab2gr[1] = pfi->ab2gr[1];
    if ((pfiv->grvals[1] = cpscal (pfi->grvals[1], pfi->linear[1], 0, 1))==NULL) goto etrn;
    if ((pfiv->abvals[1] = cpscal (pfi->abvals[1], pfi->linear[1], 1, 1))==NULL) goto etrn;
    pfiv->linear[1] = pfi->linear[1];
    pfiv->dimoff[1] = 0;
    pfiv->dnum[1]   = 1;
  }

  /* If the first grid is all the data we need, then we are pretty much done.  */

  if (izmin==izmax && itmin==itmax && iemin==iemax) {
    if (pgr1->idim<0) {   /* grid is a single data value */
      sz = sizeof(gadouble);
      pfiv->rbuf = (gadouble *)galloc(sz,"pfivrbuf");
      if (pfiv->rbuf==NULL) {
        gaprnt (0,"Define Error:  Unable to allocate data memory\n");
        goto retrn;
      }
      sz = sizeof(char);
      pfiv->ubuf = (char *)galloc(sz,"pfivubuf");
      if (pfiv->ubuf==NULL) {
        gaprnt (0,"Define Error:  Unable to allocate undef mask memory\n");
        goto retrn;
      }
      *(pfiv->rbuf) = *(pgr1->grid);
      *(pfiv->ubuf) = *(pgr1->umask);
    } else {
      pfiv->rbuf = pgr1->grid;
      pfiv->ubuf = pgr1->umask;
    }
    pgr1->grid = NULL;
    pgr1->umask = NULL;  
    siz = pgr1->isiz;
    siz = siz * pgr1->jsiz;
  } 
  else {
    /* We need to get multiple grids.  Set this up.  */

    /* Calculate size and then allocate the storage for the defined object */
    gsiz = pgr1->isiz*pgr1->jsiz;
    siz = (size_t)gsiz * (size_t)pfiv->dnum[2] * (size_t)pfiv->dnum[3] * (size_t)pfiv->dnum[4];
    sz = siz * sizeof(gadouble);
    pfiv->rbuf = (gadouble *)galloc(sz,"defnrbuf");
    if (pfiv->rbuf==NULL) {
      gaprnt (0,"Define Error:  Unable to allocate data memory\n");
      snprintf(pout,255,"  Size of request was %ld grid elements\n",siz);
      gaprnt (0,pout);
      goto retrn;
    }
    sz = siz * sizeof(char);
    pfiv->ubuf = (char *)galloc(sz,"defnubuf");
    if (pfiv->ubuf==NULL) {
      gaprnt (0,"Define Error:  Unable to allocate memory for undef mask\n");
      snprintf(pout,255,"  Size of request was %ld grid elements\n",siz);
      gaprnt (0,pout);
      goto retrn;
    }

    /* Now we can loop and get all the data */

    res  = pfiv->rbuf;
    resu = pfiv->ubuf;
    for (ie=iemin; ie<=iemax; ie++) {
      for (it=itmin; it<=itmax; it++) {
	for (iz=izmin; iz<=izmax; iz++) {

	  /* fix dmin and dmax values for Z, T, E dimensions */
	  conv = pfi->gr2ab[2];
	  pst->dmin[2] = conv(pfi->grvals[2],(gadouble)iz);
	  pst->dmax[2] = pst->dmin[2];
	  gr2t (pfi->grvals[3], (gadouble)it, &(pst->tmin));
	  pst->tmax = pst->tmin;
	  conv = pfi->gr2ab[4];
	  pst->dmin[4] = conv(pfi->grvals[4],(gadouble)ie);
	  pst->dmax[4] = pst->dmin[4]; 

	  /* reuse first grid evaluated above */
	  if (ie==iemin && it==itmin && iz==izmin ) {
	    gr  = pgr1->grid; 
	    gru = pgr1->umask;
	  }
	  else {
	    /* evaluate the expression again */
	    rc = gaexpr(cmd, pst);
	    if (!rc) rc = gaqsig();
	    if (rc) {
	      gaprnt (0,"DEFINE error:  Invalid expression. \n");
	      goto retrn;
	    }
	    pgr = pst->result.pgr;
	    if (pgr->idim!=pgr1->idim || pgr->jdim!=pgr1->jdim ||
		gagchk(pgr,pgr1,pgr1->idim) ||
		gagchk(pgr,pgr1,pgr1->jdim) ) {
	      gaprnt (0,"Define Error: Internal Logic Check 4\n");
	      goto retrn;
	    }
	    gr  = pgr->grid;
	    gru = pgr->umask;
	  }

	  /* copy the grid into defined variable space */
	  for (i=0; iundef */
	    if (*gru == 0) *res = pcm->undef; 
	    res++; resu++; 
	    gr++;  gru++;
	  }

	  /* free the result grid  */
	  if (ie==iemin && it==itmin && iz==izmin ) {
	    if (pgr1->idim>-1) {
	      gree(pgr1->grid,"f86a");
	      gree(pgr1->umask,"f87a");
	    }
	    pgr1->grid = NULL;
	    pgr1->umask = NULL;
	    pst->result.pgr = NULL;
	  }
	  else {
	    gafree (pst);
	  }
	}
      }
    }
  }

  siz = siz * sizeof(gadouble);
  snprintf(pout,255,"Define memory allocation size = %ld bytes\n",siz);
  gaprnt (2,pout);

  /* Now we will chain our new object to the chain of define blocks
     hung off the common area */

  pcurr = pcm->pdf1;
  prev = &(pcm->pdf1);
  while (pcurr!=NULL) {
    if (cmpwrd(name,pcurr->abbrv)) {
      gaprnt (2,"Name already DEFINEd:  ");
      gaprnt (2,name);
      gaprnt (2,".   Will be deleted and replaced.\n");
      pfic = pcurr->pfi;
      gree(pfic->rbuf,"f93");
      gree(pfic->ubuf,"f93a");
      for (i=0; i<5; i++) {
	gree(pfic->grvals[i],"f93b");
	gree(pfic->abvals[i],"f93c");
      }
      gree(pfic,"f94");
      *prev = pcurr->pforw;
      psave = pcurr;
      pcurr = pcurr->pforw;
      gree(psave,"f95");
      continue;
    }
    prev = &(pcurr->pforw);
    pcurr = pcurr->pforw;
  }

  *prev = pdf;          /* Chain it up */
  pdf->pforw = NULL;
  getwrd(pdf->abbrv,name,19);
  gree(pgr1,"f96");
  gree(pst,"f97");
  /* Restore user dim limits*/
  pcm->dmax[2] = zmax;
  pcm->tmax    = tmax;                    
  pcm->dmax[4] = emax;
  pcm->vdim[2] = vdz;
  pcm->vdim[3] = vdt;
  pcm->vdim[4] = vde;
  return (0);

etrn:
  gaprnt(0,"Memory allocation error for Define\n");

retrn:
  if (pst!=NULL) {
    gafree(pst);
    gree(pst,"f98");
  }
  if (pgr1!=NULL) {
    if (pgr1->grid!=NULL && pgr1->idim>-1) gree(pgr1->grid,"f208");
    gree(pgr1,"f99");
  }
  if (pdf!=NULL) gree(pdf,"f209");
  if (pfiv!=NULL) {
    if (pfiv->rbuf!=NULL) gree(pfiv->rbuf,"f210a");
    if (pfiv->ubuf!=NULL) gree(pfiv->ubuf,"f210b");
    gree(pfiv,"f100");
  }
  pcm->tmax = tmax;                    /* Restore user dim limits*/
  pcm->dmax[2] = zmax;
  pcm->vdim[2] = vdz;
  pcm->vdim[3] = vdt;
  return(1);
}

/* Handle query command */

char *gxnms[29] = {"Clear","Contour","Shaded","Vector","Grid","Fgrid",
		   "Line","Scatter","Bar","Stream","Value","Model","Wxsym","Line",
		   "StnMark","Barb","GrFill","LineFill","","","Fwrite","Findstn","Stat",
                   "GeoTIFF", "KML", "Shapefile","ImageMap","Shaded2","Shaded2b"};
/* messages for query gxout */
static char *gxout0D[3]   = {"Display", "Stat", "Print"};
static char *gxout1D[5]   = {"0", "Line", "Bar", "Errbar", "Linefill"};
static char *gxout1Da[3]  = {"0", "Vector", "Barb"};
static char *gxout2Da[20] = {"0", "Contour", "Shaded","Grid", "4", "5", "Fgrid",
			     "Fwrite", "8", "9", "Grfill", "Pgrid", "GeoTIFF", "KML",
			     "ImageMap","Shapefile","16","17","18","19"};
static char *gxout2Db[10] = {"0", "1", "2", "Grid", "Vector", "Scatter", "6", "7", "Stream", "Barb"};
static char *gxoutStn[10]  = {"0", "Value", "Barb", "Findstn", "Model", 
			      "Wxsym", "6", "Stnmark", "Stnwrite", "Shapefile"};

char *dweek[8] = {"Sun","Mon","Tue","Wed","Thu","Fri","Sat","???"};

gaint gaqury (char *cmd, char *ccc, struct gacmn *pcm) {
struct gafile *pfi;
struct gavar *pvar;
struct gadefn *pdf;
struct gaens *ens;
struct dt dtim;
struct xinfo xinf;
struct gdlg dlg; 
struct gaattr *attr;
gadouble (*conv) (gadouble *, gadouble);
gadouble x, y, v, v1, v2, lon, lat, rinfo[10];
gaint i, j, cnt, fnum, flag, etype, info[10], ival;
gaint closethisfilelater=0, hdrflg, hdrflgd;
char *arg, lab[20], lab2[20], *ch, *name, *name2;
char *varnam;
short *sptr=NULL;
long *lptr=NULL;
gafloat *fptr=NULL;
gadouble *dptr=NULL,dval;
size_t sz;
#if (USENETCDF == 1 || USEHDF == 1)
struct dt tdef, tdefi;
char *tfile, *tfile2;
gaint ncid=0, rc, error, n_atts, n_gatts;
gaint sdid=0;
#endif
#if USEHDF5 == 1
gaint h5id=-999;
hid_t fid=0;
#endif
#if USESHP==1
SHPHandle shpid=NULL;
SHPObject *shp=NULL;
DBFHandle dbfid=NULL;
struct dbfld *fld,*fld1;
char shparg[4096];
int fcnt,rcnt,shptype,shpcnt;
gadouble minvals[4], maxvals[4];

#endif

  arg = nxtwrd(cmd);
  if (arg == NULL) {
    gaprnt (2,"query or q Options: \n");
    gaprnt (2,"  q attr     Returns global and variable attributes for an open file\n");
    gaprnt (2,"  q cache    Returns netcdf4/hdf5 cache size for a particular file \n");
    gaprnt (2,"  q cachesf  Returns global cache scale factor\n");
    gaprnt (2,"  q config   Returns GrADS configuration information\n");
    gaprnt (2,"  q ctlinfo  Returns contents of data descriptor file\n");
    gaprnt (2,"  q contours Returns colors and levels of line contours\n");
    gaprnt (2,"  q dbf      Lists contents of a shapefile attribute database\n");
    gaprnt (2,"  q define   Lists currently defined variables\n");
    gaprnt (2,"  q defval   Returns value of a defined variable at a point\n");
    gaprnt (2,"  q dialog   Launches a dialog box\n");
    gaprnt (2,"  q dims     Returns current dimension environment\n");
    gaprnt (2,"  q ens      Returns a list of ensemble members\n");
    gaprnt (2,"  q file     Returns info on a particular file\n");
    gaprnt (2,"  q files    Lists all open files\n");
    gaprnt (2,"  q fwrite   Returns status of fwrite output file\n");
    gaprnt (2,"  q gxinfo   Returns graphics environment info\n");
    gaprnt (2,"  q gxout    Gives current gxout settings\n");
    gaprnt (2,"  q pos      Waits for mouse click, returns position and widget info\n");
    gaprnt (2,"  q sdfwrite Returns status of self-describing fwrite options\n");
    gaprnt (2,"  q shades   Returns colors and levels of shaded contours\n");
    gaprnt (2,"  q shp      Lists the contents of a shapefile\n");
    gaprnt (2,"  q shpopts  Returns settings for drawing and writing shapefiles\n");
    gaprnt (2,"  q string   Returns width of a string\n");
    gaprnt (2,"  q time     Returns info about time settings\n");
    gaprnt (2,"  q undef    Returns output undef value \n");
    gaprnt (2,"  q xinfo    Returns characteristics of graphics display window\n");
    gaprnt (2,"  q xy2w     Converst XY screen to world coordinates\n");
    gaprnt (2,"  q xy2gr    Converts XY screen to grid coordinates\n");
    gaprnt (2,"  q w2xy     Converts world to XY screen coordinates\n");
    gaprnt (2,"  q w2gr     Converts world to grid coordinates\n");
    gaprnt (2,"  q gr2w     Converts grid to world coordinates\n");
    gaprnt (2,"  q gr2xy    Converts grid to XY screen coordinates\n");
    gaprnt (2,"  q pp2xy    Converts virtual page XY to real page XY coordinates\n");
    gaprnt (2,"Details about argument syntax for some of these options are in the \n");
    gaprnt (2,"online documentation: http://www.iges.org/grads/gadoc/gradcomdquery.html\n");
  }
  else if (cmpwrd(arg,"mem")) {
    glook();
  }
  else if (cmpwrd(arg,"undef")) {
    snprintf(pout,255,"Output undef value is set to %12f\n",pcm->undef);
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"dbuff")) {
    if (pcm->dbflg) snprintf(pout,255,"double buffering is on\n");
    else snprintf(pout,255,"double buffering is off\n");
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"calendar")) {
    if (mfcmn.cal365==-999) snprintf(pout,255,"calendar mode not yet set\n");
    else if (mfcmn.cal365==1) snprintf(pout,255,"365-day calendar in effect\n");
    else snprintf(pout,255,"standard calendar in effect\n");
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"cachesf")) {
    snprintf(pout,255,"Global cache scale factor is %g\n",qcachesf());
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"cache")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      /* no file number given, use the default file */
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      /* get the file number */
      if (intprs(arg,&fnum) == NULL ) {
        gaprnt(0,"QUERY CACHE Error: invalid argument \n");
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY CACHE Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    snprintf(pout,255,"File %i cache size in bytes: %ld \n",fnum,pfi->cachesize);
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"dialog")) {
    if ((arg = nxtwrd (arg)) == NULL) goto errdl;
    if (getdbl(arg,&(dlg.x)) == NULL ) goto dialog;
    if ((arg = nxtwrd (arg)) == NULL) goto errdl;
    if (getdbl(arg,&(dlg.y)) == NULL ) goto errdl;
    if ((arg = nxtwrd (arg)) == NULL) goto errdl;
    if (getdbl(arg,&(dlg.w)) == NULL ) goto errdl;
    if ((arg = nxtwrd (arg)) == NULL) goto errdl;
    if (getdbl(arg,&(dlg.h)) == NULL ) goto errdl;
    dlg.pc = pcm->dlgpc;
    dlg.fc = pcm->dlgfc;
    dlg.bc = pcm->dlgbc;
    dlg.oc = pcm->dlgoc;
    dlg.th = pcm->dlgth;
    dlg.nu = pcm->dlgnu;

    if ((arg = nxtwrd (arg)) == NULL) goto errdl;
    dlg.len = 0;
    while (*(arg+dlg.len)) dlg.len++;
    sz = dlg.len+1;
    dlg.ch = (char *)galloc(sz,"dlg1");
    *(dlg.ch+dlg.len) = '\0';
    if (dlg.ch==NULL) {
      gaprnt(0,"Memory allocation error; QUERY DIALOG cmd\n");
     return(1);
    }
    for (i=0; idlgpc;
    dlg.fc = pcm->dlgfc;
    dlg.bc = pcm->dlgbc;
    dlg.oc = pcm->dlgoc;
    dlg.th = pcm->dlgth;
    dlg.nu = pcm->dlgnu;

    dlg.len = 0;
    while (*(arg+dlg.len)) dlg.len++;
    sz = dlg.len+1;
    dlg.ch = (char *)galloc(sz,"dlg2");
    *(dlg.ch+dlg.len) = '\0';
    if (dlg.ch==NULL) {
      gaprnt(0,"Memory allocation error; QUERY DIALOG cmd\n");
      return(1);
    }
    for (i=0; ipfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY ENS argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY ENS Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    ens = pfi->ens1;
    i=0;
    while (idnum[4]) {
      gat2ch(&(ens->tinit),4,lab,20);
      snprintf(pout,255,"Ensemble %d named %s has %d timesteps and begins at %s (t=%d) ",
	     i+1, ens->name, ens->length, lab, ens->gt );
      gaprnt(2,pout);
      if (ens->grbcode[0]>-900) {
	if (ens->grbcode[1]>-900) 
	  snprintf(pout,255,"grbcode=%d,%d",ens->grbcode[0],ens->grbcode[1]);
	else
	  snprintf(pout,255,"grbcode=%d",ens->grbcode[0]);
	gaprnt(2,pout);
      }
      gaprnt(2,"\n");
      
      i++; ens++;
    }
  }
  /* this command is used by the GDS -- formatted specifically */
  else if (cmpwrd(arg,"ens_name")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY ENS_NAME argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY ENS_NAME Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    ens = pfi->ens1;
    i=0;
    gaprnt(2,"ens String grads_name ");
    while (idnum[4]) {
      snprintf(pout,255,"%s",ens->name);
      gaprnt(2,pout);
      if (idnum[4]-1) gaprnt(2,",");
      i++; ens++;
    }
    gaprnt(2,"\n");
  }
  /* this command is used by the GDS -- formatted specifically */
  else if (cmpwrd(arg,"ens_length")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY ENS_LENGTH argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY ENS_LENGTH Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    ens = pfi->ens1;
    i=0;
    gaprnt(2,"ens String grads_length ");
    while (idnum[4]) {
      snprintf(pout,255,"%d",ens->length);
      gaprnt(2,pout);
      if (idnum[4]-1) gaprnt(2,",");
      i++; ens++;
    }
    gaprnt(2,"\n");
  }
  /* this command is used by the GDS -- formatted specifically */
  else if (cmpwrd(arg,"ens_tinit")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY ENS_TINIT argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY ENS_TINIT Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    ens = pfi->ens1;
    i=0;
    gaprnt(2,"ens String grads_tinit ");
    while (idnum[4]) {
      snprintf(pout,255,"%d",ens->gt);
      gaprnt(2,pout);
      if (idnum[4]-1) gaprnt(2,",");
      i++; ens++;
    }
    gaprnt(2,"\n");
  }
  else if (cmpwrd(arg,"vars")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY VARS argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY VARS Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    pvar = pfi->pvar1;
    j = 0;
    while (jvnum) {
      printf("%s\n",pvar->abbrv);
      printf(" description: %s\n",pvar->varnm);
      printf(" levels: %d ",pvar->levels); printf("\n");
      printf(" units: "); for (i=0;i<16;i++) printf("%-4g ",pvar->units[i]); printf("\n");
      printf(" vecpair=%d \n", pvar->vecpair);
      printf(" isu=%d \n", pvar->isu);
      printf(" offset=%d \n",pvar->offset);
      printf(" recoff=%d \n",pvar->recoff);
      printf(" dfrm=%d \n",pvar->dfrm);
      printf(" var_t=%d \n",pvar->var_t);
      if (pfi->ncflg) {
	printf(" %d dimids: ",pvar->nvardims);
        for (i=0;invardims;i++) printf("%-4d ",pvar->vardimids[i]); printf("\n");
	if (pfi->ncflg==1) printf(" ncvid=%d \n",pvar->ncvid);
	if (pfi->ncflg==2) printf(" sdvid=%d \n",pvar->sdvid);
	if (pfi->ncflg==3) printf(" h5vid=%d \n",pvar->h5vid);
	printf(" scale=%f \n",pvar->scale);
	printf(" add=%f \n",pvar->add);
      }
      printf("\n");
      pvar++; j++;
    }	
  }
  else if (cmpwrd(arg,"shpopts"))  {
#if USESHP==1
    snprintf(pout,255,"Settings for drawing shapefiles:\n polygon fill color: %i \n",pcm->fillpoly);
    gaprnt (2,pout);
    snprintf(pout,255," mark type: %i \n",pcm->marktype);
    gaprnt (2,pout);
    snprintf(pout,255," mark size: %g \n",pcm->marksize);
    gaprnt (2,pout);
    snprintf(pout,255,"Settings for writing shapefiles:\n");
    gaprnt (2,pout);
    if (pcm->shpfname)
      snprintf(pout,255," output filename root: %s\n",pcm->shpfname);
    else 
      snprintf(pout,255," output filename root: grads\n");
    gaprnt (2,pout);
    if (pcm->shptype==1) gaprnt(2," output type: point\n");
    if (pcm->shptype==2) gaprnt(2," output type: line\n");
    snprintf(pout,255," format string: \%%%d.%df\n",pcm->dblen,pcm->dbprec);
    gaprnt(2,pout);
    /* print the user-provided fields that are linked off of gacmn  */
    if (pcm->dbfld) { 
      gaprnt(2," attributes:\n");
      fld = pcm->dbfld;  
      while (fld) {
	snprintf(pout,255,"  %s: ",fld->name);
	gaprnt(2,pout);
	if (fld->type == FTInteger) {
	  intprs(fld->value,&ival);
	  snprintf(pout,255,"%d \n",ival); 
	} 
	else if (fld->type == FTDouble) {
	  getdbl(fld->value,&dval);
          snprintf(lab,20,"\%%-%d.%df\n",pcm->dblen,pcm->dbprec);
	  snprintf(pout,255,lab,dval); 
	} 
	else {
	  snprintf(pout,255,"%s\n",(char*)fld->value); 
	}
	gaprnt(2,pout);
	fld = fld->next;
      } 
    }
#else
  gaprnt(0,"This build does not support shapefiles\n");
#endif
  }
  else if (cmpwrd(arg,"shp"))  {
#if USESHP==1
    if ((arg = nxtwrd (arg)) == NULL) {
      gaprnt(0,"Query Error: Missing shapefile name \n");
    } 
    else {
      getwrd(shparg,ccc+(arg-cmd),4095);      /* use mixed-case version */
      shpid = gaopshp(shparg);
      if (shpid) {
	SHPGetInfo (shpid, &shpcnt, &shptype, minvals, maxvals);
	snprintf(pout,255,"Shapefile Type=%s #Shapes=%d XBounds=%g:%g YBounds=%g:%g\n", 
		SHPTypeName(shptype),shpcnt,minvals[0],maxvals[0],minvals[1],maxvals[1]);
	gaprnt(2,pout);
	for (i=0; inShapeId,SHPTypeName(shp->nSHPType),shp->nParts,shp->nVertices);
	    gaprnt(2,pout);
	    snprintf(pout,255,"XBounds=%g:%g  ",shp->dfXMin,shp->dfXMax); gaprnt(2,pout);
	    snprintf(pout,255,"YBounds=%g:%g  ",shp->dfYMin,shp->dfYMax); gaprnt(2,pout);
	    snprintf(pout,255,"ZBounds=%g:%g  ",shp->dfZMin,shp->dfZMax); gaprnt(2,pout);
	    snprintf(pout,255,"MBounds=%g:%g \n",shp->dfMMin,shp->dfMMax); gaprnt(2,pout);
	    SHPDestroyObject (shp);
	  }
	}
	SHPClose(shpid);
      }
    }
#else
  gaprnt(0,"This build does not support querying shapefiles\n");
#endif
  }
  else if (cmpwrd(arg,"dbf")) {
#if USESHP==1
    if ((arg = nxtwrd (arg)) == NULL) {
      gaprnt(0,"Query Error: Missing shapefile name \n");
    } 
    else {
      getwrd(shparg,ccc+(arg-cmd),4095);   /* use mixed-case version */
      dbfid = gaopdbf(shparg);
      if (dbfid) {
	fcnt = DBFGetFieldCount (dbfid);
	rcnt = DBFGetRecordCount (dbfid);
	snprintf(pout,255,"RECORD#,");
	gaprnt(2,pout);
	fld = NULL;
	if ((fld = (struct dbfld *)galloc(fcnt*sizeof(struct dbfld),"dbfld"))==NULL) {
	  gaprnt(0,"failed to allocate memory for dbf fields \n");
	}
	else {
	  fld1 = fld; 
	  i=0;
	  /* print out the attribute names */
	  while (itype = DBFGetFieldInfo (dbfid, i, fld->name, &fld->len, &fld->prec);
	    snprintf(pout,255,"%s",fld->name);
	    gaprnt(2,pout);
	    if (istrhsz,&v);
      snprintf(pout,255,"String Width = %g\n",v);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd(arg,"fwrite")) {
    if (pcm->ffile) gaprnt(2,"FWrite file is open\n");
    else gaprnt(2,"FWrite file is closed\n");
    if (pcm->fwname) {
      gaprnt (2,"FWrite file name is: ");
      gaprnt (2,pcm->fwname);
      gaprnt (2,"\n");
    } else gaprnt (2,"FWrite file name is: grads.fwrite\n");
    if (pcm->fwenflg==0) {
      gaprnt (2,"FWrite byte order is little_endian ");
    } else {
      gaprnt (2,"FWrite byte order is big_endian ");
    }
    if (BYTEORDER==0) {
      gaprnt (2,"; machine byte order is little_endian\n");
    } else {
      gaprnt (2,"; machine byte order is big_endian\n");
    }
    snprintf(pout,255,"Fwrite output undef value is set to %12f\n",pcm->undef);
    gaprnt(2,pout);
  }
  else if (cmpwrd(arg,"sdfwrite")) {
    if (pcm->sdfwname) {
      gaprnt (2,"SDFwrite file name is: ");
      gaprnt (2,pcm->sdfwname);
      gaprnt (2,"\n");
    } else gaprnt (2,"SDFwrite file name is: grads.sdfwrite.nc\n");
    gaprnt(2,"SDFwrite format is ");
    if (pcm->sdfzip==1) gaprnt (2,"compressed ");
    if (pcm->sdfwtype==1) gaprnt (2,"NetCDF ");
    else if (pcm->sdfwtype==2) gaprnt (2,"NetCDF-4 ");
    if (pcm->sdfprec==8) gaprnt (2,"double precision ");
    else if (pcm->sdfprec==4) gaprnt (2,"floating point precision ");
    gaprnt(2,"\n");
    if (pcm->sdfchunk || pcm->sdfzip) {
      gaprnt(2,"SDFWrite output chunk dimensions: ");
      if (pcm->xchunk) snprintf(pout,255,"%d ",pcm->xchunk);
      else snprintf(pout,255,"Xsize ");
      gaprnt(2,pout);
      if (pcm->ychunk) snprintf(pout,255,"%d ",pcm->ychunk);
      else snprintf(pout,255,"Ysize ");
      gaprnt(2,pout);
      snprintf(pout,255,"%d ",pcm->zchunk ? pcm->zchunk : 1 );
      gaprnt(2,pout);
      snprintf(pout,255,"%d ",pcm->tchunk ? pcm->echunk : 1 );
      gaprnt(2,pout);
      snprintf(pout,255,"%d\n",pcm->echunk ? pcm->echunk : 1 );
      gaprnt(2,pout);
    }
    snprintf(pout,255,"SDFwrite output undef value is set to %12f\n",pcm->undef);
    gaprnt(2,pout);
    if (pcm->sdfwpad==0) {
      gaprnt (2,"SDFwrite file will have same number of dimensions as defined variable\n");
    }
    if (pcm->sdfwpad==1) {
      gaprnt (2,"SDFwrite file will have at least 4 dimensions\n");
    }
    if (pcm->sdfwpad==2) {
      gaprnt (2,"SDFwrite file will have 5 dimensions\n");
    }
    if (pcm->attr) {
      attr=pcm->attr;
      gaprnt (2,"SDFwrite attribute metadata:\n");
      while (attr) {
	/* print strings */
	if (attr->nctype <= 2) {
	  snprintf(pout,255,"  %s %s %s %s\n",
		  attr->varname,attr->type,attr->name,(char*)attr->value);
	    gaprnt(2,pout);
	} 
	else {
	  snprintf(pout,255,"  %s %s %s ",attr->varname,attr->type,attr->name);
	  gaprnt(2,pout);
	  if      (attr->nctype == 3) sptr = (short*)attr->value;
	  else if (attr->nctype == 4) lptr = (long*)attr->value;
	  else if (attr->nctype == 5) fptr = (gafloat*)attr->value;
	  else if (attr->nctype == 6) dptr = (gadouble*)attr->value;
	  for (i=0; ilen; i++) {
	    /* print numbers */
	    if (attr->nctype == 3) {
	      snprintf(pout,255,"%i",(gaint)*(sptr));
	      gaprnt(2,pout);
	      sptr++;
	    } else if (attr->nctype == 4) {
	      snprintf(pout,255,"%li",*(lptr));
	      gaprnt(2,pout);
	      lptr++;
	    } else if (attr->nctype == 5) {
	      snprintf(pout,255,"%f",*(fptr));
	      gaprnt(2,pout);
	      fptr++;
	    } else { 
	      snprintf(pout,255,"%g",*(dptr));
	      gaprnt(2,pout);
	      dptr++;
	    }
	    if (i != attr->len-1) {
	      snprintf(pout,255,",");
	      gaprnt(2,pout);
	    }
	  }
	  snprintf(pout,255,"\n");
	  gaprnt(2,pout);
	}
	attr=attr->next;
      }
    }
  }

  /* Configuration options */
  else if (cmpwrd(arg,"config")) {
      gacfg(2);
  }

  else if (cmpwrd(arg,"dims")||cmpwrd(arg,"dim")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No files open\n");
      return (1);
    }
    pfi = pcm->pfid;
    snprintf(pout,255,"Default file number is: %i \n",pcm->dfnum);
    gaprnt (2,pout);
    /* Longitude */
    if (pfi->type==2) {
      v1 = pcm->dmin[0];
      v2 = pcm->dmax[0];
    } else {
      conv = pfi->ab2gr[0];
      v1 = conv(pfi->abvals[0],pcm->dmin[0]);
      v2 = conv(pfi->abvals[0],pcm->dmax[0]);
    }
    if (pcm->dmin[0]==pcm->dmax[0]) {
      snprintf(pout,255,"X is fixed     Lon = %g  X = %g\n",pcm->dmin[0],v1);
    } else {
      snprintf(pout,255,"X is varying   Lon = %g to %g   X = %g to %g\n",
           pcm->dmin[0],pcm->dmax[0],v1,v2);
    }
    gaprnt (2,pout);
    /* Latitude  */
    if (pfi->type==2) {
      v1 = pcm->dmin[1];
      v2 = pcm->dmax[1];
    } else {
      conv = pfi->ab2gr[1];
      v1 = conv(pfi->abvals[1],pcm->dmin[1]);
      v2 = conv(pfi->abvals[1],pcm->dmax[1]);
    }
    if (pcm->dmin[1]==pcm->dmax[1]) {
      snprintf(pout,255,"Y is fixed     Lat = %g  Y = %g\n",pcm->dmin[1],v1);
    } else {
      snprintf(pout,255,"Y is varying   Lat = %g to %g   Y = %g to %g\n",
           pcm->dmin[1],pcm->dmax[1],v1,v2);
    }
    gaprnt (2,pout);
    /* Level */
    if (pfi->type==2) {
      v1 = pcm->dmin[2];
      v2 = pcm->dmax[2];
    } else {
      conv = pfi->ab2gr[2];
      v1 = conv(pfi->abvals[2],pcm->dmin[2]);
      v2 = conv(pfi->abvals[2],pcm->dmax[2]);
    }
    if (pcm->dmin[2]==pcm->dmax[2]) {
      snprintf(pout,255,"Z is fixed     Lev = %g  Z = %g\n",pcm->dmin[2],v1);
    } else {
      snprintf(pout,255,"Z is varying   Lev = %g to %g   Z = %g to %g\n",
           pcm->dmin[2],pcm->dmax[2],v1,v2);
    }
    gaprnt (2,pout);
    /* Time */
    v1 = t2gr(pfi->abvals[3],&(pcm->tmin));
    v2 = t2gr(pfi->abvals[3],&(pcm->tmax));
    if (pcm->tmin.mn==0) gat2ch(&(pcm->tmin),4,lab,20);
    else gat2ch (&(pcm->tmin),5,lab,20);
    if (pcm->tmax.mn==0) gat2ch(&(pcm->tmax),4,lab2,20);
    else gat2ch (&(pcm->tmax),5,lab2,20);
    if (v1==v2) {
      snprintf(pout,255,"T is fixed     Time = %s  T = %g\n",lab,v1);
    } else {
      snprintf(pout,255,"T is varying   Time = %s to %s  T = %g to %g\n",
                  lab,lab2,v1,v2);
    }
    gaprnt (2,pout);
    /* Ensemble */
    v1=pcm->dmin[4];
    v2=pcm->dmax[4];
    if (v1==v2) {
      name = e2ens(pfi,v1);
      snprintf(pout,255,"E is fixed     Ens = %s  E = %g\n",name,v1);
    } else {
      name = e2ens(pfi,v1);
      name2 = e2ens(pfi,v2);
      snprintf(pout,255,"E is varying   Ens = %s to %s  E = %g to %g\n",name,name2,v1,v2);
    }
    gaprnt (2,pout);
  }

  else if (cmpwrd(arg,"w2xy") || cmpwrd(arg,"w2gr")) {
    if (pcm->xdim<0 || pcm->ydim<0) {
      gaprnt (2,"No scaling environment\n");
      return (0);
    }
    flag = 0;
    if (cmpwrd(arg,"w2gr")) flag = 1;
    if ((arg = nxtwrd (arg)) == NULL) goto errw;
    if (pcm->xdim == 3) {
      if (adtprs(arg,&(pcm->tmin),&dtim) == NULL) goto errw;
      lon = t2gr(pcm->xgrval,&dtim);
    } else {
      if (getdbl(arg,&lon) == NULL ) goto errw;
    }
    if ((arg = nxtwrd (arg)) == NULL) goto errw;
    if (pcm->ydim == 3) {
      if (adtprs(arg,&(pcm->tmin),&dtim) == NULL) goto errw;
      lat = t2gr(pcm->ygrval,&dtim);
    } else {
      if (getdbl(arg,&lat) == NULL ) goto errw;
    }
    if (flag) {
      conv = pcm->xab2gr;
      x = lon;
      if (conv && pcm->xdim!=3) x = conv(pcm->xabval, lon);
      conv = pcm->yab2gr;
      y = lat;
      if (conv && pcm->ydim!=3) y = conv(pcm->yabval, lat);
      snprintf(pout,255,"%s = %g  %s = %g\n", ccdims[pcm->xdim], x, ccdims[pcm->ydim], y);
      gaprnt(2,pout);
    } else {
      gxconv (lon,lat,&x,&y,2);
      snprintf(pout,255,"X = %g  Y = %g\n",x,y);
      gaprnt(2,pout);
    }
    return (0);
    errw:
    if (flag) snprintf(pout,255,"Query Error: Syntax is QUERY W2GR %s %s\n",
             cdims[pcm->xdim+1],cdims[pcm->ydim+1]);
    else snprintf(pout,255,"Query Error: Syntax is QUERY W2XY %s %s\n",
             cdims[pcm->xdim+1],cdims[pcm->ydim+1]);
    gaprnt (0,pout);
    return (1);
  }

  else if (cmpwrd(arg,"gr2w") || cmpwrd(arg,"gr2xy")) {
    if (pcm->xdim<0 || pcm->ydim<0) {
      gaprnt (2,"No scaling environment\n");
      return (0);
    }
    flag = 0;
    if (cmpwrd(arg,"gr2w")) flag = 1;
    if ((arg = nxtwrd (arg)) == NULL) goto errgr;
    if (getdbl(arg,&x) == NULL ) goto errgr;
    if ((arg = nxtwrd (arg)) == NULL) goto errgr;
    if (getdbl(arg,&y) == NULL ) goto errgr;
    conv = pcm->xgr2ab;
    lon = x;
    if (conv && pcm->xdim!=3) lon = conv(pcm->xgrval, x);
    conv = pcm->ygr2ab;
    lat = y;
    if (conv && pcm->ydim!=3) lat = conv(pcm->ygrval, y);
    if (flag) {
      if (pcm->xdim==3) {
        gr2t (pcm->xgrval, lon, &dtim);
        gat2ch (&dtim, 5, lab, 20);
        snprintf(pout,255,"%s = %s  %s = %g\n",cdims[pcm->xdim+1],lab,
                    cdims[pcm->ydim+1],lat);
        gaprnt(2,pout);
      } else if (pcm->ydim==3) {
        gr2t (pcm->ygrval, lat, &dtim);
        gat2ch (&dtim, 5, lab, 20);
        snprintf(pout,255,"%s = %g  %s = %s\n",cdims[pcm->xdim+1],lon,
                    cdims[pcm->ydim+1],lab);
        gaprnt(2,pout);
      } else {
        snprintf(pout,255,"%s = %g  %s = %g\n",cdims[pcm->xdim+1],lon,
                    cdims[pcm->ydim+1],lat);
        gaprnt(2,pout);
      }
    } else {
      gxconv (lon,lat,&x,&y,2);
      snprintf(pout,255,"X = %g  Y = %g\n",x,y);
      gaprnt(2,pout);
    }
    return (0);
    errgr:
    if (flag) snprintf(pout,255,"Query Error: Syntax is QUERY GR2W %s %s\n",
             ccdims[pcm->xdim],ccdims[pcm->ydim]);
    else snprintf(pout,255,"Query Error: Syntax is QUERY GR2XY %s %s\n",
             ccdims[pcm->xdim],ccdims[pcm->ydim]);
    gaprnt (0,pout);
    return (1);
  }

  else if (cmpwrd(arg,"pp2xy")) {
    if ((arg = nxtwrd (arg)) == NULL) goto errpp;
    if (getdbl(arg,&x) == NULL ) goto errpp;
    if ((arg = nxtwrd (arg)) == NULL) goto errpp;
    if (getdbl(arg,&y) == NULL ) goto errpp;
    gxppvp (x, y, &x, &y);
    snprintf(pout,255,"X = %g  Y = %g\n",x,y);
    gaprnt(2,pout);
    return (0);
    errpp:
    gaprnt (0,"Query Error: Syntax is QUERY PP2XY ppx ppy\n");
    return (1);
  }

  else if (cmpwrd(arg,"xy2w") || cmpwrd(arg,"xy2gr")) {
    flag = 0;
    if (cmpwrd(arg,"xy2gr")) flag = 1;
    if ((arg = nxtwrd (arg)) == NULL) goto errxy;
    if (getdbl(arg,&x) == NULL ) goto errxy;
    if ((arg = nxtwrd (arg)) == NULL) goto errxy;
    if (getdbl(arg,&y) == NULL ) goto errxy;
    if (pcm->xdim<0 || pcm->ydim<0) {
      gaprnt (2,"No scaling environment\n");
    } else {
      gxxy2w (x,y,&lon,&lat);
      if (flag) {
        conv = pcm->xab2gr;
        x = lon;
        if (lon>-999.0) {
          if (conv && pcm->xdim!=3) x = conv(pcm->xabval, lon);
        }
        conv = pcm->yab2gr;
        y = lat;
        if (lat>-999.0) {
          if (conv && pcm->ydim!=3) y = conv(pcm->yabval, lat);
        }
        snprintf(pout,255,"%s = %g  %s = %g\n",ccdims[pcm->xdim],x,ccdims[pcm->ydim],y);
        gaprnt(2,pout);
      } else {
        if (pcm->xdim==3) {
          gr2t (pcm->xgrval, lon, &dtim);
          gat2ch (&dtim, 5, lab, 20);
          snprintf(pout,255,"%s = %s  %s = %g\n",cdims[pcm->xdim+1],lab,cdims[pcm->ydim+1],lat);
          gaprnt(2,pout);
        } else if (pcm->ydim==3) {
          gr2t (pcm->ygrval, lat, &dtim);
          gat2ch (&dtim, 5, lab, 20);
          snprintf(pout,255,"%s = %g  %s = %s\n",cdims[pcm->xdim+1],lon,cdims[pcm->ydim+1],lab);
          gaprnt(2,pout);
        } else {
          snprintf(pout,255,"%s = %g  %s = %g\n",cdims[pcm->xdim+1],lon,cdims[pcm->ydim+1],lat);
          gaprnt(2,pout);
        }
      }
    }
    return (0);
    errxy:
    if (flag) gaprnt (0,"Query Error: Syntax is QUERY XY2GR x y\n");
    else gaprnt (0,"QUERY error: Syntax is QUERY XY2W x y\n");
    return (1);
  }

  else if (cmpwrd(arg,"ll2xy")) {
    if ((arg = nxtwrd (arg)) == NULL) goto errll;
    if (getdbl(arg,&lon) == NULL ) goto errll;
    if ((arg = nxtwrd (arg)) == NULL) goto errll;
    if (getdbl(arg,&lat) == NULL ) goto errll;
    gxconv (lon,lat,&x,&y,2);
    snprintf(pout,255,"%g %g\n",x,y);
    gaprnt (2,pout);
    return (0);
    errll:
    gaprnt (0,"QUERY error: Syntax is QUERY LL2XY lon lat\n");
    return (1);
  }

  else if (cmpwrd(arg,"defval")) {
    i = gaqdef (arg, pcm, 0);
    return (i);
  }

  else if (cmpwrd(arg,"udft")) {
    gaprnt(2,"Warning: User Defined Functions have been disabled in this version of GrADS\n");
    return (0);
  }

  else if (cmpwrd(arg,"ctlinfo")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' '&&*arg!='\0'&&*arg!='\n'&&i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY CTLINFO argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY CTLINFO Error:  file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }

    snprintf(pout,255,"dset %s\n",pfi->name);
    gaprnt (2,pout);
    snprintf(pout,255,"title %s\n",pfi->title);
    gaprnt (2,pout);
    snprintf(pout,255,"undef %g\n",pfi->undef);
    gaprnt (2,pout);

    if (pfi->ncflg==1) gaprnt(2,"dtype netcdf\n");
    if (pfi->ncflg==2) gaprnt(2,"dtype hdfsds\n");
    if (pfi->type==2) {
      gaprnt (2,"dtype station\n");
      snprintf(pout,255,"  Tsize = %i\n",pfi->dnum[3]);
      gaprnt(2,pout);
    } 
    else {
      snprintf(pout,255,"xdef %i",pfi->dnum[0]);
      gaprnt(2,pout);
      if (pfi->linear[0]) {
        conv = pfi->gr2ab[0];
        snprintf(pout,255," linear %g %g\n",conv(pfi->grvals[0],1.0),*(pfi->grvals[0]));
        gaprnt (2,pout);
      } 
      else {
        gaprnt(2," levels");
        conv = pfi->gr2ab[0];
        cnt = 3;
        for (i=1; i<=pfi->dnum[0]; i++) {
          snprintf(pout,255," %g",conv(pfi->grvals[0],(gadouble)i));
          gaprnt (2,pout);
          cnt++;
          if (cnt>10 && i!=pfi->dnum[0]) {
            gaprnt (2,"\n"); cnt = 1;
          }
        }
        gaprnt (2,"\n");
      }

      snprintf(pout,255,"ydef %i",pfi->dnum[1]);
      gaprnt(2,pout);
      if (pfi->linear[1]) {
        conv = pfi->gr2ab[1];
        snprintf(pout,255," linear %g %g\n",conv(pfi->grvals[1],1.0),*(pfi->grvals[1]));
        gaprnt (2,pout);
      } else {
        gaprnt(2," levels");
        conv = pfi->gr2ab[1];
        cnt = 3;
        for (i=1; i<=pfi->dnum[1]; i++) {
          snprintf(pout,255," %g",conv(pfi->grvals[1],(gadouble)i));
          gaprnt (2,pout);
          cnt++;
          if (cnt>10 && i!=pfi->dnum[1]) {
            gaprnt (2,"\n"); cnt = 1;
          }
        }
        gaprnt (2,"\n");
      }

      snprintf(pout,255,"zdef %i",pfi->dnum[2]);
      gaprnt(2,pout);
      if (pfi->linear[2]) {
        conv = pfi->gr2ab[2];
        snprintf(pout,255," linear %g %g\n",conv(pfi->grvals[2],1.0),*(pfi->grvals[2]));
        gaprnt (2,pout);
      } else {
        gaprnt(2," levels");
        conv = pfi->gr2ab[2];
        cnt = 3;
        for (i=1; i<=pfi->dnum[2]; i++) {
          snprintf(pout,255," %g",conv(pfi->grvals[2],(gadouble)i));
          gaprnt (2,pout);
          cnt++;
          if (cnt>10 && i!=pfi->dnum[2]) {
            gaprnt (2,"\n"); cnt = 1;
          }
        }
        gaprnt (2,"\n");
      }

      gr2t (pfi->grvals[3],1.0,&dtim);
      if (dtim.mn==0) gat2ch (&dtim,4,lab,20);
      else gat2ch (&dtim,5,lab,20);
      if (*(pfi->grvals[3]+5)!=0) {
        snprintf(pout,255,"tdef %i linear %s %gmo\n",pfi->dnum[3],lab,*(pfi->grvals[3]+5));
      } else {
        snprintf(pout,255,"tdef %i linear %s %gmn\n",pfi->dnum[3],lab,*(pfi->grvals[3]+6));
      }
      gaprnt (2,pout);

      /* only write out EDEF if esize > 1*/
      if (pfi->dnum[4]>1) {
	if (pfi->ens1) {
	  /* write out a multi-line EDEF entry with all metadata */
	  snprintf(pout,255,"edef %i \n",pfi->dnum[4]);
	  gaprnt(2,pout);
	  for (i=0; idnum[4]; i++) {
	    gat2ch(&(pfi->ens1[i].tinit),4,lab,20);
	    snprintf(pout,255,"%s %d %s\n", pfi->ens1[i].name, pfi->ens1[i].length, lab);
	    gaprnt(2,pout);
	  }
	  gaprnt(2,"endedef\n");
	}
      }
	
      snprintf(pout,255,"vars %i\n",pfi->vnum);
      gaprnt (2,pout);
      pvar = pfi->pvar1;
      for (i=0;ivnum;i++) {
	/* print out the variable name and the number of levels */
	if (pvar->longnm[0] != '\0')
	  snprintf(pout,255,"%s=>%s  %i  ",pvar->longnm,pvar->abbrv,pvar->levels);
	else
	  snprintf(pout,255,"%s  %i  ",pvar->abbrv,pvar->levels);
	gaprnt(2,pout);
	/* print out the values in the units field */
	for (j=0; j<5; j++) {
	  if (pvar->units[j] != -999) {
	    if      (pvar->units[j] == -100) gaprnt(2,"x");
	    else if (pvar->units[j] == -101) gaprnt(2,"y");
	    else if (pvar->units[j] == -102) gaprnt(2,"z");
	    else if (pvar->units[j] == -103) gaprnt(2,"t");
	    else if (pvar->units[j] == -104) gaprnt(2,"e");
	    else {
	      snprintf(pout,255,"%g",pvar->units[j]);
	      gaprnt(2,pout);
	    }
	    if (pvar->units[j+1] != -999) gaprnt(2,",");    /* add a comma if we've got more */
	  }
	}
	/* print out the description */
	snprintf(pout,255,"  %s\n",pvar->varnm);
        gaprnt(2,pout);
        pvar++;
      }
      gaprnt (2,"endvars\n");
    }
  }
  else if (cmpwrd(arg,"file")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' '&&*arg!='\0'&&*arg!='\n'&&i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY FILE argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY FILE Error:  file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
    snprintf(pout,255,"File %i : %s\n",fnum,pfi->title);
    gaprnt (2,pout);
    snprintf(pout,255,"  Descriptor: %s\n",pfi->dnam);
    gaprnt (2,pout);
    snprintf(pout,255,"  Binary: %s\n",pfi->name);
    gaprnt (2,pout);
    if (pfi->type==2) {
      if (pfi->bufrflg) {
	gaprnt (2,"  Type = BUFR Station Data\n");
      } else {
	gaprnt (2,"  Type = Station Data\n");
      }
      snprintf(pout,255,"  Tsize = %i\n",pfi->dnum[3]);
      gaprnt(2,pout);
    } else {
      gaprnt (2,"  Type = Gridded\n");
      snprintf(pout,255,"  Xsize = %i  Ysize = %i  Zsize = %i  Tsize = %i  Esize = %i\n",
         pfi->dnum[0],pfi->dnum[1],pfi->dnum[2],pfi->dnum[3],pfi->dnum[4]);
      gaprnt(2,pout);
    }
    snprintf(pout,255,"  Number of Variables = %i\n",pfi->vnum);
    gaprnt (2,pout);

    pvar = pfi->pvar1;
    for (i=0;ivnum;i++) {
      /* print out the variable name and the number of levels */
      snprintf(pout,255,"     %s  %i  ",pvar->abbrv,pvar->levels);
      gaprnt(2,pout);
      /* print out the values in the units field */
      for (j=0; j<5; j++) {
	if (pvar->units[j] != -999) {
	  if      (pvar->units[j] == -100) gaprnt(2,"x");
	  else if (pvar->units[j] == -101) gaprnt(2,"y");
	  else if (pvar->units[j] == -102) gaprnt(2,"z");
	  else if (pvar->units[j] == -103) gaprnt(2,"t");
	  else if (pvar->units[j] == -104) gaprnt(2,"e");
	  else {
	    snprintf(pout,255,"%g",pvar->units[j]);
	    gaprnt(2,pout);
	  }
	  if (pvar->units[j+1] != -999) gaprnt(2,",");    /* add a comma if we've got more */
	}
      }
      /* print out the description */
      snprintf(pout,255,"  %s\n",pvar->varnm);
      gaprnt(2,pout);
      pvar++;
    }
  }

  else if (cmpwrd(arg,"gxout")) {
    snprintf(pout,255,"General = %s\n",gxout0D[pcm->gout1]);
    gaprnt(2,pout);
    snprintf(pout,255,"1D Graphic, 1 expr = %s\n",gxout1D[pcm->gout1]);
    gaprnt(2,pout);
    snprintf(pout,255,"1D Graphic, 2 expr = %s\n",gxout1Da[pcm->gout1a]);
    gaprnt(2,pout);
    snprintf(pout,255,"2D Graphic, 1 expr = %s\n",gxout2Da[pcm->gout2a]);
    gaprnt(2,pout);
    snprintf(pout,255,"2D Graphic, 2 expr = %s\n",gxout2Db[pcm->gout2b]);
    gaprnt(2,pout);
    snprintf(pout,255,"Station data = %s\n",gxoutStn[pcm->goutstn]);
    gaprnt(2,pout);
  }

  else if (cmpwrd(arg,"gxinfo")) {
    snprintf(pout,255,"Last Graphic = %s\n",gxnms[pcm->lastgx]);
    gaprnt(2,pout);
    snprintf(pout,255,"Page Size = %g by %g\n",pcm->xsiz,pcm->ysiz);
    gaprnt(2,pout);
    snprintf(pout,255,"X Limits = %g to %g\n",pcm->xsiz1,pcm->xsiz2);
    gaprnt(2,pout);
    snprintf(pout,255,"Y Limits = %g to %g\n",pcm->ysiz1,pcm->ysiz2);
    gaprnt(2,pout);
    snprintf(pout,255,"Xaxis = %s  Yaxis = %s\n",cdims[pcm->xdim+1],
                  cdims[pcm->ydim+1]);
    gaprnt(2,pout);
    snprintf(pout,255,"Mproj = %d\n",pcm->mproj);
    gaprnt(2,pout);
  }

  else if (cmpwrd(arg,"xinfo")) {
    if (pcm->batflg) {
      gaprnt(2,"Batch Mode\n");
    } else {
      if (win_data (&xinf) ) {
        snprintf(pout,255,"Window ID = %d\n",xinf.winid);
        gaprnt(2,pout);
        snprintf(pout,255,"Window X = %d\n",xinf.winx);
        gaprnt(2,pout);
        snprintf(pout,255,"Window Y = %d\n",xinf.winy);
        gaprnt(2,pout);
        snprintf(pout,255,"Window Width = %d\n",xinf.winw);
        gaprnt(2,pout);
        snprintf(pout,255,"Window Height = %d\n",xinf.winh);
        gaprnt(2,pout);
        snprintf(pout,255,"Window Border = %d\n",xinf.winb);
        gaprnt(2,pout);
      } else {
        gaprnt(2,"Error\n");
      }
    }
  }

  else if (cmpwrd(arg,"shades")) {
    if (pcm->shdcnt<1) {
      gaprnt(2,"None\n");
    } else {
      snprintf(pout,255,"Number of levels = %i\n",pcm->shdcnt);
      gaprnt(2,pout);
      for (i=0; ishdcnt; i++) {
        if (i==0) 
	  snprintf(pout,255,"%i <= %g\n",pcm->shdcls[i],pcm->shdlvs[1]);
        else if (i==pcm->shdcnt-1) 
	  snprintf(pout,255,"%i %g >\n",pcm->shdcls[i],pcm->shdlvs[i]);
        else 
	  snprintf(pout,255,"%i %g %g\n",pcm->shdcls[i],pcm->shdlvs[i],pcm->shdlvs[i+1]);
        gaprnt(2,pout);
      }
    }
  }

  else if (cmpwrd(arg,"contours")) {
    if (pcm->cntrcnt < 1) {
      gaprnt(2,"None\n");
    } else {
      snprintf(pout,255,"Number of levels = %i\n",pcm->cntrcnt);
      gaprnt(2,pout);
      for (i=0; icntrcnt; i++) {
        snprintf(pout,255,"%i %g\n",pcm->cntrcols[i],pcm->cntrlevs[i]);
        gaprnt(2,pout);
      }
    }
  }

  else if (cmpwrd(arg,"time")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if (pcm->tmin.mn==0) gat2ch(&(pcm->tmin),4,lab,20);
    else gat2ch (&(pcm->tmin),5,lab,20);
    if (pcm->tmax.mn==0) gat2ch(&(pcm->tmax),4,lab2,20);
    else gat2ch (&(pcm->tmax),5,lab2,20);
    snprintf(pout,255,"Time = %s to %s",lab,lab2);
    gaprnt (2,pout);
    snprintf(pout,255,"  %s to %s\n",dweek[dayweek(&(pcm->tmin))],dweek[dayweek(&(pcm->tmax))]);
    gaprnt (2,pout);
  }

  else if (cmpwrd(arg,"bpos") || cmpwrd(arg,"pos")) {
    i = 1;
    if ((arg = nxtwrd (arg)) != NULL) {
      if (cmpwrd(arg,"nowait")) i = 0;
    }
    gxdbtn (i, &x, &y, &i, &etype, info, rinfo);
    if (etype<1) {
      snprintf(pout,255,"Position = %g %g %i %i\n",
	       x,y,i,etype);
    } else if (etype==1) {
      snprintf(pout,255,"Position = %g %g %i %i %i %i\n",
	       x,y,i,etype,*info,*(info+1));
    } else if (etype==2) {
      snprintf(pout,255,"Position = %g %g %i %i %i %g %g\n",
	       x,y,i,etype,*info,*rinfo,*(rinfo+1));
    } else if (etype==3) {
      snprintf(pout,255,"Position = %g %g %i %i %i %i %i %i %i %i %i %i\n",
         x,y,i,etype,*info,*(info+1),*(info+2),*(info+3),*(info+4),*(info+5),*(info+6),*(info+7));
    }
    gaprnt (2,pout);
  }

  else if (cmpwrd(arg,"define")) {
    if (pcm->pdf1==NULL) {
      gaprnt (1,"No Defined Variables\n");
      return(0);
    } else {
      pdf = pcm->pdf1;
      while (pdf) {
        pfi = pdf->pfi;
        snprintf(pout,255,"%s %g\n",pdf->abbrv,*(pfi->rbuf));
	gaprnt(2,pout);
        pdf = pdf->pforw;
      }
    }
    return(0);
  }

  else if (cmpwrd(arg,"files")) {
    pfi = pcm->pfi1;
    if (pfi==NULL) {
      gaprnt (2,"No files open\n");
    } else {
      j = 1;
      while (pfi!=NULL) {
        snprintf(pout,255,"File %i : %s\n",j,pfi->title);
        gaprnt (2,pout);
        snprintf(pout,255,"  Descriptor: %s\n",pfi->dnam);
        gaprnt (2,pout);
        snprintf(pout,255,"  Binary: %s\n",pfi->name);
        gaprnt (2,pout);
        pfi = pfi->pforw;
        j++;
      }
    }
  }

  else if (cmpwrd(arg,"attr")) {
    if (pcm->pfi1==NULL) {
      gaprnt (0,"No Files Open\n");
      return(1);
    }
    if ((arg = nxtwrd (arg)) == NULL) {
      pfi = pcm->pfid;
      fnum = pcm->dfnum;
    } else {
      if (intprs(arg,&fnum) == NULL ) {
        i = 0;
        while (*arg!=' ' && *arg!='\0' && *arg!='\n' && i<19) {
          lab[i] = *arg;
          arg++;
          i++;
        }
        lab[i] = '\0';
        snprintf(pout,255,"Invalid QUERY ATTR argument: %s \n",lab);
        gaprnt (0,pout);
        return (1);
      }
      pfi = pcm->pfi1;
      for (i=0; ipforw;
        if (pfi==NULL) {
          snprintf(pout,255,"QUERY ATTR Error: file %i not open\n",fnum);
          gaprnt (0,pout);
          return(1);
        }
      }
    }
  
    /* Print attributes from the descriptor file */
    hdrflgd=1;
    if (pfi->attr) { 
      /* Print global and coordinate attributes */
      hdrflgd = prntgaattr (pfi, "global", hdrflgd, fnum);
      hdrflgd = prntgaattr (pfi, "lon",  hdrflgd, fnum);
      hdrflgd = prntgaattr (pfi, "lat",  hdrflgd, fnum);
      hdrflgd = prntgaattr (pfi, "lev",  hdrflgd, fnum);
      hdrflgd = prntgaattr (pfi, "time", hdrflgd, fnum);
      hdrflgd = prntgaattr (pfi, "ens",  hdrflgd, fnum);
      /* Print variable attributes associated with the GrADS variable name, pvar->abbrv */
      pvar = pfi->pvar1;           
      for (i=0; ivnum; i++) {
	hdrflgd = prntgaattr (pfi, pvar->abbrv, hdrflgd, fnum);
	pvar++;
      }  
      /* Print a blank line between descriptor attrbutes and native attributes for GDS parsing */
      if (!hdrflgd) gaprnt(2,"\n");
    } 
    if (hdrflgd) {
      /* Always include the following text, even if there are no descriptor attributes */
      snprintf(pout,255,"No Descriptor Attributes for File %i : %s \n\n",fnum,pfi->title);
      gaprnt(2,pout);
    }


    /* Print native attributes for NetCDF, HDFSDS, HDF5 data sets */
    hdrflg=1; 

    /* Global attributes for netcdf */
    if (pfi->ncflg==1) {  
#if USENETCDF == 1
      /* open each data file in template set until we find one that exists */
      if (pfi->tmplat) {
	ncid=-999; rc=0; error=0;
	gr2t(pfi->grvals[3], 1.0, &tdefi);
	tfile = gafndt(pfi->name, &tdefi, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	rc = nc_open(tfile, NC_NOWRITE, &ncid);
	if (rc != NC_NOERR) error=1;
	if (!error) {
	  closethisfilelater=1;
	} else {
	  for (i=2; i<=pfi->dnum[3]; i++) {
	    ncid=-999; rc=0; error=0;
	    gr2t(pfi->grvals[3], (gadouble)i, &tdef);
	    tfile2 = gafndt(pfi->name, &tdef, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	    if (strcmp(tfile,tfile2)!=0) {
	      gree(tfile,"f213");
	      tfile = tfile2;
	      rc = nc_open(tfile2, NC_NOWRITE, &ncid);
	      if (rc != NC_NOERR) error=1;
	      if (!error) {
		closethisfilelater=1;
		break;
	      }
	    }
	  }
	}
	gree(tfile,"f214");
      } 
      else {
	/* Copy the netcdf file id from the file structure to the local variable ncid */
	if (pfi->ncflg == 1) {
	  ncid = pfi->ncid;
	}
	closethisfilelater=0;
      }
      /* Retrieve netcdf global attributes */
      n_gatts = ncpattrs(ncid, "NC_GLOBAL", "global", hdrflg, fnum, pfi->title);
      if (hdrflg && n_gatts>0) hdrflg=0;
#endif
    }
    
    /* Global attributes for DTYPE HDFSDS */
    else if (pfi->ncflg == 2) {
#if USEHDF==1
      /* open each data file in template set until we find one that exists */
      if (pfi->tmplat) {
	sdid=-999;
	gr2t(pfi->grvals[3], 1.0, &tdefi);
	tfile = gafndt(pfi->name, &tdefi, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	sdid = SDstart(tfile,1);
	if (sdid != -1) {
	  closethisfilelater=1;
	} else {
	  for (i=2; i<=pfi->dnum[3]; i++) {
	    sdid=-999;
	    gr2t(pfi->grvals[3], (gadouble)i, &tdef);
	    tfile2 = gafndt(pfi->name, &tdef, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	    if (strcmp(tfile,tfile2)!=0) {
	      gree(tfile,"f215");
	      tfile = tfile2;
	      sdid = SDstart(tfile2,1); 
	      if (sdid != -1) {
		closethisfilelater=1;
		break;
	      }
	    }
	  }
	}
	gree(tfile,"f216");
      } 
      else {
	/* Copy the hdf file id from the file structure to the local variable sdid */
	sdid = pfi->sdid;
	closethisfilelater=0;
      }
      
      /* Retrieve HDF global attributes */
      n_gatts = hdfpattrs(sdid, "foo", "global", hdrflg, fnum, pfi->title);
      if (hdrflg && n_gatts>0) hdrflg=0;
#endif
    }
    /* Global attributes for DTYPE HDF5 */
    else if (pfi->ncflg == 3) {
#if USEHDF5==1
      /* open each data file in template set until we find one that exists */
      if (pfi->tmplat) {
	h5id=-999;
	gr2t(pfi->grvals[3], 1.0, &tdefi);
	tfile = gafndt(pfi->name, &tdefi, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	fid = H5Fopen(tfile,H5F_ACC_RDONLY, H5P_DEFAULT);
	if (fid>0) {
	  h5id = (gaint)fid;
	  closethisfilelater=1;
	} else {
	  for (i=2; i<=pfi->dnum[3]; i++) {
	    h5id=-999;
	    gr2t(pfi->grvals[3], (gadouble)i, &tdef);
	    tfile2 = gafndt(pfi->name, &tdef, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
	    if (strcmp(tfile,tfile2)!=0) {
	      gree(tfile,"f215");
	      tfile = tfile2;
	      fid = H5Fopen(tfile2,H5F_ACC_RDONLY, H5P_DEFAULT); 
	      if (fid>0) {
		h5id = (gaint)fid;
		closethisfilelater=1;
		break;
	      }
	    }
	  }
	}
	gree(tfile,"f216");
      } 
      else {
	/* Copy the hdf5 file id from the file structure to the local variable h5id */
	h5id = pfi->h5id;
	closethisfilelater=0;
      }
      
      /* Retrieve HDF5 global attributes (nothing to do yet) */
/*       n_gatts = h5pattrs(h5id, "foo", "global", hdrflg, fnum, pfi->title); */
/*       if (hdrflg && n_gatts>0) hdrflg=0; */
#endif
    }


    /* Print netcdf coordinate attributes */
#if USENETCDF == 1
    if (pfi->ncflg == 1) {
      n_atts = ncpattrs(pfi->ncid, "lon", "lon", hdrflg, fnum, pfi->title); 
      if (hdrflg && n_atts>0) hdrflg=0; 
      n_atts = ncpattrs(pfi->ncid, "lat", "lat", hdrflg, fnum, pfi->title); 
      if (hdrflg && n_atts>0) hdrflg=0; 
      n_atts = ncpattrs(pfi->ncid, "lev", "lev", hdrflg, fnum, pfi->title); 
      if (hdrflg && n_atts>0) hdrflg=0; 
      n_atts = ncpattrs(pfi->ncid, "time", "time", hdrflg, fnum, pfi->title); 
      if (hdrflg && n_atts>0) hdrflg=0; 
      n_atts = ncpattrs(pfi->ncid, "ens", "ens", hdrflg, fnum, pfi->title); 
      if (hdrflg && n_atts>0) hdrflg=0; 
    }
#endif    
    /* Print Variable attributes for dtype netcdf and dtype hdf. */
    if ((pfi->ncflg == 1) || (pfi->ncflg == 2) || (pfi->ncflg == 3)) {  
      pvar = pfi->pvar1;                  
      for (i=0; ivnum; i++) {
	if (pvar->longnm[0] != '\0') {
	  varnam = pvar->longnm;
	}
	else {
	  varnam = pvar->abbrv;
	}
#if USENETCDF == 1
	/* Print NetCDF variable attributes */
	if (pfi->ncflg==1) {
	  n_atts = ncpattrs(ncid, varnam, pvar->abbrv, hdrflg, fnum, pfi->title);
	  if (hdrflg && n_atts>0) hdrflg=0; 
	}
#endif
#if USEHDF ==1
	/* Print HDF variable attributes */
	if (pfi->ncflg==2) {
	  n_atts = hdfpattrs(sdid, varnam, pvar->abbrv, hdrflg, fnum, pfi->title); 
	  if (hdrflg && n_atts>0) hdrflg=0; 
	}
#endif
#if USEHDF5 ==1
	/* Print HDF5 variable attributes */
	if (pfi->ncflg==3) {
	  n_atts = h5pattrs(h5id, varnam, pvar->abbrv, hdrflg, fnum, pfi->title); 
	  if (hdrflg && n_atts>0) hdrflg=0; 
	}
#endif
	pvar++;
      }  
    }
    
    /* close the file we opened to get the attributes*/
    if (closethisfilelater) {
#if USENETCDF==1
      if (pfi->ncflg==1) nc_close(ncid);
#endif
#if USEHDF==1
      if (pfi->ncflg == 2)  SDend(sdid);
#endif
#if USEHDF5==1
      if (pfi->ncflg == 3)  H5Fclose(fid);
#endif
    }
    
    if (hdrflg) {
      snprintf(pout,255,"No Native Attributes for File %i : %s \n",fnum,pfi->title);
      gaprnt(2,pout);
    }
    
  } /* Matches  else if (cmpwrd(arg,"attr")) { */
  
  else {
    i = 0;
    while (*arg!=' '&&*arg!='\0'&&*arg!='\n'&&i<19) {
      lab[i] = *arg;
      arg++;
      i++;
    }
    lab[i] = '\0';
    snprintf(pout,255,"Invalid QUERY argument: %s \n",lab);
    gaprnt(0,pout);
  }
  return (0);
}


/* Handle help command */

gaint gahelp (char *cmd, struct gacmn *pcm) {

  printf ("\nFor Complete Information See:  http://grads.iges.org/grads\n\n");
  printf ("Basic Commands:\n");
  printf (" OPEN       opens a data file \n");
  printf (" Query             shows current status \n");
  printf (" Clear             clears graphics window \n");
  printf (" SET         sets options \n");
  printf (" Display expr      displays a variable graphically \n");
  printf (" QUIT              exits the program \n");
  return (0);
}

/* Handle collect command */

gaint gacoll (char *cmd, struct gacmn *pcm) {
struct gastat *pst;
struct gaclct *clct,*clct2;
gaint rc,i,flag,clnm;
size_t sz;

  if ((cmd=nxtwrd(cmd)) == NULL) goto collerr1;
  if (intprs(cmd,&clnm) == NULL) goto collerr1;
  if (clnm<0 || clnm>31) goto collerr1;
  if ((cmd=nxtwrd(cmd)) == NULL) goto collerr1;

  if (cmpwrd("free",cmd)) {
    clct = pcm->clct[clnm];
    while (clct) {
      gasfre(clct->stn);
      clct2 = clct->forw;
      gree(clct,"f218");
      clct = clct2;
    }
    pcm->clct[clnm] = NULL;
    return (0);
  }

  /* Check environment */

  if (pcm->vdim[0]!=0 || pcm->vdim[1]!=0 || (pcm->vdim[2]==1 &&
     pcm->vdim[3]==1) || (pcm->vdim[2] == 0 && pcm->vdim[3] == 0)) {
    gaprnt (0,"Collect Error: Z or T must be the only varying dimension\n");
    return (1);
  }

  /* Evaluate expression(s)  */

  garemb (cmd);
  pst = getpst(pcm);
  if (pst==NULL) return(1);
  rc = gapars(cmd, pst, pcm);
  if (rc) goto collerr2;

  /* Make sure returned objects are station data */

  flag = 0;
  if (pcm->type[0]!=0) flag = 1;
  if (pcm->numgrd>1 && pcm->type[1]!=0) flag = 1;
  if (flag) {
    gaprnt(0,"Collect Error: Station Data Required\n");
    rc = 1;
    goto collerr2;
  }

  /* Chain up what we have collected */

  sz = sizeof(struct gaclct);
  snprintf(pout,255,"%dclct%d",clnm,pcm->clctnm[clnm]);
  clct = (struct gaclct *)galloc(sz,pout);
  if (clct==NULL) {
    gaprnt (0,"Memory allocation error in collect\n");
    rc = 1;
    goto collerr2;
  }
  clct->forw = NULL;
  if (pcm->clct[clnm]==NULL) pcm->clct[clnm] = clct;
  else {
    /* add new collection to end of chain */
    clct2 = pcm->clct[clnm];            
    while (clct2->forw) clct2 = clct2->forw;
    clct2->forw = clct;
  }
  clct->stn = pcm->result[0].stn;
  pcm->clctnm[clnm]++;

  /* Free any possible extra stuff */

  if (pcm->numgrd > 1) {
    for (i=1; inumgrd; i++) {
      if (pcm->type[i]==1) 
	gagfre (pcm->result[i].pgr);
      else 
	gasfre (pcm->result[i].stn);
    }
  }
  pcm->numgrd = 0;
  pcm->relnum = 0;

  gree(pst,"f219");
  return (0);

collerr1:

  gaprnt (0,"Collect command error:  Invalid Syntax\n");
  gaprnt (0,"  Format is:  collect n expr\n");
  return (1);

collerr2:
  gagrel(pcm);
  gree(pst,"f220");
  return(rc);

}

/* Handle display command */

gaint gadspl (char *cmd, struct gacmn *pcm) {
struct gastat *pst;
struct gafile *pfi;
gadouble (*conv) (gadouble *, gadouble) = NULL;
gadouble *vals,v;
gadouble xl,yl,s1,s2;
gaint llen, rcode, labsv;
gaint l,l1,l2,vcnt,i,lflg,ldim,rc;
char lab[30];
static gaint dcolor[10] = {-1, 1, 3, 7, 2, 6, 9, 10, 11, 12 };

  if (pcm->impflg) gacmd (pcm->impnam, pcm, 0);
  rcode = 1;
  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"Display command error:  No expression provided\n");
    return (1);
  }
  garemb (cmd);

  pst = getpst(pcm);
  if (pst==NULL) return(1);

  vcnt = 0;
  for (i=0; i<5; i++) if (pcm->vdim[i]) vcnt++;
  lflg = pcm->loopflg;
  if (vcnt>2) lflg = 1;
  pcm->pass = pcm->pass%INT_MAX;
  if (!lflg) {            /* not looping */
    pcm->mcolor = 8;
    if (pcm->ccolor==-9) {
      if (vcnt==2 && pcm->grflg==0) 
	pcm->ccolor = dcolor[pcm->pass%10];
      else 
	pcm->ccolor = dcolor[(pcm->pass+1)%10];
    }
    if (pcm->cmark==-9) {
      pcm->cmark = pcm->pass+2;
      while (pcm->cmark>5) pcm->cmark-=5;
    }
    if (pcm->ccolor<0 || pcm->grflg) pcm->mcolor = 15;
    rc = gapars(cmd, pst, pcm);
    if (rc) goto retrn;
    gaplot (pcm); 
    gagrel (pcm);
    pcm->pass++;
    pcm->ccolor = -9;
    pcm->cstyle = -9;
    pcm->cmark = -9;
    pcm->cint = 0.0;
    pcm->cflag = 0;
    pcm->ccflg = 0;
    pcm->cmin = -9.99e33;
    pcm->cmax = 9.99e33;
    pcm->blkflg = 0;
    pcm->rainmn = 0.0;
    pcm->rainmx = 0.0;
    pcm->arrflg = 0;
    pcm->ptflg = 0;
    pcm->xexflg = 0;  
    pcm->yexflg = 0;
  } else {               /* looping */
    pcm->mcolor = 15; 
    if (pcm->ccolor==-9) {
      pcm->ccolor = -1;
      if (vcnt<2 || pcm->grflg) pcm->ccolor = 1;
    }
    if (pcm->cmark==-9) {
      pcm->cmark = pcm->pass+2;
      while (pcm->cmark>5) pcm->cmark-=5;
    }
    pfi = pcm->pfid;
    ldim = pcm->loopdim;
    if (pfi->type > 1 && ldim < 3) {
      gaprnt (0,"Display command error:  Invalid looping environment\n");
      gaprnt (0,"  Cannot loop on stn data through X, Y, or Z\n");
      return (1);
    }
    if (ldim==3) {                    /* loop on T */
      vals = pfi->abvals[3];
      v = t2gr(vals,&(pcm->tmin));
      l1 = (gaint)v;
      v = t2gr(vals,&(pcm->tmax));
      l2 = (gaint)(v+0.999);
    } 
    else {                         /* loop on X, Y, Z or E */
      conv = pfi->ab2gr[ldim];
      vals = pfi->abvals[ldim];
      v = conv(vals,pcm->dmin[ldim]);
      l1 = (gaint)v;
      v = conv(vals,pcm->dmax[ldim]);
      l2 = (gaint)(v+0.999);
    }
    vals = pfi->grvals[ldim];
    if (ldim!=3) conv = pfi->gr2ab[ldim];
    gxfrme (2);
    pcm->pass = 0;
    labsv = pcm->clab;
    for (l=l1;l<=l2;l++) {
      if (ldim==3) {
        gr2t (vals, (gadouble)l, &(pst->tmin));
        pst->tmax = pst->tmin;
      } 
      else {
        pst->dmin[ldim] = conv(vals,(gadouble)l);
        pst->dmax[ldim] = pst->dmin[ldim];
      }
      rc = gapars(cmd, pst, pcm);
      if (rc) goto retrn;
      pcm->clab = 0;
      if (l==l2) pcm->clab = labsv;
      gaplot (pcm);
      if (ldim==3) {
	snprintf(lab,29,"%i:%i:%i:%i",pst->tmin.yr,pst->tmin.mo,pst->tmin.dy,pst->tmin.hr);
      }
      else {
	snprintf(lab,29,"%g",pst->dmin[ldim]);
      }
      llen=0; while (lab[llen]) llen++;
      xl = pcm->xsiz - (0.11*(gadouble)(llen));
      xl -= 0.02;
      yl = 0.02;
      s1 = 0.13;
      s2 = 0.11;
      gxwide(1);
      gxchpl (lab,llen,xl,yl,s1,s2,0.0);
      gxfrme (2);
      gagrel (pcm);
      pcm->aflag = -1;
      pcm->aflag2 = -1;
    }
    pcm->dbflg = 0;
    pcm->pass = 0;
    pcm->ccolor = -9;
    pcm->cstyle = -9;
    pcm->cmark = -9;
    pcm->cint = 0.0;
    pcm->cflag = 0;
    pcm->ccflg = 0;
    pcm->cmin = -9.99e33;
    pcm->cmax = 9.99e33;
    pcm->blkflg = 0;
    pcm->rainmn = pcm->rainmx = 0.0;
    pcm->aflag = 0;
    pcm->aflag2 = 0;
    pcm->axflg = 0;
    pcm->ayflg = 0;
    pcm->grdsflg = 1;
    pcm->arrflg = 0;
    pcm->ptflg = 0;
    pcm->xexflg = 0; pcm->yexflg = 0;
  }
  gree(pst,"f103");
  return (0);

retrn:
  gree(pst,"f104");
  return(1);

}

/* Parse compound expression (multiple expressions seperated
   by ;'s), get data, hand data off pcm, return */

gaint gapars (char *cmd, struct gastat *pst, struct gacmn *pcm) {
char *pos;
char *expr;
gaint num, i, rc;
size_t sz;

  sz = (strlen(cmd) + 5) * sizeof(char);
  expr = (char *)galloc(sz,"gapars");
  strcpy (expr, cmd);

  /* Convert all the ;'s to nulls and count the number of
     sub-expressions.                                           */

  num  = 0;
  pos = expr;
  while (*pos!='\0') {
    if (*pos==';') {
      *pos = '\0';
      num++;
    }
    pos++;
  }
  num++;

  /* Evaluate all the subexpressions */
  pos = expr;
  for (i=0; itype[i] = pst->type;
    pcm->result[i] = pst->result;
    while (*pos!='\0') pos++;
    pos++;
  }
  pcm->numgrd = num;
  pcm->relnum = num;
  gree(expr,"f221");
  return (0);

err:
  gaprnt (0,"DISPLAY error:  Invalid expression \n");
  gaprnt (0,"  Expression = ");
  gaprnt (0,pos);
  gaprnt (0,"\n");
  pcm->numgrd = i;
  pcm->relnum = i;
  gagrel (pcm);
  gree(expr,"f222");
  return (1);
}

void gagrel (struct gacmn *pcm) {
gaint i;

  for (i=0; irelnum; i++) {
    if (pcm->type[i]==1) {
      gagfre (pcm->result[i].pgr);
    }
    else gasfre (pcm->result[i].stn);
  }
  pcm->numgrd = 0;
  pcm->relnum = 0;
}

/* Handle set command */

char *justs[9] = {"bl","bc","br","l","c","r","tl","tc","tr"};

gaint gaset (char *cmd, char *com, struct gacmn *pcm) {
struct dt tdef;
struct gawgds *wgds;
struct gafile *pfi;
struct gaens *ens;
struct gaattr *attr,*newattr=NULL;
struct dbfld *fld, *newfld=NULL;
gadouble (*conv) (gadouble *, gadouble);
gadouble v1,v2,*vals,tt;
gadouble val1,val2,xlo,xhi,ylo,yhi;
gaint kwrd,i,i1,i2,num,id,itt,itt1,itt2,itmp[5];
gaint enum1,enum2;
gaint xx,yy,red,green,blue;
char *ch=NULL,*ch2=NULL,*strng,*pat,*cmd1;
char ename1[16],ename2[16];
size_t sz;
static char *kwds[125] = {"X","Y","Z","T","LON","LAT","LEV","TIME",
			  "CINT","CSTYLE","CCOLOR","LOOPDIM",
			  "LOOPING","LOOPINCR","DFILE","VRANGE",
			  "CSMOOTH","GRID","CMARK","XAXIS","YAXIS",
			  "GXOUT","BLACK","DIGNUM","DIGSIZ","CMIN",
			  "CMAX","ARRSCL","ARRSIZ","CLEVS","STID",
			  "GRADS","CLAB","MPROJ","CTERP","XSIZE",
			  "CCOLS","MPVALS","MPDSET","VPAGE","PAREA",
			  "LINE","STRING","STRSIZ","RGB","FGVALS",
			  "MAP","BARBASE","BARGAP","CTHICK","MPDRAW",
			  "POLI","DBUFF","XYREV","XFLIP","YFLIP",
			  "ANNOT","DISPLAY","BACKGROUND","RBCOLS",
			  "RBRANGE","MISSCONN","IMPRUN","ZLOG","STRMDEN",
			  "FRAME","CLIP","VRANGE2","ARROWHEAD","MDLOPTS",
			  "XLOPTS","YLOPTS","CLOPTS","XLAB","YLAB",
			  "XLEVS","YLEVS","XLINT","YLINT","MISSWARN",
			  "BUTTON","DEFVAL","BAROPTS","LFCOLS","WXCOLS",
			  "FONT","FWRITE","XLPOS","YLPOS","CLSKIP","RBAND",
			  "ARRLAB","MPT","WXOPT","XLABS","YLABS","FILL",
			  "DROPMENU","LATS","TIMELAB","WARN","STNPRINT",
			  "STAT","TLSUPP","GRIDLN","HEMPREF","PRNOPTS",
			  "DATAWARN","DIALOG","WRITEGDS","COSLAT",
			  "E","ENS","SDFWRITE","SDFATTR","GEOTIFF","KML",
			  "UNDEF","CHUNKSIZE","CACHESF","SHPOPTS",
			  "SHP","SHPATTR","LOG1D","STRMOPTS"};

  strng = NULL;
  kwrd=-1;
  tt=0;
  pfi = pcm->pfid;
  cmd1 = cmd;
  if ((cmd = nxtwrd (cmd))==NULL) {
    gaprnt (0,"SET error:  missing operand\n");
    return (1);
  }
  else if (cmpwrd("defval",cmd)) {
    i1 = gaqdef (cmd, pcm, 1);
    return (i1);
  }
  else if (cmpwrd("hempref",cmd)) {
    kwrd=105;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("auto",cmd))  pcm->hemflg = -1; 
    else if (cmpwrd("shem",cmd))  pcm->hemflg = 1; 
    else if (cmpwrd("nhem",cmd))  pcm->hemflg = 0; 
    else goto err;
  }
  else if (cmpwrd("gridln",cmd)) {
    kwrd=104;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    i = 1;
    if (cmpwrd("auto",cmd)) { pcm->gridln = -9; i=0; }
    if (cmpwrd("off",cmd)) { pcm->gridln = -1; i=0; }
    if (i) {
      if (intprs(cmd,&itt) == NULL ) goto err;
      pcm->gridln = itt;
    }
    return(0);
  }
  else if (cmpwrd("tlsupp",cmd)) {
   kwrd=103;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("yr",cmd)) pcm->tlsupp = 1;
    if (cmpwrd("year",cmd)) pcm->tlsupp = 1;
    if (cmpwrd("mo",cmd)) pcm->tlsupp = 2;
    if (cmpwrd("month",cmd)) pcm->tlsupp = 2;
    return(0);
  }
  else if (cmpwrd("baropts",cmd)) {
    kwrd=82;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("outline",cmd)) pcm->barolin = 1;
    if (cmpwrd("filled",cmd)) pcm->barolin = 0;
    return(0);
  }
  else if (cmpwrd("barbase",cmd)) {
    kwrd = 47;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("bottom",cmd)) {
      pcm->barflg = 0;
      return (0);
    }
    if (cmpwrd("top",cmd)) {
      pcm->barflg = -1;
      return (0);
    }
    if (getdbl(cmd,&pcm->barbase) == NULL) goto err;
    pcm->barflg = 1;
  }
  else if (cmpwrd("mdlopts",cmd)) {
    kwrd = 69;
    while ( (cmd = nxtwrd (cmd)) != NULL) {
      i1 = 0;
      if (cmpwrd("noblank",cmd)) {pcm->mdlblnk = 0; i1 = 1;}
      if (cmpwrd("blank",cmd)) {pcm->mdlblnk = 1; i1 = 1;}
      if (cmpwrd("dig3",cmd)) {pcm->mdldig3 = 1; i1 = 1;}
      if (cmpwrd("nodig3",cmd)) {pcm->mdldig3 = 0; i1 = 1;}
      if (i1==0) goto err;
    }
  }
  else if (cmpwrd("bargap",cmd)) {
    kwrd = 48;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if (itt<0 || itt>100) {
      gaprnt(0,"SET BARGAP Error: gap must be 0 to 99\n");
      return(1);
    }
    pcm->bargap = itt;
  }
  else if (cmpwrd("font",cmd)) {
    kwrd = 85;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if (itt<0 || itt>9) {
      gaprnt(0,"SET FONT Error: font must be 0 to 9\n");
      return(1);
    }
    gxchdf(itt);
  }
  else if (cmpwrd("clip",cmd)) {
    kwrd = 66;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&xlo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&xhi) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&ylo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&yhi) == NULL ) goto err;
    if (xlo<0.0 || ylo<0.0) goto err;
    if (xhi>pcm->pxsize || yhi>pcm->pysize) goto err;
    if (yhi<=ylo || xhi<=xlo) goto err;
    gxclip(xlo,xhi,ylo,yhi);
  }
  else if (cmpwrd("vpage",cmd)) {
    kwrd = 39;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) {
      pcm->xsiz = pcm->pxsize;
      pcm->ysiz = pcm->pysize;
      gxvpag (pcm->xsiz, pcm->ysiz, 0.0, pcm->xsiz, 0.0, pcm->ysiz);
      gacln(pcm,1);
      return (0);
    }
    if (getdbl(cmd,&xlo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&xhi) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&ylo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&yhi) == NULL ) goto err;
    if (xlo<0.0 || ylo<0.0 || xhi>pcm->pxsize || yhi>pcm->pysize) {
      gaprnt (0,"SET Error: vpage values beyond real page limits\n");
      return(1);
    }
    if (yhi<=ylo || xhi<=xlo) goto err;
    if ((yhi-ylo)/(xhi-xlo) > pcm->pysize/pcm->pxsize) {
      pcm->ysiz = pcm->pysize;
      pcm->xsiz = pcm->pysize * (xhi-xlo)/(yhi-ylo);
    } else {
      pcm->xsiz = pcm->pxsize;
      pcm->ysiz = pcm->pxsize * (yhi-ylo)/(xhi-xlo);
    }
    gxvpag (pcm->xsiz, pcm->ysiz, xlo, xhi, ylo, yhi);
    snprintf(pout,255,"Virtual page size = %g %g \n",pcm->xsiz,pcm->ysiz);
    gaprnt (2,pout);
    gacln(pcm,1);
  }
  else if (cmpwrd("mpt",cmd)) {
    kwrd = 92;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("*",cmd))  itt = -999;
    else {
      if (intprs(cmd,&itt) == NULL ) goto err;
      if (itt < 0) itt = 0;
      if (itt>255) itt = 255;
    }
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    green = -999;
    blue = -999;
    if (cmpwrd("off",cmd))  red = -9;
    else {
      if (intprs(cmd,&red) == NULL ) goto err;
      if (red < -1) red = -1;
      if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&green) == NULL ) goto err;
        if (green < 1) green = 1;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (intprs(cmd,&blue) == NULL ) goto err;
          if (blue < 1) blue = 1;
        }
      }
    }
    if (itt == -999) {
      itt1 = 0; itt2 = 256;
    } else {
      itt1 = itt; itt2 = itt+1;
    }
    for (i=itt1; impcols[i] = red;
      if (green != -999) pcm->mpstls[i] = green;
      if (blue != -999) pcm->mpthks[i] = blue;
    }
  }
  else if (cmpwrd("rgb",cmd)) {
    kwrd = 44;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&red) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&green) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&blue) == NULL ) goto err;
    if (itt<16 || itt>255 || 
	red<0 || red>255 ||  
        green<0 || green>255 || 
	blue<0 || blue>255) {
      gaprnt (0,"SET RGB Error:  Invalid color number or rgb value\n");
      gaprnt (0,"  Color number must be 16-255, rgb value 0-255\n");
      return(1);
    }
    if (!gxacol (itt,red,green,blue) ) {
      snprintf(pout,255,"Color R:%i G:%i B:%i Unavailable: closest color assigned\n",red,green,blue);
      gaprnt (2,pout);
    } 
  }
  else if (cmpwrd("stat",cmd)) {
    kwrd = 102;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->statflg = 0;
    else if (cmpwrd("on",cmd)) pcm->statflg = 1;
    else goto err;
  }
  else if (cmpwrd("arrlab",cmd)) {
    kwrd = 91;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->arlflg = 0;
    else if (cmpwrd("on",cmd)) pcm->arlflg = 1;
    else goto err;
  }
  else if (cmpwrd("parea",cmd)) {
    kwrd = 40;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) {
      pcm->paflg = 0;
      return (0);
    }
    if (getdbl(cmd,&xlo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&xhi) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&ylo) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&yhi) == NULL ) goto err;
    if (xlo<0.0 || ylo<0.0 || xhi>pcm->xsiz || yhi>pcm->ysiz) {
      gaprnt (0,"SET Error: parea values beyond page limits\n");
      return(1);
    }
    if (yhi<=ylo || xhi<=xlo) goto err;
    pcm->pxmin = xlo;
    pcm->pxmax = xhi;
    pcm->pymin = ylo;
    pcm->pymax = yhi;
    pcm->paflg = 1;
  }
  else if (cmpwrd("arrowhead",cmd)) {
    kwrd = 68;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->ahdsiz)) == NULL ) goto err;
    snprintf(pout,255,"Arrowhead = %g \n",pcm->ahdsiz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("cint",cmd)) {
    kwrd = 8;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL ) goto err;
    if (val1<=0) {
      gaprnt (0,"SET Error: cint must be greater than 0.0\n");
    }
    else {
      pcm->cint = val1;
      snprintf(pout,255,"cint = %g \n",pcm->cint);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("xlint",cmd)) {
    kwrd = 77;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->xlint)) == NULL ) goto err;
    snprintf(pout,255,"xlint = %g \n",pcm->xlint);
    gaprnt (2,pout);
  }
  else if (cmpwrd("ylint",cmd)) {
    kwrd = 78;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->ylint)) == NULL ) goto err;
    snprintf(pout,255,"ylint = %g \n",pcm->ylint);
    gaprnt (2,pout);
  }
  else if (cmpwrd("xsize",cmd)) {
    kwrd = 35;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&xx) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&yy) == NULL ) goto err;
    gxdxsz(xx,yy);
    gxfrme (9);
  }
  else if (cmpwrd("mpvals",cmd)) {
    kwrd = 37;
    i1 = 0;
    if ((ch = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",ch)) {
      pcm->mpflg = 0;
      gaprnt (2,"mpvals have been turned off\n");
    } else {
      while ((cmd = nxtwrd (cmd)) != NULL) {
        if (getdbl(cmd,&(pcm->mpvals[i1])) == NULL ) goto err;
        i1++;
        if (i1>9) goto err;
      }
      pcm->mpflg = i1;
      gaprnt (2,"mpvals have been set\n");
    }
  }
  else if (cmpwrd("fgvals",cmd)) {
    kwrd = 45;
    i1 = 0;
    while ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&(pcm->fgvals[i1])) == NULL ) goto err;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (intprs(cmd,&(pcm->fgcols[i1])) == NULL ) goto err;
      i1++;
      if (i1>48) goto err;
    }
    pcm->fgcnt = i1;
    gaprnt (2,"fgvals set\n");
  }
  else if (cmpwrd("clevs",cmd)) {
    kwrd = 29;
    i1 = 0;
    while ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&(pcm->clevs[i1])) == NULL ) goto err;
      i1++;
      if (i1>254) goto err; 
    }
    pcm->cflag = i1;
    snprintf(pout,255,"Number of clevs = %i \n",i1);
    gaprnt (2,pout);
    for (i=1; icflag; i++) {
      if (pcm->clevs[i] <= pcm->clevs[i-1]) {
	gaprnt(1,"Warning: Contour levels are not strictly increasing\n");
	gaprnt(1,"         This may lead to errors or undesired results\n");
      }
    }
  }
  else if (cmpwrd("xlevs",cmd)) {
    kwrd = 75;
    i1 = 0;
    while ( (cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&(pcm->xlevs[i1])) == NULL ) goto err;
      i1++;
      if (i1>49) goto err;
    }
    pcm->xlflg = i1;
    snprintf(pout,255,"Number of xlevs = %i \n",i1);
    gaprnt (2,pout);
  }
  else if (cmpwrd("ylevs",cmd)) {
    kwrd = 76;
    i1 = 0;
    while ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&(pcm->ylevs[i1])) == NULL ) goto err;
      i1++;
      if (i1>49) goto err;
    }
    pcm->ylflg = i1;
    snprintf(pout,255,"Number of ylevs = %i \n",i1);
    gaprnt (2,pout);
  }
  else if (cmpwrd("rbcols",cmd)) {
    kwrd = 59;
    i1 = 0;
    while ((cmd = nxtwrd (cmd)) != NULL) {
      if (i1==0 && cmpwrd("auto",cmd)) break;
      if (intprs(cmd,&(pcm->rbcols[i1])) == NULL ) goto err;
      i1++;
      if (i1>255) goto err; 
    }
    pcm->rbflg = i1;
    if (i1==0) gaprnt(2,"Rainbow colors set to auto\n");
    else {
      snprintf(pout,255,"Number of rainbow colors = %i\n",i1);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("dropmenu",cmd)) {
    kwrd = 97;
    i1 = 0;
    while ( (cmd = nxtwrd (cmd)) != NULL) {
      if (i1>14) goto drerr;
      if (intprs(cmd,&(pcm->drvals[i1])) == NULL ) goto drerr;
      i1++;
    }
    if (i1 == 0) goto drerr;
  }
  else if (cmpwrd("ccols",cmd)) {
    kwrd = 36;
    i1 = 0;
    while ( (cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&(pcm->ccols[i1])) == NULL ) goto err;
      i1++;
      if (i1>255) goto err; 
    }
    pcm->ccflg = i1;
    snprintf(pout,255,"Number of ccols = %i\n",i1);
    gaprnt (2,pout);
    if (pcm->cflag==0) {
      gaprnt (2,"ccols won't take effect unless clevs are set.\n");
    }
  }
  else if (cmpwrd("cmin",cmd)) {
    kwrd = 25;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->cmin)) == NULL ) goto err;
    snprintf(pout,255,"cmin = %g \n",pcm->cmin);
    gaprnt (2,pout);
  }
  else if (cmpwrd("cmax",cmd)) {
    kwrd = 26;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->cmax)) == NULL ) goto err;
    snprintf(pout,255,"cmax = %g \n",pcm->cmax);
    gaprnt (2,pout);
  }
  else if (cmpwrd("cmark",cmd)) {
    kwrd = 18;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&(pcm->cmark)) == NULL ) goto err;
    snprintf(pout,255,"cmark = %i \n",pcm->cmark);
    gaprnt (2,pout);
  }
  else if (cmpwrd("mproj",cmd)) {
    kwrd = 33;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->mproj = 0;
    else if (cmpwrd("scaled",cmd))       pcm->mproj = 1;
    else if (cmpwrd("latlon",cmd))       pcm->mproj = 2;
    else if (cmpwrd("nps",cmd))          pcm->mproj = 3;
    else if (cmpwrd("sps",cmd))          pcm->mproj = 4;
    else if (cmpwrd("robinson",cmd))     pcm->mproj = 5;
    else if (cmpwrd("mollweide",cmd))    pcm->mproj = 6;
    else if (cmpwrd("orthogr",cmd))      pcm->mproj = 7;
    else if (cmpwrd("orthographic",cmd)) pcm->mproj = 7;
    else if (cmpwrd("ortho",cmd))        pcm->mproj = 7;
    else if (cmpwrd("lambert",cmd))      pcm->mproj = 13;
    else goto err;
  }
  else if (cmpwrd("xyrev",cmd)) {
    kwrd = 53;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->rotate = 0;
    else if (cmpwrd("on",cmd)) pcm->rotate = 1;
    else goto err;
  }
  else if (cmpwrd("xflip",cmd)) {
    kwrd = 54;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->xflip = 0;
    else if (cmpwrd("on",cmd)) pcm->xflip = 1;
    else goto err;
 }
  else if (cmpwrd("yflip",cmd)) {
    kwrd = 55;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->yflip = 0;
    else if (cmpwrd("on",cmd)) pcm->yflip = 1;
    else goto err;
  }
  else if (cmpwrd("writegds",cmd)) {
    wgds = pcm->wgds;
    kwrd = 109;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (*cmd=='-') {
      itt = 0;
      while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
      sz = itt+2;
      ch = (char *)galloc(sz,"writegds");
      if (ch==NULL) {
        gaprnt (0,"Memory allocation Error\n");
        goto err;
      }
      i2 = cmd - cmd1;
      for (i1=0; i1opts) gree(wgds->opts,"f223");
      wgds->opts = ch;
    }
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    itt = 0;
    while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
    sz = itt+2;
    ch = (char *)galloc(sz,"writegds2");
    if (ch==NULL) {
      gaprnt (0,"Memory allocation Error\n");
      goto err;
    }
    i2 = cmd - cmd1;
    for (i1=0; i1fname) gree(wgds->fname,"f224");
    wgds->fname = ch;
    if (wgds->opts) {
      snprintf(pout,255,"WRITEGDS file name = %s  Opts = %s\n",ch,wgds->opts);
    } else {
      snprintf(pout,255,"WRITEGDS file name = %s\n",ch);
    }
    gaprnt (2,pout);
  }

  else if (cmpwrd("shp",cmd)) {
    kwrd = 121;
#if USESHP==1
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    /* parse arguments to 'set shp' command */
    while (cmpwrd("-pt",cmd) || cmpwrd("-point",cmd) || 
	   cmpwrd("-ln",cmd) || cmpwrd("-line",cmd)  || 
           cmpwrd("-poly",cmd) || cmpwrd("-fmt",cmd)) {
      if (cmpwrd("-pt",cmd) || cmpwrd("-point",cmd)) pcm->shptype = 1;
      if (cmpwrd("-ln",cmd) || cmpwrd("-line",cmd))  pcm->shptype = 2; 
      if (cmpwrd("-poly",cmd)) pcm->shptype = 3; 
      if (cmpwrd("-fmt",cmd)) {
	if ((cmd = nxtwrd (cmd)) == NULL) goto err;
	if (intprs(cmd,&itt) == NULL ) goto err;
	pcm->dblen = itt;
	if ((cmd = nxtwrd (cmd)) == NULL) goto err;
	if (intprs(cmd,&itt) == NULL ) goto err;
	pcm->dbprec = itt;
      }
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    }
    /* Parse the shapefile output filename root */
    itt = 0;
    while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
    sz = itt+1;
    ch = (char *)galloc(sz,"shpname");
    if (ch==NULL) {
      gaprnt (0,"Memory allocation error for shapefile name\n");
      goto err;
    }

    i2 = cmd - cmd1;
    for (i1=0; i1shpfname) gree(pcm->shpfname,"f225e");
    pcm->shpfname = ch;

    snprintf(pout,255,"Shapefile output file name root: %s\n",pcm->shpfname);
    gaprnt (2,pout);
    if (pcm->shptype==1) gaprnt(2,"Shapefile output type: point\n");
    if (pcm->shptype==2) gaprnt(2,"Shapefile output type: line\n");
    if (pcm->shptype==3) gaprnt(2,"Shapefile output type: polygon\n");
    snprintf(pout,255,"Shapefile format string is \%%%d.%df\n",pcm->dblen,pcm->dbprec);
    gaprnt(2,pout);
#else
    gaprnt(0,"Error: This version of GrADS does not support shapefile output\n");
    return (1);
#endif
  }

  else if (cmpwrd("kml",cmd)) {
    kwrd = 116;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    pcm->kmlflg = 1;                               /* set default value to image output */
    while (cmpwrd("-img",cmd) || cmpwrd("-image",cmd) || 
	   cmpwrd("-ln",cmd) || cmpwrd("-line",cmd) || 
	   cmpwrd("-poly",cmd)) {
      if (cmpwrd("-img",cmd) || cmpwrd("-image",cmd)) pcm->kmlflg = 1;     /* image output */
      if (cmpwrd("-ln",cmd) || cmpwrd("-line",cmd))   pcm->kmlflg = 2;     /* contour output */
      if (cmpwrd("-poly",cmd)) pcm->kmlflg = 3;     /* polygon output */
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    }
    /* make sure TIFF output is enabled */
#if GEOTIFF!=1
    if (pcm->kmlflg==1) {
      gaprnt(0,"Error: Creating TIFF images for KML output is not supported in this build.\n");
      gaprnt(0,"  Try the \'-line\' option with \'set kml\' to output contour lines in KML format instead\n");  
      return(1);
    }
#endif
    /* Parse the KML output filename root */

    /* get the length of the user-supplied filename */
    itt = 0;
    while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
    /* allocate memory for KML filename */
    sz = itt+6;
    ch = NULL;
    ch = (char *)galloc(sz,"kmlname");
    if (ch==NULL) {
      gaprnt (0,"Memory allocation error for KML file name\n"); goto err;
    }
    /* copy the user-supplied filename to ch */
    i2 = cmd - cmd1;
    for (i1=0; i1kmlflg==1) {
      /* A second file will be created by GrADS containing the TIFF image */
      ch2 = (char *)galloc(sz,"tifname");
      if (ch2==NULL) {
	gaprnt (0,"Memory allocation error for KML image file name\n");	goto err;
      }
      /* copy the user-supplied filename root to ch2 and add ".tif" */
      for (i1=0; i1kmlname) gree(pcm->kmlname,"f225d");
    pcm->kmlname = ch;
    if (pcm->kmlflg==1) {
      if (pcm->tifname) gree(pcm->tifname,"f225c");
      pcm->tifname = ch2;
      gaprnt (2,"KML output file names: \n");
      snprintf(pout,255,"%s (TIFF image) \n",pcm->tifname);
      gaprnt (2,pout);
      snprintf(pout,255,"%s (KML text file) \n",pcm->kmlname);
      gaprnt (2,pout);
      gaprnt (2,"KML output type: image\n");
    }
    else {
      gaprnt(2,"KML output file name: \n");
      snprintf(pout,255,"%s (KML text file)\n",pcm->kmlname);
      gaprnt (2,pout);
      if (pcm->kmlflg==2)
	gaprnt (2,"KML output type: contour lines\n");
      else
	gaprnt (2,"KML output type: polygons\n");
    }
  }
  else if (cmpwrd("geotiff",cmd)) {
    kwrd = 115;
#if GEOTIFF==1
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    pcm->gtifflg = 1;                             /* set default value to 4-byte depth */
    while (cmpwrd("-dbl",cmd) || cmpwrd("-flt",cmd)) {
      if (cmpwrd("-flt",cmd) ) pcm->gtifflg = 1;  /* 4-byte depth in GeoTIFF output file */
      if (cmpwrd("-dbl",cmd) ) pcm->gtifflg = 2;  /* 8-byte depth in GeoTIFF output file */
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    }
    /* parse the geotiff output filename root -- .tif will be added by GrADS */
    /* get the length of the user-supplied filename */
    itt = 0;
    while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
    /* allocate memory for GeoTIFF filename */
    sz = itt+6;
    ch = (char *)galloc(sz,"gtifname");
    if (ch==NULL) {
      gaprnt (0,"Memory allocation error for GeoTIFF file name\n"); goto err;
    }
    /* copy the user-supplied filename to ch */
    i2 = cmd - cmd1;
    for (i1=0; i1gtifname) gree(pcm->gtifname,"f225b");
    pcm->gtifname = ch;
    snprintf(pout,255,"GeoTIFF file name = %s\n",pcm->gtifname);
    gaprnt (2,pout);
    if (pcm->gtifflg==1) gaprnt(2,"GeoTIFF format is float  \n");
    if (pcm->gtifflg==2) gaprnt(2,"GeoTIFF format is double \n");
#else
    gaprnt(0,"Error: This version of GrADS does not support GeoTIFF output\n");
    return (1);
#endif
  }

  /* Following is for the so-called 'exact fwrite' to
     workaround the bug with scaling for hires files */
  else if (cmpwrd("fwex",cmd)) {
    pcm->fwexflg = 1;
  }
  else if (cmpwrd("fwrite",cmd)) {
    kwrd = 86;
    if (pcm->ffile) {
      gaprnt (0,"SET FWrite Error:  fwrite file is open\n");
      gaprnt (0,"Use DISABLE FWRITE command to close file\n");
    } else {
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      while ( cmpwrd("-be",cmd) || cmpwrd("-le",cmd) ||
	      cmpwrd("-ap",cmd) || cmpwrd("-cl",cmd) ||
              cmpwrd("-sq",cmd) || cmpwrd("-st",cmd) ||
              cmpwrd("-ex",cmd) ) {
        if (cmpwrd("-be",cmd) ) pcm->fwenflg = 1;
        if (cmpwrd("-le",cmd) ) pcm->fwenflg = 0;
        if (cmpwrd("-sq",cmd) ) pcm->fwsqflg = 1;
        if (cmpwrd("-st",cmd) ) pcm->fwsqflg = 0;
        if (cmpwrd("-ap",cmd) ) pcm->fwappend = 1;
        if (cmpwrd("-cl",cmd) ) pcm->fwappend = 0;
        if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      }
      itt = 0;
      while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
      sz = itt+2;
      ch = (char *)galloc(sz,"fwrite1");
      if (ch==NULL) {
        gaprnt (0,"Memory allocation Error\n");
        goto err;
      }
      i2 = cmd - cmd1;
      for (i1=0; i1fwname) gree(pcm->fwname,"f225");
      pcm->fwname = ch;
      snprintf(pout,255,"FWrite file name = %s\n",ch);
      gaprnt (2,pout);
      if (pcm->fwenflg == 0) {
        gaprnt (2,"FWwrite byte order is little_endian; format is ");
      } else {
        gaprnt (2,"FWwrite byte order is big_endian; format is ");
      }
      if (pcm->fwsqflg == 1) gaprnt (2,"sequential\n");
      else gaprnt (2,"stream\n");
      if (pcm->fwappend) {
	gaprnt (2,"Fwrite appending to an existing file\n");
      } else {
	gaprnt (2,"Fwrite replacing an existing file\n");
      }
    }
  }
  else if (cmpwrd("sdfwrite",cmd)) {
    kwrd = 113;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;  
    /* parse any arguments to 'set sdfwrite' command */
    pcm->sdfwpad = 0;  
    while (cmpwrd("-4d",cmd)  || cmpwrd("-5d",cmd) || 
	   cmpwrd("-flt",cmd) || cmpwrd("-dbl",cmd) ||
	   cmpwrd("-nc3",cmd) || cmpwrd("-nc4",cmd) ||
	   cmpwrd("-zip",cmd) || cmpwrd("-chunk",cmd)) {
      if (cmpwrd("-4d",cmd))    pcm->sdfwpad = 1;   
      if (cmpwrd("-5d",cmd))    pcm->sdfwpad = 2;
      if (cmpwrd("-dbl",cmd))   pcm->sdfprec = 8;
      if (cmpwrd("-flt",cmd))   pcm->sdfprec = 4;
      if (cmpwrd("-nc3",cmd))   pcm->sdfwtype = 1;
      if (cmpwrd("-nc4",cmd))   pcm->sdfwtype = 2;
      if (cmpwrd("-zip",cmd))   pcm->sdfzip = 1;
      if (cmpwrd("-chunk",cmd)) pcm->sdfchunk = 1;

      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    }
    /* parse the sdfwrite output filename */
    itt = 0;
    while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
    sz = itt+2;
    ch = (char *)galloc(sz,"sdfwname");
    if (ch==NULL) {
      gaprnt (0,"Memory allocation error for sdfwrite file name\n");
      goto err;
    }
    i2 = cmd - cmd1;
    for (i1=0; i1sdfwname) gree(pcm->sdfwname,"f225a");
    pcm->sdfwname = ch;
    snprintf(pout,255,"SDFWrite file name = %s\n",ch);
    gaprnt (2,pout);
    gaprnt (2,"SDFWrite will replace an existing file\n");
    if (pcm->sdfwpad==0) {
      gaprnt (2,"SDFwrite file will have same number of dimensions as defined variable\n");
    }
    if (pcm->sdfwpad==1) {
      gaprnt (2,"SDFwrite file will have at least 4 dimensions\n");
    }
    if (pcm->sdfwpad==2) {
      gaprnt (2,"SDFwrite file will have 5 dimensions\n");
    }
#if HAVENETCDF4 != 1
    /* reset flags if we dont' have netcdf-4 */
    if (pcm->sdfwtype == 2) {
      gaprnt(2,"Warning: This build is not enabled to write netCDF-4 format\n");
      gaprnt(2,"         sdfwrite output will be netCDF classic format instead\n");
      pcm->sdfwtype = 1;
      if (pcm->sdfchunk==1) {
	gaprnt(2,"         without chunking ");
	pcm->sdfchunk = 0;
      }
      if (pcm->sdfzip==1) {
	gaprnt(2,"or compression");
	pcm->sdfzip = 0;
      }
      gaprnt(2,"\n");
    }
#endif
    /* If -zip, make sure we have -nc4 and -chunk */
    if (pcm->sdfzip) {
      pcm->sdfwtype = 2;
      pcm->sdfchunk = 1;
    }

  }
  else if (cmpwrd("sdfattr",cmd)) {
    kwrd = 114;
    com=nxtwrd(com); /* advance past the 'sdfattr' in the mixed case version */
    if ((com = nxtwrd (com)) == NULL) goto err;
    /* parse the sdf attribute */
    newattr = parseattr(com);
    if (newattr==NULL) goto err;
    /* hang the new attribute off the gacmn structure */
    if (pcm->attr) {
      attr=pcm->attr;
      while (attr->next) attr = attr->next;      /* advance to end of chain */
      attr->next = newattr;                      /* add new link */
    }
    else {
      pcm->attr = newattr;                       /* set first link */
    } 
  }
#if USESHP==1
  else if (cmpwrd("shpattr",cmd)) {
    kwrd = 122;
    /* advance past the 'set shpattr' in the mixed case version */
    com=nxtwrd(com); 
    if ((com = nxtwrd (com)) == NULL) goto err;
    /* parse the attribute (data base field) */
    newfld = parsedbfld(com);
    if (newfld==NULL) goto err;
    /* hang the new field off the gacmn structure */
    if (pcm->dbfld) {
      fld=pcm->dbfld;
      while (fld->next) fld = fld->next;      /* advance to end of chain */
      fld->next = newfld;                     /* add new link */
    }
    else {
      pcm->dbfld = newfld;                       /* set first link */
    } 
  }
#endif
#if HAVENETCDF4 == 1
  else if (cmpwrd("chunksize",cmd)) {
    kwrd = 118;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL) goto err;
    pcm->xchunk = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL) goto err;
      pcm->ychunk = itt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
	if (intprs(cmd,&itt) == NULL) goto err;
	pcm->zchunk = itt;
	if ((cmd = nxtwrd (cmd)) != NULL) {
	  if (intprs(cmd,&itt) == NULL) goto err;
	  pcm->tchunk = itt;
	  if ((cmd = nxtwrd (cmd)) != NULL) {
	    if (intprs(cmd,&itt) == NULL) goto err;
	    pcm->echunk = itt;
	  }
	}
      }
    }
  }
#endif
  else if (cmpwrd("cachesf",cmd)) {
    kwrd = 119;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL) goto err;
    pcm->cachesf = val1;
    snprintf(pout,255,"Global cache scale factor is %g\n",pcm->cachesf);
    gaprnt(2,pout);
  }
  else if (cmpwrd("imprun",cmd)) {
    kwrd = 62;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) {
      if (pcm->impflg) gree(pcm->impnam,"f226");
      pcm->impflg = 0;
      gaprnt (2,"IMPrun is off\n");
    } else {
      itt = 0;
      while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
      sz = itt+6;
      ch = (char *)galloc(sz,"imprun");
      if (ch==NULL) {
        gaprnt (0,"Memory allocation Error\n");
        goto err;
      }
      for (i1=0; i1impflg) gree(pcm->impnam,"f227");
      pcm->impflg = 1;
      pcm->impnam = ch;
      snprintf(pout,255,"Imprun file name = %s\n",ch);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("log1d",cmd)) {
    kwrd = 123;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("loglog",cmd)) pcm->log1d = 3;
    else if (cmpwrd("logh",cmd)) pcm->log1d = 1;
    else if (cmpwrd("logv",cmd)) pcm->log1d = 2;
    else if (cmpwrd("off",cmd)) pcm->log1d = 0;
    else goto err;
  }
  else if (cmpwrd("zlog",cmd)) {
    kwrd = 63;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->zlog = 1;
    else if (cmpwrd("off",cmd)) pcm->zlog = 0;
    else goto err;
  }
  else if (cmpwrd("coslat",cmd)) {
    kwrd = 110;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->coslat = 1;
    else if (cmpwrd("off",cmd)) pcm->coslat = 0;
    else goto err;
  }
  else if (cmpwrd("missconn",cmd)) {
    kwrd = 61;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->miconn = 1;
    else if (cmpwrd("off",cmd)) pcm->miconn = 0;
    else goto err;
  }
  else if (cmpwrd("mpdraw",cmd)) {
    kwrd = 50;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->mpdraw = 1;
    else if (cmpwrd("off",cmd)) pcm->mpdraw = 0;
    else goto err;
  }
  else if (cmpwrd("dbuff",cmd)) {
    kwrd = 52;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) {
      pcm->dbflg = 1;
      gxfrme(2);
      gacln(pcm,1);
    }
    else if (cmpwrd("off",cmd)) {
      if (pcm->dbflg) {
        pcm->dbflg = 0;
        gxfrme(1);
        gacln (pcm,1);
      }
    }
    else goto err;
  }
  else if (cmpwrd("poli",cmd)) {
    kwrd = 51;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) {
      if (pcm->mpcols[1] == -9) pcm->mpcols[1] = -1;
      if (pcm->mpcols[2] == -9) pcm->mpcols[2] = -1;
    }
    else if (cmpwrd("off",cmd)) {
      pcm->mpcols[1] = -9;
      pcm->mpcols[2] = -9;
    }
    else goto err;
  }
  else if (cmpwrd("mpdset",cmd)) {
    kwrd = 38;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    for (xx=0; xx<8; xx++) {
      if (pcm->mpdset[xx]) gree(pcm->mpdset[xx],"f228");
      pcm->mpdset[xx] = NULL;
    }
    xx = 0;
    itt = 0;
    while (xx<8) {
      itt2 = itt;
      while (*(cmd+itt)!=' '&&*(cmd+itt)!='\n'&&*(cmd+itt)!='\0') itt++;
      sz = itt+2-itt2;
      ch = (char *)galloc(sz,"setmpdset");
      if (ch==NULL) {
        gaprnt (0,"Memory allocation Error\n");
        goto err;
      }
      for (i1=itt2; i1mpdset[xx] = ch;
      snprintf(pout,255,"MPDSET file name = %s\n",ch);
      gaprnt (2,pout);
      while (*(cmd+itt)==' ') itt++;
      if (*(cmd+itt)=='\n'||*(cmd+itt)=='\0') break;
      xx++;
    }
  }
  else if (cmpwrd("rbrange",cmd)) {
    kwrd = 60;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val2) == NULL ) goto err;
    if (val1>=val2) goto err;
    pcm->rainmn = val1;
    pcm->rainmx = val2;
  }
  else if (cmpwrd("black",cmd)) {
    kwrd = 22;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("off",cmd)) pcm->blkflg = 0;
    else {
      if (getdbl(cmd,&(pcm->blkmin)) == NULL ) goto err;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (getdbl(cmd,&(pcm->blkmax)) == NULL ) goto err;
      pcm->blkflg = 1;
    }
  }
  else if (cmpwrd("display",cmd)) {
    kwrd = 57;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("color",cmd)) pcm->grflg=0;
    else if (cmpwrd("grey",cmd)) pcm->grflg=1;
    else if (cmpwrd("greyscale",cmd)) pcm->grflg=1;
    else goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (cmpwrd("white",cmd)) pcm->devbck = 1;
      else if (cmpwrd("black",cmd)) pcm->devbck = 0;
      else goto err;
    }
    gxdbck(pcm->devbck);
    gxgrey(pcm->grflg);
  }
  else if (cmpwrd("gxout",cmd)) {
    kwrd = 21;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    pcm->gout0 = 9;
    if      (cmpwrd("contour",cmd))  pcm->gout2a = 1;
    else if (cmpwrd("shaded",cmd))   pcm->gout2a = 2;
    else if (cmpwrd("shade1",cmd))   pcm->gout2a = 2;
    else if (cmpwrd("shade2",cmd))   pcm->gout2a = 16;
    else if (cmpwrd("shade2b",cmd))  pcm->gout2a = 17;
    else if (cmpwrd("grid",cmd))    {pcm->gout2a = 3; pcm->gout2b = 3;}
    else if (cmpwrd("vector",cmd))  {pcm->gout2b = 4; pcm->goutstn = 6; pcm->gout1a = 1;}
    else if (cmpwrd("scatter",cmd))  pcm->gout2b = 5;
    else if (cmpwrd("fgrid",cmd))    pcm->gout2a = 6;
    else if (cmpwrd("fwrite",cmd))   pcm->gout2a = 7;
    else if (cmpwrd("stream",cmd))   pcm->gout2b = 8;
    else if (cmpwrd("grfill",cmd))   pcm->gout2a = 10;
    else if (cmpwrd("geotiff",cmd)) {
#if GEOTIFF==1
      pcm->gout2a = 12; 
#else
      gaprnt(0,"Creating GeoTIFF files is not supported in this build\n");
      goto err;
#endif
    }
    else if (cmpwrd("kml",cmd))      pcm->gout2a = 13; 
    else if (cmpwrd("imap",cmd))     pcm->gout2a = 14; 
    else if (cmpwrd("shp",cmd)) {
#if USESHP==1
      pcm->gout2a = 15; pcm->goutstn = 9;}
#else
      gaprnt(0,"Creating shapefiles is not supported in this build\n");
      goto err;}
#endif
    else if (cmpwrd("value",cmd))    pcm->goutstn = 1;
    else if (cmpwrd("barb",cmd))    {pcm->goutstn = 2; pcm->gout2b = 9; pcm->gout1a = 2;}
    else if (cmpwrd("findstn",cmd))  pcm->goutstn = 3;
    else if (cmpwrd("model",cmd))    pcm->goutstn = 4;
    else if (cmpwrd("wxsym",cmd))    pcm->goutstn = 5;
    else if (cmpwrd("stnmark",cmd))  pcm->goutstn = 7;
    else if (cmpwrd("stnwrt",cmd))   pcm->goutstn = 8;  /* undocumented */
    else if (cmpwrd("line",cmd))    {pcm->gout1 = 1; pcm->tser = 0;}
    else if (cmpwrd("bar",cmd))      pcm->gout1 = 2;
    else if (cmpwrd("errbar",cmd))   pcm->gout1 = 3;
    else if (cmpwrd("linefill",cmd)) pcm->gout1 = 4;
    else if (cmpwrd("stat",cmd))     pcm->gout0 = 1;
    else if (cmpwrd("print",cmd))    pcm->gout0 = 2;
    else if (cmpwrd("writegds",cmd)) pcm->gout0 = 3;    /* only for internal use */
    else if (cmpwrd("tserwx",cmd))   pcm->tser = 1;
    else if (cmpwrd("tserbarb",cmd)) pcm->tser = 2;
    else goto err;
    if (pcm->gout0==9) pcm->gout0 = 0;
  }
  else if (cmpwrd("arrscl",cmd)) {
    kwrd = 27;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->arrsiz)) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) {
      pcm->arrmag = -999.0;
    } else {
      if (getdbl(cmd,&(pcm->arrmag)) == NULL ) goto err;
    }
    pcm->arrflg = 1;
  }
  else if (cmpwrd("xlabs",cmd)||cmpwrd("ylabs",cmd)) {
    if (cmpwrd("xlabs",cmd)) {kwrd=94; strng=pcm->xlabs;}
    if (cmpwrd("ylabs",cmd)) {kwrd=95; strng=pcm->ylabs;}
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    i1 = 0;
    if (cmpwrd("off",cmd)) {
      if (strng) gree(strng,"f229");
      strng = NULL;
    } else {
      com = nxtwrd(com);
      com = nxtwrd(com);
      num = 0;
      while(*(com+num)!='\0' && *(com+num)!='\n') num++;
      if (strng) gree(strng,"f230");
      sz = num+2;
      strng = (char *)galloc(sz,"xlabs");
      if (strng==NULL) {
        gaprnt(0,"Memory Allocation Error: Set XLABS/YLABS\n");
        goto err;
      }
      num = 0;
      while(*(com+num)!='\0' && *(com+num)!='\n') {
        *(strng+num) = *(com+num);
        if (*(strng+num)=='|') {
          *(strng+num) = '\0';
          i1++;
        }
        num++;
      }
      *(strng+num) = '\0';
      i1++;
    }
    if (kwrd==94) { pcm->xlabs=strng; pcm->ixlabs = i1; }
    if (kwrd==95) { pcm->ylabs=strng; pcm->iylabs = i1; }
  }
  else if (cmpwrd("clab",cmd)||cmpwrd("xlab",cmd)||cmpwrd("ylab",cmd)) {
    if (cmpwrd("clab",cmd)) {kwrd=32; strng=pcm->clstr; i1=pcm->clab;}
    if (cmpwrd("xlab",cmd)) {kwrd=73; strng=pcm->xlstr; i1=pcm->xlab;}
    if (cmpwrd("ylab",cmd)) {kwrd=74; strng=pcm->ylstr; i1=pcm->ylab;}
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) i1 = 1;
    else if (cmpwrd("off",cmd)) i1 = 0;
    else if (cmpwrd("forced",cmd)) i1 = 2;
    else if (cmpwrd("masked",cmd)) i1 = 3;
    else if (cmpwrd("auto",cmd)) {
      if (strng) gree(strng,"f231");
      strng = NULL;
    }
    else {
      com = nxtwrd(com);
      com = nxtwrd(com);
      num = 0;
      while(*(com+num)!='\0' && *(com+num)!='\n') num++;
      if (strng) gree(strng,"f232");
      sz = num+2;
      strng = (char *)galloc(sz,"clab1");
      if (strng==NULL) {
        gaprnt(0,"Memory Allocation Error: Set ?LAB\n");
        goto err;
      }
      num = 0;
      while(*(com+num)!='\0' && *(com+num)!='\n') {
        *(strng+num) = *(com+num);
        num++;
      }
      *(strng+num) = '\0';
      gaprnt (2,"Substitution string is: ");
      gaprnt (2,strng);
      gaprnt (2,"\n");
    }
    if (kwrd==32) {pcm->clstr=strng; pcm->clab=i1;}
    if (kwrd==73) {pcm->xlstr=strng; pcm->xlab=i1;}
    if (kwrd==74) {pcm->ylstr=strng; pcm->ylab=i1;}
  }
  else if (cmpwrd("prnopts",cmd)) {
    kwrd = 106;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    com = nxtwrd(com);
    com = nxtwrd(com);
    num = 0;
    while(*(com+num)!='\0' && *(com+num)!='\n' && *(com+num)!=' ') num++;
    if (pcm->prstr) gree(pcm->prstr,"f233");
    sz = num+2;
    strng = (char *)galloc(sz,"prnopts");
    if (strng==NULL) {
      gaprnt(0,"Memory Allocation Error: Set PRNOPTS\n");
      goto err;
    }
    num = 0;
    while(*(com+num)!='\0' && *(com+num)!='\n' && *(com+num)!=' ') {
      *(strng+num) = *(com+num);
      num++;
    }
    *(strng+num) = '\0';
    pcm->prstr = strng;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ) goto err;
      pcm->prlnum = itt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&itt) == NULL ) goto err;
        pcm->prbnum = itt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          pcm->prudef = 0;
          if (*cmd=='u') pcm->prudef = 1;
        }
      }
    }
  }
  else if (cmpwrd("frame",cmd)) {
    kwrd = 65;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->frame = 1;
    else if (cmpwrd("off",cmd)) pcm->frame = 0;
    else if (cmpwrd("circle",cmd)) pcm->frame = 2;
    else goto err;
  }
  else if (cmpwrd("grid",cmd)) {
    kwrd = 17;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->grflag = 1;
    else if (cmpwrd("off",cmd)) pcm->grflag = 0;
    else if (cmpwrd("horizontal",cmd)) pcm->grflag = 2;
    else if (cmpwrd("vertical",cmd)) pcm->grflag = 3;
    else goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ) goto err;
      else pcm->grstyl = itt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&itt) == NULL ) goto err;
        else pcm->grcolr = itt;
      }
    }
    if (pcm->grflag) {
      snprintf(pout,255,"grid is on, style %i color %i \n",
         pcm->grstyl, pcm->grcolr);
      gaprnt (2,pout);
    } else {
      gaprnt (2,"grid is off\n");
    }
  }
  else if (cmpwrd("clskip",cmd)) {
    kwrd = 89;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if (itt<1) goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&val1) == NULL ) goto err;  
      gxclmn(val1);
    }
    pcm->clskip = itt;
  }
  else if (cmpwrd("clopts",cmd)) {
    kwrd = 72;
    itt = pcm->clcol;
    itt1 = pcm->clthck;
    val1 = pcm->clsiz;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt1) == NULL ) goto xlerr;
      else {
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (getdbl(cmd,&val1) == NULL ) goto xlerr;
        }
      }
    }
    pcm->clcol = itt;
    pcm->clthck = itt1;
    pcm->clsiz = val1;
    snprintf(pout,255,"SET CLOPTS values:  Color = %i Thickness = %i", pcm->clcol, pcm->clthck);
    gaprnt (2,pout);
    snprintf(pout,255," Size = %g\n",pcm->clsiz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("shpopts",cmd)) {
    kwrd=120;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->fillpoly = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ){
        gaprnt(0,"SET SHPOPTS Error: Invalid mark type\n");
      } else {
        pcm->marktype = itt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (getdbl(cmd,&val1) == NULL ){
            gaprnt(0,"SET SHPOPTS Error: Invalid mark size\n");
          } else {
            pcm->marksize = val1;
          }
        }
      }
    }
    snprintf(pout,255,"SET SHPOPTS values:  polygon fill color = %i  ",pcm->fillpoly);
    gaprnt (2,pout);
    snprintf(pout,255,"mark type = %i  ",pcm->marktype);
    gaprnt (2,pout);
    snprintf(pout,255,"mark size = %g \n",pcm->marksize);
    gaprnt (2,pout);
  }
  else if (cmpwrd("wxopt",cmd)) {
    kwrd = 93;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    else if (cmpwrd("wxsym",cmd)) pcm->wxopt = 1;
    else if (cmpwrd("mark",cmd)) pcm->wxopt = 2;
    else if (cmpwrd("char",cmd)) pcm->wxopt = 3;
    else goto err;
  }
  else if (cmpwrd("wxcols",cmd)) {
    kwrd = 84;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,itmp) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,itmp+1) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,itmp+2) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,itmp+3) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,itmp+4) == NULL ) goto err;
    for (i1=0; i1<5; i1++) pcm->wxcols[i1] = itmp[i1];
    gaprnt (2,"New WXCOLS have been set\n");
  }
  else if (cmpwrd("lfcols",cmd)) {
    kwrd = 83;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt1) == NULL ) goto err;
    pcm->lfc1 = itt;
    pcm->lfc2 = itt1;
    snprintf(pout,255,"LineFill Colors: Above = %i  Below = %i\n",
      pcm->lfc1, pcm->lfc2);
    gaprnt (2,pout);
  }
  else if (cmpwrd("rband",cmd)) {
    kwrd = 90;
    itt = -1;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (intprs(cmd,&i1) == NULL ) goto rbberr;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (*cmd=='m' && *(cmd+1)=='b') {
      cmd += 2;
      if (intprs(cmd,&(itt)) == NULL ) goto rbberr;
      if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
      if (itt>3) itt = 3;
    }
    if (cmpwrd("box",cmd)) i2 = 1;
    else if (cmpwrd("line",cmd)) i2 = 2;
    else goto rbberr;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (getdbl(cmd,&xlo) == NULL ) goto rbberr;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (getdbl(cmd,&ylo) == NULL ) goto rbberr;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (getdbl(cmd,&xhi) == NULL ) goto rbberr;
    if ((cmd = nxtwrd (cmd)) == NULL) goto rbberr;
    if (getdbl(cmd,&yhi) == NULL ) goto rbberr;
    gxdrbb (i1,i2,xlo,ylo,xhi,yhi,itt);
  }
  else if (cmpwrd("button",cmd)) {
    kwrd = 80;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->btnfc = itt;
    pcm->btnftc = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
     if (intprs(cmd,&itt) == NULL ) goto err;
     pcm->btnbc = itt;
     pcm->btnbtc = itt;
     if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ) goto err;
      pcm->btnoc = itt;
      pcm->btnoc2 = itt;
      pcm->btnotc = itt;
      pcm->btnotc2 = itt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
       if (intprs(cmd,&itt) == NULL ) goto err;
       pcm->btnoc2 = itt;
       pcm->btnotc2 = itt;
       if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&itt) == NULL ) goto err;
        pcm->btnftc = itt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
         if (intprs(cmd,&itt) == NULL ) goto err;
         pcm->btnbtc = itt;
         if ((cmd = nxtwrd (cmd)) != NULL) {
          if (intprs(cmd,&itt) == NULL ) goto err;
          pcm->btnotc = itt;
          pcm->btnotc2 = itt;
          if ((cmd = nxtwrd (cmd)) != NULL) {
           if (intprs(cmd,&itt) == NULL ) goto err;
           pcm->btnotc2 = itt;
           if ((cmd = nxtwrd (cmd)) != NULL) {
            if (intprs(cmd,&itt) == NULL ) goto err;
            pcm->btnthk = itt;
           }
          }
         }
        }
       }
      }
     }
    }
    snprintf(pout,255,"SET BUTTON values:  Fc, Bc, Oc, Oc2 = %i %i %i %i ",
      pcm->btnfc,pcm->btnbc,pcm->btnoc,pcm->btnoc2);
    gaprnt (2,pout);
    snprintf(pout,255,"Toggle Fc, Bc, Oc, Oc2 = %i %i %i %i ",
      pcm->btnftc,pcm->btnbtc,pcm->btnotc,pcm->btnotc2);
    snprintf(pout,255,"Thick = %i\n",pcm->btnthk);
    gaprnt (2,pout);
  }
  else if (cmpwrd("dialog",cmd)) {
    kwrd = 108;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->dlgpc = itt;    
    if ((cmd = nxtwrd (cmd)) != NULL) {
     if (intprs(cmd,&itt) == NULL ) goto err;
     pcm->dlgfc = itt;     
     if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ) goto err;
      pcm->dlgbc = itt;      
      if ((cmd = nxtwrd (cmd)) != NULL) {
       if (intprs(cmd,&itt) == NULL ) goto err;
       pcm->dlgoc = itt;       
       if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&itt) == NULL ) goto err;
        pcm->dlgth = itt;        
        if ((cmd = nxtwrd (cmd)) != NULL) {
         if (cmpwrd("n",cmd)||cmpwrd("numeric",cmd)) pcm->dlgnu = 1;       
        } else pcm->dlgnu = 0;
       }
      }
     }
    }
    snprintf(pout,255,"SET DIALOG values:  Pc, Fc, Bc, Oc = %i %i %i %i ",
      pcm->dlgpc,pcm->dlgfc,pcm->dlgbc,pcm->dlgoc);
    gaprnt (2,pout);
    if (pcm->dlgnu) {
      snprintf(pout,255,"Thick = %i ",pcm->dlgth);
      gaprnt (2,pout);
      snprintf(pout,255,"Args = numeric\n ");
      gaprnt (2,pout);
    } else {
      snprintf(pout,255,"Thick = %i\n",pcm->dlgth);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("xlpos",cmd)) {
    kwrd = 87;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL ) goto xlerr2;
    pcm->xlpos = val1;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (cmpwrd("b",cmd)||cmpwrd("bottom",cmd)) pcm->xlside = 0;
      if (cmpwrd("t",cmd)||cmpwrd("top",cmd)) pcm->xlside = 1;
    }
    if (pcm->xlside)
      snprintf(pout,255,"SET XLPOS values:  Offset = %g  Side = Top\n",pcm->xlpos);
    else
      snprintf(pout,255,"SET XLPOS values:  Offset = %g  Side = Bottom\n",pcm->xlpos);
    gaprnt (2,pout);
  }
  else if (cmpwrd("ylpos",cmd)) {
    kwrd = 88;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL ) goto xlerr2;
    pcm->ylpos = val1;
    pcm->ylpflg = 1;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (cmpwrd("r",cmd)||cmpwrd("right",cmd)) pcm->ylside = 1;
      if (cmpwrd("l",cmd)||cmpwrd("left",cmd)) pcm->ylside = 0;
    }
    snprintf(pout,255,"SET YLPOS values:  Offset = %g  Side = ",tt);
    gaprnt (2,pout);
    if (pcm->ylside) gaprnt(2,"Right\n");
    else gaprnt(2,"Left\n");
  }
  else if (cmpwrd("xlopts",cmd)) {
    kwrd = 70;
    itt  = pcm->xlcol;
    itt1 = pcm->xlthck;
    val1 = pcm->xlsiz;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt1) == NULL ) goto xlerr;
      else {
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (getdbl(cmd,&val1) == NULL ) goto xlerr;
        }
      }
    }
    pcm->xlcol  = itt;
    pcm->xlthck = itt1;
    pcm->xlsiz  = val1;
    snprintf(pout,255,"SET XLOPTS values:  Color = %i  Thickness = %i  Size = %g \n",
	     pcm->xlcol, pcm->xlthck, pcm->xlsiz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("ylopts",cmd)) {
    kwrd = 71;
    itt  = pcm->ylcol;
    itt1 = pcm->ylthck;
    val1 = pcm->ylsiz;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt1) == NULL ) goto xlerr;
      else {
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (getdbl(cmd,&val1) == NULL ) goto xlerr;
        }
      }
    }
    pcm->ylcol  = itt;
    pcm->ylthck = itt1;
    pcm->ylsiz  = val1;
    snprintf(pout,255,"SET YLOPTS values:  Color = %i  Thickness = %i   Size = %g \n",
	     pcm->ylcol, pcm->ylthck, pcm->ylsiz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("annot",cmd)) {
    kwrd = 56;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->anncol = itt;
    pcm->xlcol  = itt;  /* set annot should change color of tic labels too */
    pcm->ylcol  = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ) {
        gaprnt(0,"SET ANNOT Error: Invalid thickness value\n");
      } else {
        pcm->annthk = itt;
      }
    }
    snprintf(pout,255,"SET ANNOT values:  Color = %i  Thickness = %i\n",
	     pcm->anncol, pcm->annthk);
    gaprnt (2,pout);
  }
  else if (cmpwrd("line",cmd)) {
    kwrd = 41;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->lincol = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (intprs(cmd,&itt) == NULL ){
        gaprnt(0,"SET LINE Error: Invalid linestyle value\n");
      } else {
        pcm->linstl = itt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (intprs(cmd,&itt) == NULL ){
            gaprnt(0,"SET LINE Error: Invalid thickness value\n");
          } else {
            pcm->linthk = itt;
          }
        }
      }
    }
    snprintf(pout,255,"SET LINE values:  color = %i  style = %i",
      pcm->lincol, pcm->linstl);
    gaprnt (2,pout);
    snprintf(pout,255,"  thickness = %i\n",pcm->linthk);
    gaprnt (2,pout);
  }
  else if (cmpwrd("map",cmd)) {
    kwrd = 46;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("auto",cmd)) {
      pcm->mapcol = -9;
    } else {
      if (intprs(cmd,&itt) == NULL ) goto err;
      pcm->mapcol = itt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
        if (intprs(cmd,&itt) == NULL ){
          gaprnt(0,"SET MAP Error: Invalid linestyle value\n");
        } else {
          pcm->mapstl = itt;
          if ((cmd = nxtwrd (cmd)) != NULL) {
            if (intprs(cmd,&itt) == NULL ){
              gaprnt(0,"SET MAP Error: Invalid thickness value\n");
            } else {
              pcm->mapthk = itt;
            }
          }
        }
      }
    }
    if (pcm->mapcol < 0 ) {
      gaprnt (2,"SET MAP values:  auto\n");
    } else {
      snprintf(pout,255,"SET MAP values:  color = %i  style = %i",
        pcm->mapcol, pcm->mapstl);
      gaprnt (2,pout);
      snprintf(pout,255,"  thickness = %i\n",pcm->mapthk);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("string",cmd)) {
    kwrd = 42;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    pcm->strcol = itt;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      itt = -1;
      for (i1=0; i1<9; i1++) if (cmpwrd(justs[i1],cmd)) itt=i1;
      if (itt<0) {
        gaprnt(0,"SET STRING Error: Invalid justification value\n");
      } else {
        pcm->strjst = itt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (intprs(cmd,&itt) == NULL ){
            gaprnt(0,"SET STRING Error: Invalid thickness value\n");
          } else {
            pcm->strthk = itt;
            if ((cmd = nxtwrd (cmd)) != NULL) {
              if (getdbl(cmd,&val1) == NULL ){
                gaprnt(0,"SET STRING Error: Invalid rotation value\n");
              } else {
                pcm->strrot = val1;
              }
            }
          }
        }
      }
    }
    snprintf(pout,255,"SET STRING values:  color = %i  just = %s",
      pcm->strcol, justs[pcm->strjst]);
    gaprnt (2,pout);
    snprintf(pout,255,"  thickness = %i  rotation = %g\n",
      pcm->strthk, pcm->strrot);
    gaprnt (2,pout);
  }
  else if (cmpwrd("strsiz",cmd)) {
    kwrd = 43;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&val1) == NULL ) goto err;
    pcm->strhsz = val1;
    i1 = 1;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&val1) == NULL ){
        gaprnt(0,"SET STRSIZ Error:  Invalid vsize value\n");
      } else {pcm->strvsz = val1; i1 = 0;}
    }
    if (i1) pcm->strvsz = pcm->strhsz;
    snprintf(pout,255,"SET STRSIZ values:  hsize = %g  vsize = %g\n",
      pcm->strhsz, pcm->strvsz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("xaxis",cmd)) {
    kwrd = 19;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->axmin)) == NULL) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->axmax)) == NULL) goto err;
    pcm->axflg = 1;
    pcm->axint = 0.0;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&v1) == NULL) goto err;
      else pcm->axint = v1;
    }
    snprintf(pout,255,"xaxis labels range %g %g incr %g \n",pcm->axmin,pcm->axmax,pcm->axint);
    gaprnt (2,pout);
  }
  else if (cmpwrd("yaxis",cmd)) {
    kwrd = 20;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->aymin)) == NULL) goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->aymax)) == NULL) goto err;
    pcm->ayflg = 1;
    pcm->ayint = 0.0;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&v1) == NULL) goto err;
      else pcm->ayint = v1;
    }
    snprintf(pout,255,"yaxis labels range %g %g incr %g \n",pcm->aymin,pcm->aymax,pcm->ayint);
    gaprnt (2,pout);
  }
  else if (cmpwrd("misswarn",cmd)) {
    kwrd = 79;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) itt = 1;
    else if (cmpwrd("off",cmd)) itt=0;
    else goto err;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&id) == NULL ) goto err;
    for (i1=0; i1pforw;
      if (pfi==NULL) {
        snprintf(pout,255,"SET MISSWARN error:  file %i not open\n",id);
        gaprnt (0,pout);
        return(1);
      }
    }
    pfi->errflg = itt;
  }
  else if (cmpwrd("undef",cmd)) {
    kwrd = 117;
    if ((cmd = nxtwrd (cmd)) == NULL) {
      gaprnt (2,"Warning: SET UNDEF argument is missing; output undef value is unchanged.\n");
    }
    else if (cmpwrd("file",cmd)) {    
      if ((cmd = nxtwrd (cmd)) == NULL) {
	gaprnt (2,"Warning: SET UNDEF FILE argument is missing; output undef value is unchanged.\n");
      } 
      else if (intprs(cmd,&id) == NULL ) {
	gaprnt (2,"Warning: SET UNDEF FILE argument is invalid; output undef value is unchanged.\n");
      }
      else {
	pfi = pcm->pfi1;
	if (pfi!=NULL) {
	  for (i1=0; i1pforw;
	    if (pfi==NULL) {
	      break;
	    }
	  }
	}
	if (pfi==NULL) {
	  snprintf(pout,255,"Warning: SET UNDEF FILE -- file %d not open, output undef value is unchanged.\n",id);
	  gaprnt (2,pout);
	} else {
	  pcm->undef = pfi->undef;
	  snprintf(pout,255,"Output undef value copied from file %d : %s \n",id,pfi->dnam);
	  gaprnt (2,pout);
	}
      }
    }
    else if (cmpwrd("dfile",cmd)) {    
      id = pcm->dfnum;
      pfi = pcm->pfi1;
      for (i1=0; i1pforw;
	if (pfi==NULL) {
	  break;
	}
      }
      if (pfi==NULL) {
	snprintf(pout,255,"Warning: SET UNDEF DFILE -- default file %i not open, output undef value is unchanged\n",id);
	gaprnt (2,pout);
      } else {
	pcm->undef = pfi->undef;
	snprintf(pout,255,"Output undef value copied from default file %d : %s \n",id,pfi->dnam);
	gaprnt (2,pout);
      }
    }
    else {
      if (getdbl(cmd,&v1) == NULL) {
	gaprnt(2,"Warning: SET UNDEF argument is invalid, output undef value is unchanged\n");
      }
      else {
	pcm->undef = v1;
      }
    }
    snprintf(pout,255,"Output undef value is set to %12f \n",pcm->undef);
    gaprnt (2,pout);
  }
  else if (cmpwrd("dfile",cmd)) {
    kwrd = 14;
    if (pcm->pfid==NULL) goto errf;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&id) == NULL ) goto err;
    pfi = pcm->pfi1;
    for (i1=0; i1pforw;
      if (pfi==NULL) {
        snprintf(pout,255,"SET DFILE error:  file %i not open\n",id);
        gaprnt (0,pout);
        return(1);
      }
    }
    snprintf(pout,255,"Default file set to: %s \n",pfi->name);
    gaprnt (2,pout);
    pcm->pfid = pfi;
    pcm->dfnum = id;
  }
  else if (cmpwrd("background",cmd)) {
    kwrd = 58;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    snprintf(pout,255,"background = %i \n",itt);
    gaprnt (2,pout);
    gxbckg(itt);
  }
  else if (cmpwrd("cthick",cmd)) {
    kwrd = 49;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&(pcm->cthick)) == NULL ) goto err;
    snprintf(pout,255,"cthick = %i \n",pcm->cthick);
    gaprnt (2,pout);
  }
  else if (cmpwrd("cstyle",cmd)) {
    kwrd = 9;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&(pcm->cstyle)) == NULL ) goto err;
    if(pcm->cstyle==0) {
      snprintf(pout,255,"WARNING: cstyle=0; no lines will be plotted; try using 1 instead\n");
    } else {
      snprintf(pout,255,"cstyle = %i \n",pcm->cstyle);
    }
    gaprnt (2,pout);
  }
  else if (cmpwrd("digsiz",cmd) || cmpwrd("digsize",cmd)) {
    kwrd = 24;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->digsiz)) == NULL ) goto err;
    snprintf(pout,255,"digsiz = %g \n",pcm->digsiz);
    gaprnt (2,pout);
  }
  else if (cmpwrd("dignum",cmd)) {
    kwrd = 23;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&itt) == NULL ) goto err;
    if (itt<0 || itt>8) {
      gaprnt (0,"Invalid dignum value:  must be 0 to 8\n");
    } else {
      pcm->dignum = itt;
      snprintf(pout,255,"dignum = %i \n",pcm->dignum);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("axlim",cmd)||cmpwrd("vrange",cmd)) {
    kwrd = 15;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("auto",cmd)) pcm->aflag = 0;
    else {
      if (getdbl(cmd,&(pcm->rmin)) == NULL ) goto err;
      pcm->aflag = 0;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (getdbl(cmd,&(pcm->rmax)) == NULL ) goto err;
      pcm->aflag = -1;
      snprintf(pout,255, "1-D axis limits set: %g to %g \n", pcm->rmin, pcm->rmax);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("vrange2",cmd)) {
    kwrd = 67;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->rmin2)) == NULL ) goto err;
    pcm->aflag2 = 0;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (getdbl(cmd,&(pcm->rmax2)) == NULL ) goto err;
    pcm->aflag2 = -1;
    snprintf(pout,255, "Scatter Y axis limits set: %g to %g \n", pcm->rmin2, pcm->rmax2);
    gaprnt (2,pout);
  }
  else if (cmpwrd("strmden",cmd) || cmpwrd("strmopts",cmd)) {
    kwrd = 124;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (intprs(cmd,&(pcm->strmden)) == NULL ) goto err;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      if (getdbl(cmd,&tt) == NULL ) goto err;
      if (tt>0.001) pcm->strmarrd = tt;
      if ((cmd = nxtwrd (cmd)) != NULL) {
        if (getdbl(cmd,&tt) == NULL ) goto err;
        if (tt>=0.0) pcm->strmarrsz = tt;
        if ((cmd = nxtwrd (cmd)) != NULL) {
          if (intprs(cmd,&i) == NULL ) goto err;
          if (i>0 && i<3) pcm->strmarrt = i;
        }
      }
    }
    snprintf (pout, 255, "Streamline options set to: Density %i Spacing %g Size %g Type %i\n",
        pcm->strmden, pcm->strmarrd, pcm->strmarrsz, pcm->strmarrt) ;
    gaprnt (2,pout);
  }
  else if (cmpwrd("ccolor",cmd)) {
    kwrd = 10;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("rainbow",cmd)) {
      pcm->ccolor = -1;
      gaprnt (2,"ccolor = rainbow \n");
    } else if (cmpwrd("revrain",cmd)) {
      pcm->ccolor = -2;
      gaprnt (2,"ccolor = reverse rainbow \n");
    } else {
      if (intprs(cmd,&(pcm->ccolor)) == NULL ) goto err;
      snprintf(pout,255,"ccolor = %i \n",pcm->ccolor);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("stid",cmd)) {
    kwrd = 30;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->stidflg = 1;
    else if (cmpwrd("off",cmd)) pcm->stidflg = 0;
    else goto err;
  }
  else if (cmpwrd("csmooth",cmd)) {
    kwrd = 16;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->csmth = 1;
    else if (cmpwrd("off",cmd)) pcm->csmth = 0;
    else if (cmpwrd("linear",cmd)) pcm->csmth = 2;
    else goto err;
  }
  else if (cmpwrd("cterp",cmd)) {
    kwrd = 34;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->cterp = 1;
    else if (cmpwrd("off",cmd)) pcm->cterp = 0;
    else goto err;
  }
  else if (cmpwrd("loopdim",cmd)) {
    kwrd = 11;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("x",cmd)) pcm->loopdim=0;
    else if (cmpwrd("y",cmd)) pcm->loopdim=1;
    else if (cmpwrd("z",cmd)) pcm->loopdim=2;
    else if (cmpwrd("t",cmd)) pcm->loopdim=3;
    else if (cmpwrd("e",cmd)) pcm->loopdim=4;
    else goto err;
  }
  else if (cmpwrd("grads",cmd)) {
    kwrd = 31;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) {
      pcm->grdsflg = 1;
    }
    else if (cmpwrd("off",cmd)) {
      pcm->grdsflg = 0;
      pcm->timelabflg = 0;
    }
    else goto err;
  }
  else if (cmpwrd("timelab",cmd)) {
    kwrd = 100;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd)) pcm->timelabflg = 1;
    else if (cmpwrd("off",cmd)) pcm->timelabflg = 0;
    else goto err;
  }
  else if (cmpwrd("stnprint",cmd)) {
    kwrd = 102;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd) ) pcm->stnprintflg = 1;
    else if (cmpwrd("off",cmd) ) pcm->stnprintflg = 0;
    else goto err;
  }
  else if (cmpwrd("warn",cmd)) {
    kwrd = 101;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd) ) mfcmn.warnflg = 1;
    else if (cmpwrd("off",cmd) ) mfcmn.warnflg = 0;
    else goto err;
  }
  else if (cmpwrd("looping",cmd)) {
    kwrd = 12;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd) ) {
      pcm->loopflg = 1;
      gaprnt (2,"Looping is on \n");
    } else if (cmpwrd("off",cmd) ) {
      pcm->loopflg = 0;
      gaprnt (2,"Looping is off \n");
    } else goto err;
  }
  else if (cmpwrd("ens",cmd)) {
    kwrd=112;
    if (pcm->pfid==NULL) goto errf;
    pfi = pcm->pfid;
    /* get the first ensemble name */
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    num = 1;
    getwrd(ename1,cmd,16);
    /* get the second ensemble name */
    if ((cmd = nxtwrd (cmd)) != NULL) {
      num = 2;
      getwrd(ename2,cmd,16);
      if (strcmp(ename1,ename2) == 0) num=1;
    }
    ens = pfi->ens1;
    i=0;
    enum1=enum2=-1;
    while (idnum[4]) {
      if (strcmp(ename1,ens->name) == 0) {
	enum1=i;
      }
      if (num>1) {
	if (strcmp(ename2,ens->name) == 0) enum2=i;
      }
      i++; ens++;
    }
    if (enum1<0) goto err;
    if ((num>1) && (enum2<0)) goto err; 
    if (num==1) enum2=enum1;
    pcm->vdim[4] = num-1;
    pcm->dmin[4] = enum1+1;  
    pcm->dmax[4] = enum2+1;
    snprintf(pout,255,"E set to %g %g \n", pcm->dmin[4], pcm->dmax[4]);
    gaprnt (2,pout);    
  }
  else if (cmpwrd("e",cmd)) {
    kwrd = 111;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (pcm->pfid==NULL) goto errf;
    pfi = pcm->pfid;
    num = 1;
    if (cmpwrd("last",cmd)) {
      v1 = pfi->dnum[4];
    } else {
      if (getdbl(cmd,&v1) == NULL) goto err;
    }
    v2 = v1;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      num = 2;
      if (cmpwrd("last",cmd)) {
        v2 = pfi->dnum[4];
      } else {
        if (getdbl(cmd,&v2) == NULL) goto err;
      }
      if (v1==v2) num = 1;
    } 
    pcm->vdim[4] = num-1;
    pcm->dmin[4] = v1;  
    pcm->dmax[4] = v2;
    snprintf(pout,255,"E set to %g %g \n", pcm->dmin[4], pcm->dmax[4]);
    gaprnt (2,pout);
  }
  else if (cmpwrd("x",cmd) || cmpwrd("y",cmd) ||
           cmpwrd("z",cmd) || cmpwrd("t",cmd) ) {
    if (*cmd=='x') kwrd=0;
    if (*cmd=='y') kwrd=1;
    if (*cmd=='z') kwrd=2;
    if (*cmd=='t') kwrd=3;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (pcm->pfid==NULL) goto errf;
    pfi = pcm->pfid;
    num = 1;
    if (kwrd==3 && cmpwrd("last",cmd)) {
      v1 = pfi->dnum[3];
    } else {
      if (getdbl(cmd,&v1) == NULL) goto err;
    }
    v2 = v1;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      num = 2;
      if (kwrd==3 && cmpwrd("last",cmd)) {
        v2 = pfi->dnum[3];
      } else {
        if (getdbl(cmd,&v2) == NULL) goto err;
      }
      if (dequal(v1,v2,1.0e-8)==0) num=1;
    }
    pcm->vdim[kwrd] = num-1;

    /* Try to save grid dims for write flag -ex */

    if (pfi->type==1 && num==2) {
      if (kwrd==0) {
        pcm->xexflg = 1;
        pcm->x1ex = (gaint)(v1+0.001);
        pcm->x2ex = (gaint)(v2+0.001);
      }
      if (kwrd==1) {
        pcm->yexflg = 1;
        pcm->y1ex = (gaint)(v1+0.001);
        pcm->y2ex = (gaint)(v2+0.001);
      }
    }

    if (pfi->type==1 && num==1) {
      v1 = floor(v1+0.5);
      pcm->vdim[kwrd] = 0;
    }
    if (kwrd==3) {
      vals = pfi->grvals[3];
      gr2t (vals,v1,&(pcm->tmin));
      if (num==1) pcm->tmax = pcm->tmin;
      else gr2t(vals,v2,&(pcm->tmax));
      gaprnt (2,"Time values set: ");
      snprintf(pout,255,"%i:%i:%i:%i ",pcm->tmin.yr,pcm->tmin.mo,
        pcm->tmin.dy,pcm->tmin.hr);
      gaprnt (2,pout);
      snprintf(pout,255,"%i:%i:%i:%i \n",pcm->tmax.yr,pcm->tmax.mo,
        pcm->tmax.dy,pcm->tmax.hr);
      gaprnt (2,pout);
    } else {
      if (pfi->type==1) {
        conv = pfi->gr2ab[kwrd];
        vals = pfi->grvals[kwrd];
        pcm->dmin[kwrd] = conv(vals,v1);
        if (num==1) 
	  pcm->dmax[kwrd] = pcm->dmin[kwrd];
        else 
	  pcm->dmax[kwrd] = conv(vals,v2);
      } else {
        pcm->dmin[kwrd] = v1;
        if (num==1) 
	  pcm->dmax[kwrd] = pcm->dmin[kwrd];
        else 
	  pcm->dmax[kwrd] = v2;
      }
      snprintf(pout,255,"%s set to %g %g \n",kwds[kwrd+4], pcm->dmin[kwrd], pcm->dmax[kwrd]);
      gaprnt (2,pout);
    }
  }
  else if (cmpwrd("lon",cmd) || cmpwrd("lat",cmd) || cmpwrd("lev",cmd)) {
    if (cmpwrd("lon",cmd)) {kwrd=4; id=0;}
    if (cmpwrd("lat",cmd)) {kwrd=5; id=1;}
    if (cmpwrd("lev",cmd)) {kwrd=6; id=2;}
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (pcm->pfid==NULL) goto errf;
    num = 1;
    if (getdbl(cmd,&(pcm->dmin[id])) == NULL) goto err;
    pcm->dmax[id] = pcm->dmin[id];
    if ((cmd = nxtwrd (cmd)) != NULL) {
      num = 2;
      if (getdbl(cmd,&(pcm->dmax[id])) == NULL) goto err;
      if (dequal(pcm->dmin[id],pcm->dmax[id],1.0e-8)==0) num=1;
    }
    pcm->vdim[id] = num-1;
    pfi = pcm->pfid;
    if (pfi->type==1 && num==1) {
      pcm->vdim[id] = 0;
      conv = pfi->ab2gr[id];
      vals = pfi->abvals[id];
      v1 = conv(vals,pcm->dmin[id]);
      v1 = floor(v1+0.5);
      conv = pfi->gr2ab[id];
      vals = pfi->grvals[id];
      pcm->dmin[id] = conv(vals,v1);
      pcm->dmax[id] = pcm->dmin[id];
    }
    snprintf(pout,255,"%s set to %g %g \n",kwds[id+4],pcm->dmin[id],pcm->dmax[id]);
    gaprnt (2,pout);
  }
  else if (cmpwrd("time",cmd)) {
    kwrd=7; id=3;
    if (pcm->pfid==NULL) goto errf;
    if ((cmd = nxtwrd(cmd)) == NULL) goto err;
    num = 1;
    tdef = pcm->tmin;
    if (adtprs(cmd,&tdef,&(pcm->tmin)) == NULL ) goto err;
    pcm->tmax = pcm->tmin;
    if ((cmd = nxtwrd (cmd)) != NULL) {
      num = 2;
      if (adtprs(cmd,&tdef,&(pcm->tmax)) == NULL ) goto err;
    }
    pcm->vdim[3] = 1;
    if (num==1) {
      pcm->vdim[3] = 0;
      pfi = pcm->pfid;
      vals = pfi->abvals[3];
      v1 = t2gr(vals,&(pcm->tmin));
      v1 = floor(v1+0.5);
      vals = pfi->grvals[3];
      gr2t (vals,v1,&(pcm->tmin));
      pcm->tmax = pcm->tmin;
    }
    gaprnt (2,"Time values set: ");
    snprintf(pout,255,"%i:%i:%i:%i ",pcm->tmin.yr,pcm->tmin.mo,
      pcm->tmin.dy,pcm->tmin.hr);
    gaprnt (2,pout);
    snprintf(pout,255,"%i:%i:%i:%i \n",pcm->tmax.yr,pcm->tmax.mo,
      pcm->tmax.dy,pcm->tmax.hr);
    gaprnt (2,pout);
  }
  else if (cmpwrd("datawarn",cmd)) {
    kwrd = 107;
    if ((cmd = nxtwrd (cmd)) == NULL) goto err;
    if (cmpwrd("on",cmd) ) pcm->dwrnflg = 1;
    else if (cmpwrd("off",cmd) ) pcm->dwrnflg = 0;
    else goto err;
  }
  else if (cmpwrd("fill",cmd)) {
    kwrd = 96;
    pat = (char *)galloc(6,"fillpat");
    if ((cmd = nxtwrd (cmd)) == NULL) goto pterr;
    if (cmpwrd("on",cmd) ) {
      snprintf(pat,5,"%s","on");
      pcm->ptflg = 1;
    }
    else if (cmpwrd("off",cmd) ) {
      snprintf(pat,5,"%s","off");
      pcm->ptflg = 0;
    }
    else if (cmpwrd("open",cmd)) {
      pcm->ptflg = 1;
      pcm->ptopt = 0;
      snprintf(pat,5,"%s","open");
    }
    else if (cmpwrd("solid",cmd)) {
      snprintf(pat,5,"%s","solid");
      pcm->ptflg = 1;
      pcm->ptopt = 1;
    }
    else if (cmpwrd("dot",cmd)) {
      snprintf(pat,5,"%s","dot");
      pcm->ptflg = 1;
      pcm->ptopt = 2;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (intprs(cmd,&num) == NULL ) goto err;
      if (num<1 || num>6)
        gaprnt (0,"Invalid ptrnden value:  must be integer 1 to 6\n");
      else
        pcm->ptden=num;
    }
    else if (cmpwrd("line",cmd)) {
      snprintf(pat,5,"%s","line");
      pcm->ptflg = 1;
      pcm->ptopt = 3;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (intprs(cmd,&num) == NULL ) goto err;
      if (num<1 || num>5)
        gaprnt (0,"Invalid ptrnden value:  must be integer 1 to 5\n");
      else
        pcm->ptden=num;
      if ((cmd = nxtwrd (cmd)) == NULL) goto err;
      if (intprs(cmd,&num) == NULL ) goto err;
      if (num!=-90&&num!=90&&num!=-60&&num!=60&&num!=-30&&num!=30
	  &&num!=-45&&num!=45&&num!=0) {
        gaprnt (0,"Invalid ptrnang value:  must be -90, -60, -45 -30\n");
        gaprnt (0," 	                        0, 30. 45, 60, or 90\n");
      }
      else
        pcm->ptang=num;
    }
    else goto err;

    if (cmpwrd("line",pat) )
      snprintf(pout,255,"SET FILL values: %s %d %d\n",pat,pcm->ptden,pcm->ptang);
    else if (cmpwrd("dot",pat) )
      snprintf(pout,255,"SET FILL values: %s %d\n",pat,pcm->ptden);
    else
      snprintf(pout,255,"SET FILL values: %s\n",pat);
    gaprnt (2,pout);
    gree(pat,"f234");
  }

  else {
    gaprnt (0,"SET error: Invalid operand\n");
    gaprnt (0,"  Operand = ");
    gaprnt (0,cmd);
    gaprnt (0,"\n");
    return (1);
  }
  return (0);

err:
  gaprnt (0,"SET error:  Missing or invalid arguments ");
  snprintf(pout,255,"for %s option\n",kwds[kwrd]);
  gaprnt (0,pout);
  return (1);

errf:
  gaprnt (0,"SET Error:  No files open yet\n");
  return (1);

xlerr:
  gaprnt (0,"SET XLOPTS(YLOPTS,CLOPTS) Syntax Error");
  gaprnt (0,"  Syntax is: SET XLOPTS color thickness size");
  return (1);

xlerr2:
  gaprnt (0,"SET XLPOS(YLPOS) Syntax Error");
  gaprnt (0,"  Syntax is: SET XLPOS offset side\n");
  return (1);

rbberr:
  gaprnt (0,"SET RBAND Syntax Error.");
  gaprnt (0,"  Syntax is: SET RBAND num type xlo ylo xhi yhi\n");
  return (1);

pterr:
  gaprnt (0,"SET FILL Syntax Error.");
  gaprnt (0,"  Syntax is: SET FILL type [density] [angle]\n");
  return (1);

drerr:
  gaprnt (0,"SET DROPMENU Syntax Error.");
  gaprnt (0,"  Syntax is: SET DROPMENU fc bc oc1 oc2 tfc tbc toc1 toc2\n");
  gaprnt (0,"      bfc bbc boc1 boc2 soc1 soc2 thick\n");
  return (1);
}

/* Open a data set by reading the descriptor file for that
   data set, and create a gafile structure.  Chain the gafile
   structure on to the list anchored in the gastat.                   */

gaint  gaopen (char *name, struct gacmn *pcm) {
struct gafile *pfi, *pfio;
gaint rc;

  pfi = getpfi();
  if (pfi==NULL) {
    gaprnt (0,"Memory Allocation Error: On File Open\n");
    return (1);
  }

#if USEGADAP
  /* if name starts with http:// then it's a URL */
  if (*name=='h' && *(name+1)=='t' && *(name+2)=='t' &&
      *(name+3)=='p' && *(name+4)==':' && *(name+5)=='/' &&
      *(name+6)=='/' ) {    
    rc = dappfi (name,pfi); 
  } else {
    gaprnt (2,"Scanning description file:  ");
    gaprnt (2,name);
    gaprnt (2,"\n");
    rc = gaddes(name, pfi, 1);
  }       
#else 
  gaprnt (2,"Scanning description file:  ");
  gaprnt (2,name);
  gaprnt (2,"\n");
  rc = gaddes(name, pfi, 1);
#endif

  if (rc) {
    frepfi (pfi,0);
    return (rc);
  }
  pcm->fseq = pcm->fseq + 1;
  pfi->fseq = pcm->fseq;       /* opened files get unique sequence number */

  if (pfi->tmplat==0 && pfi->dhandle == -999) {
    if (pfi->ncflg) {
      if (pfi->ncflg==1) {    /* dtype netcdf */
#if USENETCDF == 1
	rc = gaopnc(pfi,0,1);
	if (rc) {
	  frepfi (pfi,0);
	  return (1);
	}
#endif
      }  
      else if (pfi->ncflg==2) {    /* dtype hdfsds */
#if USEHDF == 1
	rc = gaophdf(pfi,0,1);
	if (rc) {
	  frepfi (pfi,0);
	  return (1);
	}
#endif
      }
      else if (pfi->ncflg==3) {    /* dtype hdf5 */
#if USEHDF5 == 1
	rc = gaoph5(pfi,0,1);
	if (rc) {
	  frepfi (pfi,0);
	  return (1);
	}
#endif
      }

    } else if (!pfi->bufrflg) {   
      pfi->infile = fopen (pfi->name, "rb");
      if (pfi->infile==NULL) {
	gaprnt (0,"Open Error:  Can't open binary data file\n");
	gaprnt (0,"  File name = ");
	gaprnt (0,pfi->name);
	gaprnt (0,"\n");
	frepfi (pfi,0);
	return (1);
      }
    }
  }
  
  if (pcm->pfi1==NULL) {
    pcm->pfi1 = pfi;
  } else {
    pfio = pcm->pfi1;
    while (pfio->pforw!=NULL) pfio = pfio->pforw;
    pfio->pforw = pfi;
  }
  pfi->pforw = NULL;
  pcm->fnum++;

  if (pcm->fnum==1) {pcm->pfid = pcm->pfi1; pcm->dfnum = 1;}
  snprintf(pout,255,"Data file %s is open as file %i\n",pfi->name,pcm->fnum);
  gaprnt (2,pout);

  /* If first file open, set up some default dimension ranges for the user */
  if (pcm->fnum==1) {
    if (pfi->type==2 || pfi->wrap ) gacmd ("set lon 0 360",pcm,0);
    else {
      snprintf(pout,255,"set x 1 %i",pfi->dnum[0]);
      gacmd (pout,pcm,0);
    }
    if (pfi->type==2) {
      gacmd ("set lat -90 90",pcm,0);
      gacmd ("set lev 500",pcm,0);
    } else {
      snprintf(pout,255,"set y 1 %i",pfi->dnum[1]);
      gacmd (pout,pcm,0);
      
      /* set z to max if x or y = 1 */
      if ((pfi->type==1 && pfi->dnum[2] >= 1)
	  && ((pfi->dnum[0] == 1) || (pfi->dnum[1] == 1))) {
	snprintf(pout,255,"set z 1 %i",pfi->dnum[2]);
	gacmd (pout,pcm,0);
      } else {
	gacmd ("set z 1",pcm,0);
      }
    }
    gacmd ("set t 1",pcm,0);
    gacmd ("set e 1",pcm,0);
  }

  if (pfi->ppflag) {
    snprintf(pout,255,"Notice: Implied interpolation for file %s\n",name);
    gaprnt (1,pout);
    gaprnt (1," Interpolation will be performed on any data ");
    gaprnt (1,"displayed from this file\n");

    if (pfi->ppflag==8 && pfi->pdefgnrl==0) {
      snprintf(pout,255,"WARNING: The use of PDEF FILE in %s \n",pfi->dnam);
      gaprnt (1,pout);
      gaprnt (1," may be incorrect. Please make sure you are using it properly.\n");
      gaprnt (1," Updated documentation is at http://iges.org/grads/gadoc/pdef.html\n");
    }
  }
  
  return (0);
}

struct gastat *getpst (struct gacmn *pcm) {
struct gastat *pst;
gaint i,vcnt,lflg,ll;
size_t sz;

  sz = sizeof(struct gastat);
  if ((pst = (struct gastat *)galloc(sz,"pst")) == NULL) {
    gaprnt(0,"Memory allocation error in getpst\n");
    return(NULL);
  }
  pst->pfi1 = pcm->pfi1;
  pst->pfid = pcm->pfid;
  pst->fnum = pcm->fnum;
  pst->pclct = (struct gaclct **)&(pcm->clct);
  for (i=0;i<5;i++) {
    if (i==3) {
      pst->tmin = pcm->tmin;
      pst->tmax = pcm->tmax;
    } 
    else {
      pst->dmin[i] = pcm->dmin[i];
      pst->dmax[i] = pcm->dmax[i];
    }
  }
  pst->type = 1;
  pst->result.pgr = NULL;
  pst->pdf1 = pcm->pdf1;

  vcnt = 0;
  for (i=0; i<5; i++) if (pcm->vdim[i]) vcnt++;
  lflg = pcm->loopflg;
  if (vcnt>2) lflg = 1;

  ll=0;
  pst->idim = -1;
  pst->jdim = -1;
  if (pcm->vdim[0]) {                    /* X is varying */
    if (pcm->dmin[0]>pcm->dmax[0]) {
      gaprnt (0,"Operation error:  Invalid dimension environment\n");
      snprintf(pout,255,"  Min longitude > max longitude: %g %g \n",
	       pcm->dmin[0],pcm->dmax[0]);
      gaprnt (0,pout);
      goto err;
    }
    if (pcm->loopdim!=0 || !lflg) {
      pst->idim=0;
      ll++;
    }
  }
  if (pcm->vdim[1]) {                    /* Y is varying */
    if (pcm->dmin[1]>pcm->dmax[1]) {
      gaprnt (0,"Operation error:  Invalid dimension environment\n");
      snprintf(pout,255,"  Min latitude > max latitude: %g %g \n",
	       pcm->dmin[1],pcm->dmax[1]);
      gaprnt (0, pout);
      goto err;
    }
    if (pcm->loopdim!=1 || !lflg) {
      if (ll>0) 
	pst->jdim = 1;
      else 
	pst->idim = 1;
      ll++;
    }
  }
  if (pcm->vdim[2]) {                    /* Z is varying */
    if (pcm->loopdim!=2 || !lflg) {
      if (ll>0) 
	pst->jdim = 2;
      else 
	pst->idim = 2;
      ll++;
    }
  }
  if (pcm->vdim[3]) {                    /* T is varying */
    if (pcm->loopdim!=3 || !lflg) {
      if (ll>0) 
	pst->jdim = 3;
      else 
	pst->idim = 3;
      ll++;
    }
  }
  if (pcm->vdim[4]) {                    /* E is varying */
    if (pcm->loopdim!=4||!lflg) {
      if (ll>0) 
	pst->jdim = 4;
      else 
	pst->idim = 4;
      ll++;
    }
  }
  if (lflg && (vcnt==ll) ) {
    gaprnt (0,"Operation error:  Invalid dimension environment\n");
    gaprnt (0,"  Looping dimension does not vary\n");
    goto err;
  }
  if (ll>2) {
    gaprnt (0,"Operation error:  Invalid dimension environment\n");
    gaprnt (0,"  Too many varying dimensions \n");
    goto err;
  }

  return (pst);

err:
  gree(pst,"f101");
  return(NULL);

}


void gaprnt (gaint level, char *msg) {
gaint len;

  if (msgflg) {
    len = 0;
    while (*(msg+len)) len++;
    len++;
    msgnew = (struct msgbuf *)malloc(sizeof(struct msgbuf));
    if (msgnew==NULL) {
      msgflg = 0;
      printf ("Memory allocation error:  msg buffers\n");
      return;
    }
    msgnew->msg = (char *)malloc(len);
    if (msgnew->msg==NULL) {
      msgflg = 0;
      printf ("Memory allocation error:  msg buffers\n");
      gree(msgnew,"f102");
      return;
    }
    len = 0;
    while (*(msg+len)) {
      *(msgnew->msg+len) = *(msg+len);
      len++;
    }
    *(msgnew->msg+len) = '\0';
    msgnew->len = len;
    msgnew->forw = NULL;
    if (msgstk==NULL) msgstk = msgnew;
    else msgcurr->forw = msgnew;
    msgcurr = msgnew;
  }
  if (!msgflg || level<2) {
    printf ("%s",gatxtl(msg,level));
  }
}

gaint prntgaattr (struct gafile *pfi, char *name, gaint hdrflg, gaint fnum) {
  struct gaattr *attr;
  short *sptr=NULL;
  long *lptr=NULL;
  gafloat *fptr=NULL;
  gadouble *dptr=NULL;
  gaint i;

  if (pfi->attr) {
    attr=pfi->attr;
    while (attr) {
      if (strcmp(attr->varname,name)==0) {
	if (attr->fromddf == 1) {   /* only print those that were in a descriptor file */
	  if (hdrflg) {
	    snprintf(pout,255,"Descriptor Attributes for File %i : %s \n",fnum,pfi->title);
	    gaprnt(2,pout);
	    hdrflg=0;
	  }
	  /* print strings */
	  if (attr->nctype <= 2) {
	    snprintf(pout,255,"%s %s %s %s\n",
		    attr->varname,attr->type,attr->name,(char*)attr->value);
	    gaprnt(2,pout);
	  } 
	  else {
	    snprintf(pout,255,"%s %s %s ",attr->varname,attr->type,attr->name);
	    gaprnt(2,pout);
	    if      (attr->nctype == 3) sptr = (short*)attr->value;
	    else if (attr->nctype == 4) lptr = (long*)attr->value;
	    else if (attr->nctype == 5) fptr = (gafloat*)attr->value;
	    else if (attr->nctype == 6) dptr = (gadouble*)attr->value;
	    for (i=0; ilen; i++) {
	      /* print numbers */
	      if (attr->nctype == 3) {
		snprintf(pout,255,"%i",(gaint)*(sptr));
		gaprnt(2,pout);
		sptr++;
	      } else if (attr->nctype == 4) {
		snprintf(pout,255,"%li",*(lptr));
		gaprnt(2,pout);
		lptr++;
	      } else if (attr->nctype == 5) {
		snprintf(pout,255,"%f",*(fptr));
		gaprnt(2,pout);
		fptr++;
	      } else { 
		snprintf(pout,255,"%g",*(dptr));
		gaprnt(2,pout);
		dptr++;
	      }
	      if (i != attr->len-1) {
		snprintf(pout,255,",");
		gaprnt(2,pout);
	      }
	    }
	    snprintf(pout,255,"\n");
	    gaprnt(2,pout);
	  }
	}
      }
      attr=attr->next;
    }
  }
  return (hdrflg);
}


#if READLINE == 1
/* print history or repeat commands from history  */
gaint gahistory(char*cmd, char *com, struct gacmn *pcm) {

#include 

  extern gaint history_length; 
  HIST_ENTRY **his_cmd;
  FILE *logid;        /* history file id */
  char *logfile;      /* history filename */
  gaint pformat=0;    /* format for printing */
  gaint i,is,ie,in=0; /* counter, history boundaries, # boundary argument */
  gaint nerror=0;     /* count error in repeated commands */
  gaint fileout=0;    /* flag: output to a file? */
  gaint retcod=0;     /* return code */
  gaint verbose=1;    /* Give feetback */
  gaint readhis=0;    /* Read history */

  is=1;
  ie=history_length;
  com=nxtwrd(com);
  if (com) {
    if (cmpwrd("-s",com) ) { /* script style: quote commands */
      pformat=1;
      com=nxtwrd(com);
    } else if (cmpwrd("-x",com) ) { /* exec style: no command number */
      pformat=2;
      com=nxtwrd(com);
    } else if (cmpwrd("-q",com) ) {
      verbose=0;
      com=nxtwrd(com);
    } else if (cmpwrd("-r",com) ) {
      readhis=1;
      com=nxtwrd(com);
    }
  }

  if(readhis) { /* read history from file */
    if(com)
      if(verbose)
	printf("Adding content of file '%s' to history.\n",com);
      if(read_history(com)) {
	printf("Error reading history from file '%s'.\n",com);
	return(1);
      }
    return(0);
  }
  if (com) {
    /* try to read requested history boundaries */
    in=sscanf(com,"%d%d",&is,&ie);
    if (in==1) { 
      if(is<0) {
	is=history_length+1+is;
	ie=is;
      } else if (is==0) {
	is=history_search_pos("quit # (End of session: ", -1,history_length)+2;
	ie=history_length;
      } else {
	ie=is;
      }
    }
    if(in==2) {
      /* look backward if is, ie < 0 */
      if(is<0) is=history_length+1+is;
      if(ie<0) ie=history_length+1+ie;
      else if(ie==0) ie=history_length;
    }
  }
  if(is>ie) {i=is;is=ie;ie=i;}
  if (ie>history_length) ie=history_length;
  for (i=1;i<=in;i++) com=nxtwrd(com);
  if(com){
   if(verbose) printf("Writing command history to file '%s'.\n",com);
    fileout=1;
    logfile=strtok(com," ");
    logid=fopen(logfile,"a");
    /* write only commands from current session to file */
    if(in==0) is=history_search_pos("quit # (End of session: ", -1,history_length)+2;
    if(in<2) ie=history_length-1;
    if (strcmp(".gs",com+strlen(com)-3)==0) {
      pformat=1;
    } else if (strcmp(".eps",com+strlen(com)-4)==0 ||
              strcmp(".EPS",com+strlen(com)-4)==0    ) {
      pformat=3;
   
    } else {
      pformat=2;
    }
  } else
    logid=stdout;
  his_cmd=history_list();
  if (cmpwrd("history",cmd) || cmpwrd("his",cmd) ) {
    /* print history */
    if (pformat==1) 
      for(i=is;i<=ie;i++) 
	fprintf(logid,"'%s'\n",his_cmd[i-1]->line);
    else if(pformat==2)
      for(i=is;i<=ie;i++) 
	fprintf(logid,"%s\n",his_cmd[i-1]->line);
    else if(pformat==3) 
      for(i=is;i<=ie;i++) 
        fprintf(logid,"%%ga> %s\n",his_cmd[i-1]->line);
    else 
      for(i=is;i<=ie;i++) 
	fprintf(logid,"  [%d] %s\n",i,his_cmd[i-1]->line);
    if (fileout) fclose(logid);
  } else {
    /* repeat history commands */
    if(ie==history_length) ie--;
    if(is==ie) {
      printf("  %s\n",his_cmd[is-1]->line);
    }
    else {
      printf("  Repeating commands\n    [%d] \"%s\" ...\n    [%d] \"%s\"\n",
	   is, his_cmd[is-1]->line, ie,his_cmd[ie-1]->line);
    }
    for(i=is;i<=ie;i++) {
      if (cmpwrdl(his_cmd[i-1]->line, "his") || 
           cmpwrdl(his_cmd[i-1]->line, "history") || 
           cmpwrdl(his_cmd[i-1]->line, "r") || 
           cmpwrdl(his_cmd[i-1]->line,"repeat" ) ) {
	printf(" [%d] \"%s\" not repeated.\n",i,his_cmd[is-1]->line);
	continue; /* skip repeat commands */
      }
      retcod = gacmd(his_cmd[i-1]->line,pcm,1);
      if (retcod) {
	++nerror;
	snprintf(pout,255,"  Repeat:  Error in command [%d] \"%s\".\n",i,his_cmd[i-1]->line);
	gaprnt (0,pout);
	if (nerror>50) {
	  snprintf(pout,255,"  Repeat:  Too many errors (>50 ). Repeat stopped.\n");
	  gaprnt (0,pout);
	  retcod = 1;
	  return (retcod);
	}
      }
    }
  }
  return (retcod);
}
#endif /* READLINE == 1 */

/* Routine to write out attribute metadata for self-describing output file */
gaint sdfwatt (struct gacmn *pcm, gaint varid, char *varname, char *attname, char *attval) {
#if USENETCDF == 1
  gaint rc;
  struct gaattr *attr=NULL;

   /* Default attributes have name and value provided in the function call */ 
  if (attname != NULL) {
    rc = nc_put_att_text(pcm->ncwid, varid, attname, strlen(attval), attval);
    if (rc) {
      snprintf(pout,255,"sdfwatt error from nc_put_att_text (%s %s): \n ",
	       varname, attname); 
      gaprnt (0,pout);
      handle_error(rc);
      return(1);
    }
  }
  else {
    /* Non-default user-defined attributes are chained off the gacmn structure */
    attr = pcm->attr;
    while (attr) {
      if (!strcmp(attr->varname, varname)) {       /* varname must match */
	/* NetCDF library calls depend on attribute type */
	if (attr->nctype <= 2) { 
	  rc = nc_put_att_text (pcm->ncwid, varid, attr->name, 
				attr->len, (char*)attr->value);
	  if (rc) {
	    snprintf(pout,255,"sdfwatt error from nc_put_att_text (%s %s): \n ",
		     attr->varname, attr->name); 
	    gaprnt(0,pout);
	    handle_error(rc);
	    return(1);
	  }
	} else if (attr->nctype == 3) {
	  rc = nc_put_att_short (pcm->ncwid, varid, attr->name, 
				 attr->nctype, attr->len, (short*)attr->value);
	  if (rc) {
	    snprintf(pout,255,"sdfwatt error from nc_put_att_short (%s %s): \n ",
		     attr->varname, attr->name); 
	    gaprnt(0,pout);
	    handle_error(rc);
	    return(1);
	  }
	} else if (attr->nctype == 4) {
	  rc = nc_put_att_long (pcm->ncwid, varid, attr->name, 
				attr->nctype, attr->len, (long*)attr->value);
	  if (rc) {
	    snprintf(pout,255,"sdfwatt error from nc_put_att_long (%s %s): \n ",
		     attr->varname, attr->name); 
	    gaprnt(0,pout);
	    handle_error(rc);
	    return(1);
	  }
	} else if (attr->nctype == 5) {
	  rc = nc_put_att_float (pcm->ncwid, varid, attr->name, 
				 attr->nctype, attr->len, (gafloat*)attr->value);
	  if (rc) {
	    snprintf(pout,255,"sdfwatt error from nc_put_att_float (%s %s): \n ",
		     attr->varname, attr->name); 
	    gaprnt(0,pout);
	    handle_error(rc);
	    return(1);
	  }
	} else if (attr->nctype == 6) {
	  rc = nc_put_att_double (pcm->ncwid, varid, attr->name, 
				  attr->nctype, attr->len, (gadouble*)attr->value);
	  if (rc) {
	    snprintf(pout,255,"sdfwatt error from nc_put_att_double (%s %s): \n ",
		     attr->varname, attr->name); 
	    gaprnt(0,pout);
	    handle_error(rc);
	    return(1);
	  }
	}
      }
      attr = attr->next;
    }
  }
  return (0);
#endif
 return (0);
}

/* Routine to write out coordinate values for self-describing output file */
gaint sdfwdim (struct gafile *pfi, struct gacmn *pcm, gaint dim, gaint varid) {
#if USENETCDF == 1
struct dt tinit,time;
gadouble *axis, *axis0;
gadouble (*conv) (gadouble *, gadouble);
gaint i, rc;
size_t sz;
 
 axis = NULL;
 sz = sizeof(gadouble)*pfi->dnum[dim];
 axis = (gadouble *)galloc(sz,"sdfaxis");
 if (axis==NULL) { 
   gaprnt(0,"sdfwdim error: unable to allocate memory for coordinate values\n"); 
   return (1);
 }
 axis0 = axis; 
 if (dim == 3) {
   /* For T coordinate */
   gr2t (pfi->grvals[dim],1.0+pfi->dimoff[dim],&tinit);
   for (i=1; i<=pfi->dnum[dim]; i++) {
     gr2t (pfi->grvals[dim],(gadouble)(i+pfi->dimoff[dim]),&time);
     *(axis+i-1) = timdif(&tinit,&time);   
   }
 }
 else {
   /* For X, Y, Z and E coordinates */
   conv = pfi->gr2ab[dim];
   for (i=1; i<=pfi->dnum[dim]; i++) {
     *axis = conv(pfi->grvals[dim],(gadouble)(i+pfi->dimoff[dim]));
     axis++;
   }
 }
 axis = axis0;
 rc = nc_put_var_double(pcm->ncwid, varid, axis0);
 if (rc) {
   snprintf(pout,255,"sdfwdim error from nc_put_var_double (dim=%d): \n ",dim);
   gaprnt(0,pout);
   handle_error(rc);
   return (1);
 }
 gree(axis,"g0");
 return (0);
#endif
 return (0);
}

/* Routine to set up a coordinate dimension and variable in a self-describing output file */
gaint sdfdefdim (gaint fileid, char *dimname, gaint dimsize, gaint *dimid, gaint *varid) {
#if USENETCDF == 1
gaint rc;
 /* define the dimension */
 rc = nc_def_dim(fileid, dimname, dimsize, dimid);
 if (rc) {
   snprintf(pout,255,"sdfdefdim error from nc_def_dim (%s): \n ",dimname);
   gaprnt (0,pout);
   handle_error(rc); 
   return (1);
 }
 /* define the coordinate variable */
 rc = nc_def_var(fileid, dimname, NC_DOUBLE, 1, dimid, varid);
 if (rc) {
   snprintf(pout,255,"sdfdefdim error from nc_def_var (%s): \n ",dimname);
   gaprnt (0,pout);
   handle_error(rc); 
   return (1);
 }
 return (0);
#endif
 return(0);
}


/* Routine to write out a defined grid in netcdf format */
gaint ncwrite (char *cmd, struct gacmn *pcm) {
#if USENETCDF == 1
struct gadefn *pdf;
struct gafile *pfi;
struct dt tinit;
off_t pos,nelems;
gaint i,rc,nvdims=0,vdims[5],dimids[5];
size_t start[5],count[5],*chunksize=NULL;
gaint xdimid,ydimid,zdimid,tdimid,edimid;
gaint xvarid,yvarid,zvarid,tvarid,evarid,varid;
char name[20],tunit[256];
gafloat flundef,*flbuf=NULL;
char *filename={"grads.sdfwrite.nc"};


  /* Get the name of the defined grid */
  if ((cmd=nxtwrd(cmd)) == NULL) {
    gaprnt (0,"ncwrite error: name of defined grid is missing \n");
    goto err;
  }
  /* copy defined variable name */
  i=0;
  while (*(cmd+i)!=' ' && *(cmd+i)!='\n' && *(cmd+i)!='\0' && i<17) {
    name[i] = *(cmd+i);
    i++;
  }
  name[i] = '\0';

  /* See if the name is a defined grid */
  pdf = pcm->pdf1;
  while (pdf!=NULL && !cmpwrd(name,pdf->abbrv)) pdf = pdf->pforw;
  if (pdf==NULL) {
    snprintf(pout,255,"ncwrite error: defined grid %s not found\n",name);
    gaprnt (0,pout);
    goto err;
  }
  pfi = pdf->pfi;

  /* Create the file. */
  if (pcm->sdfwname) filename = pcm->sdfwname;    /* override default filename */
  if (pcm->sdfwtype == 2) 
#if HAVENETCDF4==1
    rc = nc_create(filename, NC_CLOBBER|NC_NETCDF4, &i);
#else
    rc = nc_create(filename, NC_CLOBBER, &i);
#endif
  else
    rc = nc_create(filename, NC_CLOBBER, &i);
  if (rc) {
    gaprnt (0,"ncwrite error from nc_create: \n ");
    handle_error(rc);
    goto err;
  }
  pcm->ncwid = i;

  /* initialize the vdims array */
  vdims[0] = vdims[1] = vdims[2] = vdims[3] = vdims[4] = -999;

  /* Set up the dimensions and the coordinate variables. 
     For now, no record dimension is defined.  */
  
  /* X is varying or user wants to pad the output with non-varying dims */
  if (pcm->vdim[0] || pcm->sdfwpad) {
    /* define the dimension */
    if (sdfdefdim (pcm->ncwid, "lon", pfi->dnum[0], &xdimid, &xvarid)) goto err;
    /* assign default and user-defined attributes */
    if (sdfwatt(pcm, xvarid, "lon", "units", "degrees_east")) goto err;
    if (sdfwatt(pcm, xvarid, "lon", "long_name", "Longitude")) goto err;
    if (sdfwatt(pcm, xvarid, "lon", NULL, NULL)) goto err;
    /* increment the number of varying dimensions */
    vdims[nvdims] = 0;
    nvdims++;
  }
  else {
    xdimid = -999;
    xvarid = -999;
  }

  /* Y is varying or user wants to pad the output with non-varying dims  */
  if (pcm->vdim[1] || pcm->sdfwpad) {                    
    /* define the dimension */
    if (sdfdefdim (pcm->ncwid, "lat", pfi->dnum[1], &ydimid, &yvarid)) goto err;
    /* assign default and user-defined attributes */
    if (sdfwatt(pcm, yvarid, "lat", "units", "degrees_north")) goto err;
    if (sdfwatt(pcm, yvarid, "lat", "long_name", "Latitude")) goto err;
    if (sdfwatt(pcm, yvarid, "lat", NULL, NULL)) goto err;
    /* increment the number of varying dimensions */
    vdims[nvdims] = 1;
    nvdims++;
  }
  else {
    ydimid = -999;
    yvarid = -999;
  }

  /* Z is varying or user wants to pad the output with non-varying dims */
  if (pcm->vdim[2] || pcm->sdfwpad) {                    
    /* define the dimension */
    if (sdfdefdim (pcm->ncwid, "lev", pfi->dnum[2], &zdimid, &zvarid)) goto err;
    /* assign default and user-defined attributes */
    if (sdfwatt(pcm, zvarid, "lev", "units", "millibar")) goto err;
    if (sdfwatt(pcm, zvarid, "lev", "long_name", "Level")) goto err;
    if (sdfwatt(pcm, zvarid, "lev", NULL, NULL)) goto err;
    /* increment the number of varying dimensions */
    vdims[nvdims] = 2;
    nvdims++;
  }
  else {
    zdimid = -999;
    zvarid = -999;
  }

  /* T is varying or user wants to pad the output with non-varying dims */
  if (pcm->vdim[3] || pcm->sdfwpad) {                    
    /* define the dimension */
    if (sdfdefdim (pcm->ncwid, "time", pfi->dnum[3], &tdimid, &tvarid)) goto err;
    /* assign default and user-defined attributes */
    if (sdfwatt(pcm, tvarid, "time", "long_name", "Time")) goto err;
    if (sdfwatt(pcm, tvarid, "time", NULL, NULL)) goto err;
    /* write out the time axis units and calendar attributes after the 
       user-defined attributes. This guarantees that they will be correct */
    gr2t (pfi->grvals[3],1.0+pfi->dimoff[3],&tinit);
    snprintf(tunit,255,"minutes since %04d-%02d-%02d %02d:%02d",
	    tinit.yr,tinit.mo,tinit.dy,tinit.hr,tinit.mn);
    if (sdfwatt(pcm, tvarid, "time", "units", tunit)) goto err;
    /* if necessary, assign 365_day_calendar attribute */
    if ((*(pfi->grvals[3]+6) != 0) && (pfi->calendar==1)) {
      if (sdfwatt(pcm, tvarid, "time", "calendar", "noleap")) goto err;
    }
    /* increment the number of varying dimensions */
    vdims[nvdims] = 3;
    nvdims++;
  }
  else {
    tdimid = -999;
    tvarid = -999;
  }

  /* E is varying or user wants to pad the output with non-varying dims */
  if (pcm->vdim[4] || pcm->sdfwpad==2) {                    
    /* define the dimension */
    if (sdfdefdim (pcm->ncwid, "ens", pfi->dnum[4], &edimid, &evarid)) goto err;
    /* assign default and user-defined attributes */
    if (sdfwatt(pcm, evarid, "ens", "grads_dim", "e")) goto err;
    if (sdfwatt(pcm, evarid, "ens", "long_name", "Ensemble member")) goto err;
    if (sdfwatt(pcm, evarid, "ens", NULL, NULL)) goto err;
    /* increment the number of varying dimensions */
    vdims[nvdims] = 4;
    nvdims++;
  }
  else {
    edimid = -999;
    evarid = -999;
  }

  /* Check to make sure at least one dimension is varying */
  if (nvdims==0) {
    gaprnt(0,"ncwrite error: defined variable has no varying dimensions\n");
    goto err;
  }

  /* The dimids array is used to pass the dimids of the dimensions of the variable. 
     The unlimited dimension must come first on the list of dimids, 
     but in this case there is no unlimited dimension.  
     The first dimid is the dimension that varies slowest, the outermost dimension, E in GrADS
     The last  dimid is the dimension that varies fastest, the innermost dimension, X in GrADS 
  */
  for (i=0; isdfprec==8) {
    rc = nc_def_var(pcm->ncwid, name, NC_DOUBLE, nvdims, dimids, &varid);
  }
  else if (pcm->sdfprec==4) {
    rc = nc_def_var(pcm->ncwid, name, NC_FLOAT, nvdims, dimids, &varid);
  }
  if (rc) {
    snprintf(pout,255,"ncwrite error from nc_def_var (%s): \n ",name);
    gaprnt(0,pout);
    handle_error(rc);
    goto err;
  }
 
#if HAVENETCDF4 == 1
  /* If user has not set chunksizes, default chunk is a global 2D grid */
  if (pcm->sdfchunk || pcm->sdfzip) {
    /* set chunk sizes */
    chunksize = (size_t*)galloc(nvdims*sizeof(size_t),"chnksz");
    for (i=0; iechunk ? pcm->echunk : 1 ; 
      else if (vdims[nvdims-1-i] == 3) chunksize[i] = pcm->tchunk ? pcm->tchunk : 1 ; 
      else if (vdims[nvdims-1-i] == 2) chunksize[i] = pcm->zchunk ? pcm->zchunk : 1 ; 
      else if (vdims[nvdims-1-i] == 1) chunksize[i] = pcm->ychunk ? pcm->ychunk : pfi->dnum[1] ; 
      else if (vdims[nvdims-1-i] == 0) chunksize[i] = pcm->xchunk ? pcm->xchunk : pfi->dnum[0] ; 
    }
    /* define variable as chunked */
    rc = nc_def_var_chunking (pcm->ncwid, varid, NC_CHUNKED, chunksize);
    if (rc) {
      snprintf(pout,255,"ncwrite error from nc_def_var_chunking (%s): \n ",name);
      gaprnt(0,pout);
      handle_error(rc);
      goto err;
    }
  }
  if (pcm->sdfzip) {
    /* compression settings: shuffle on, deflate level 1 */
    rc = nc_def_var_deflate (pcm->ncwid, varid, 1, 1, 1); 
    if (rc) {
      snprintf(pout,255,"ncwrite error from nc_def_var_deflate (%s): \n ",name);
      gaprnt(0,pout);
      handle_error(rc);
      goto err;
    }
  }
#endif
  
  /* assign undef attribute to the netCDF variables. 
     The undef attribute value is taken from pcm->undef instead of pfi->undef.
     When the variable is defined, undef values are copied from pcm->undef.
   */
  if (pcm->sdfprec==8) {
    rc = nc_put_att_double(pcm->ncwid, varid, "_FillValue", NC_DOUBLE, 1, &pcm->undef);
  }
  else if (pcm->sdfprec==4) {
    flundef = (gafloat)pcm->undef;
    rc = nc_put_att_float(pcm->ncwid, varid, "_FillValue", NC_FLOAT, 1, &flundef);
  }
  if (rc) {
    snprintf(pout,255,"ncwrite error from nc_put_att (%s): \n ",name);
    gaprnt(0,pout);
    handle_error(rc);
    goto err;
  }
  /* add any user-defined attributes */
  if (sdfwatt(pcm, varid, name, NULL, NULL)) goto err;
  if (sdfwatt(pcm, NC_GLOBAL, "global", NULL, NULL)) goto err;

  /* End define mode. */
  rc = nc_enddef(pcm->ncwid);
  if (rc) {
    gaprnt(0,"ncwrite error from nc_enddef: \n ");
    handle_error(rc);
    goto err;
  }

  /* Write the coordinate variable data */
  if (pcm->vdim[0] || pcm->sdfwpad) if (sdfwdim (pfi, pcm, 0, xvarid)) goto err;
  if (pcm->vdim[1] || pcm->sdfwpad) if (sdfwdim (pfi, pcm, 1, yvarid)) goto err;
  if (pcm->vdim[2] || pcm->sdfwpad) if (sdfwdim (pfi, pcm, 2, zvarid)) goto err;
  if (pcm->vdim[3] || pcm->sdfwpad) if (sdfwdim (pfi, pcm, 3, tvarid)) goto err;
  if (pcm->vdim[4] || pcm->sdfwpad==2) if (sdfwdim (pfi, pcm, 4, evarid)) goto err;

  /* set the start and count array values */
  for (i=0; idnum[4];
    else if (vdims[nvdims-1-i] == 3) count[i] = pfi->dnum[3];
    else if (vdims[nvdims-1-i] == 2) count[i] = pfi->dnum[2];
    else if (vdims[nvdims-1-i] == 1) count[i] = pfi->dnum[1];
    else if (vdims[nvdims-1-i] == 0) count[i] = pfi->dnum[0];
    start[i] = 0;
  }

  /* Write the variable data. */
  nelems = (off_t)pfi->dnum[0] * (off_t)pfi->dnum[1] * (off_t)pfi->dnum[2] * (off_t)pfi->dnum[3] * (off_t)pfi->dnum[4];
  if (pcm->sdfprec==8) {
    /* copy undef values into rbuf array where mask is 0 */
    for (pos=0; posubuf+pos)==0) *(pfi->rbuf+pos) = pcm->undef;
    /* write the grid of doubles */
    rc = nc_put_vara_double(pcm->ncwid, varid, start, count, pfi->rbuf);
    if (rc) {
      gaprnt(0,"ncwrite error from nc_put_vara_double: \n ");
      handle_error(rc);
      goto err;    
    }
  } 
  else if (pcm->sdfprec==4) {
    /* allocate a new array for float value grid */
    flbuf = (gafloat *)galloc(nelems*sizeof(gafloat),"flbuf");
    if (flbuf==NULL) {
      gaprnt(0,"ncwrite error: unable to allocate memory for floating point buffer\n");
      goto err;
    }
    /* copy undef values into array where mask is 0 */
    for (pos=0; posubuf+pos)==1)
	*(flbuf+pos) = (gafloat)*(pfi->rbuf+pos);
      else
	*(flbuf+pos) = flundef;
    }
    /* write out the grid of floats */
    rc = nc_put_vara_float(pcm->ncwid, varid, start, count, flbuf);
    if (rc) {
      gaprnt(0,"ncwrite error from nc_put_vara_float: \n ");
      handle_error(rc);
      gree(flbuf,"f333");
      goto err;    
    }
    gree(flbuf,"f334");
  }

  /* Close the file. */
  if (chunksize) gree(chunksize,"f335");
  rc = nc_close(pcm->ncwid);
  if (pcm->sdfwname) 
    snprintf(pout,255,"Wrote variable %s to %s\n",name,pcm->sdfwname);
  else 
    snprintf(pout,255,"Wrote variable %s to grads.sdfwrite.nc\n",name);
  gaprnt(2,pout);

  return 0;


 err:
  if (chunksize) gree(chunksize,"f335");
  if (pcm->ncwid != -999) nc_close(pcm->ncwid);
  pcm->ncwid = -999; 
  return 1;
#endif
  return(0);
}


void set_nc_cache(size_t newsize) {
#if HAVENETCDF4==1
  size_t size,nelems;
  gafloat preemption;
  gaint rc;

  /* Get the cache size, nelems, and preemption policy. */
  rc = nc_get_chunk_cache(&size, &nelems, &preemption);
  size = newsize;
  nelems = 51203;
  /* Set the new cache size and nelems, recycle preemption policy. */
  rc = nc_set_chunk_cache(newsize, nelems, preemption);
  if (rc != NC_NOERR) {
    gaprnt(1,"Warning: Unable to change the NetCDF cache parameters \n");
  }
#endif
  return;
}


/* Routine to open a shapefile 
   1. Tries to open filename as provided by user
   2. Parses GASHP envv, which can have more than one directory, and prepends dirs to filename
   3. Prepends GADDIR directory (only one dir) to filename 
   N.B. Same code as gaopdbf routine below, make sure any mods go into both routines.
*/
#if USESHP==1
SHPHandle gaopshp(char *shparg) {
  SHPHandle id=NULL;
  gaint i,j,len,sz,ch1,ch2;
  char *sdir,*fname;

  /* get length of shapefile name provided by user (ch2) */
  ch2 = 0;
  i = 0;
  while (*(shparg+i)) { i++; ch2++; }

  /* first try just the filename */
  if ((id=SHPOpen(shparg,"rb"))!=NULL) return(id);

  /* next try the directories in the GASHP environment variable */
  sdir = getenv("GASHP");
  while (sdir!=NULL) {
    /* ch1 is length of directory harvested from GASHP */
    ch1 = 0;
    i = 0;
    /* delimters are: space, semicolon, comma, or colon. NULL is at end of GASHP string  */
    while (*(sdir+i)!=' ' && *(sdir+i)!=';' && *(sdir+i)!=',' && *(sdir+i)!=':' && *(sdir+i)!='\0') {i++; ch1++;} 
    /* build new file name: directory + shparg + extra "/" (if necessary) + "/0" */
    sz = ch1 + ch2 + 2;    
    fname = (char *)galloc(sz,"shpname");
    if (fname==NULL) {
      gaprnt (0,"Memory allocation error for shapefile name\n");
      return(NULL);
    }
    for (j=0; j11) {
    gaprnt (2,"Warning: attribute name is too long, truncating to 11 characters\n");
    len = 11;
  }
  for (jj=0; jjname,fldname);
    field->type = dbtype;
    field->len = len;
    field->value = value;
    field->flag = 0;        /* static field -- value same for each shape */   
    field->next = NULL;
  } else {
    gaprnt (0,"Error: memory allocation failed for attribute metadata\n");
    goto err;
  }
  /* return the pointer to the field structure */
  return field;

 err:
  if (value) gree(value,"g184");
  return(NULL);
}
#endif
 
grads-2.0.1/src/gxhpng.c0000644000175000017500000002704311571723032016201 0ustar  amckinstryamckinstry/* 
 * include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif


/* Rasterize current metafile buffer via gd library.  Loosly based
   on the gxpng utility:

   gxpng Copyright 1999 Matthias Muennich 

   Has been modified to behave more like the X interface, so the
   output image will look more like the screen image (B. Doty)

   Modified for GD version 2 (B. Doty, 11/06) */

#include "gd.h"

gaint gxhpng (char *, gaint, gaint, gaint, gaint, char *, char *, gaint) ;
void gxgdpoly (gaint, gaint, gaint);
void gaprnt (gaint, char *);

/* default size of the graph */

#define SX 800
#define SY 600

static char pout[256];   /* Build error msgs here */
static gdImagePtr im;
static gdPoint xxyy[256];

/* rgb values for 16 defined colors */
/* these exactly match what's in gxX.c so that the graphical display 
   and the printim output look the same */
static gaint 
 rr[16]={0,255,250,  0, 30,  0,240,230,240,160,160,  0,230,  0,130,170},
 gg[16]={0,255, 60,220, 60,200,  0,220,130,  0,230,160,175,210,  0,170},
 bb[16]={0,255, 60,  0,255,200,130, 50, 40,200, 50,255, 45,140,220,170};

gaint gxhpng (char *fnout, gaint xin, gaint yin, gaint bwin, gaint gifflg, 
	    char *bgImage, char *fgImage, gaint tcolor) {
FILE *ofile, *bgfile, *fgfile;
gdPoint *xybuf=NULL;
gdImagePtr imfg, imbg=0;
float xlo,xhi,ylo,yhi;
gaint xpos,ypos,xs,ys,xrs,yrs;
gaint cmd,i,len,cnt,flag,ii,siz,xp,yp,xp2,yp2,thck,backbw;
gaint ccol,fflag,xyc=0,red,grn,blu,xcur,ycur,xsav,ysav,retcod;
gaint cdef[256],cnum[256],rc[256],gc[256],bc[256]; 
gaint xycnt=0,xyflag,gdthck;
short *poi,*pend;

  im = NULL;

  if (bwin<-900) backbw = gxdbkq();
  else backbw = bwin;

  for (i=0; i<=255; i++) {
    cdef[i]=0;
    rc[i] = 125; gc[i] = 125; bc[i] = 125;  /* initialize colors */
  }
  for (i=0; i<16; i++) { 
    rc[i] = rr[i]; gc[i] = gg[i]; bc[i] = bb[i];
  }

  /*  Set up pointers into current meta buffer list */

  if (dbmode && pntf==0) {
    lens2[pnt2-1] = hpnt-hbuff;
    cnt = pnt2; flag = 1;
  } else {
    lens[pnt-1] = hpnt-hbuff;
    cnt = pnt; flag = 0;
  }

  /*  Allocate the gd image and set up the scaling for it */

  if (xin<0 || yin<0) {  
    /* user has not specified image size */
    if (xrsize > yrsize) {
      xs = SX; 
      ys = (gaint)((yrsize/xrsize)*SX);
    }
    else {
      xs = (gaint)((xrsize/yrsize)*SX); 
      ys = SX;
    }
  } 
  else {
    xs = xin; 
    ys = yin;
  }
  xrs = (gaint)(xrsize*1000.0+0.5);
  yrs = (gaint)(yrsize*1000.0+0.5);

  /* handle background PNG picture */
  if (*bgImage) {
    /* Make sure bgImage is a .png -- otherwise return error */
    len = 0;
    while (*(bgImage+len)) len++;
    len = len-4;
    if (len>0) {
      if (*(bgImage+len+1)!='p' || 
	  *(bgImage+len+2)!='n' || 
	  *(bgImage+len+3)!='g' ) {
	if (*(bgImage+len+1)!='P' || 
	    *(bgImage+len+2)!='N' || 
	    *(bgImage+len+3)!='G' ) {
	  return(5);
	} 
      }
    }

    if ((bgfile=fopen(bgImage,"rb"))) {
      if ((im=gdImageCreateFromPng(bgfile)) != NULL) {
	if (im->sx < xs || im->sy < ys) {
	  gdImageDestroy(im);
	  im=NULL;
	}
      } else {
	fclose(bgfile);
	return(7);
      }
      fclose(bgfile);
    } else {
      return(3);
    }
  }

  if (!im) {
    /* im = gdImageCreateTrueColor(xs,ys);  For anti-aliasing */
    im = gdImageCreate(xs,ys);
  }

  /*  Set up background and foreground colors */
  if (backbw) {
    cnum[0] = gdImageColorAllocate(im, 255, 255, 255);
    cnum[1] = gdImageColorAllocate(im, 0, 0, 0);
  } else {
    cnum[0] = gdImageColorAllocate(im, 0, 0, 0);
    cnum[1] = gdImageColorAllocate(im, 255, 255, 255);
  }
  cdef[0] = 1; cdef[1] = 1;
  ccol = 1;

  /* Loop thru allocated meta buffers and handle the graphics commands found there */
  fflag = 0;
  xyflag = 0;
  gdthck = 1;
  for (ii=0; ii5) gdthck = 2;
        if (thck>11) gdthck = 3;
        poi += 3;
      }

      /*  -5 defines a new color, in rgb.  It has four int args */
      /*  If this changes the existing definition for this color, 
          then indicate this has not yet been allocated to gd */
      else if (cmd==-5){
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        i = *(poi+1);
        red = *(poi+2);
        grn = *(poi+3);
        blu = *(poi+4);
        if (rc[i]!=red || gc[i]!=grn || bc[i]!=blu) {
          rc[i] = red; gc[i] = grn; bc[i] = blu;
          cdef[i] = 0;
        }
        poi += 5;
      }

      /* -6 is for a filled rectangle.  It has four float args. */ 
      else if (cmd==-6){
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        xlo = *(poi+1); ylo = *(poi+3);
        xhi = *(poi+2); yhi = *(poi+4);
        xp = (xlo*xs)/xrs;
        yp = ys-(ylo*ys)/yrs;
        xp2 = (xhi*xs)/xrs;
        yp2 = ys-(yhi*ys)/yrs;
        if (xp>xp2) { 
           i = xp;
           xp = xp2;
           xp2 = i;
        }
        if (yp>yp2) { 
           i = yp;
           yp = yp2;
           yp2 = i;
        }
        gdImageFilledRectangle(im, xp, yp, xp2, yp2, cnum[ccol]);
        poi += 5;
      }

      /* -7 indicates the start of a polygon fill.  It has one arg. */
      else if (cmd==-7){
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        siz = *(poi+1);
        xybuf = (gdPoint *)malloc(sizeof(gdPoint)*(siz+1));
        if (xybuf==NULL) {
          gaprnt(0,"Memory allocation error: gxhpng\n");
          return(99);
        }
        fflag = 1;
        xyc = 0;
        poi += 2;
      }

      /* -8 is to terminate polygon fill.  It has no args */
      else if (cmd==-8) {
        if (xybuf->x != (xybuf+xyc-1)->x ||
            xybuf->y != (xybuf+xyc-1)->y) {
          (xybuf+xyc)->x = xybuf->x;
          (xybuf+xyc)->y = xybuf->y;
          xyc++;
        }
        gdImageFilledPolygon(im, xybuf, xyc, cnum[ccol]); 
        free (xybuf);
        fflag = 0;
        poi += 1;
      }

      /* -10 is a move to instruction.  It has two float args */ 
      else if (cmd==-10){
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        xpos = *(poi+1); ypos = *(poi+2);
        xsav = (xpos*xs)/xrs;
        ysav = ys-(ypos*ys)/yrs;
        if (fflag) {
          (xybuf+xyc)->x = xsav;
          (xybuf+xyc)->y = ysav;
          xyc++;
        } else {   
          xxyy[0].x = xsav;
          xxyy[0].y = ysav;
          xycnt = 1;
          xyflag = 0;
        }
        poi += 3;
      }

      /*  -11 is draw to.  It has two float args. */  
      else if (cmd==-11){
        xpos = *(poi+1); ypos = *(poi+2);
        xcur = (xpos*xs)/xrs;
        ycur = ys-(ypos*ys)/yrs;
        if (fflag) {    /* Assume first poly point is moveto */
          if ((xybuf+xyc-1)->x != xcur || (xybuf+xyc-1)->y != ycur) { 
            (xybuf+xyc)->x = xcur;
            (xybuf+xyc)->y = ycur;
            xyc++;
          }
        } else {
          xxyy[xycnt].x = xcur;
          xxyy[xycnt].y = ycur;
          if (xycnt<255) xycnt++;
          else {
            gxgdpoly(xycnt+1,cnum[ccol],gdthck);
            xxyy[0].x = xcur;
            xxyy[0].y = ycur;
            xycnt = 1; 
          }
          xyflag = 1;
        }
        xsav = xcur; ysav = ycur;
        poi += 3;
      }

      /* -12 indicates new fill pattern.  We ignore it here */
      else if (cmd==-12) {
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        poi += 4;
      }

      /* -20 is a draw widget.  We ignore it here. */
      else if (cmd==-20) {
        if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }
        poi += 2;
      }

      /* Any other command would be invalid */
      else {
        gaprnt(0,"Logic Error 20 in gxhpng.  Notify Developer\n");
        return(99);
      }
    }
  }
  if (xyflag) { gxgdpoly(xycnt,cnum[ccol],gdthck); xyflag=0; xycnt = 0; }

  /* handle foreground PNG picture */
  if (*fgImage) {
    /* Make sure fgImage is a .png -- otherwise return error */
    len = 0;
    while (*(fgImage+len)) len++;
    len = len-4;
    if (len>0) {
      if (*(fgImage+len+1)!='p' || 
	  *(fgImage+len+2)!='n' || 
	  *(fgImage+len+3)!='g' ) {
	if (*(fgImage+len+1)!='P' || 
	    *(fgImage+len+2)!='N' || 
	    *(fgImage+len+3)!='G' ) {
	  return(6);
	} 
      }
    }

    if ((fgfile=fopen(fgImage,"rb"))) {
      if ((imfg=gdImageCreateFromPng(fgfile)) !=NULL) {
	gdImageCopy(im,imfg,0,0,0,0,imfg->sx,imfg->sy);
      }
      else {
	fclose(fgfile);
	return(8);
      }
    } else {
      return(4);
    }
    fclose(fgfile);
    gdImageDestroy(imfg);
  }


  retcod = 0;
  /* optionally convert a color to transparent */
  if (tcolor != -1 ) {
    if (cdef[tcolor]){
      gdImageColorTransparent(im,cnum[tcolor]);
      snprintf(pout,255,"Transparent color: #%d\n",tcolor);
      gaprnt(2,pout);
    }
  }
  if (*bgImage) {
    if ((bgfile=fopen(bgImage,"rb"))) {
      if ((imbg=gdImageCreateFromPng(bgfile)) !=NULL) {
	gdImageCopy(imbg,im,0,0,0,0,im->sx,im->sy);
      }
    }
    fclose(bgfile);
    gdImageDestroy(im);
    im=imbg;
  }

  ofile = fopen(fnout, "wb");
  if (ofile==NULL) { 
    snprintf(pout,255,"Open error on %s\n",fnout);
    gaprnt(0,pout);
    retcod = 1; 
  } else {
    if (gifflg==1) {                    /* image output in gif format */
      gdImageGif (im, ofile);
    }
    else if (gifflg==3) {     	  /* image output in jpg format */
      gdImageJpeg(im, ofile, -1);
    }
    else {                       	  /* image output in png format */
      gdImagePng(im, ofile);
    }
    fclose(ofile);
  }

  gdImageDestroy(im);
  return (retcod);
}

/* Turns out that the anti-aliasing doesn't work with
   the line thickness, in gd-v2.  Decided to not use
   the anti-aliasing this version.  But kept the 
   function calls here, commented out, for possible
   future use.  */

void gxgdpoly (gaint xycnt, gaint col, gaint thck) {
  if (xycnt==2) {
/*     gdImageSetAntiAliased(im,col); */
     gdImageSetThickness(im,thck);
/*     gdImageLine(im, xxyy[0].x, xxyy[0].y, xxyy[1].x, xxyy[1].y, gdAntiAliased); */
     gdImageLine(im, xxyy[0].x, xxyy[0].y, xxyy[1].x, xxyy[1].y, col);
  }
  if (xycnt>2) {
/*    gdImageSetAntiAliased(im,col); */
    gdImageSetThickness(im,thck);
/*    gdImageOpenPolygon(im, xxyy, xycnt, gdAntiAliased); */
    gdImageOpenPolygon(im, xxyy, xycnt, col);
  }
}

grads-2.0.1/src/gxstrm.c0000644000175000017500000002236211634625525016241 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include "gatypes.h"
#include "gx.h"

void gxstrm (gadouble *u, gadouble *v, gadouble *c, gaint is, gaint js,
   char *umask, char *vmask, char *cmask, gaint flag, gadouble *shdlvs,
   gaint *shdcls, gaint shdcnt, gaint den, gadouble strmarrd, gadouble strmarrsz,
   gaint strmarrt) {
gadouble x,y,xx,yy;
gadouble *up, *vp, *cp, cv1,cv2,cv;
gadouble uv1,uv2,uv,vv1,vv2,vv,auv,avv,xsav,ysav,xold=0.0,yold=0.0;
gadouble fact,rscl,xxsv,yysv;
gadouble xx1,yy1,xx2,yy2,adj,dacum;
gaint i,ii,jj,ii1,ij1,i2,j2,ipt,acnt,icol,scol,dis;
gaint *it,siz,iacc,iisav,iscl,imn,imx,jmn,jmx,iz,jz,iss,jss,bflg;
char *upmask,*vpmask,*cpmask;

  scol = -9;
  icol = 1;

  /* Figure out the interval for the flag grid */

  i = is;
  if (js>i) i = js;
  iscl = 200/i;
  iscl = iscl + den - 5;
  if (iscl<1) iscl=1;
  if (iscl>10) iscl=10;
  ii = 1;
  if (den<0) {           /* Support very high resolution grids */
    ii = -1 * (den-1);
    if (ii>10) ii = 10;
    if ((is<200 || js<100) && ii>2) ii=2;    /* Limit downscaling to only high res */
    if ((is<500 || js<250) && ii>5) ii=5;
    if ((is<1000 || js<500) && ii>10) ii=10;
    if ((is<1500 || js<750) && ii>15) ii=15;
    if (ii>20) ii=20;
  }
  rscl = (gadouble)iscl/(gadouble)ii;
  fact = 0.5/rscl;

  /* Allocate memory for the flag grid */

  iss = is*iscl/ii; jss = js*iscl/ii;
  siz = iss*jss;
  it = (gaint *)malloc(sizeof(gaint) * siz);
  if (it==NULL) {
    printf ("Cannot allocate memory for streamline function\n");
    return;
  }
  for (i=0; i5) dis = 1;
    if (den<0) dis = 1;
    if (den<-5) dis = 2;
    imn = i2-dis; imx = i2+dis+1; 
    jmn = j2-dis; jmx = j2+dis+1;
    if (imn<0) imn = 0;
    if (imx>iss) imx = iss;
    if (jmn<0) jmn = 0;
    if (jmx>jss) jmx = jss;
    iacc = 0;
    for (jz=jmn; jz=0.0 && x<(gadouble)(is-1) && y>=0.0 && y<(gadouble)(js-1)) {
        ii = (gaint)x;
        jj = (gaint)y;
        xx = x - (gadouble)ii;
        yy = y - (gadouble)jj;
        up = u + jj*is+ii; upmask = umask + jj*is+ii;  
        vp = v + jj*is+ii; vpmask = vmask + jj*is+ii; 
        if (*upmask==0 || 
	    *(upmask+1)==0 ||
            *(upmask+is)==0 || 
	    *(upmask+is+1)==0) break;
        if (*vpmask==0 || 
	    *(vpmask+1)==0 ||
            *(vpmask+is)==0 || 
	    *(vpmask+is+1)==0) break;
        if (flag) {
          cp = c + jj*is+ii; cpmask = cmask + jj*is+ii;
          if (*cpmask==0 || 
	      *(cpmask+1)==0 ||
              *(cpmask+is)==0 || 
	      *(cpmask+is+1)==0) icol = 15;
          else {
            cv1 = *cp + (*(cp+1)-*cp)*xx;
            cv2 = *(cp+is) + (*(cp+is+1)-*(cp+is))*xx;
            cv = cv1 + (cv2-cv1)*yy;
            icol = gxshdc(shdlvs,shdcls,shdcnt,cv);
          }
          if (icol!=scol && icol>-1) gxcolr(icol);
          scol = icol;
        }
        uv1 = *up + (*(up+1)-*up)*xx;
        uv2 = *(up+is) + (*(up+is+1)-*(up+is))*xx;
        uv = uv1 + (uv2-uv1)*yy;
        vv1 = *vp + (*(vp+1)-*vp)*xx;
        vv2 = *(vp+is) + (*(vp+is+1)-*(vp+is))*xx;
        vv = vv1 + (vv2-vv1)*yy;
        auv = fabs(uv); avv=fabs(vv);
        if (auv<0.1 && avv<0.1) break;
        if (auv>avv) {
          vv = vv*fact/auv;
          uv = uv*fact/auv;
        } else {
          uv = uv*fact/avv;
          vv = vv*fact/avv;
        }
        gxconv (x+1.0,y+1.0,&xx,&yy,3);     /* account for localized grid distortions */
        gxconv (x+1.1,y+1.0,&xx1,&yy1,3);
        gxconv (x+1.0,y+1.1,&xx2,&yy2,3);
        adj = hypot(xx-xx1,yy-yy1)/hypot(xx-xx2,yy-yy2);
        if (adj>1.0) uv=uv/adj;
        else vv = vv*adj;
        if (fabs(uv)<1e-6 && fabs(vv)<1e-6) break;
        x = x + uv;
        y = y + vv;
        ii1 = (gaint)(x*rscl);
        ij1 = (gaint)(y*rscl);
        ii1 = ij1*iss + ii1;
        if (ii1<0 || ii1>=siz) break;
        if (*(it+ii1)==1) break;
        if (ii1!=iisav && iisav>-1) *(it+iisav) = 1;
        if (ii1==iisav) iacc++;
        else iacc = 0;
        if (iacc>10) break;
        iisav = ii1;
        gxconv (x+1.0,y+1.0,&xx,&yy,3);
        if (icol>-1) {
          if (bflg) {gxplot(xold,yold,3); bflg=0;}
          gxplot (xx,yy,2);
        } else bflg = 1;
        dacum += hypot(xx-xold,yy-yold);
        acnt++;
        if (dacum>strmarrd) {
          if (icol>-1) strmar (xxsv,yysv,xx,yy,strmarrsz,strmarrt);
          acnt = 0; dacum = 0.0;
        }
        xold = xx;
        yold = yy;
        xxsv = xx; yysv = yy;
      }
      bflg = 0;
      x = xsav; y = ysav;
      gxconv (x+1.0,y+1.0,&xx,&yy,3);
      gxplot (xx,yy,3);
      xxsv = xx;
      yysv = yy;
      iisav = -999;
      iacc = 0;
      acnt = 19;
      dacum = 0.0;
      while (x>=0.0 && x<(gadouble)(is-1) && y>=0.0 && y<(gadouble)(js-1)) {
        ii = (gaint)x;
        jj = (gaint)y;
        xx = x - (gadouble)ii;
        yy = y - (gadouble)jj;
        up = u + jj*is+ii; upmask = umask + jj*is+ii;  
        vp = v + jj*is+ii; vpmask = vmask + jj*is+ii; 
        if (*upmask==0 || 
	    *(upmask+1)==0 ||
            *(upmask+is)==0 || 
	    *(upmask+is+1)==0) break;
        if (*vpmask==0 || 
	    *(vpmask+1)==0 ||
            *(vpmask+is)==0 || 
	    *(vpmask+is+1)==0) break;
        if (flag) {
          cp = c + jj*is+ii; cpmask = cmask + jj*is+ii; 
          if (*cpmask==0 || 
	      *(cpmask+1)==0 ||
              *(cpmask+is)==0 || 
	      *(cpmask+is+1)==0) icol = 15;
          else {
            cv1 = *cp + (*(cp+1)-*cp)*xx;
            cv2 = *(cp+is) + (*(cp+is+1)-*(cp+is))*xx;
            cv = cv1 + (cv2-cv1)*yy;
            icol = gxshdc(shdlvs,shdcls,shdcnt,cv);
          }
          if (icol!=scol && icol>-1) gxcolr(icol);
          scol = icol;
        }
        uv1 = *up + (*(up+1)-*up)*xx;
        uv2 = *(up+is) + (*(up+is+1)-*(up+is))*xx;
        uv = uv1 + (uv2-uv1)*yy;
        vv1 = *vp + (*(vp+1)-*vp)*xx;
        vv2 = *(vp+is) + (*(vp+is+1)-*(vp+is))*xx;
        vv = vv1 + (vv2-vv1)*yy;
        auv = fabs(uv); avv=fabs(vv);
        if (auv<0.1 && avv<0.1) break;
        if (auv>avv) {
          vv = vv*fact/auv;
          uv = uv*fact/auv;
        } else {
          uv = uv*fact/avv;
          vv = vv*fact/avv;
        }
        gxconv (x+1.0,y+1.0,&xx,&yy,3);     /* account for localized grid distortions */
        gxconv (x+1.1,y+1.0,&xx1,&yy1,3);
        gxconv (x+1.0,y+1.1,&xx2,&yy2,3);
        adj = hypot(xx-xx1,yy-yy1)/hypot(xx-xx2,yy-yy2);
        if (adj>1.0) uv=uv/adj;
        else vv = vv*adj;
        if (fabs(uv)<1e-6 && fabs(vv)<1e-6) break;
        x = x - uv;
        y = y - vv;
        ii1 = (gaint)(x*rscl);
        ij1 = (gaint)(y*rscl);
        ii1 = ij1*iss + ii1;
        if (ii1<0 || ii1>=siz) break;
        if (*(it+ii1)==1) break;
        if (ii1!=iisav && iisav>-1) *(it+iisav) = 1;
        if (ii1==iisav) iacc++;
        else iacc = 0;
        if (iacc>10) break;
        iisav = ii1;
        gxconv (x+1.0,y+1.0,&xx,&yy,3);
        if (icol>-1) {
          if (bflg) {gxplot(xold,yold,3); bflg=0;}
          gxplot (xx,yy,2);
        } else bflg = 1;
        dacum += hypot(xx-xold,yy-yold);
        xold = xx;
        yold = yy;
        acnt++;
        if (dacum>strmarrd) {
          if (icol>-1) strmar(xx,yy,xxsv,yysv,strmarrsz,strmarrt);
          acnt = 0; dacum=0.0;
        }
        xxsv = xx; yysv = yy;
      }
    }
    i2++;
    if (i2==iss) { i2 = 0; j2++; }
  }
  free (it);
}

static gadouble a150 = 150.0*3.1416/180.0;

void strmar (gadouble xx1, gadouble yy1, gadouble xx2, gadouble yy2, gadouble sz, gaint type) {
gadouble dir,xy[8];

  if (sz<0.0001) return;
  dir = atan2(yy2-yy1,xx2-xx1);
  xy[0] = xx2; xy[1] = yy2;
  xy[2] = xx2+sz*cos(dir+a150); xy[3] = yy2+sz*sin(dir+a150);
  xy[4] = xx2+sz*cos(dir-a150); xy[5] = yy2+sz*sin(dir-a150);
  xy[6] = xx2; xy[7] = yy2;
  if (type==1) {
    gxplot (xx2,yy2,3);
    gxplot (xy[2],xy[3],2);
    gxplot (xx2,yy2,3);
    gxplot (xy[4],xy[5],2);
    gxplot (xx2,yy2,3);
  }
  if (type==2) {
    gxfill(xy,4);
  }
}

/* Given a shade value, return the relevent color */

gaint gxshdc (gadouble *shdlvs, gaint *shdcls, gaint shdcnt, gadouble val) {
gaint i;

  if (shdcnt==0) return(1);
  if (shdcnt==1) return(shdcls[0]);
  if (val=shdlvs[i] && val
#include 
#include 
#include 
#include 
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H

#include "config.h"
#if READLINE == 1
#include 
#include 
#include 
#include 
#include "readline/readline.h"
#include "readline/history.h"
#endif

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */
#if READLINE == 1
#include 
#include 
#include 
#include 
#include "readline/readline.h"
#include "readline/history.h"
#endif

#include 

#endif /* HAVE_CONFIG_H */

#include "grads.h"
#include "gx.h"

struct gamfcmn mfcmn;

static char pout[256];   /* Build Error msgs here */

char *gatxtl(char *str, gaint color);

/* Retrieves the next command from the user.  Leading blanks
   are stripped.  The number of characters entered before the
   CR is returned.                                                    */

gaint nxtcmd (char *cmd, char *prompt) {
gaint past,cnt;

  printf ("%s ",gatxtl(prompt,-1));
  past = 0;
  cnt = 0;
  while (1) {
    *cmd = getchar();
    if (*cmd == EOF) return (-1);
    if (*cmd == '\n') {
      cmd++;
      *cmd = '\0';
      return (cnt);
    }
    if (past || *cmd != ' ') {
      cmd++; cnt++; past = 1;
    }
  }
}

/* Retrieves the next command from the user.  Leading blanks
   are stripped.  The number of characters entered before the
   CR is returned.                                                    */

#if READLINE == 1
gaint nxrdln (char *cmd, char *prompt) {
char *ch, *ch2;

  ch=readline(gatxtl(prompt,-1));
  if ( ch== NULL) {
    return(-1);
  } else {
    ch2 = ch;
    while (*ch == ' ') ch++;   /* Skip leading blanks */
    strcpy(cmd, ch);
    if (*ch) add_history(ch);   /* Skip blank lines */
  }
  return(strlen(cmd)+1);

}
#endif

/* Date/Time manipulation routines.  Note that these routines
   are not particularly efficient, thus Date/Time conversions
   should be kept to a minimum.                                      */

static gaint mosiz[13] = {0,31,28,31,30,31,30,31,31,30,31,30,31};
static gaint momn[13] = {0,44640,40320,44640,43200,44640,43200,
                        44640,44640,43200,44640,43200,44640};
static gaint mnacum[13] = {0,0,44640,84960,129600,172800,217440,
                        260640,305280,349920,393120,437760,480960};
static gaint mnacul[13] = {0,0,44640,86400,131040,174240,218880,
                        262080,306720,351360,394560,439200,482400};

/* Add an offset to a time.  Output to dto.                          */

void timadd (struct dt *dtim, struct dt *dto) {
gaint i;
gaint cont;

  /* First add months and years.  Normalize as needed.               */
  dto->mo += dtim->mo;
  dto->yr += dtim->yr;

  while (dto->mo>12) {
    dto->mo -= 12;
    dto->yr++;
  }

  /* Add minutes, hours, and days directly.  Then normalize
     to days, then normalize extra days to months/years.             */

  dto->mn += dtim->mn;
  dto->hr += dtim->hr;
  dto->dy += dtim->dy;

  if (dto->mn > 59) {
    i = dto->mn / 60;
    dto->hr += i;
    dto->mn = dto->mn - (i*60);
  }
  if (dto->hr > 23) {
    i = dto->hr / 24;
    dto->dy += i;
    dto->hr = dto->hr - (i*24);
  }

  cont = 1;
  while (dto->dy > mosiz[dto->mo] && cont) {
    if (dto->mo==2 && qleap(dto->yr)) {
      if (dto->dy == 29) cont=0;
      else {
        dto->dy -= 29;
        dto->mo++;
      }
    } else {
      dto->dy -= mosiz[dto->mo];
      dto->mo++;
    }
    while (dto->mo > 12) {dto->mo-=12; dto->yr++;}
  }
}

/* Subtract an offset from a time.  Subtract minutes/hours/days
   first so that we will exactly reverse the operation of timadd     */

void timsub (struct dt *dtim, struct dt *dto) {
gaint s1,s2;

  /* Subtract minutes, hour, and days directly.  Then normalize
     to days, then normalize deficient days from months/years.       */

  dto->mn = dtim->mn - dto->mn;
  dto->hr = dtim->hr - dto->hr;
  dto->dy = dtim->dy - dto->dy;
  s1 = dto->mo; s2 = dto->yr;
  dto->mo = dtim->mo;
  dto->yr = dtim->yr;

  while (dto->mn < 0) {dto->mn+=60; dto->hr--;}
  while (dto->hr < 0) {dto->hr+=24; dto->dy--;}

  while (dto->dy < 1) {
    dto->mo--;
    if (dto->mo < 1) {dto->mo=12; dto->yr--;}
    if (dto->mo==2 && qleap(dto->yr)) dto->dy += 29;
    else dto->dy += mosiz[dto->mo];
  }

  /* Now subtract months and years.  Normalize as needed.            */

  dto->mo = dto->mo - s1;
  dto->yr = dto->yr - s2;

  while (dto->mo < 1) {dto->mo+=12; dto->yr--;}

  /* Adjust for leaps */

  if (dto->mo==2 && dto->dy==29 && !qleap(dto->yr)) {
    dto->mo=3; dto->dy=1;
  }
}

/* Convert from Absolute time (year/month/day/etc.) to grid
   coordinate.                                                       */

gadouble t2gr (gadouble *vals, struct dt *dtim) {
struct dt stim;
gaint eyear,mins;
gadouble val,*moincr,*mnincr,rdiff;

  /* Get constants associated with this conversion                   */

  stim.yr = (gaint)(*vals+0.1);
  stim.mo = (gaint)(*(vals+1)+0.1);
  stim.dy = (gaint)(*(vals+2)+0.1);
  stim.hr = (gaint)(*(vals+3)+0.1);
  stim.mn = (gaint)(*(vals+4)+0.1);

  moincr = vals+5;
  mnincr = vals+6;

  /* If the increment for this conversion is days, hours, or minutes,
     then we do our calculations in minutes.  If the increment is
     months or years, we do our calculations in months.              */

  if (*mnincr>0.1) {
    mins = timdif(&stim,dtim);
    rdiff = (gadouble)mins;
    val = rdiff/(*mnincr);
    val += 1.0;
    return (val);
  } else {
    eyear = stim.yr;
    if (stim.yr > dtim->yr) eyear = dtim->yr;
    rdiff = (((dtim->yr - eyear)*12) + dtim->mo) -
            (((stim.yr - eyear)*12) + stim.mo);
    stim.yr = dtim->yr;
    stim.mo = dtim->mo;
    mins = timdif(&stim,dtim);
    if (mins>0) {
      if (dtim->mo==2 && qleap(dtim->yr) ) {
        rdiff = rdiff + (((gadouble)mins)/41760.0);
      } else {
        rdiff = rdiff + (((gadouble)mins)/((gadouble)momn[dtim->mo]));
      }
    }
    val = rdiff/(*moincr);
    val += 1.0;
    return (val);
  }
}

/* Convert from a t grid coordinate to an absolute time.           */

void gr2t (gadouble *vals, gadouble gr, struct dt *dtim) {
struct dt stim;
gadouble *moincr,*mnincr;
gadouble v;

  /* Get constants associated with this conversion                   */
  stim.yr = (gaint)(*vals+0.1);
  stim.mo = (gaint)(*(vals+1)+0.1);
  stim.dy = (gaint)(*(vals+2)+0.1);
  stim.hr = (gaint)(*(vals+3)+0.1);
  stim.mn = (gaint)(*(vals+4)+0.1);
  moincr = vals+5;
  mnincr = vals+6;

  /* Initialize output time                                          */
  dtim->yr = 0;
  dtim->mo = 0;
  dtim->dy = 0;
  dtim->hr = 0;
  dtim->mn = 0;

  /* Do conversion if increment is in minutes.                       */
  if (*mnincr>0.1) {
    v = *mnincr * (gr-1.0);
    if (v>0.0) v = v + 0.5;   /* round */
    else v = v - 0.5;
    dtim->mn = (gaint)v;
    if (dtim->mn<0) {
      dtim->mn = -1 * dtim->mn;
      timsub (&stim,dtim);
    } else {
      timadd (&stim,dtim);
    }
    return;

  /* Do conversion if increment is in months.  Same as for minutes,
     except special handling is required for partial months.   
     JMA There is a bug here, and some precision decisions that need attention */

  } else {
    v = *moincr * (gr-1.0);
    if (v<0.0) dtim->mo = (gaint)(v-0.9999); /* round (sort of)       */
    else dtim->mo = (gaint)(v+0.0001);
    v = v - (gadouble)dtim->mo;                /* Get fractional month  */
    if (dtim->mo<0) {
      dtim->mo = -1 * dtim->mo;
      timsub (&stim,dtim);
    } else timadd (&stim,dtim);
    if (v<0.0001) return;         /* if fraction small, return       */

    if (dtim->mo==2 && qleap(dtim->yr) ) {
      v = v * 41760.0;
    } else {
      v = v * (gadouble)momn[dtim->mo];
    }
    stim = *dtim;
    dtim->yr = 0;
    dtim->mo = 0;
    dtim->dy = 0;
    dtim->hr = 0;
    dtim->mn = (gaint)(v+0.5);
    timadd (&stim,dtim);
    return;
  }
}

/* Calculate the difference between two times and return the
   difference in minutes.   The calculation is time2 - time1, so
   if time2 is earlier than time1, the result is negative.           */

gaint timdif (struct dt *dtim1, struct dt *dtim2) {
gaint min1,min2,yr;
struct dt *temp;
gaint swap,mo1,mo2;

  swap = 0;
  if (dtim1->yr > dtim2->yr) {
    temp = dtim1;
    dtim1 = dtim2;
    dtim2 = temp;
    swap = 1;
  }

  min1 = 0;
  min2 = 0;

  yr = dtim1->yr;
  while (yr < dtim2->yr) {
    if (qleap(yr)) min2 += 527040L;
    else min2 += 525600L;
    yr++;
  }

  mo1 = dtim1->mo;
  mo2 = dtim2->mo;
  if (qleap(dtim1->yr)) {
    min1 = min1+mnacul[mo1]+(dtim1->dy*1440L)+(dtim1->hr*60L)+dtim1->mn;
  } else {
    min1 = min1+mnacum[mo1]+(dtim1->dy*1440L)+(dtim1->hr*60L)+dtim1->mn;
  }
  if (qleap(dtim2->yr)) {
    min2 = min2+mnacul[mo2]+(dtim2->dy*1440L)+(dtim2->hr*60L)+dtim2->mn;
  } else {
    min2 = min2+mnacum[mo2]+(dtim2->dy*1440L)+(dtim2->hr*60L)+dtim2->mn;
  }
  if (swap) return (min1-min2);
  else return (min2-min1);
}

/* Test for leap year.  Rules are:

      Divisible by 4, it is a leap year, unless....
      Divisible by 100, it is not a leap year, unless...
      Divisible by 400, it is a leap year.                           */

gaint qleap (gaint year)  {
gaint i,y;

/*mf - disable if 365 day calendar mf*/

 if(mfcmn.cal365 == 1) return(0);

  y = year;

  i = y / 4;
  i = (i*4) - y;
  if (i!=0) return (0);

  i = y / 100;
  i = (i*100) - y;
  if (i!=0) return (1);

  i = y / 400;
  i = (i*400) - y;
  if (i!=0) return (0);

  return (1);


}

static char *mons[12] = {"jan","feb","mar","apr","may","jun",
			 "jul","aug","sep","oct","nov","dec"};

/* Parse an absolute date/time value.  Format is:

   12:00z 1jan 1989 (jan,feb,mar,apr,may,jun,jul,aug,sep,oct,nov,dec)

   Must have Z or Month abbrev, or value is invalid.  'def' contains
   higher order missing values (usually from tmin in pst).  Lower order
   values are defaulted to be: dy = 1, hr = 0, mn = 0.              */

char *adtprs (char *ch, struct dt *def, struct dt *dtim) {
gaint val,flag,i;
char *pos;
char monam[5];

  pos = ch;

  dtim->mn = 0;
  dtim->hr = 0;
  dtim->dy = 1;

  if (*ch>='0' && *ch<='9') {
  flag = 0;
    ch = intprs (ch,&val);
    if (*ch == ':' || tolower(*ch) == 'z') {
      if (val>23) {
        gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
        snprintf(pout,255,"  Hour = %i -- greater than 23\n",val);
        gaprnt (0,pout);
        return (NULL);
      }
      dtim->hr = val;
      if (*ch == ':') {
        ch++;
        if (*ch>='0' && *ch<='9') {
          ch = intprs (ch,&val);
          if (val>59) {
            gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
            snprintf(pout,255,"  Minute = %i -- greater than 59\n",val);
            gaprnt (0,pout);
            return (NULL);
          }
          if (tolower(*ch)!='z') {
            gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
            gaprnt (0,"  'z' delimiter is missing \n");
            return (NULL);
          }
          dtim->mn = val;
          ch++;
          if (*ch>='0' && *ch<='9') ch = intprs (ch,&val);
          else val = def->dy;
        } else {
          gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
          gaprnt (0,"  Missing minute value \n");
          return (NULL);
        }
      } else {
        ch++;
        if (*ch>='0' && *ch<='9') ch = intprs (ch,&val);
        else val = def->dy;
      }
    } else flag = 2;
    dtim->dy = val;
  } else flag = 1;

  monam[0] = tolower(*ch);
  monam[1] = tolower(*(ch+1));
  monam[2] = tolower(*(ch+2));
  monam[3] = '\0';

  i = 0;
  while (i<12 && !cmpwrd(monam,mons[i]) ) i++;
  i++;

  if (i==13) {
    if (flag==1) {
      gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
      gaprnt (0,"  Expected month abbreviation, none found\n");
      return (NULL);
    }
    if (flag==2) {
      gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
      gaprnt (0,"  Missing month abbreviation or 'z' delimiter\n");
      return (NULL);
    }
    dtim->mo = def->mo;
    dtim->yr = def->yr;
  } else {
    dtim->mo = i;
    ch+=3;
    /* parse year */
    if (*ch>='0' && *ch<='9') {
      /* use fullyear only if year 1 = 0001*/
      if(*(ch+2)>='0' && *(ch+2)<='9') {
	mfcmn.fullyear=1;   /* 4-digit year */
      } else {
	mfcmn.fullyear=0;   /* 2-digit year */
      }
      ch = intprs (ch,&val);
    } else {
      val = def->yr;
    }

    /* turn off setting of < 100 years to 1900 or 2000 */
    if(mfcmn.fullyear == 0) {
      if (val<50) val+=2000;
      else if (val<100) val+=1900;
    }
    dtim->yr = val;
  }

  i = mosiz[dtim->mo];
  if (dtim->mo==2 && qleap(dtim->yr)) i = 29;
  if (dtim->dy > i) {
    gaprnt (0,"Syntax Error:  Invalid Date/Time value.\n");
    snprintf(pout,255,"  Day = %i -- greater than %i \n",dtim->dy,i);
    gaprnt (0,pout);
    return (NULL);
  }
  return (ch);
}

/* Parse a relative date/time (offset).  Format is:

   nn (yr/mo/dy/hr/mn)

   Examples:  5mo
              1dy12hr
              etc.

   Missing values are filled in with 0s.                             */

char *rdtprs (char *ch, struct dt *dtim) {
gaint flag,val;
char *pos;
char id[3];

  pos = ch;

  dtim->yr = 0;
  dtim->mo = 0;
  dtim->dy = 0;
  dtim->hr = 0;
  dtim->mn = 0;

  flag = 1;

  while (*ch>='0' && *ch<='9') {
    flag = 0;
    ch = intprs(ch,&val);
    id[0] = *ch; id[1] = *(ch+1); id[2] = '\0';
    if (cmpwrd("yr",id)) dtim->yr = val;
    else if (cmpwrd("mo",id)) dtim->mo = val;
    else if (cmpwrd("dy",id)) dtim->dy = val;
    else if (cmpwrd("hr",id)) dtim->hr = val;
    else if (cmpwrd("mn",id)) dtim->mn = val;
    else {
      gaprnt (0,"Syntax Error:  Invalid Date/Time offset.\n");
      snprintf(pout,255,"  Expecting yr/mo/dy/hr/mn, found %s\n",id);
      gaprnt (0,pout);
      return (NULL);
    }
    ch+=2;
  }
  if (flag) {
    gaprnt (0,"Syntax Error:  Invalid Date/Time offset.\n");
    gaprnt (0,"  No offset value given\n");
    return (NULL);
  }
  return (ch);
}


/* Compares two strings.  A match occurs if the leading
   blank-delimited words in the two strings match.  CR and NULL also
   serve as delimiters.                                               */

gaint cmpwrd (char *ch1, char *ch2) {

  while (*ch1==' '||*ch1=='\t') ch1++;  /* Advance past leading blanks.     */
  while (*ch2==' '||*ch2=='\t') ch2++;

  while (*ch1 == *ch2) {
    if (*ch1==' '||*ch1=='\t'||*ch1=='\0'||*ch1=='\n'||*ch1=='\r' ) return (1);
    ch1++; ch2++;
  }

  if ( (*ch1==' '||*ch1=='\t'||*ch1=='\0'||*ch1=='\n'||*ch1=='\r') &&
       (*ch2==' '||*ch2=='\t'||*ch2=='\0'||*ch2=='\n'||*ch2=='\r') ) return (1);
  return (0);
}
/* case insensitive version of cmpwrd  */

gaint cmpwrdl (char *ch1, char *ch2) {
  if(ch1 == NULL || ch2 == NULL) return(0);

  while (*ch1==' '||*ch1=='\t') ch1++;  /* Advance past leading blanks.     */
  while (*ch2==' '||*ch2=='\t') ch2++;

  while (tolower(*ch1) == tolower(*ch2)) {
    if (*ch1==' '||*ch1=='\t'||*ch1=='\0'||*ch1=='\n'||*ch1=='\r' ) return (1);
    ch1++; ch2++;
  }

  if ( (*ch1==' '||*ch1=='\t'||*ch1=='\0'||*ch1=='\n'||*ch1=='\r' ) &&
       (*ch2==' '||*ch2=='\t'||*ch2=='\0'||*ch2=='\n'||*ch2=='\r' ) ) return (1);
  return (0);
}

/* Moves a pointer to the start of the next blank-delimited word
   in a string.  If not found, NULL is returned.                     */

char * nxtwrd (char *ch) {

  while (*ch!=' '&&*ch!='\t') {                     /* Skip 1st word  */
    if (*ch == '\0' || *ch == '\n' || *ch == '\r') return (NULL);
    ch++;
  }
  while (*ch==' '||*ch=='\t') ch++;                 /* Find next word */
  if (*ch == '\0' || *ch == '\n' || *ch == '\r') return (NULL);
  return (ch);
}


/* Linear conversion routine for dimension conversions.               */

gadouble liconv (gadouble *vals, gadouble v) {
  return ( (*vals * v) + *(vals+1) );
}

/* Non-linear scaling routine for discrete levels.  Linear interp
   between levels.  Scaling beyond upper and lower bounds is
   linear based on the last and first grid spacing, respectively.
   In each case a pointer to a list of values is provided.  The
   list contains in its first element the number of values
   in the list.    */

/* Convert a grid value to a world coordinate value.
   This operation needs to be efficient, since it gets done
   very often.  */

gadouble gr2lev (gadouble *vals, gadouble gr) {
gaint i;
  if (gr<1.0) return ( *(vals+1) + (1.0-gr)*(*(vals+1)-*(vals+2)) );
  if (gr>*vals) {
    i = (gaint)(*vals+0.1);
    return ( *(vals+i) + (gr-*vals)*(*(vals+i)-*(vals+i-1)) );
  }
  i = (gaint)gr;
  return (*(vals+i)+((gr-(gadouble)i)*(*(vals+i+1)-*(vals+i))));
}

/* Convert from world coordinate value to grid value.  This operation
   is not set up to be efficient, under the assumption that it won't
   get done all that often.  */

gadouble lev2gr (gadouble *vals, gadouble lev) {
gaint i,num;
gadouble gr;
  num = (gaint)(*vals+0.1);
  for (i=1; i= *(vals+i) && lev <= *(vals+i+1)) ||
         (lev <= *(vals+i) && lev >= *(vals+i+1)) ) {
      gr = (gadouble)i + (lev - *(vals+i))/(*(vals+i+1) - *(vals+i));
      return (gr);
    }
  }
  if (*(vals+1)<*(vals+num)) {
    if (lev<*(vals+1)) {
      gr = 1.0 + ((lev-*(vals+1))/(*(vals+2)-*(vals+1)));
      return (gr);
    }
    gr = (gadouble)i + ((lev-*(vals+i))/(*(vals+i)-*(vals+i-1)));
    return (gr);
  } else {
    if (lev>*(vals+1)) {
      gr = 1.0 + ((lev-*(vals+1))/(*(vals+2)-*(vals+1)));
      return (gr);
    }
    gr = (gadouble)i + ((lev-*(vals+i))/(*(vals+i)-*(vals+i-1)));
    return (gr);
  }
}

/* Convert from ensemble number to ensemble name */
char *e2ens (struct gafile *pfi, gadouble e) {

  char *name;
  if ((gaint)(e-0.99) < pfi->dnum[4]) {
    name = pfi->ens1[(gaint)(e-0.99)].name;
    return name;
  }
  else return NULL;
}



/* Parses a number in a character string.
   This routine will detect numbers of the form:
       nnnn
       -nnnn

   Args:    ch     - pointer to the number, in character form.
            val    - integer value returned
            return value  - address of 1st character past the
                            number parsed.  NULL if no number found
                            at pointer ch or if the number is an
                            invalid format.
             */

char *intprs (char *ch, gaint *val) {

gaint nflag,flag;

  nflag = 0;
  if (*ch=='-') { nflag = 1; ch++; }
  else if (*ch=='+') ch++;

  *val = 0;
  flag = 1;

  while (*ch>='0' && *ch<='9') {
    *val = *val*10 + (gaint)(*ch-'0');
    flag = 0;
    ch++;
  }

  if (flag) return (NULL);

  if (nflag) *val = -1 * *val;
  return (ch);
}

char *longprs (char *ch, long *val) {

gaint nflag,flag;

  nflag = 0;
  if (*ch=='-') { nflag = 1; ch++; }
  else if (*ch=='+') ch++;

  *val = 0;
  flag = 1;

  while (*ch>='0' && *ch<='9') {
    *val = *val*10 + (gaint)(*ch-'0');
    flag = 0;
    ch++;
  }

  if (flag) return (NULL);

  if (nflag) *val = -1 * *val;
  return (ch);
}


/* Converts strings to double */
char * getdbl(char *ch, gadouble *val) {
  char * pos;
  gadouble res;

  res = strtod(ch, &pos);
  if (pos==ch) {
    return NULL;
  } else {
    *val = res;
    return pos;
  }
}

/* Converts strings to double */
char * getflt(char *ch, gafloat *val) {
char * pos;
  *val = (gafloat)strtod(ch, &pos);
  if (pos==ch) {
    return NULL;
  } else {
    return pos;
  }
}



/* dimprs parses a dimension 'expression', ie, where the user
   specifies an absolute or relative dimension value.
   The format is:

   dim op val

   where:  dim = x,y,z,t,e,lat,lon,lev,time,ens,offt
           op  = +, -, or =
           val = dimension value

   Examples are:
           t=1
           lev=500
           time=00:00z01jan1989

   The coordinates are evaluated with respect to the coordinate
   transformations of the file descriptor passed.  Grid
   coordinates are returned.  Relative offsets are evaluated
   from the values in the status block.

   In addition, r=radius is also supported.  The dimension value
   returned is the radius, and the dimension number returned
   is 10. This is only valid for stn type files.

   wflag is set to 
   0 if the dimension expression was grid coordinates; 
   1 if it was world coordinates; 
   2 if forecast time offsets are used
                                                                */

char *dimprs (char *ch, struct gastat *pst, struct gafile *pfi,
              gaint *dim, gadouble *d, gaint type, gaint *wflag) {
struct dt dtim;
struct gaens *ens;
gadouble (*conv) (gadouble *, gadouble);
gadouble *cvals,v;
/* gadouble g1,g2; */
gaint i,op,len,enum1;
char *pos, *frst;
char name[5],ename[16];
  
  /* parse the dimension name */
  frst = ch;
  i = 0;
  while (*ch>='a' && *ch<='z' && i<6) {
    name[i] = *ch;
    ch++; i++;
  }
  name[i] = '\0';
  if (i>4) {
    gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
    snprintf(pout,255,"  Expecting x/y/z/t/offt/e/lon/lat/lev/time/ens, found %s\n",name);
    gaprnt (0,pout);
    return (NULL);
  }

  /* parse the operator */
  if      (*ch == '=') op = 0;
  else if (*ch == '+') op = 1;
  else if (*ch == '-') op = 2;
  else {
    gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
    snprintf(pout,255,"  Expecting +/-/= operator, found %c\n",*ch);
    gaprnt (0,pout);
    return (NULL);
  }

  /* dimension is TIME */
  ch++;
  if (cmpwrd("time",name)) {
    if (op==0) {
      if ((pos=adtprs(ch,&(pst->tmin),&dtim)) == NULL) {
        gaprnt (0,"  Invalid absolute time in dimension expression\n");
        return (NULL);
      }
    } else {
      if ((pos=rdtprs(ch,&dtim)) == NULL) {
        gaprnt (0,"  Invalid relative time in dimension expression\n");
	return (NULL);
      }
    }
  } 
  /* dimension is ENS */
  else if (cmpwrd("ens",name)) {
    /* parse the ensemble name */
    pos = ch;
    len=0;
    while (len<16 && *pos!=')' ) {
      ename[len] = *pos;
      len++; 
      pos++;
    }
    ename[len] = '\0';
  }
  /* all other dimensions */
  else {
    if ((pos=getdbl(ch,&v)) == NULL) {
      gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
      gaprnt (0,"  Dimension value missing or invalid\n");
      return (NULL);
    }
  }
  ch = pos;

  /* We now have all the info we need about this dimension expression to evaluate it.  */
  if      (cmpwrd("x",name))    *dim = 0;
  else if (cmpwrd("y",name))    *dim = 1;
  else if (cmpwrd("z",name))    *dim = 2;
  else if (cmpwrd("t",name))    *dim = 3;
  else if (cmpwrd("offt",name)) *dim = 3;
  else if (cmpwrd("e",name))    *dim = 4;
  else if (cmpwrd("lon",name))     *dim = 5;
  else if (cmpwrd("lat",name))     *dim = 6;
  else if (cmpwrd("lev",name))     *dim = 7;
  else if (cmpwrd("time",name))    *dim = 8;
  else if (cmpwrd("ens",name))     *dim = 9;
  else if (type==0 && cmpwrd("r",name)) *dim = 10;
  else {
    gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
    snprintf(pout,255,"  Expecting x/y/z/t/offt/e/lat/lon/lev/time/ens, found %s\n",name);
    gaprnt (0,pout);
    return (NULL);
  }

  /* for station expressions */
  if (*dim==10) {
    *d = v;
    return (ch);
  }

  /* dimension expression is given in grid coordinates: x, y, z, t, offt, or e */
  *wflag = 0;          
  if (*dim < 5) {  
    if (cmpwrd("offt",name)) *wflag=2;     /* trip the time offset flag */
    if (op==0) {
      *d = v + pfi->dimoff[*dim];          /* straight override of fixed dimension value */
      return (ch);
    } else {
      /* make sure the dimension is not varying */
      if (*dim==pst->idim || *dim==pst->jdim) {
	gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
	gaprnt (0,"  Cannot use an offset value with a varying dimension\n");
	snprintf(pout,255,"  Varying dimension = %i \n",*dim);
	gaprnt (0,pout);
	return (NULL);
      }
      /* get current dimension value in grid coordinates from gastat structure */
      if (*dim == 3) {
        *d = t2gr(pfi->abvals[3],&(pst->tmin));  
      } 
      else {
        if (pfi->type==1 || pfi->type==4) { 
          conv = pfi->ab2gr[*dim];
          cvals = pfi->abvals[*dim];
          *d = conv(cvals,pst->dmin[*dim]);
        } else {
          *d = pst->dmin[*dim];
        }
      }
      /* combine offset with current dimension value */
      if (op==1) *d = *d + v;
      if (op==2) *d = *d - v;
      return (ch);
    }
  } 
  /* dimension expression is given in world coordinates: lon, lat, lev, time, or ens */
  else {                        
    *dim = *dim - 5;
    *wflag = 1;          
/*     if (cmpwrd("offtime",name)) { */
/*       /\* determine the size of the time offset in grid units *\/ */
/*       g1 = t2gr(pfi->abvals[3],&(pst->tmin)); */
/*       timadd (&(pst->tmin),&dtim); */
/*       g2 = t2gr(pfi->abvals[3],&dtim); */
/*       v = g2 - g1; */
/*       *wflag=2;      /\* trip the time offset flag *\/ */
/*     } */
    if (op>0) {
      /* check to make sure dimension isn't varying */
      if (*dim==pst->idim || *dim==pst->jdim) {
        gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
        gaprnt (0,"  Cannot use an offset value with a varying dimension\n");
        snprintf(pout,255,"  Varying dimension = %i \n",*dim);
        gaprnt (0,pout);
        return (NULL);
      }
      /* check to make sure dimension isn't E */
      if (*dim==4) {
	gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
	gaprnt (0,"  Cannot use an offset value with an ensemble name\n");
	return (NULL);
      } 
      /* combine offset with current dimension value from gastat structure */
      if (*dim==3) {
        if (op==1) timadd (&(pst->tmin),&dtim);
        if (op==2) timsub (&(pst->tmin),&dtim);
      } 
      else {
        if (op==1) v = pst->dmin[*dim] + v;
        if (op==2) v = pst->dmin[*dim] - v;
      }
    }

    if (*dim == 4) {
      /* loop over ensembles, looking for matching name */
      ens = pfi->ens1;
      i=0;
      enum1=-1;
      while (idnum[*dim]) {
	if (strcmp(ename,ens->name) == 0) enum1=i;  /* grid coordinate of matching name */
	i++; ens++;
      }
      if (enum1<0) {
	gaprnt (0,"Syntax Error:  Invalid dimension expression\n");
	snprintf(pout,255,"  Ensemble name \"%s\" not found\n",ename);
	gaprnt (0,pout);
	return (NULL);
      }
      /* straight override of ensemble grid coordinate */
      *d = enum1 + 1 + pfi->dimoff[*dim];
      return (ch);
    } 
    /* get the grid coordinate for the new (combined) dimension value */
    else if (*dim == 3) {
      *d = t2gr(pfi->abvals[3],&dtim);
    } else {
      if (pfi->type==1 || pfi->type==4) {  /* grids  */
        conv = pfi->ab2gr[*dim];
        cvals = pfi->abvals[*dim];
        *d = conv(cvals,v);
      } else {
        *d = v;                            /* station data */
      }
    }
    return (ch);
  }
}

/*mf version
  convert all upper case alphabetic characters to lower case.
  The GrADS system is case insensitive, and assumes lower case
  internally in most cases. Does not turn to lower case if in "'s
*/
void lowcas (char *ch) {
gaint i;
gaint qflag=0;

  while (*ch!='\0' && *ch!='\n') {
    i = *ch;
    if(*ch == '\"' && qflag == 0 ) {
      qflag=1;
      } else if(*ch == '\"' && qflag == 1 ) {
	qflag=0;
      }
    if (i>64 && i<91 && qflag==0) {
      i+=32;
      *ch = i;
    } else if(i == 95) {
      *ch=i;
    }
    ch++;
  }
}

/* convert to upper case */
void uppcas (char *ch) {
gaint i;

  while (*ch!='\0' && *ch!='\n') {
    i = *ch;
    if (i>96 && i<123) {
      i -= 32;
      *ch = i;
    }
    ch++;
  }
}

/* Copies a string of a specified length, or when \0 or \n is hit.
   Trailing blanks are removed, and the output string is terminated
   with '\0'.                                                         */

void getstr (char *ch1, char *ch2, gaint len) {
char *ch;

  ch = ch1;
  while (len>0 && *ch2!='\n' && *ch2!='\0') {
    *ch1 = *ch2;
    len--;
    ch1++;  ch2++;
  }
  ch1--;
  while (ch1>=ch && *ch1==' ') ch1--;
  ch1++;
  *ch1 = '\0';
}

/* Copies a word of a specified length, or when \0 or \n or \r or ' ' is
   encountered.  The word is terminated with '\0'. ch2 is src, ch1 is dest */

void getwrd (char *ch1, char *ch2, gaint len) {
char *ch;

  ch = ch1;
  while (len>0 && *ch2!='\n' && *ch2!='\0' && *ch2!='\r' && *ch2!=' ' ) {
    *ch1 = *ch2;
    len--;
    ch1++;  ch2++;
  }
  *ch1 = '\0';
}

/* Determines word length up to next delimiter */

gaint wrdlen (char *ch2) {
gaint len;
  len = 0;
  while (*ch2!='\n' && *ch2!='\0' && *ch2!=' ' && *ch2!='\t') {
    len++;
    ch2++;
  }
  return(len);
}

/* Get minimum and maximum grid value.  Set rmin and rmax in the
   grid descriptor.                                                  */

void gamnmx (struct gagrid *pgr) {
gadouble *r;
gaint i,size,cnt;
char *rmask;

  size = pgr->isiz * pgr->jsiz;
  if (size==1) return;
  pgr->rmin=  9.99E35;
  pgr->rmax= -9.99E35;
  r     = pgr->grid;
  rmask = pgr->umask; 
  cnt=0;
  for (i=0;irmin>*r) pgr->rmin = *r;
      if (pgr->rmax<*r) pgr->rmax = *r;
    }
    r++; rmask++;
  }
  if (cnt==0 || pgr->rmin==9.99e35 || pgr->rmax==-9.99e35) {
    pgr->rmin = pgr->undef;
    pgr->rmax = pgr->undef;
    pgr->umin = pgr->umax = 0;
  }
  else {
    pgr->umin = pgr->umax = 1;
  }
}

/*  Determine min and max values of station data */

void gasmnmx (struct gastn *stn) {
struct garpt *rpt;

  stn->smin = stn->undef;
  stn->smax = stn->undef;
  rpt = stn->rpt;
  while (rpt!=NULL) {
    if (rpt->umask == 1) {
      if (stn->smin == stn->undef) {
	stn->smin = rpt->val;
      }
      else {
	if (stn->smin > rpt->val) {
	  stn->smin = rpt->val;
	}
      }
      if (stn->smax == stn->undef) {
	stn->smax = rpt->val;
      }
      else {
	if (stn->smax < rpt->val) {
	  stn->smax = rpt->val;
	}
      }
    }
    rpt = rpt->rpt;
  }
}

/* Remove blanks from a string */
gaint garemb (char *ch) {
char *cc;
gaint cnt;
gaint qflag=0;

  cc = ch;
  cnt = 0;

  while (*ch!='\n' && *ch!='\0') {
    /* do not remove blanks if string in quotes */
    if (*ch == '\"' && qflag == 0) {
      qflag=1;
    } else if (*ch == '\"' && qflag == 1) {
      qflag=0;
    }

    if (((*ch!=' ') || qflag ) && (*ch!='\"')) {
      *cc = *ch;
      cc++; cnt++;
    }
    ch++;
  }
  *cc = '\0';
  return (cnt);
}

static gadouble glts15[40] = {
       -86.60,-82.19,-77.76,-73.32,-68.88,-64.43,-59.99,
       -55.55,-51.11,-46.66,-42.22,-37.77,-33.33,-28.89,
       -24.44,-20.00,-15.55,-11.11, -6.67, -2.22,  2.22,
         6.67, 11.11, 15.55, 20.00, 24.44, 28.89, 33.33,
        37.77, 42.22, 46.66, 51.11, 55.55, 59.99, 64.43,
        68.88, 73.32, 77.76, 82.19, 86.60};
static gadouble glts20[52] = {
       -87.38,-83.98,-80.56,-77.13,-73.71,-70.28,-66.85,
       -63.42,-59.99,-56.57,-53.14,-49.71,-46.28,-42.85,
       -39.43,-36.00,-32.57,-29.14,-25.71,-22.28,-18.86,
       -15.43,-12.00, -8.57, -5.14, -1.71,  1.71,  5.14,
         8.57, 12.00, 15.43, 18.86, 22.28, 25.71, 29.14,
        32.57, 36.00, 39.43, 42.85, 46.28, 49.71, 53.14,
        56.57, 59.99, 63.42, 66.85, 70.28, 73.71, 77.13,
        80.56, 83.98, 87.38};
static gadouble glts30[80] = {
       -88.29, -86.07, -83.84, -81.61, -79.37, -77.14, -74.90,
       -72.67, -70.43, -68.20, -65.96, -63.72, -61.49, -59.25,
       -57.02, -54.78, -52.55, -50.31, -48.07, -45.84, -43.60,
       -41.37, -39.13, -36.89, -34.66, -32.42, -30.19, -27.95,
       -25.71, -23.48, -21.24, -19.01, -16.77, -14.53, -12.30,
       -10.06,  -7.83,  -5.59,  -3.35,  -1.12,   1.12,   3.35,
         5.59,   7.83,  10.06,  12.30,  14.53,  16.77,  19.01,
        21.24,  23.48,  25.71,  27.95,  30.19,  32.42,  34.66,
        36.89,  39.13,  41.37,  43.60,  45.84,  48.07,  50.31,
        52.55,  54.78,  57.02,  59.25,  61.49,  63.72,  65.96,
        68.20,  70.43,  72.67,  74.90,  77.14,  79.37,  81.61,
        83.84,  86.07,  88.29};

static gadouble glats[102] = {
 -88.66,-86.91,-85.16,-83.41,-81.65,-79.90,-78.14,-76.39,-74.63,
 -72.88,-71.12,-69.36,-67.61,-65.85,-64.10,-62.34,-60.58,-58.83,
 -57.07,-55.32,-53.56,-51.80,-50.05,-48.29,-46.54,-44.78,-43.02,
 -41.27,-39.51,-37.76,-36.00,-34.24,-32.49,-30.73,-28.98,-27.22,
 -25.46,-23.71,-21.95,-20.19,-18.44,-16.68,-14.93,-13.17,-11.41,
  -9.66, -7.90, -6.15, -4.39, -2.63, -0.88,  0.88,  2.63,  4.39,
   6.15,  7.90,  9.66, 11.41, 13.17, 14.93, 16.68, 18.44, 20.19,
  21.95, 23.71, 25.46, 27.22, 28.98, 30.73, 32.49, 34.24, 36.00,
  37.76, 39.51, 41.27, 43.02, 44.78, 46.54, 48.29, 50.05, 51.80,
  53.56, 55.32, 57.07, 58.83, 60.58, 62.34, 64.10, 65.85, 67.61,
  69.36, 71.12, 72.88, 74.63, 76.39, 78.14, 79.90, 81.65, 83.41,
  85.16, 86.91, 88.66 };

static gadouble m32lts[32] = {-20.453, -18.01, -15.763, -13.738,
  -11.95, -10.405, -9.097, -8.010, -7.120, -6.392, -5.253, -4.25,
  -3.25, -2.25, -1.25, -0.25, 0.25, 1.25, 2.25, 3.25, 4.25, 5.253,
  6.392, 7.12, 8.01, 9.097, 10.405, 11.95, 13.738, 15.763, 18.01,
  20.453};

/* From Mike Timlin */
static gadouble gltst62[94] = {
        -88.542, -86.6531, -84.7532, -82.8508, -80.9473, -79.0435, 
        -77.1394, -75.2351, -73.3307, -71.4262, -69.5217, -67.6171, 
        -65.7125, -63.8079, -61.9033, -59.9986, -58.0939, -56.1893, 
        -54.2846, -52.3799, -50.4752, -48.5705, -46.6658, -44.7611, 
        -42.8564, -40.9517, -39.047, -37.1422, -35.2375, -33.3328, 
        -31.4281, -29.5234, -27.6186, -25.7139, -23.8092, -21.9044, 
        -19.9997, -18.095, -16.1902, -14.2855, -12.3808, -10.47604, 
        -8.57131, -6.66657, -4.76184, -2.8571, -0.952368, 0.952368, 
        2.8571, 4.76184, 6.66657, 8.57131, 10.47604, 12.3808, 14.2855, 
        16.1902, 18.095, 19.9997, 21.9044, 23.8092, 25.7139, 27.6186, 
        29.5234, 31.4281, 33.3328, 35.2375, 37.1422, 39.047, 40.9517, 
        42.8564, 44.7611, 46.6658, 48.5705, 50.4752, 52.3799, 54.2846, 
        56.1893, 58.0939, 59.9986, 61.9033, 63.8079, 65.7125, 67.6171, 
        69.5217, 71.4262, 73.3307, 75.2351, 77.1394, 79.0435, 80.9473, 
        82.8508, 84.7532, 86.6531, 88.542 };

/* Given the starting point and the length, return the MOM32 lats */

gadouble *gamo32 (gaint istrt, gaint num) {
gaint size;
gadouble *vals;
size_t sz;

  istrt--;
  if (istrt+num > 32) {
    gaprnt (0,"Open Error: Invalid MOM32 scaling.\n");
    gaprnt (0,"  Maximum 32 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gamo32");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: MOM32 Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; size 102) {
    gaprnt (0,"Open Error: Invalid GAUSR40 scaling.\n");
    gaprnt (0,"  Maximum 102 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gagaus");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: Gaussian Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; size 80) {
    gaprnt (0,"Open Error: Invalid GAUSR30 scaling.\n");
    gaprnt (0,"  Maximum 80 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gags30");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: Gaussian Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; size 52) {
    gaprnt (0,"Open Error: Invalid GAUSR20 scaling.\n");
    gaprnt (0,"  Maximum 52 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gags20");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: Gaussian Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; size 40) {
    gaprnt (0,"Open Error: Invalid GAUSR15 scaling.\n");
    gaprnt (0,"  Maximum 40 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gags15");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: Gaussian Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; size 94) {
    gaprnt (0,"Open Error: Invalid GAUST62 scaling.\n");
    gaprnt (0,"  Maximum 94 latitudes exceeded \n");
    return (NULL);
  }
  sz = (num+3) * sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"gagst62");
  if (vals==NULL) {
    gaprnt (0,"Memory Allocation Error: Gaussian Grid Scaling\n");
    return (NULL);
  }
  *vals = (gadouble)num;
  for (size=0; sizemo - 1L;
  mn1 = dtim->mn/10L;
  mn2 = dtim->mn - (mn1*10);
  hr1 = dtim->hr/10L;
  hr2 = dtim->hr - (hr1*10);
  dy1 = dtim->dy/10L;
  dy2 = dtim->dy - (dy1*10);
  if (tinc==1) {
    snprintf(ch,chlen-1,"%04i",dtim->yr);
  }
  else if (tinc==2) {
    if (dtim->yr==9999L) {
      snprintf(ch,chlen-1,"%s",monc[mnth]);
    } else {
      snprintf(ch,chlen-1,"%s%04i",monc[mnth],dtim->yr);
    }
  }
  else if (tinc==3) {
    snprintf(ch,chlen-1,"%i%i%s%04i",dy1,dy2,monc[mnth],dtim->yr);
  }
  else if (tinc==4) {
    snprintf(ch,chlen-1,"%i%iZ%i%i%s%04i",hr1,hr2,dy1,dy2,monc[mnth],dtim->yr);
  }
  else if (tinc==5) {
    snprintf(ch,chlen-1,"%i%i:%i%iZ%i%i%s%04i",hr1,hr2,mn1,mn2,dy1,dy2,monc[mnth],dtim->yr);
  }
  else snprintf(ch,chlen-1,"???");
  len=0;
  while (ch[len]) len++;
  return (len);
}

/* Compare two strings given the length.  */
/* Return 0 if the string match, otherwise 1.  */

gaint cmpch (char *str1, char *str2, gaint len) {

  while (len>0) {
    len--;
    if (*(str1+len) != *(str2+len)) return (1);
  }
  return (0);
}

/* Free anything hung off a gastat block */

void gafree (struct gastat *pst) {

  if (pst->type == 1) {
    gagfre (pst->result.pgr);
    pst->result.pgr=NULL;
  } else {
    gasfre (pst->result.stn);
    pst->result.stn=NULL;
  }
}

void gagfre (struct gagrid *pgr) {

  if (pgr==NULL) return;
  if (pgr->alocf) {
    if (pgr->ivals != NULL) gree(pgr->ivals,"f88");
    if (pgr->jvals != NULL) gree(pgr->jvals,"f89");
  }
  if (pgr->idim>-1) {
    gree(pgr->grid,"f90");
    gree(pgr->umask,"f91");
  }
  gree(pgr,"f92");
}

void gasfre (struct gastn *stn) {
gaint i;
  if (stn==NULL) return;
  if (stn->tvals) {
    gree(stn->tvals,"f237");
  }
  if (stn->rpt) {
    for (i=0; iblks[i] != NULL) gree(stn->blks[i],"f238");
    }
  }
  gree(stn,"f239");
}


/* Expand file names prefixed with '^' from data descriptor
   files */

void fnmexp (char *out, char *in1, char *in2) {
char *pos, *ch, envv[20], *envr, CR=13;
gaint i,j;

  if (*in1=='$') {
    in1++;
    i = 0;
    while (*in1!='/' && *in1!='\0' && i<16) {
      envv[i] = *in1;
      i++; in1++;
    }
    envv[i] = '\0';
    envr = gxgsym(envv);
    if (envr) {
      i = 0; j = 0;
      while (*(envr+j)) {
        *(out+i) = *(envr+j);
        i++; j++;
      }
      /* handle CR for descriptor files created under MS Windows */
      while (*in1!='\0' && *in1!=' ' && *in1!='\n' && *in1!=CR) {
        *(out+i) = *in1;
        i++; in1++;
      }
      *(out+i) = '\0';
    }
    return;
  }
  ch = in2;
  pos=NULL;
  while (*ch!='\0' && *ch!=' ' && *ch!='\n') {
    if (*ch=='/') pos=ch;
    ch++;
  }
  if (pos) pos++;
  while (pos!=NULL && in2yr/10);
        while (*out) out++;
        in+=4;
      } else if (*(in+2)=='x' && *(in+3)=='3') {
        snprintf(out,sz,"%03i",dtimi->yr/10);
        out+=3; in+=4;
      } else if (*(in+2)=='y' && *(in+3)=='2') {
        iv = dtimi->yr/100;
        iv = dtimi->yr - iv*100;
        snprintf(out,sz,"%02i",iv);
        out+=2;  in+=4;
      } else if (*(in+2)=='y' && *(in+3)=='4') {
        snprintf(out,sz,"%04i",dtimi->yr);
        out+=4;  in+=4;
      } else if (*(in+2)=='m' && *(in+3)=='1') {
          snprintf(out,sz,"%i",dtimi->mo);
        while (*out) out++;
        in+=4;
      } else if (*(in+2)=='m' && *(in+3)=='2') {
        snprintf(out,sz,"%02i",dtimi->mo);
        out+=2;  in+=4;
      } else if (*(in+2)=='m' && *(in+3)=='h') {
        if (dtimi->dy < 16) *out='a';
        else *out = 'b';
        out+=1;  in+=4;
      } else if (*(in+2)=='m' && *(in+3)=='H') {
        if (dtimi->dy < 16) *out='A';
        else *out = 'B';
        out+=1;  in+=4;
      } else if (*(in+2)=='m' && *(in+3)=='c') {
        *out = *(mons[dtimi->mo-1]);
        *(out+1) = *(mons[dtimi->mo-1]+1);
        *(out+2) = *(mons[dtimi->mo-1]+2);
        out+=3;  in+=4;
      } else if (*(in+2)=='d' && *(in+3)=='1') {
        snprintf(out,sz,"%i",dtimi->dy);
        while (*out) out++;
        in+=4;
      } else if (*(in+2)=='d' && *(in+3)=='2') {
        snprintf(out,sz,"%02i",dtimi->dy);
        out+=2;  in+=4;
      } else if (*(in+2)=='h' && *(in+3)=='1') {
        snprintf(out,sz,"%i",dtimi->hr);
        while (*out) out++;
        in+=4;
      } else if (*(in+2)=='h' && *(in+3)=='2') {
        snprintf(out,sz,"%02i",dtimi->hr);
        out+=2;  in+=4;
      } else if (*(in+2)=='h' && *(in+3)=='3') {
        snprintf(out,sz,"%03i",dtimi->hr);
        out+=3;  in+=4;
      } else if (*(in+2)=='n' && *(in+3)=='2') {
        snprintf(out,sz,"%02i",dtimi->mn);
        out+=2;  in+=4;
      } else if (*(in+2)=='j' && *(in+3)=='3') {
	doy = dtimi->dy;
	mo = dtimi->mo-1;
	while (mo>0) {
	  doy += mosiz[mo];
	  if (mo==2 && qleap(dtimi->yr)) doy+=1;
	  mo--;
	}
	snprintf(out,sz,"%03i",doy);
	out+=3;  in+=4;
      } else {
        *out = *in;
        in++; out++;
      }
    } 
    /* handle template strings for any time */
    else if (*in=='%' && *(in+1)=='x' && *(in+2)=='1') {   /* decade */
      tused=1;
      snprintf(out,sz,"%i",dtim->yr/10);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='x' && *(in+2)=='3') { 
      tused=1;
      snprintf(out,sz,"%03i",dtim->yr/10);
      out+=3; in+=3;
    } else if (*in=='%' && *(in+1)=='y' && *(in+2)=='2') {   /* year */
      tused=1;
      iv = dtim->yr/100;
      iv = dtim->yr - iv*100;
      snprintf(out,sz,"%02i",iv);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='y' && *(in+2)=='4') {
      tused=1;
      snprintf(out,sz,"%04i",dtim->yr);
      out+=4;  in+=3;
    } else if (*in=='%' && *(in+1)=='m' && *(in+2)=='1') {   /* month */
      tused=1;
      snprintf(out,sz,"%i",dtim->mo);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='m' && *(in+2)=='2') {
      tused=1;
      snprintf(out,sz,"%02i",dtim->mo);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='m' && *(in+2)=='h') {
      tused=1;
      if (dtim->dy < 16) *out='a';
      else *out = 'b';
      out+=1;  in+=3;
    } else if (*in=='%' && *(in+1)=='m' && *(in+2)=='H') {
      tused=1;
      if (dtim->dy < 16) *out='A';
      else *out = 'B';
      out+=1;  in+=3;
    } else if (*in=='%' && *(in+1)=='m' && *(in+2)=='c') {
      tused=1;
      *out = *(mons[dtim->mo-1]);
      *(out+1) = *(mons[dtim->mo-1]+1);
      *(out+2) = *(mons[dtim->mo-1]+2);
      out+=3;  in+=3;
    } else if (*in=='%' && *(in+1)=='d' && *(in+2)=='1') {   /* day */
      tused=1;
      snprintf(out,sz,"%i",dtim->dy);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='d' && *(in+2)=='2') {
      tused=1;
      snprintf(out,sz,"%02i",dtim->dy);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='h' && *(in+2)=='1') {   /* hour */
      tused=1;
      snprintf(out,sz,"%i",dtim->hr);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='h' && *(in+2)=='2') {
      tused=1;
      snprintf(out,sz,"%02i",dtim->hr);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='h' && *(in+2)=='3') {
      tused=1;
      snprintf(out,sz,"%03i",dtim->hr);
      out+=3;  in+=3;
    } else if (*in=='%' && *(in+1)=='n' && *(in+2)=='2') {   /* minute */
      tused=1;
      snprintf(out,sz,"%02i",dtim->mn);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='j' && *(in+2)=='3') {   /* julian day */
      tused=1;
      doy = dtim->dy;
      mo = dtim->mo-1;
      while (mo>0) {
	doy += mosiz[mo];
	if (mo==2 && qleap(dtim->yr)) doy+=1;
	mo--;
      }
      snprintf(out,sz,"%03i",doy);
      out+=3;  in+=3;
    } 
    /* time index t, starting with 1 */
    else if (*in=='%' && *(in+1)=='t' && *(in+2)=='1') {   
      tused=1;
      snprintf(out,sz,"%i",t);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='2') {
      tused=1;
      snprintf(out,sz,"%02i",t);
      out+=2;  in+=3;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='3') {
      tused=1;
      snprintf(out,sz,"%03i",t);
      out+=3;  in+=3;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='4') {
      tused=1;
      snprintf(out,sz,"%04i",t);
      out+=4;  in+=3;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='5') {
      tused=1;
      snprintf(out,sz,"%05i",t);
      out+=5;  in+=3;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='6') {
      tused=1;
      snprintf(out,sz,"%06i",t);
      out+=6;  in+=3;
    } 
    /* time index t, starting with 0 */
    else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='1') {   
      tused=1;
      snprintf(out,sz,"%i",t-1);
      while (*out) out++;
      in+=4;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='2') {
      tused=1;
      snprintf(out,sz,"%02i",t-1);
      out+=2;  in+=4;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='3') {
      tused=1;
      snprintf(out,sz,"%03i",t-1);
      out+=3;  in+=4;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='4') {
      tused=1;
      snprintf(out,sz,"%04i",t-1);
      out+=4;  in+=4;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='5') {
      tused=1;
      snprintf(out,sz,"%05i",t-1);
      out+=5;  in+=4;
    } else if (*in=='%' && *(in+1)=='t' && *(in+2)=='m' && *(in+3)=='6') {
      tused=1;
      snprintf(out,sz,"%06i",t-1);
      out+=6;  in+=4;
    }
    /* forecast hour */
    else if (*in=='%' && *(in+1)=='f' && *(in+2)=='2') {
      tused=1;
      stim.yr = (gaint)(*vals+0.1);
      stim.mo = (gaint)(*(vals+1)+0.1);
      stim.dy = (gaint)(*(vals+2)+0.1);
      stim.hr = (gaint)(*(vals+3)+0.1);
      stim.mn = (gaint)(*(vals+4)+0.1);
      tdif = timdif(dtimi,dtim);
      /* tdif = (tdif+30)/60; */
      tdif = tdif/60;   /* forecast hour not rounded up anymore */
      if (tdif<99) snprintf(out,sz,"%02i",tdif);
      else snprintf(out,sz,"%i",tdif);
      while (*out) out++;
      in+=3;
    } else if (*in=='%' && *(in+1)=='f' && *(in+2)=='3') {
      tused=1;
      stim.yr = (gaint)(*vals+0.1);
      stim.mo = (gaint)(*(vals+1)+0.1);
      stim.dy = (gaint)(*(vals+2)+0.1);
      stim.hr = (gaint)(*(vals+3)+0.1);
      stim.mn = (gaint)(*(vals+4)+0.1);
      tdif = timdif(dtimi,dtim); 
      /* tdif = (tdif+30)/60; */
      tdif = tdif/60;   /* forecast hour not rounded up anymore */
      if (tdif<999) snprintf(out,sz,"%03i",tdif);
      else snprintf(out,sz,"%i",tdif);
      while (*out) out++;
      in+=3;
    } 
    /* forecast minute */
    else if (*in=='%' && *(in+1)=='f' && *(in+2)=='n' && *(in+3)=='2') {
      tused=1;
      stim.yr = (gaint)(*vals+0.1);
      stim.mo = (gaint)(*(vals+1)+0.1);
      stim.dy = (gaint)(*(vals+2)+0.1);
      stim.hr = (gaint)(*(vals+3)+0.1);
      stim.mn = (gaint)(*(vals+4)+0.1);
      tdif = timdif(dtimi,dtim); 
      if (tdif<99) snprintf(out,sz,"%02i",tdif);
      else snprintf(out,sz,"%i",tdif);
      while (*out) out++;
      in+=4;
    } 
    /* forecast time in hours/minutes (hhnn) */ 
    else if (*in=='%' && *(in+1)=='f' && *(in+2)=='h' && *(in+3)=='n') {
      tused=1;
      stim.yr = (gaint)(*vals+0.1);
      stim.mo = (gaint)(*(vals+1)+0.1);
      stim.dy = (gaint)(*(vals+2)+0.1);
      stim.hr = (gaint)(*(vals+3)+0.1);
      stim.mn = (gaint)(*(vals+4)+0.1);
      tdif = timdif(dtimi,dtim); 
      hrs = tdif/60;
      mns = tdif - (hrs*60);
      if (hrs<99) snprintf(out,sz,"%02i%02i",hrs,mns);
      else snprintf(out,sz,"%i%02i",hrs,mns);
      while (*out) out++;
      in+=4;
    } 
    /* forecast time in days/hours/minutes (ddhhnn) */ 
    else if (*in=='%' && *(in+1)=='f' && *(in+2)=='d' && *(in+3)=='h' && *(in+4)=='n') {
      tused=1;
      stim.yr = (gaint)(*vals+0.1);
      stim.mo = (gaint)(*(vals+1)+0.1);
      stim.dy = (gaint)(*(vals+2)+0.1);
      stim.hr = (gaint)(*(vals+3)+0.1);
      stim.mn = (gaint)(*(vals+4)+0.1);
      tdif = timdif(dtimi,dtim); 
      dys = tdif/1440;
      hrs = (tdif - (dys*1440))/60;
      mns = tdif - (dys*1440) - (hrs*60);
      if (dys<99) snprintf(out,sz,"%02i%02i%02i",dys,hrs,mns);
      else snprintf(out,sz,"%i%02i%02i",dys,hrs,mns);
      while (*out) out++;
      in+=5;
    } 
    /* string substitution */
    else if (*in=='%' && *(in+1)=='c' && *(in+2)=='h') {
      tused=1;
      while (pchsub) {
        if (t>=pchsub->t1 && (pchsub->t2 == -99 || t<=pchsub->t2) ) {
          len = wrdlen(pchsub->ch);    /* Reallocate output string */
          olen += len;
	  sz = olen;
          work = (char *)galloc(sz+1,"work");
          if (work==NULL) {
            gree(fnout,"f240");
            return (NULL);
          }
          in2 = fnout; 
	  out2 = work;
          while (in2!=out) {
            *out2 = *in2;
            in2++; out2++;
          }
          gree(fnout,"f241");     
          fnout = work;
          out = out2;
          getwrd(out,pchsub->ch,len);
          out += len;
          break;
        }
        pchsub = pchsub->forw;
      }
      in+=3;
    } 
    /* ensemble name substitution */
    else if  (*in=='%' && *(in+1)=='e') {
      eused=1;
      if (ens == NULL) {
	gree(fnout,"f242");
	return (NULL);
      } else {
	/* advance through array of ensemble structures, till we reach ensemble 'e' */
	i=1;
	while (i!=e) { i++; ens++; }
	len = strlen(ens->name);
	if (len < 1) {
	  gree(fnout,"f243");
	  return (NULL);
	}
	olen += len;
	sz = olen;
	work = (char *)galloc(sz+1,"work2");     /* Reallocate output string */
	if (work==NULL) {
	  gree(fnout,"f244");
	  return (NULL);
	}
	in2 = fnout;            /* copy the string we've got so far */
	out2 = work;
	while (in2!=out) {
	  *out2 = *in2;
	  in2++; out2++;
	}
	gree(fnout,"f245");
	fnout = work;
	out = out2;
	getwrd(out,ens->name,len);
	out += len;
      }
      in+=2;
    }
    else {
      *out = *in;
      in++; out++;
    }
  }
  *out = '\0';
  if (eused==1 && tused==1) {
    *flag = 3;                       /* templating on E and T */
  } 
  else if (eused==1 && tused==0) {
    *flag = 2;                       /* templating only on E */
  }
  else if (eused==0 && tused==1) { 
    *flag = 1;                       /* templating only on T */
  }
  else {
    *flag = 0;                       /* no templating */
  }
  return (fnout);
}

/* Byte swap requested number of 2 byte elements */

void gabswp2 (void *r, gaint cnt) {
gaint i;
char *ch1,*ch2,cc1,cc2;

  ch1 = (char *)r;
  ch2 = ch1+1;
  for (i=0; ilat)),5);
}

/* Return day of week for date/time  0=sunday, 6=saturday */

gaint dayweek (struct dt *dtime) {
struct dt anch;
gaint i,j;
  if (dtime->yr<1950 || dtime->yr>2020) return(7);
  anch.yr = 1950;
  anch.mo = 1;
  anch.dy = 1;
  anch.hr = 0;
  anch.mn = 0;
  i = timdif(&anch,dtime);
  i = i/1440;
  j = i/7;
  i = i - j*7;
  return(i);
}

/*
 * convert an IBM float to single precision number v1.0
 *
 *                      Wesley Ebisuzaki
 */

gafloat ibm2flt(unsigned char *ibm) {
gaint positive, power;
gauint abspower;
galint mant;
gadouble value, exp;

 positive = (ibm[0] & 0x80) == 0;
 mant = (ibm[1] << 16) + (ibm[2] << 8) + ibm[3];
 power = (gaint) (ibm[0] & 0x7f) - 64;
 abspower = power > 0 ? power : -power;
 
 exp = 16.0;
 value = 1.0;
 while (abspower) {
   if (abspower & 1) {
     value *= exp;
   }
   exp = exp * exp;
   abspower >>= 1;
 }
 
 if (power < 0) value = 1.0 / value;
 value = value * mant / 16777216.0;
 if (positive == 0) value = -value;
 return (gafloat)value;
}

/*
 * convert a float to an IBM single precision number v1.0
 *
 *                      Wesley Ebisuzaki
 *
 * doesn't handle subnormal numbers
 */

gaint flt2ibm(gafloat x, unsigned char *ibm) {
gaint sign, exp, i;
gadouble mant;

 if (x == 0.0) {
   ibm[0] = ibm[1] = ibm[2] = ibm[3] = 0;
   return 0;
 }
 
 /* sign bit */
 if (x < 0.0) {
   sign = 128;
   x = -x;
 }
 else sign = 0;
 
 mant = frexp((gadouble) x, &exp);
 
 if (mant >= 1.0) {
   mant = 0.5;
   exp++;
 }
 while (exp & 3) {
   mant *= 0.5;
   exp++;
 }
 
 exp = exp/4 + 64;
 
 if (exp < 0) {
   fprintf(stderr,"underflow in flt2ibm\n");
   ibm[0] = ibm[1] = ibm[2] = ibm[3] = 0;
   return 0;
 }
 if (exp > 127) {
   fprintf(stderr,"overflow in flt2ibm\n");
   ibm[0] = sign | 127;
   ibm[1] = ibm[2] = ibm[3] = 255;
   return -1;
 }
 
 /* normal number */
 
 ibm[0] = sign | exp;
 
 mant = mant * 256.0;
 i = floor(mant);
 mant = mant - i;
 ibm[1] = i;
 
 mant = mant * 256.0;
 i = floor(mant);
 mant = mant - i;
 ibm[2] = i;
 
 ibm[3] = floor(mant*256.0);
 
 return 0;
}

/* wesley ebisuzaki v0.1
 *
 * takes 4 byte character string (single precision ieee big-endian)
 * and returns a float
 *
 * doesn't handle NAN, infinity and any other funny stuff in ieee
 *
 * ansi C
 */

gafloat ieee2flt(unsigned char *ieee) {
gadouble fmant;
gaint exp;

 if (ieee[0] == 0 && ieee[1] == 0 && ieee[2] == 0 && ieee[3] == 0)
   return (gafloat) 0.0;
 
 exp = ((ieee[0] & 127) << 1) + (ieee[1] >> 7);
 fmant = (gadouble) ((gaint) ieee[3] + (gaint) (ieee[2] << 8) +
		     (gaint) ((ieee[1] | 128) << 16));
 if (ieee[0] & 128) fmant = -fmant;
 return (gafloat) (ldexp(fmant, (gaint) (exp - 128 - 22)));
}

gadouble ieee2dbl(unsigned char *ieee) {
gadouble fmant;
gaint exp;

 if (ieee[0] == 0 && ieee[1] == 0 && ieee[2] == 0 && ieee[3] == 0)
   return (gadouble) 0.0;
 
 exp = ((ieee[0] & 127) << 1) + (ieee[1] >> 7);
 fmant = (gadouble) ((gaint) ieee[3] + (gaint) (ieee[2] << 8) +
		     (gaint) ((ieee[1] | 128) << 16));
 if (ieee[0] & 128) fmant = -fmant;
 return (gadouble) (ldexp(fmant, (gaint) (exp - 128 - 22)));
}


/*
 * convert a float to an ieee single precision number v1.1
 * (big endian)
 *                      Wesley Ebisuzaki
 *
 * bugs: doesn't handle subnormal numbers
 * bugs: assumes length of integer >= 25 bits
 */

gaint flt2ieee(gafloat x, unsigned char *ieee) {
gaint sign, exp;
gauint umant;
gadouble mant;

 if (x == 0.0) {
   ieee[0] = ieee[1] = ieee[2] = ieee[3] = 0;
   return 0;
 }
 /* sign bit */
 if (x < 0.0) {
   sign = 128;
   x = -x;
 }
 else sign = 0;
 mant = frexp((gadouble) x, &exp);
 umant = mant * 16777216 + 0.5;
 if (umant >= 16777216) {
   umant = umant / 2;
   exp++;
 }
 /* bit 24 should be a 1 .. not used in ieee format */
 exp = exp - 1 + 127;
 if (exp < 0) {
   /* signed zero */
   ieee[0] = sign;
   ieee[1] = ieee[2] = ieee[3] = 0;
   return 0;
 }
 if (exp > 255) {
   /* signed infinity */
   ieee[0] = sign + 127;
   ieee[1] = 128;
   ieee[2] = ieee[3] = 0;
   return 0;
 }
 /* normal number */
 ieee[0] = sign + (exp >> 1);
 ieee[3] = umant & 255;
 ieee[2] = (umant >> 8) & 255;
 ieee[1] = ((exp & 1) << 7) + ((umant >> 16) & 127);
 return 0;
}

/* Copies indicated scaling info into newly allocated 
   gadouble array.  args:
 
   vals -- input scaling array
   lin  -- input is linear or levels
   dir  -- direction of scaling info:
              0 for gr to ab 
              1 for ab to gr
   dim  -- dimension the scaling info is for

   lin, dir, and dim are provided solely to figure out how
   many values are to be copied.  This assumes knowledge
   of how the various scaling items are set up.  */
   

gadouble *cpscal (gadouble *vals, gaint lin, gaint dir, gaint dim) {
gaint i,num;
gadouble *vvv;
size_t sz;

 if (dim<0) {
   gaprnt (0,"cpscal error:  dim is not >= 0 \n");
   return (NULL);
 }
 if (dim==3) {
   num = 8;
 }
 else {
   if (lin==1) num = 3;
   else num = (gaint)(*vals+0.5) + 5;
 }
 sz = sizeof(gadouble)*num;
 vvv = (gadouble *)galloc(sz,"cpscal");
 if (vvv==NULL) {
   snprintf(pout,255,"cpscal memory allocation error; dim=%d lin=%d num=%d\n",dim,lin,num);
   gaprnt(0,pout);
   return (NULL);
 }
 for (i=0; iabbrv
    or just the abbrv with no long name */

gaint getvnm (struct gavar *pvar, char *mrec) {
gaint ib,i,j,k,len,flag;

  ib = 0;
  while (*(mrec+ib)==' ') ib++;

  if (*(mrec+ib)=='\0' || *(mrec+ib)=='\n') return(1);

  /* Scan for the '=>' string */
  len = 0;
  i = ib;
  flag = 0;

  while (1) {
    if (*(mrec+i)==' ' || *(mrec+i)=='\0' || *(mrec+i)=='\n') break;
    if (*(mrec+i)=='=' && *(mrec+i+1)=='>') {
      flag = 1;
      break;
    }
    len++ ; i++; 
  }

  if (flag) {
    for (j=ib; jlongnm[k] = *(mrec+j); 
      /* substitute ~ for spaces in longname */
      if (pvar->longnm[k]=='~') pvar->longnm[k]=' '; 
    }
    pvar->longnm[len] = '\0';
    i+=2;
  } else {
    i = 0;
    pvar->longnm[0] = '\0';
  } 

  if (*(mrec+i)=='\n' || *(mrec+i)=='\0') return (1);

  getwrd (pvar->abbrv, mrec+i, 15);
  lowcas(pvar->abbrv);

  /* Check if 1st character is lower-case alphabetic */
  if (islower(*(pvar->abbrv))) return(0);
  else return (1);
}


/*  Parse ensemble names in EDEF record */
gaint getenm (struct gaens *ens, char *mrec) {
gaint i;

  i = 0;
  if (*(mrec+i)=='\n' || *(mrec+i)=='\0') return (1);
  getwrd (ens->name, mrec+i, 15);
  return(0);

}

/* Test if two doubles are equal; returns 1 if args are not equal */
gaint dequal(gadouble op1, gadouble op2, gadouble tolerance) {
  if (fabs(op1 - op2) <= tolerance) return(0) ;
  else return(1) ;
}


/* Following two routines used in GRIB2 handling */

/* applies the scale factor to scaled grib2 code values */
gadouble scaled2dbl(gaint scale_factor, gaint scale_value) {
   if (scale_factor == 0) return (gadouble) scale_value;
   return scale_value * Int_Power(0.1, scale_factor);
}
/*  returns x**y  */
gadouble Int_Power(gadouble x, gaint y) {
  gadouble value;
  if (y < 0) {
    y = -y;
    x = 1.0 / x;
  }
  value = 1.0;
  while (y) {
    if (y & 1) {
      value *= x;
    }
    x = x * x;
    y >>= 1;
  }
  return value;
}


#ifndef HAVE_FSEEKO

gaint fseeko(FILE *stream, off_t offset, gaint whence) {
  fseek(stream, (long)offset, whence);
}

off_t ftello(FILE *stream) {
  return (off_t)ftell(stream);
}
#endif



grads-2.0.1/src/gasdf.h0000644000175000017500000000266211042114312015763 0ustar  amckinstryamckinstry/* gasdf.h - header info for SDF functionality */
/* id: netcdf_io.h,v 1.2 1995/05/31 23:53:44 jac (Julia Collins) */
/* Revision 1.3 1997/07/21 09:51:00 hoop */
/* added gasdfparms struct */
/* Revision 1.2  1995/05/31  23:53:44  jac  */
/* add missing definition */
/*  */
/* Revision 1.1  1995/05/02  20:23:12  jac */
/* Initial revision */
/* */

#define CALENDAR "calendar"
#define CAL365 "365_day_year"
#define ALTCAL365 "noleap"

#define MISSING		-1

/* Missing data definitions  */
#define BFILL		FILL_BYTE
#define BMISS		-BFILL
#define SFILL		FILL_SHORT
#define SMISS		-SFILL
#define LFILL		FILL_LONG
#define LMISS		-LFILL
#define FFILL		FILL_FLOAT
#define FMISS		-FFILL		
#define DFILL		FILL_DOUBLE
#define DMISS		-DFILL

/* temporary flags to read time according to new or old standards */
#define CDC			0
#define COOP			1

/* default scale and offset values for unpacked files */
#define B_SCALE		(char) 	 1
#define S_SCALE		(short)  1
#define L_SCALE		(long) 	 1
#define F_SCALE		(float)  1.0
#define D_SCALE		(double) 1.0 
#define B_OFFSET	(char) 	 0
#define S_OFFSET	(short)  0
#define L_OFFSET	(long) 	 0
#define F_OFFSET	(float)  0.0
#define D_OFFSET	(double) 0.0 

/* Missing data definitions  */
#define BFILL		FILL_BYTE
#define BMISS		-BFILL
#define SFILL		FILL_SHORT
#define SMISS		-SFILL
#define LFILL		FILL_LONG
#define LMISS		-LFILL
#define FFILL		FILL_FLOAT
#define FMISS		-FFILL		
#define DFILL		FILL_DOUBLE
#define DMISS		-DFILL


grads-2.0.1/src/gabufr.h0000644000175000017500000000726211540444124016160 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

#ifndef GABUFR_H
#define GABUFR_H

#define GABUFR_X_BITS 6
#define GABUFR_Y_BITS 8

#define GABUFR_TBL_SIZE   ((1 << GABUFR_X_BITS) * (1 << GABUFR_Y_BITS))

#define GABUFR_NUM_TYPE 0
#define GABUFR_STR_TYPE 1

#define GABUFR_DEF 0
#define GABUFR_UNDEF 1

#include "gatypes.h"

typedef struct {
  gaint scale;
  gaint offset;
  gaint width;
  gaint datatype; /* flag to indicate numerical or string data */
  char *description;
} gabufr_varinf;

typedef struct gabufr_val_struct {
  struct gabufr_val_struct * next;
  gaint x;      /* BUFR ID (F,X,Y) */
  gaint y;      /* BUFR ID (F,X,Y) */
  gaint z;      /* replication offset (vert. level), if present, or -1 */
  char undef;   /* set to GABUFR_UNDEF if packed data was all ones */
  gadouble val; /* data value when datatype is NUM, or DBL_MIN otherwise */
  char *sval;   /* data value when datatype is STR, or NULL otherwise*/
} gabufr_val;

typedef struct {
  gaint bufr_edition;
  gaint master_tbl_num;
  gaint master_tbl_version;
  gaint local_tbl_version;
} gabufr_tbl_inf;

typedef struct gabufr_msg_struct {
  struct gabufr_msg_struct * next;
  gaint year;            /* base time for entire message */
  gaint month;
  gaint day;
  gaint hour;
  gaint min;
  gaint subcnt;          /* number of subsets */
  gabufr_val ** subs;    /* array of linked lists, with size nsub; 
			    one linked list per subset in message */
  gaint fileindex;       /* index of message in file, just for reference */
  gaint is_new_tbl;      /* if 0, message contains data, otherwise it's a
		            replacement BUFR table */
  /* remainder for use during parsing */
  unsigned char *section0;
  unsigned char *section1;
  unsigned char *section3;
  unsigned char *section4;
  unsigned char *end;
  gabufr_tbl_inf tbl_inf;
} gabufr_msg;

typedef struct {
  gabufr_msg * msgs; /* linked list of decoded messages 
			(some may be missing if parsing failed */
  gaint msgcnt;      /* number of messages in file */
  /* remainder for use during parsing */
  void * buf; 
  gaint len;
} gabufr_dset;


/***** external interface ******/

/* Open a BUFR datafile and parse into a gabufr_dset structure */
gabufr_dset * gabufr_open(const char * path);

/* Open a BUFR datafile and print descriptors. The only data
 * that are parsed are any replacement tables. */
gabufr_dset * gabufr_scan(const char * path);

/* Release all memory associated with a parsed dset structure */
void gabufr_close(gabufr_dset * dset);

/* Free BUFR tables */
void gabufr_reset_tbls();

/* Set directory where BUFR tables can be found */
void gabufr_set_tbl_base_path(const char * path);

/***** internals *****/

#define GABUFR_OK 0
#define GABUFR_ERR 1

gaint gabufr_valid_varid(gaint f, gaint x, gaint y);

typedef struct gabufr_varid_struct {
  struct gabufr_varid_struct * next;
  gaint f;
  gaint x;
  gaint y;
} gabufr_varid;

/* Read tables into memory */
gaint gabufr_read_tbls(gabufr_tbl_inf * tbl_inf);

/* Return a Table B entry */
gabufr_varinf * gabufr_get_varinf(gaint x, gaint y);

/* Return a Table D entry */
gabufr_varid * gabufr_get_seq(gaint x, gaint y);

/* Free storage used by parsing results */
void gabufr_free(gabufr_dset * bufrdata);

/* Extract BUFR table updates from a decoded NCEP BUFR message */
void gabufr_update_ncep_tbl(gabufr_dset * file, gabufr_msg * msg);

/* Check if table has been loaded */
gaint gabufr_have_tbl(gabufr_tbl_inf * tbl_inf);

/* Free a list of varids */
void gabufr_free_varids(gabufr_varid * list);

/* Free BUFR tables */
void gabufr_reset_tbls();

/* Free all varinfo data */
void gabufr_reinit();

#endif /* GABUFR_H */
grads-2.0.1/src/gx.h0000644000175000017500000004513711634625525015345 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

#include 

/* Installation options for the GX package. */

/* HBUFSZ is the size of the metafile output buffer in
   number of short integers.  The metafile buffer should be as
   large as is convenient for the target system.  Frames larger
   than the buffer will get bufferred into the meta file on disk,
   when BUFOPT is 1.  Otherwise multiple buffers of size HBUFSZ
   will be allocated as needed. */

#define HBUFSZ 10000000L 
#define BUFOPT 0
#define pi 3.14159265358979

/* Default directory containing the stroke and map data sets.
   User can override this default via setenv GADDIR */

/* static char *datad = "/usr/local/lib/grads"; */


/* Option flag.  If 0, map data set is only read once into a
   dynamically allocated memory area.  The memory is held onto
   for the next call (about 35K).  If 1, the memory is allocated for
   each call and the map data set is read each time.             */
/* Lowres map only */

#define MAPOPT 0

/* Spacing to use for shading to get a 'solid' fill when drawing
   lines side by side at lineweight 3.  */

#define SDIFF 0.005

/* Structure for setting up map projections.  Used to call
   map projection routines.                                          */

struct mapprj {
  gadouble lnmn,lnmx,ltmn,ltmx;        /* Lat,lon limits for projections */
  gadouble lnref;                      /* Reference longitude            */
  gadouble ltref1,ltref2;              /* Reference latitudes            */
  gadouble xmn,xmx,ymn,ymx;            /* Put map in this page area      */
  gadouble axmn,axmx,aymn,aymx;        /* Actual page area used by proj. */
};

/* Structure for holding info on displayed widgets. */

struct gobj {
  gaint type;                 /* Basic type of object. -1 - end of list;
                                0 - none; 1 - btn; 2 - rbb; 3 = popm */
  gaint i1,i2,j1,j2;          /* Extent of object */
  gaint mb;                   /* Mouse button that invokes object */
  union tobj {
    struct gbtn *btn;       /* Pointer to button struct */
    struct grbb *rbb;       /* Pointer to rubber-band struct */
    struct gdmu *dmu;       /* Pointer to drop menu struct */
  } iob;
};

/* Structure for holding information about GrADS button widgets */
/* Also used for popmenus, which display on the screen the same
   as buttons */

struct gbtn {
  gadouble x,y,w,h;              /* Button location, size   */     
  gaint num;                     /* Button number (-1, unset) */
  gaint ilo,ihi,jlo,jhi;
  gaint fc,bc,oc1,oc2,ftc,btc,otc1,otc2;  /* Colors           */
  gaint thk;                     /* Thickness of outline    */
  gaint state;                   /* Toggled or not?         */
  gaint len;                     /* Length of string        */
  char *ch;                      /* String content of btn   */
};

/* Structure holds info on rubber-band regions */

struct grbb {
  gadouble xlo,xhi,ylo,yhi;        /* Rubber band region      */  
  gaint num;                       /* Region number (-1, unset) */
  gaint mb;                        /* Mouse button specific   */
  gaint type;                      /* 0 for box, 1 for line   */
};

/* Structure for info on drop menus */

struct gdmu {
  gadouble x,y,w,h;                /* Header button loc,size  */
  gaint num;                       /* Menu number             */
  gaint casc;                      /* Anchored?               */
  gaint ilo,ihi,jlo,jhi;
  gaint fc,bc,oc1,oc2;             /* Colors of base          */
  gaint tfc,tbc,toc1,toc2;         /* Colors of selected base */
  gaint bfc,bbc,boc1,boc2;         /* Colors of box           */
  gaint soc1,soc2;                 /* Colors of selected item */
  gaint thk;                       /* Thickness of outlines   */
  gaint len;                       /* Length of string        */
  char *ch;                        /* String content of menu  */
};

/* Structure holds info on dialog */

struct gdlg {
  gadouble x,y,w,h;                /* Button location, size   */
  gaint pc,fc,bc,oc;  	  	   /* Colors           	    */
  gaint th;                        /* Thickness of outline    */
  gaint len;                       /* Length of string        */
  gaint nu;                        /* Flag for numeric args   */
  char *ch;                        /* String content of btn   */
};


/* GrADS event queue. This queue is built as the mouse button
   is clicked, and is cleared by a GrADS clear event.  Events
   are removed from the queue via the 'q pos' command.  */

struct gevent {
  struct gevent *forw;     /* Forward pointer */
  gadouble x, y;           /* X and Y position of cursor */
  gaint mbtn;              /* Mouse button pressed */
  gaint type;              /* Type of event */
  gaint info[10];          /* Integer info about event */
  gadouble rinfo[4];       /* info about event */
};

/* Structure for passing information on map plotting options */

struct mapopt {
  gadouble lnmin,lnmax,ltmin,ltmax;  /* Plot bounds */
  gaint dcol,dstl,dthk;              /* Default color, style, thickness */
  gaint *mcol,*mstl,*mthk;           /* Arrays of map line attributes */
  char *mpdset;                      /* Map data set name */
};

/* Structure for passing information on the currently open X Window */

struct xinfo {
  gaint winid;                 /* Window ID */
  gaint winx;                  /* Window X position (upper left) */
  gaint winy;                  /* Window Y position (upper left) */
  gauint winw;                 /* Window width */ 
  gauint winh;                 /* Window height */ 
  gauint winb;                 /* Window border width */
};

/* Struct for passing contour options */

struct gxcntr {
  gadouble labsiz;             /* Size of contour label, plotting inches */
  gaint spline;                /* Spline fit flag - 0 no, 1 yes */
  gaint ltype;                 /* Label type (off, on, masked, forced */
  gaint mask;                  /* Label masking flag - 0 no, 1 yes */
  gaint labcol;                /* Override label color, -1 uses contour color */
  gaint labwid;                /* Override label width, -1 uses contour width,
                                         -999 does double plot */
  gaint ccol;                  /* Contour color */
  char *label;                 /* Contour label */
  gadouble val;                /* Contour value */
  gaint shpflg;                /* flag for shapfiles */
};

/* Function prototypes for GX library routines  */

/* Functions in gxdev:
   gxdbgn: Initialize hardware
   gxdend: Terminate hardware
   gxdfrm: New frame
   gxdcol: New color
   gxadcl: Assign rgb color
   gxdwid: New line width
   gxdmov: Move pen
   gxddrw: Draw
   gxdrec: Filled rectangle
   gxdsgl: Set single buffer mode
   gxddbl: Set doulbe buffer mode
   gxdswp: Swap buffers
   gxdfil: Hardware Polygon fill
   gxdxsz: Resize X Window (X only)
   gxdbtn: Get pointer pos at mouse btn press
   gxgrey: Set grey scale
   gxdbck: Set hardware background/foreground
   gxrswd: Reset Widget Structures
   gxrs1wd: Reset one widget
   gxcpwd: Copy widgets on swap in double buffer mode
   gxevbn: Handle button press event
   gxevrb: Handle rubber-band event
   gxdptn: Set fill pattern
   gxmaskrec: Set mask for a rectangle
   gxmaskrq: query mask for a rectangular area
   gxmaskclear: Clear (unset) mask array
                                                           */

void gxqdrgb (gaint, gaint *, gaint *, gaint *);
void gxdbgn (gadouble, gadouble);
void gxdbat (void);
void gxdend (void);
void gxdfrm (int);
void gxdcol (int);
gaint gxdacl (int, int, int, int);
void gxdwid (int);
void gxdmov (gadouble, gadouble);
void gxddrw (gadouble, gadouble);
void gxdrec (gadouble, gadouble, gadouble, gadouble);
void gxdsgl (void);
void gxdbl (void);
void gxdswp (void);
void gxdfil (gadouble *, gaint);
void gxdxsz (int, int);
void gxgrey (int);
void gxdbck (int);
gaint gxdbkq (void);
void gxdeve (int);
void gxdbtn (gaint, gadouble *, gadouble *, gaint *, gaint *, gaint *, gadouble *);
void gxdpbn (int, struct gbtn *, int, int, int);
void gxdrmu (int, struct gdmu *, int, int);
void gxdsfn (void);
void gxdcf (void);
void gxdrdw (void);
void gxrdrw (int);
void gxrswd (int);
void gxrs1wd (int, int);
void gxcpwd (void);
void gxevbn (struct gevent *, int);
void gxevrb (struct gevent *, int, int, int);
gaint gxevdm (struct gevent *, int, int, int);
gaint gxpopdm(struct gdmu *, int, int, int, int);
void gxdrbb (gaint, gaint, gadouble, gadouble, gadouble, gadouble, gaint);
char *gxdlg (struct gdlg *);
void gxdptn (int, int, int);
void gxdssv (int);
void gxdssh (int);
void gxdsfr (int);
gaint win_data (struct xinfo *);
void gxmaskrec (gadouble, gadouble, gadouble, gadouble);
gaint gxmaskrq (gadouble, gadouble, gadouble, gadouble);
void gxmaskclear (void);
void dump_back_buffer (char *);
void dump_front_buffer (char *);
void gxdgeo (char *);
int gxheps(char*);
void gxdimg(gaint *, gaint, gaint, gaint, gaint);
void gxdgcoord(gadouble, gadouble, gaint *, gaint *);

/* Routines in gxsubs:
   gxstrt: Initialize graphics output
   gxend:  Terminate graphics output
   gxfrme: Start new frame
   gxcolr: Set color attribute
   gxacol: Assign new rgb to color number from 16-99
   gxbckg: Set background color
   gxqbck: Query background color
   gxwide: Set line width attribute
   gxmove: Move to X, Y
   gxdraw: Draw solid line to X, Y using current color and linewidth
   gxsdrw: Draw, split into small segments to allow masking
   gxstyl: Set linestyle
   gxplot: Move or draw using linestyles
   gxclip: Set clipping region
   gxchin: Initialize stroke font
   gxchpl: Draw character(s)
   gxtitl: Draw centered title
   gxvpag: Set up virtual page
   gxvcon: Do virtual page scaling
   gxscal: Set up level 1 (linear) scaling
   gxproj: Set up level 2 (projection) scaling
   gxgrid: Set up level 3 (grid) scaling
   gxback: Set up level 1 to level 2 back transform
   gxconv: Convert coordinates to level 0 (hardware)
   gxxy2w: Convert level 0 to level 2
   gxcord: Convert array of coordinates to level 0
   gxrset: Reset projection or grid level scaling
   gxrecf: Draw filled rectangle
   gxqclr: Query current color value
   gxqwid: Query current line width
   gxqrgb: Query color rgb values
   gxqstl: Query current linestyle value
   gxmark: Draw marker
   gxfill: Polygon fill
   bdterp: Clipping Boundry Interpolation
   gxgsym: Get env var
   gxgnam: Get full path name
   gxptrn: Set fill pattern
                                                                */

void gxstrt (gadouble, gadouble, int, int);
void gxend (void);
void gxfrme (int);
void gxsfrm (void);
void gxcolr (int);
gaint gxacol (int, int, int, int);
void gxbckg (int);
gaint gxqbck (void);
void gxwide (int);
void gxmove (gadouble, gadouble);
void gxdraw (gadouble, gadouble);
void gxsdrw (gadouble, gadouble);
void gxstyl (int);
void gxplot (gadouble, gadouble, int);
void gxclip (gadouble, gadouble, gadouble, gadouble);
void gxtitl (char *, gadouble, gadouble, gadouble, gadouble, gadouble);
void gxvpag (gadouble, gadouble, gadouble, gadouble, gadouble, gadouble);
void gxvcon (gadouble, gadouble, gadouble *, gadouble *);
void gxppvp (gadouble, gadouble, gadouble *, gadouble *);
void gxscal (gadouble, gadouble, gadouble, gadouble, gadouble, gadouble, gadouble, gadouble);
void gxproj ( void (*) (gadouble, gadouble, gadouble*, gadouble*) );
void gxgrid ( void (*) (gadouble, gadouble, gadouble*, gadouble*) );
void gxback ( void (*) (gadouble, gadouble, gadouble*, gadouble*) );
void gxconv (gadouble, gadouble, gadouble *, gadouble *, gaint);
void gxxy2w (gadouble, gadouble, gadouble *, gadouble *); 
void gxgrmp (gadouble, gadouble, gadouble *, gadouble *);
void gxcord (gadouble *, gaint, gaint);
void gxrset (int);
void gxrecf (gadouble, gadouble, gadouble, gadouble);
gaint gxqwid (void);
gaint gxqclr (void);
void gxqrgb (gaint, gaint *, gaint *, gaint *);
gaint gxqstl (void);
void gxmark (gaint, gadouble, gadouble, gadouble);
void gxfill (gadouble *, gaint);
void bdterp (gadouble, gadouble, gadouble, gadouble, gadouble *, gadouble *);
void gxptrn (int, int, int);
char *gxgsym(char *);
char *gxgnam(char *);

/* Gxmeta routines handle graphics buffering and metafile output.
   Routines in gxmeta:
   gxhopt: Specify buffering option before open
   gxhnew: Buffering initialization on startup
   gxhbgn: Enable hardcopy (metafile) output
   hout0:  Buffer 0 arg metafile command
   hout1:  Buffer one arg metafile command
   hout2:  Buffer two arg metafile command
   hout4:  Buffer four arg metafile command
   hout2i: Buffer two arg int metafile command
   hout3i: Buffer three arg int metafile command
   hout4i: Buffer four arg int metafile command
   hfull:  Deal with full metafile memory buffer
   gxhprt: Handle print command (output to metafile)
   gxhwri: Write buffer to metafile
   gxhend: Close output metafile
   gxhfrm: Handle new frame action
   gxhdrw: Handle redraw operation
                                           */

void gxhopt (int);
void gxhnew (gadouble, gadouble, int);
gaint gxhbgn (char *);
void hout0 (int);
void hout1 (int, int);
void hout2 (int, gadouble, gadouble);
void hout4 (int, gadouble, gadouble, gadouble, gadouble);
void hout2i (int, int, int);
void hout3i (int, int, int, int);
void hout4i (int, int, int, int, int);
void hfull (void);
void gxhprt (char *);
gaint gxhwri (void *, int);
void gxhend (void);
void gxhfrm (int);
void gxhdrw (int);
void gxddbl (void);

/* Routines in gxchpl:
   gxchii: Initialize character plotting
   gxchdf: Set default font
   gxchpl: Plot character string
   gxchln: Determine length (in plotting units) of a string
   gxchgc: Get character info given character and font
   gxchrd: Read in a font
                            */
void  gxchii (void);
void  gxchdf (gaint);
void  gxchpl (char *, gaint, gadouble, gadouble, gadouble, gadouble, gadouble);
gaint gxchln (char *, gaint, gadouble, gadouble *);
char *gxchgc (gaint, gaint, gaint *);
gaint gxchrd (gaint);

/* Routine in gxcntr:
   gxclmn: Specify minimum distance between labels
   gxclev: Plot contour at specified value
   gxcflw: Follow a contour segment
   gxcspl: Spline fit a contour segment
   gxclab: Draw buffered contour labels.
   gxpclab: Plot contour labels, buffered or masked
   gxqclab: When masked labels, test for label overlap
   pathln: Find shortest col path through grid box
   gxcrel: Release storage used by the contouring system
                                                        */
void gxclmn (gadouble);
void gxclev (gadouble *, gaint, gaint, gaint, gaint, gaint, gaint,
                                    gadouble, char *, struct gxcntr *);
void gxcflw (gaint, gaint, gaint, gaint);
gaint gxcspl (gaint, struct gxcntr *);
void gxclab (gadouble, gaint, gaint);
void gxpclab (gadouble, gadouble, gadouble, gaint, struct gxcntr *);
int gxqclab (gadouble, gadouble, gadouble);
gaint pathln (gadouble, gadouble, gadouble, gadouble);
void gxcrel (void);
void gxpclin (void);
/* Routines in gxshad -- color filled contour routine:

   gxshad -- do color filled contours
   gxsflw -- Follow shade area boundries
   spathl -- Calculate col path lengths
   undcol -- Determine undefined-grid-side col characteristics
   putxy  -- Buffer current coordinate
   shdcmp -- Compress contour line
   shdmax -- Determine max or min interior
                                                                  */
void  gxshad (gadouble *, gaint, gaint, gadouble *, gaint *, gaint, char *);
gaint gxsflw (gaint, gaint, gaint);
gaint spathl (gadouble, gadouble, gadouble, gadouble);
gaint undcol (gaint, gaint);
gaint putxy  (gadouble, gadouble);
void  shdcmp (void);
gaint shdmax (void);

/* Routines in gxshad2 -- color filled contours */

void gxshad2 (gadouble *, gaint, gaint, gadouble *, gadouble, gaint *, gaint, char *);
void s2flags (gadouble *, char *, gaint, gaint, gadouble, gadouble);
void s2poly (gadouble *,  gaint, gaint, gadouble, gadouble);
gaint s2follow (gadouble *, gaint, gaint, gadouble, gadouble, gaint, gaint, gaint);
gaint s2col (gadouble, gaint, gaint);
void s2ppnt(gadouble,gadouble);
void s2debug ();
void gxshad2b (gadouble *, gaint, gaint, gadouble *, gadouble, gaint *, gaint, char *);
void s2box (gadouble, gadouble, gadouble, gadouble, gadouble, gadouble);
void s2pdrop (gadouble, gadouble, gaint, gaint);
void s2outpoly(void);
gaint s2pathln (gadouble, gadouble, gadouble, gadouble, gadouble);
void s2frepbuf (void);
gaint s2bufpoly (gaint);
void s2setbuf (gaint);
void s2setdraw (gaint);
gaint s2polyvert (FILE *);

/* routines in gxstrm:  gxstrm (do streamlines) */

void gxstrm (gadouble *, gadouble *, gadouble *, gaint, gaint, char *, char *, char *,
	     gaint, gadouble *, gaint *, gaint, gaint, gadouble, gadouble, gaint);
void strmar (gadouble, gadouble, gadouble, gadouble, gadouble, gaint);
gaint gxshdc (gadouble *, gaint *, gaint, gadouble);

/* Routines in gxwmap:
   gxwmap: Draw world map
   gxnmap: Draw medium res n.am. map
   gxmout: Output section of world map
   gxnste: Set up projection scaling for north polar stereographic
   gxnpst: Scaling routine for north polar stereographic projection
   gxaarw: Direction adjustment for map projection
   gxgmap: Medium and hi res map drawer
   gxhqpt: Plot quadrant of medium or hi res map
   gxmpoly: Interpolate polygon sides for drawing in non-linear map space
                                                                  */

void gxrsmapt(void);
void gxdmap (struct mapopt *);
void gxwmap (gadouble, gadouble, gadouble, gadouble);
void gxnmap (gadouble, gadouble, gadouble, gadouble);
void gxmout (int, gadouble, gadouble, gadouble, gadouble, gadouble);
int  gxltln (struct mapprj *);
int  gxscld (struct mapprj *, int, int);
int  gxnste (struct mapprj *);
void gxnpst (gadouble, gadouble, gadouble *, gadouble *);
void gxnrev (gadouble, gadouble, gadouble *, gadouble *);
int  gxsste (struct mapprj *);
void gxspst (gadouble, gadouble, gadouble *, gadouble *);
void gxsrev (gadouble, gadouble, gadouble *, gadouble *);
gadouble gxaarw (gadouble, gadouble);
void gxgmap (int, int, gadouble, gadouble, gadouble, gadouble);
void gxhqpt (int, int, int, gadouble, gadouble, gadouble, gadouble, gadouble);
int  gxrobi (struct mapprj *);
void gxrobp (gadouble, gadouble, gadouble *, gadouble *);
void gxrobb (gadouble, gadouble, gadouble *, gadouble *);
int  gxmoll (struct mapprj *);
void gxmollp (gadouble, gadouble, gadouble *, gadouble *);
void gxmollb (gadouble, gadouble, gadouble *, gadouble *);
int  gxortg (struct mapprj *);
void gxortgp (gadouble, gadouble, gadouble *, gadouble *);
void gxortgb (gadouble, gadouble, gadouble *, gadouble *);
int  gxlamc (struct mapprj *);
void gxlamcp (gadouble, gadouble, gadouble *, gadouble *);
void gxlamcb (gadouble, gadouble, gadouble *, gadouble *);
gadouble *gxmpoly(gadouble *xy, gaint cnt, gadouble llinc, gaint *newcnt); 
void gree();
grads-2.0.1/src/gafunc.c0000644000175000017500000051043411576127472016165 0ustar  amckinstryamckinstry/* Copyright (C) 1988-2011 by Brian Doty and the 
   Institute of Global Environment and Society (IGES).  
   See file COPYRIGHT for more information.   */

/*  Originally authored by B. Doty.  
    Some functions provided by others. */

#ifdef HAVE_CONFIG_H
#include "config.h"
/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif
#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "grads.h"

/* expose Mike Fiorino's global struct to these routines for warning level setting */
extern struct gamfcmn mfcmn;

static struct gaufb *ufba;  /* Anchor for user function defs */
char *gxgnam(char *);       /* This is also in gx.h */

/* Function routine names.  Add a new function by putting the
   prototype here and adding to the if tests below.  */

gaint ffsqrt   (struct gafunc *, struct gastat *);
gaint ffsin    (struct gafunc *, struct gastat *);
gaint ffcos    (struct gafunc *, struct gastat *);
gaint fftan    (struct gafunc *, struct gastat *);
gaint ffasin   (struct gafunc *, struct gastat *);
gaint ffacos   (struct gafunc *, struct gastat *);
gaint ffexp    (struct gafunc *, struct gastat *);
gaint fflog    (struct gafunc *, struct gastat *);
gaint fflog10  (struct gafunc *, struct gastat *);
gaint ffabs    (struct gafunc *, struct gastat *);
gaint ffpow    (struct gafunc *, struct gastat *);
gaint ffmag    (struct gafunc *, struct gastat *);
gaint ffatan   (struct gafunc *, struct gastat *);
gaint ffave    (struct gafunc *, struct gastat *);
gaint ffgint   (struct gafunc *, struct gastat *);
gaint ffhdiv   (struct gafunc *, struct gastat *);
gaint ffhcrl   (struct gafunc *, struct gastat *);
gaint ffvint   (struct gafunc *, struct gastat *);
gaint ffelp    (struct gafunc *, struct gastat *);
gaint fftlp    (struct gafunc *, struct gastat *);
gaint ffaav    (struct gafunc *, struct gastat *);
gaint fflterp  (struct gafunc *, struct gastat *);
gaint ffscor   (struct gafunc *, struct gastat *);
gaint fftcor   (struct gafunc *, struct gastat *);
gaint fftmav   (struct gafunc *, struct gastat *);
gaint ffmask   (struct gafunc *, struct gastat *);
gaint ffg2s    (struct gafunc *, struct gastat *);
gaint ffg2s2   (struct gafunc *, struct gastat *);
gaint fftv2t   (struct gafunc *, struct gastat *);
gaint fftv2q   (struct gafunc *, struct gastat *);
gaint ffoacr   (struct gafunc *, struct gastat *);
gaint ffoabn   (struct gafunc *, struct gastat *); 
gaint ffsmth   (struct gafunc *, struct gastat *);
gaint ffsave   (struct gafunc *, struct gastat *);
gaint ffsmin   (struct gafunc *, struct gastat *);
gaint ffsmax   (struct gafunc *, struct gastat *);
gaint ffskip   (struct gafunc *, struct gastat *);
gaint ffcnst   (struct gafunc *, struct gastat *);
gaint ffcdif   (struct gafunc *, struct gastat *);
gaint ffmn     (struct gafunc *, struct gastat *); 
gaint ffamn    (struct gafunc *, struct gastat *); 
gaint ffsum    (struct gafunc *, struct gastat *); 
gaint ffsumg   (struct gafunc *, struct gastat *); 
gaint ffasum   (struct gafunc *, struct gastat *); 
gaint ffasumg  (struct gafunc *, struct gastat *); 
gaint ffgrarea (struct gafunc *, struct gastat *); 
gaint ffclgr   (struct gafunc *, struct gastat *);
gaint ffmin    (struct gafunc *, struct gastat *);
gaint ffmax    (struct gafunc *, struct gastat *);
gaint ffminl   (struct gafunc *, struct gastat *);
gaint ffmaxl   (struct gafunc *, struct gastat *);
gaint ffflvl   (struct gafunc *, struct gastat *);
gaint ffsreg   (struct gafunc *, struct gastat *); 
gaint fftreg   (struct gafunc *, struct gastat *); 
gaint ffs2g1d  (struct gafunc *, struct gastat *);
gaint fftv2    (struct gafunc *, struct gastat *, gaint);
gaint ffsmnx   (struct gafunc *, struct gastat *, gaint);
gaint tmaskf   (struct gafunc *, struct gastat *, gaint);
gaint aave     (struct gafunc *, struct gastat *, gaint);  
gaint ave      (struct gafunc *, struct gastat *, gaint);   
gaint scorr    (struct gafunc *, struct gastat *, gaint); 
gaint tvrh2q   (gadouble, gadouble, gadouble, gadouble *, gadouble *);
gaint fndarg   (char *, gaint *);
void cosadj  (struct gagrid *);
char doaave (struct gagrid *, gadouble, gadouble, gadouble, gadouble, gaint, gadouble *);

static char pout[256];   /* Build error msgs here */

char *rtnprs (char *ch, char *name, struct gastat *pst) {
struct gafunc *pfc;
struct gastat *pst2;
struct gaufb *ufb;
char *pos;
gaint pdeep,rc;
size_t sz;
gaint (*fpntr)(struct gafunc *, struct gastat *)=NULL;

  /* Find this function name and get the function pointer. */

  ufb = ufba;
  while (ufb) {
    if (cmpwrd(ufb->name,name)) break;
    ufb = ufb->ufb;
  }

  if (ufb==NULL) {
    fpntr = NULL;
    if (cmpwrd("sqrt",name)) fpntr = ffsqrt;
    if (cmpwrd("sin",name)) fpntr = ffsin;
    if (cmpwrd("cos",name)) fpntr = ffcos;
    if (cmpwrd("tan",name)) fpntr = fftan;
    if (cmpwrd("asin",name)) fpntr = ffasin;
    if (cmpwrd("acos",name)) fpntr = ffacos;
    if (cmpwrd("exp",name)) fpntr = ffexp;
    if (cmpwrd("log",name)) fpntr = fflog;
    if (cmpwrd("log10",name)) fpntr = fflog10;
    if (cmpwrd("abs",name)) fpntr = ffabs;
    if (cmpwrd("pow",name)) fpntr = ffpow;
    if (cmpwrd("ave",name)) fpntr = ffave;
    if (cmpwrd("mag",name)) fpntr = ffmag;
    if (cmpwrd("atan2",name)) fpntr = ffatan;
    if (cmpwrd("hdivg",name)) fpntr = ffhdiv;
    if (cmpwrd("hcurl",name)) fpntr = ffhcrl;
    if (cmpwrd("vint",name)) fpntr = ffvint;
    if (cmpwrd("tloop",name)) fpntr = fftlp;
    if (cmpwrd("eloop",name)) fpntr = ffelp;
    if (cmpwrd("aave",name)) fpntr = ffaav;
    if (cmpwrd("scorr",name)) fpntr = ffscor;
    if (cmpwrd("tcorr",name)) fpntr = fftcor;
    if (cmpwrd("tmave",name)) fpntr = fftmav;
    if (cmpwrd("maskout",name)) fpntr = ffmask;
    if (cmpwrd("gr2stn",name)) fpntr = ffg2s;
    if (cmpwrd("tvrh2q",name)) fpntr = fftv2q;
    if (cmpwrd("tvrh2t",name)) fpntr = fftv2t;
    if (cmpwrd("gint",name)) fpntr = ffgint;
    if (cmpwrd("oacres",name)) fpntr = ffoacr;
    if (cmpwrd("oabin",name)) fpntr = ffoabn;
    if (cmpwrd("smth9",name)) fpntr = ffsmth;
    if (cmpwrd("stnave",name)) fpntr = ffsave;
    if (cmpwrd("stnmin",name)) fpntr = ffsmin;
    if (cmpwrd("stnmax",name)) fpntr = ffsmax;
    if (cmpwrd("skip",name)) fpntr = ffskip;
    if (cmpwrd("const",name)) fpntr = ffcnst;
    if (cmpwrd("cdiff",name)) fpntr = ffcdif;
    if (cmpwrd("mean",name)) fpntr = ffmn;    
    if (cmpwrd("amean",name)) fpntr = ffamn;  
    if (cmpwrd("sum",name)) fpntr = ffsum;    
    if (cmpwrd("sumg",name)) fpntr = ffsumg;  
    if (cmpwrd("asum",name)) fpntr = ffasum;  
    if (cmpwrd("asumg",name)) fpntr = ffasumg; 
    if (cmpwrd("grarea",name)) fpntr = ffgrarea; 
    if (cmpwrd("coll2gr",name)) fpntr = ffclgr;
    if (cmpwrd("min",name)) fpntr = ffmin;
    if (cmpwrd("max",name)) fpntr = ffmax;
    if (cmpwrd("minloc",name)) fpntr = ffminl;
    if (cmpwrd("maxloc",name)) fpntr = ffmaxl;
    if (cmpwrd("fndlvl",name)) fpntr = ffflvl;
    if (cmpwrd("sregr",name)) fpntr = ffsreg;  
    if (cmpwrd("tregr",name)) fpntr = fftreg;  
    if (cmpwrd("s2g1d",name)) fpntr = ffs2g1d;
    if (cmpwrd("lterp",name)) fpntr = fflterp;

    if (fpntr==NULL) {                       /* Didn't find it....      */
      gaprnt (0,"Syntax Error:  Invalid Operand \n");
      snprintf(pout,255,"  '%s' not a variable or function name\n",name);
      gaprnt (0,pout);
      return (NULL);
    }
  }

  /* Allocate storage for gastat and gafunc structures                */

  sz = sizeof(struct gafunc);
  pfc = (struct gafunc *)galloc(sz,"funccall");
  sz = sizeof(struct gastat);
  pst2 = (struct gastat *)galloc(sz,"funcpst");

  *pst2 = *pst;                            /* Provide copy of gastat  */

  /* Parse the argument list                                          */

  pfc->argnum = 0;                         /* Initial arg count       */
  if (*ch=='(') {                          /* If no leading paren..   */
    ch++;                                  /* Past the '('            */
    if (*ch==')') {                        /* Was it '()'???          */
      ch++;                                /*  Point past this func   */
    } else {                               /* We have something       */
      pos = pfc->buff;                     /*  Point to output buffer */
      pdeep = 0;                           /*  No parens nested yet   */
      pfc->argpnt[0] = pos;                /*  Start of 1st arg       */
      while (pdeep!=0 || *ch!=')') {       /*  Until end of args...   */
        if (*ch=='\0' || *ch=='\n') {      /*   End of string?        */
          gaprnt (0,"Syntax Error:  Unmatched parens\n");
          goto err;                        /*    And return           */
        }                                  /*   Is ok                 */
        *pos = *ch;                        /*   Move to output buffer */
        if (*ch=='(') pdeep++;             /*   Track paren nesting   */
        else if (*ch==')') pdeep--;        /*   ditto                 */
        else if (pdeep==0 && *ch==',') {   /*   End of an arg?        */
          *pos = '\0';                     /*    Terminate string     */
          pfc->argnum++;                   /*    Bump arg counter     */
          pfc->argpnt[pfc->argnum] = pos+1; /*   Start of next arg    */
          *(pos+1) = '\0';                 /*    If trailing comma    */
        }                                  /*   endif                 */
        pos++; ch++;                       /*   Bump pointers         */
      }                                    /*  Continue               */
      *pos = '\0';                         /*  terminate final arg    */
      pfc->argnum++;                       /*  Count instead of subscr*/
      ch++;                                /*  Pnt past func call     */
    }                                      /* X                       */
  }                                        /* We have args parsed     */

  /* Everything is all set.  Call the function routine.               */

  rc = (*fpntr)(pfc, pst2);           /* Call the function       */

  if (rc==-1) {
    snprintf(pout,255,"Error in %s : Arg was stn data type\n",name);
    gaprnt (0,pout);
  }

  if (rc) {                                /* If an error occurred... */
    snprintf(pout,255,"Operation Error:  Error from %s function\n",name);
    gaprnt (0,pout);
    goto err;
  }
  pst->type = pst2->type;
  pst->result = pst2->result;              /* Return result grid      */
  gree(pst2,"f404");
  gree(pfc,"f405");
  return (ch);                             /* And return new pointer  */

err:
  gree(pst2,"f406");
  gree(pfc,"f407");
  return (NULL);

}


/**********************************************************************\
*                                                                      *
*  Function routines follow.  To add a funcion routine, add code here, *
*  and update the gafunc.h file.                                       *
*                                                                      *
\**********************************************************************/

gaint ffsqrt (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt,ecnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from SQRT: Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  ecnt=0;
  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val  = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask != 0) {
        if (rpt->val < 0.0) {
          rpt->umask = 0;
          ecnt++;
        } else rpt->val = sqrt(rpt->val);
      }
      rpt=rpt->rpt;
    }
  }
  if (ecnt>0) {
    snprintf(pout,255,"Warning from SQRT:  Data has %i values < zero \n",ecnt);
    gaprnt (1,pout);
    gaprnt (1,"                    These were set to the undefined value \n");
  }
  return (0);
}

gaint ffsin  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from SIN:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) rpt->val = sin(rpt->val);
      rpt=rpt->rpt;
    }
  }

  return (0);
}

gaint ffcos  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from COS:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) rpt->val = cos(rpt->val);
      rpt=rpt->rpt;
    }
  }

  return (0);
}

gaint fftan  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from TAN:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) rpt->val = tan(rpt->val);
      rpt=rpt->rpt;
    }
  }
  return (0);
}

gaint ffasin  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from ASIN:  Too many or too few args \n");
    gaprnt (0,"                  One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; i1.0 || *val<-1.0) {
	  *valu = 0;
	}
        else {
	  *val = asin(*val);
	}
      }
      val++; valu++;
    }
  } else {
    stn = pst->result.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) {
        if (rpt->val>1.0 || rpt->val<-1.0) rpt->umask = 0;
        else rpt->val = asin(rpt->val);
      }
      rpt=rpt->rpt;
    }
  }
  return (0);
}

gaint ffacos  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from ACOS:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; i1.0 || *val<-1.0) {
	  *valu = 0;
	}
        else {
	  *val = acos(*val);
	}
      }
      val++; valu++;
    }
  } else {
    stn = pst->result.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) {
        if (rpt->val>1.0 || rpt->val<-1.0) rpt->umask = 0;
        else rpt->val = acos(rpt->val);
      }
      rpt=rpt->rpt;
    }
  }
  return (0);
}

gaint ffabs (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from ABS:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) rpt->val = fabs(rpt->val);
      rpt=rpt->rpt;
    }
  }

  return (0);
}

gaint ffexp  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from EXP:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) rpt->val = exp(rpt->val);
      rpt=rpt->rpt;
    }
  }

  return (0);
}

gaint fflog  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt,ecnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from LOG:  Too many or too few args \n");
    gaprnt (0,"                 One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  ecnt=0;
  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) {
        if (rpt->val<=0.0) {
          rpt->umask = 0;
          ecnt++;
        } else rpt->val = log(rpt->val);
      }
      rpt=rpt->rpt;
    }
  }
  if (ecnt>0) {
    snprintf(pout,255,"Warning from LOG:  Data has %i values <= zero \n",ecnt);
    gaprnt (1,pout);
    gaprnt (1,"                   These were set to the undefined value \n");
  }

  return (0);
}

gaint fflog10 (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt,ecnt;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val;
char *valu;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from LOG10:  Too many or too few args \n");
    gaprnt (0,"                   One argument expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  ecnt=0;
  if (pst->type==1) {
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    valu = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (rpt->umask!=0) {
        if (rpt->val<=0.0) {
          rpt->umask = 0;
          ecnt++;
        } else rpt->val = log10(rpt->val);
      }
      rpt=rpt->rpt;
    }
  }
  if (ecnt>0) {
    snprintf(pout,255,"Warning from LOG10:  Data has %i values <= zero \n",ecnt);
    gaprnt (1,pout);
    gaprnt (1,"                     These were set to the undefined value \n");
  }

  return (0);
}

gaint ffpow (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
gaint rc;

  if (pfc->argnum!=2) { 
    gaprnt (0,"Error from POW:  Too many or too few args \n");
    gaprnt (0,"                 Two arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  pst2 = *pst;
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) {
    gafree (pst);
    return (rc);
  }

  rc = gafopr (pst, &pst2, 10);
  if (rc) {
    gafree (pst);
    gafree (&pst2);
  }

  return (rc);
}

gaint ffmag (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
gaint rc;

  if (pfc->argnum!=2) {
    gaprnt (0,"Error from MAG:  Too many or too few args \n");
    gaprnt (0,"                 Two arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  pst2 = *pst;
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) {
    gafree (pst);
    return (rc);
  }

  rc = gafopr (pst, &pst2, 11);
  if (rc) {
    gafree (pst);
    gafree (&pst2);
  }
  return (rc);
}

/* Perform atan2 function */

gaint ffatan (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
gaint rc;

  if (pfc->argnum!=2) {
    gaprnt (0,"Error from ATAN2:  Too many or too few args \n");
    gaprnt (0,"                   Two arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  pst2 = *pst;
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) {
    gafree (pst);
    return (rc);
  }

  rc = gafopr (pst, &pst2, 12);
  if (rc) {
    gafree (pst);
    gafree (&pst2);
  }
  return (rc);
}

/* Performs a bi-linear interpolation between two grids, 
   adapted from the external UDF lterp.
*/ 
gaint fflterp (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
struct gagrid *pgr1,*pgr2;
gadouble (*iconv) (gadouble *, gadouble);
gadouble *x1=NULL,*x2=NULL,*y1=NULL,*y2=NULL;
gadouble *gr1,*gr2;
gadouble xd,yd,rd,t1,t2,tstrt,tscl;
gaint rc,i,j,i1,i2,ij,ij2,idir2,jdir2,j1,j2,error=0;
char *gr1u,*gr2u;
size_t sz;
  
  if (pfc->argnum!=2) {
    gaprnt (0,"Error from LTERP: Two arguments expected \n");
    return (1);
  }

   /* Evaluate the 2nd expression, the destination grid */
  pst2=*pst;
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) { error=1; goto err; }
  if (pst->type!=1) {
    gaprnt (0,"Error from LTERP: The 2nd argument is not a grid expression \n");
    error=1; goto err;
  }

  /* Check environment */
  if (pst->idim==-1) {
    gaprnt (0,"Error from LTERP: The destination grid is a constant \n");
    error=1; goto err;
  }
  if (pst->idim==2 || pst->idim==4 || pst->jdim==2 || pst->jdim==4) {
    gaprnt (0,"Error from LTERP: The grids cannot vary in Z or E \n");
    error=1; goto err;
  }

  /* Evaluate the 1st expression, the data values to be interpolated */
  rc = gaexpr(pfc->argpnt[0],&pst2);
  if (rc) { error=1; goto err; }
  if (pst2.type!=1) {
    gaprnt (0,"Error from LTERP: The 1st argument is not a grid expression \n");
    error=1; goto err;
  }

  /* Verify that the varying dimensions are equivalent */
  if (pst->idim!=pst2.idim || pst->jdim!=pst2.jdim) {
    gaprnt (0,"Error from LTERP: Grids have different varying dimensions \n");
    error=1; goto err;
  }

  /* Get the grids */
  pgr1 = pst2.result.pgr;     /* data source grid (input)  */
  pgr2 = pst->result.pgr;     /* destination grid (result) */
  gr1  = pgr1->grid;
  gr1u = pgr1->umask;
  gr2  = pgr2->grid;
  gr2u = pgr2->umask;

  /* If the time dimension varies, the time increment must be equivalent 
     (we won't interpolate from months to minutes) */
  if (pst->idim==3) {
    if ((*(pgr1->ivals+6)<0.5 && *(pgr2->ivals+6)>0.8) || 
	(*(pgr1->ivals+6)>0.8 && *(pgr2->ivals+6)<0.5)) {
      gaprnt (0,"Error from LTERP: Grids do not have matching time increments \n");
      error=1; goto err;
    }
  }
  if (pst->jdim==3) {
    if ((*(pgr1->jvals+6)<0.5 && *(pgr2->jvals+6)>0.8) || 
	(*(pgr1->jvals+6)>0.8 && *(pgr2->jvals+6)<0.5)) {
      gaprnt (0,"Error from LTERP: Grids do not have matching time increments \n");
      error=1; goto err;
    }
  }

  /* get i dim coordinates for both grids */
  if (pgr1->idim>-1) {
    x1 = NULL;
    sz = sizeof(gadouble)*pgr1->isiz;
    x1 = (gadouble *)galloc(sz,"x1");
    if (x1==NULL) { error=1; goto err; }
    if (pgr1->idim==3) {
      j=0;
      for (i=pgr1->dimmin[pgr1->idim];i<=pgr1->dimmax[pgr1->idim];i++) {
	*(x1+j) = (gadouble)i;
	j++;
      }
    } else {
      iconv = pgr1->igrab;
      j=0;
      for (i=pgr1->dimmin[pgr1->idim];i<=pgr1->dimmax[pgr1->idim];i++) {
	*(x1+j) = iconv(pgr1->ivals,(gadouble)i);
	j++;
      }
    }
  }
  if (pgr2->idim>-1) {
    x2 = NULL;
    sz = sizeof(gadouble)*pgr2->isiz;
    x2 = (gadouble *)galloc(sz,"x2");
    if (x2==NULL) { error=1; goto err; }
    if (pgr2->idim==3) {
      j=0;
      for (i=pgr2->dimmin[pgr2->idim];i<=pgr2->dimmax[pgr2->idim];i++) {
	*(x2+j) = (gadouble)i;
	j++;
      }
    } else {
      iconv = pgr2->igrab;
      j=0;
      for (i=pgr2->dimmin[pgr2->idim];i<=pgr2->dimmax[pgr2->idim];i++) {
	*(x2+j) = iconv(pgr2->ivals,(gadouble)i);
	j++;
      }
    }
  }

  /* get j dim coordinates for both grids */
  if (pgr1->jdim>-1) {
    y1 = NULL;
    sz = sizeof(gadouble)*pgr1->jsiz;
    y1 = (gadouble *)galloc(sz,"y1");
    if (y1==NULL) { error=1; goto err; }
    if (pgr1->jdim==3) {
      j=0;
      for (i=pgr1->dimmin[pgr1->jdim];i<=pgr1->dimmax[pgr1->jdim];i++) {
	*(y1+j) = (gadouble)i;
	j++;
      }
    } else {
      iconv = pgr1->jgrab;
      j=0;
      for (i=pgr1->dimmin[pgr1->jdim];i<=pgr1->dimmax[pgr1->jdim];i++) {
	*(y1+j) = iconv(pgr1->jvals,(gadouble)i);
	j++;
      }
    }
  }
  if (pgr2->jdim>-1) {
    y2 = NULL;
    sz = sizeof(gadouble)*pgr2->jsiz;
    y2 = (gadouble *)galloc(sz,"y2");
    if (y2==NULL) { error=1; goto err; }
    if (pgr2->jdim==3) {
      j=0;
      for (i=pgr2->dimmin[pgr2->jdim];i<=pgr2->dimmax[pgr2->jdim];i++) {
	*(y2+j) = (gadouble)i;
	j++;
      }
    } else {
      iconv = pgr2->jgrab;
      j=0;
      for (i=pgr2->dimmin[pgr2->jdim];i<=pgr2->dimmax[pgr2->jdim];i++) {
	*(y2+j) = iconv(pgr2->jvals,(gadouble)i);
	j++;
      }
    }
  }

  /* Normalize the time coordinates.  We want the grid time values to
     be the same coordinate system for each grid.  */
  if (pst->idim==3 || pst->jdim==3) {
    tstrt = (gadouble)pgr2->dimmin[3];
    if (pst->idim==3) {               
      /* the i dimension is T-varying */
      /* determine scaling factor */
      if (pgr1->ivals[6]>0.8) 
	tscl = pgr2->ivals[6] / pgr1->ivals[6] ;
      else 
	tscl = pgr2->ivals[5] / pgr1->ivals[5] ;
      /* normalize */
      for (i=0; iisiz; i++) *(x2+i) = tstrt+tscl*(gadouble)i;
    } 
    else {                            
      /* the j dimension is T-varying */
      /* determine scaling factor */
      if (pgr1->jvals[6]>0.8) 
	tscl = pgr2->jvals[6] / pgr1->jvals[6] ;
      else 
	tscl = pgr2->jvals[5] / pgr1->jvals[5] ;
      /* normalize */
      for (i=0; ijsiz; i++) *(y2+i) = tstrt+tscl*(gadouble)i;
    }
  }

  /* see which way x y vary with i */
  if (pgr2->ilinr == 0) {
    idir2 = -1;
    if (*(x2+1) > *x2) idir2 = 1;
  } else {
    idir2 = 1;
  }

  if (pgr2->jlinr == 0) {
    jdir2 = -1;
    if (*(y2+1) > *y2) jdir2 = 1;
  } else {
    jdir2 = 1;
  }

  /* Do the interpolation */
  if (pgr1->jdim<0) {
    /* 1D */
    i1 = -1;
    for (i2=0; i2isiz; i2++) {
      if (idir2 == 1) {
	while (i1isiz-1 && *(x1+i1+1)<=*(x2+i2)) i1++;
      } else {
	while (i1isiz-1 && *(x1+i1+1)>=*(x2+i2)) i1++;
      } 
      if (i1==pgr1->isiz-1 && *(x1+i1)==*(x2+i2)) i1--;
      if (i1<0 || i1>pgr1->isiz-2 || *(gr1u+i1)==0 || *(gr1u+i1+1)==0) 
	*(gr2u+i2) = 0;
      else {
        xd = *(x1+i1+1) - *(x1+i1);
        rd = *(gr1+i1+1) - *(gr1+i1);
        *(gr2+i2) = *(gr1+i1)+(*(x2+i2)-*(x1+i1))*rd/xd;
	*(gr2u+i2) = 1;
      }
    }
  } else {
    /* 2D */
    j1 = -1;
    for (j2=0; j2jsiz; j2++) {
      if (jdir2 == 1) {
	while (j1jsiz-1 && *(y1+j1+1)<=*(y2+j2)) j1++;
      } else {
	while (j1jsiz-1 && *(y1+j1+1)>=*(y2+j2)) j1++;
      }
      if (j1==pgr1->jsiz-1 && *(y1+j1)==*(y2+j2)) j1--;
      i1 = -1;
      for (i2=0; i2isiz; i2++) {
	if(idir2 == 1) {
	  while (i1isiz-1 && *(x1+i1+1)<=*(x2+i2)) i1++;
	} else {
	  while (i1isiz-1 && *(x1+i1+1)>=*(x2+i2)) i1++;
	} 
        if (i1==pgr1->isiz-1 && *(x1+i1)==*(x2+i2)) i1--;
        ij = j1*pgr1->isiz+i1;
        ij2 = j2*pgr2->isiz+i2;
        if ( i1<0 || i1>pgr1->isiz-2 || 
	     j1<0 || j1>pgr1->jsiz-2 ||
             *(gr1u+ij)==0 || *(gr1u+ij+1)==0 ||
             *(gr1u+ij+pgr1->isiz)==0 || *(gr1u+ij+pgr1->isiz+1)==0 ) 
	  *(gr2u+ij2) = 0;
        else {
          yd = *(y1+j1+1) - *(y1+j1);
          rd = *(gr1+ij+pgr1->isiz) - *(gr1+ij);
          t1 = *(gr1+ij) + (*(y2+j2)-*(y1+j1))*rd/yd;
          rd = *(gr1+ij+pgr1->isiz+1) - *(gr1+ij+1);
          t2 = *(gr1+ij+1) + (*(y2+j2)-*(y1+j1))*rd/yd;
          xd = *(x1+i1+1) - *(x1+i1);
          *(gr2+ij2) = t1 + (*(x2+i2)-*(x1+i1))*(t2-t1)/xd;
	  *(gr2u+ij2) = 1;
        }
      }
    }
  }
      
err:

  /* release memory */
  gafree (&pst2);
  if (error) if (pst) gafree (pst); 
  if (x1!=NULL) gree(x1,"f400");
  if (x2!=NULL) gree(x2,"f401");
  if (y1!=NULL) gree(y1,"f402");
  if (y2!=NULL) gree(y2,"f403");
  if (error) 
    return 1;
  else 
    return 0;
}

/* Perform a two-operand operation which may have both grid or
   stn data types involved.  */

gaint gafopr (struct gastat *pst1, struct gastat *pst2, gaint op) {
struct gagrid *pgr;
struct gastn *stn;

  /* Check for grid-grid operation */
  pgr=NULL;
  if (pst1->type == 1 && pst2->type==1) {
    pgr = gagrop(pst1->result.pgr, pst2->result.pgr, op, 1);
    if (pgr==NULL) return (1);
    pst1->type = 1;
    pst1->result.pgr = pgr;
    return (0);
  }

  /* If both stns, do stn-stn operation */
  if (pst1->type==0 && pst2->type==0 ) {
    stn = gastop(pst1->result.stn, pst2->result.stn, op, 1);
    if (stn==NULL) return (1);
    pst1->type = 0;
    pst1->result.stn = stn;
    return (0);
  }

  /* Operation between grid and stn is invalid -- unless the grid
     is really a constant.  Check for this.  */
  if (pst1->type == 1) pgr=pst1->result.pgr;
  if (pst2->type == 1) pgr=pst2->result.pgr;
  if (pgr->idim == -1 && pgr->jdim == -1) {
    if (pst1->type == 0) {
      stn = gascop (pst1->result.stn, pgr->rmin, op, 0);
    } else {
      stn = gascop (pst2->result.stn, pgr->rmin, op, 1);
    }
    if (stn==NULL) return (1);
    gagfre (pgr);
    pst1->type = 0;
    pst1->result.stn = stn;
  } else {
    gaprnt (0,"Operation Error: Incompatable Data Types\n");
    gaprnt (0,"  One operand was stn data, other was grid\n");
    return (1);
  }
  return (0);
}

char *aavenam[4] = {"AAVE","AMEAN","ASUM","ASUMG"};

gaint ffaav (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = aave (pfc, pst, 1);
   return (rc);
}

gaint ffamn (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = aave (pfc, pst, 2);
   return (rc);
}

gaint ffasum (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = aave (pfc, pst, 3);
   return (rc);
}

gaint ffasumg (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = aave (pfc, pst, 4);
   return (rc);
}

gaint aave (struct gafunc *pfc, struct gastat *pst, int sel) {
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*jconv) (gadouble *, gadouble);
struct gagrid *pgr;
struct gafile *pfi;
gadouble res=-999,x1,x2,y1,y2,undef;
gaint dim,wflag,rc,gflag=0;
char *ch,*fnam,resu;

  fnam = aavenam[sel-1];

  /* Check for valid number of args       */
  if (pfc->argnum==2 && !strncmp(pfc->argpnt[1],"global",1)) gflag=1;
  if (pfc->argnum!=5 && !gflag) {
    snprintf(pout,255,"Error from %s:  Too many or too few args\n",fnam);
    gaprnt(0,pout);
    gaprnt (0,"                  5 arguments expected \n");
    return (1);
  }

  /* Check environment.  Z or T or E can't vary.  */
  if (pst->idim>1 || pst->jdim>1) {
    snprintf(pout,255,"Error from %s  Invalid environment.  ",fnam);
    gaprnt(0,pout);
    gaprnt (0,"Z, T, or E can't vary.\n");
    return (1);
  }

  /* Parse the dimension expressions */
  pfi = pst->pfid;
  if (gflag) {
    ch = dimprs ("lon=0", pst, pfi, &dim, &x1, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag && sel!=4) x1 = x1 - 0.5;
    ch = dimprs ("lon=360", pst, pfi, &dim, &x2, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag && sel!=4) x2 = x2 + 0.5;
    ch = dimprs ("lat=-90", pst, pfi, &dim, &y1, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag && sel!=4) y1 = y1 - 0.5;
    ch = dimprs ("lat=90", pst, pfi, &dim, &y2, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag && sel!=4) y2 = y2 + 0.5;
  } else {
    pfi = pst->pfid;
    ch = dimprs (pfc->argpnt[1], pst, pfi, &dim, &x1, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag && sel!=4) x1 = x1 - 0.5;
    ch = dimprs (pfc->argpnt[2], pst, pfi, &dim, &x2, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag && sel!=4) x2 = x2 + 0.5;
    ch = dimprs (pfc->argpnt[3], pst, pfi, &dim, &y1, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag && sel!=4) y1 = y1 - 0.5;
    ch = dimprs (pfc->argpnt[4], pst, pfi, &dim, &y2, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag && sel!=4) y2 = y2 + 0.5;
  }

  /* Set up pst block properly to get the grid */
  iconv = pfi->gr2ab[0];
  pst->dmin[0] = iconv(pfi->grvals[0],x1);
  pst->dmax[0] = iconv(pfi->grvals[0],x2);
  jconv = pfi->gr2ab[1];
  pst->dmin[1] = jconv(pfi->grvals[1],y1);
  pst->dmax[1] = jconv(pfi->grvals[1],y2);
  pst->idim = 0;
  pst->jdim = 1;

  /* Get the grid */

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type!=1) {
    gafree (pst);
    return (-1);
  }
  pgr = pst->result.pgr;

  /* Average over the grid  */
  resu = doaave(pgr,pst->dmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],sel,&res);
  undef = pgr->undef;
  gafree (pst);
  pgr = gagrvl(res);
  pgr->umin = resu;
  pgr->undef = undef;
  pst->type = 1;
  pst->result.pgr = pgr;
  return (0);

err1:
  snprintf(pout,255,"Error from %s:  Invalid dimension expression \n",fnam);
  gaprnt(0,pout);
  return (1);
}

gaint ffscor (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = scorr (pfc, pst, 1);
   return (rc);
}

gaint ffsreg (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = scorr (pfc,pst,2);
  return (rc);
}

gaint scorr (struct gafunc *pfc, struct gastat *pst, gaint sel) {
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*jconv) (gadouble *, gadouble);
struct gagrid *pgr,*pgr2;
struct gafile *pfi;
struct gastat pst2;
gadouble *gr1, *gr2, *gr3, *grid3;
gadouble res,x1,x2,y1,y2,undef,mn1,mn2,s1,s2,ss,cov;
gaint i,dim,wflag,rc,cnt,gflag=0;
char *ch,*gr1u,*gr2u,*grid3u,*gr3u,s1u,s2u,mn1u,mn2u,resu,covu;
size_t sz;

   mn1=mn2=s1=s2=cov=ss=res=0;   

  /* Check for valid number of args       */
  if (pfc->argnum==3 && !strncmp(pfc->argpnt[2],"global",1)) gflag=1;
  if (pfc->argnum!=6 && !gflag) {
    gaprnt (0,"Error from SCORR:  Too many or too few args \n");
    gaprnt (0,"                   6 arguments expected \n");
    return (1);
  }

  /* Check environment.  Z or T or E can't vary.  */
  if (pst->idim>1 || pst->jdim>1) {
    gaprnt (0,"Error from SCORR:  Invalid environment.  ");
    gaprnt (0,"Z, T, or E cannot vary.\n");
    return (1);
  }

  /* Parse the dimension expressions */
  pfi = pst->pfid;
  if (gflag) {
    ch = dimprs ("lon=0", pst, pfi, &dim, &x1, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag) x1 = x1 - 0.5;
    ch = dimprs ("lon=360", pst, pfi, &dim, &x2, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag) x2 = x2 + 0.5;
    ch = dimprs ("lat=-90", pst, pfi, &dim, &y1, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag) y1 = y1 - 0.5;
    ch = dimprs ("lat=90", pst, pfi, &dim, &y2, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag) y2 = y2 + 0.5;
  } else {
    ch = dimprs (pfc->argpnt[2], pst, pfi, &dim, &x1, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag) x1 = x1 - 0.5;
    ch = dimprs (pfc->argpnt[3], pst, pfi, &dim, &x2, 1, &wflag);
    if (ch==NULL || dim!=0) goto err1;
    if (!wflag) x2 = x2 + 0.5;
    ch = dimprs (pfc->argpnt[4], pst, pfi, &dim, &y1, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag) y1 = y1 - 0.5;
    ch = dimprs (pfc->argpnt[5], pst, pfi, &dim, &y2, 1, &wflag);
    if (ch==NULL || dim!=1) goto err1;
    if (!wflag) y2 = y2 + 0.5;
  }

  /* Set up pst block properly to get the grids */
  iconv = pfi->gr2ab[0];
  pst->dmin[0] = iconv(pfi->grvals[0],x1);
  pst->dmax[0] = iconv(pfi->grvals[0],x2);
  jconv = pfi->gr2ab[1];
  pst->dmin[1] = jconv(pfi->grvals[1],y1);
  pst->dmax[1] = jconv(pfi->grvals[1],y2);
  pst->idim = 0;
  pst->jdim = 1;
  pst2 = *pst;

  /* Get the first grid */
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type!=1) {
    gafree (pst);
    return (-1);
  }
  pgr = pst->result.pgr;

  /* Get the 2nd grid */
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) return (rc);
  if (pst2.type!=1) {
    gafree (&pst2);
    gafree (pst);
    return (-1);
  }
  pgr2 = pst2.result.pgr;

  /* Verify that the grids are compatible for operations */
  if (gagchk(pgr,pgr2,0) || gagchk(pgr,pgr2,1)) {
    gaprnt (0,"Error from SCORR:  Incompatable grids\n");
    gafree (&pst2);
    gafree (pst);
    return (1);
  }

  /* Force missing data values to be reflected in each grid.  */
  cnt = pgr->isiz * pgr->jsiz;
  gr1 = pgr->grid;
  gr2 = pgr2->grid;
  gr1u = pgr->umask;
  gr2u = pgr2->umask;
  for (i=0; idmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],1,&mn1);
  mn2u = doaave(pgr2,pst->dmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],1,&mn2);

  /* result from doaave was undefined */
  if (mn1u==0 || mn2u==0) {
    resu = 0;
  } 
  else {

    /* Remove the mean from the fields */
    gr1 = pgr->grid;
    gr2 = pgr2->grid;
    gr1u = pgr->umask;
    gr2u = pgr2->umask;
    for (i=0; igrid;
    gr2 = pgr2->grid;
    gr3 = grid3;
    gr1u = pgr->umask;
    gr2u = pgr2->umask;
    gr3u = grid3u;
    for (i=0; idmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],1,&s1);
    s2u = doaave(pgr2,pst->dmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],1,&s2);
    gr1 = pgr->grid;
    gr1u = pgr->umask;
    gr3 = grid3;
    gr3u = grid3u;
    for (i=0; idmin[0],pst->dmax[0],pst->dmin[1],pst->dmax[1],1,&cov);
    if (sel == 1) ss = sqrt(s1*s2);
    if (sel == 2) ss = sqrt(s1*s1);
    if (ss>0.0) {
      res = cov/ss;
      resu = 1;
    }
    else resu = 0;
    gree(grid3,"f408a");
    gree(grid3u,"f408c");
  }

  undef = pgr->undef;

  gafree (pst);
  gafree (&pst2);

  pgr = gagrvl(res);
  pgr->umin = resu;
  pgr->undef = undef; 
  pst->type = 1;
  pst->result.pgr = pgr;
  return (0);

err1:
  gaprnt (0,"Error from SCORR:  Invalid dimension expression \n");
  return (1);
}

/* Function that actually does area average over a grid */

char doaave(struct gagrid *pgr, gadouble dmin0, gadouble dmax0,
		gadouble dmin1, gadouble dmax1, gaint sel, gadouble *result) {
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*jconv) (gadouble *, gadouble);
gadouble *ivals, *jvals, *gr;
gadouble rad,sum,w1,w2=0,y1,x1,abs,alo,ahi,alen,wt;
gaint i,j;
char *gru,sumu=0;

  rad = 3.1416/180.0;
  iconv = pgr->igrab;
  jconv = pgr->jgrab;
  ivals = pgr->ivals;
  jvals = pgr->jvals;
  sum = 0.0; 
  wt = 0.0;
  gr  = pgr->grid;
  gru = pgr->umask;
  for (j=0; jjsiz; j++) {
    w1 = 1.0;
    y1 = (gadouble)(j+pgr->dimmin[1]);
    abs = jconv(jvals, y1);
    alo = jconv(jvals, y1-0.5);
    ahi = jconv(jvals, y1+0.5);
    alen=fabs(ahi-alo);                /* length of the grid side in world coord */
    if (alo < dmin1) alo = dmin1;
    if (alo > dmax1) alo = dmax1;
    if (ahi < dmin1) ahi = dmin1;
    if (ahi > dmax1) ahi = dmax1;
    if (alo < -90.0) alo = -90.0; if (ahi < -90.0) ahi = -90.0;
    if (alo >  90.0) alo =  90.0; if (ahi >  90.0) ahi =  90.0;
    if (sel==1) {
      w1 = fabs(sin(ahi*rad)-sin(alo*rad));  /* area weighting (aave) */
    } 
    else if (sel==2) { 
      w1 = fabs(ahi-alo);                    /* simple weighting (amean) */
    } 
    else if (sel==3) {
      if (alen > FUZZ_SCALE) {                /* grid weighting (asum) */
	w1=fabs(ahi-alo)/alen;                 
      } 
      else {
	w1=0.0;
      }
    }

    for (i=0; iisiz; i++) {
      x1 = (gadouble)(i+pgr->dimmin[0]);
      alo = iconv(ivals, x1-0.5);
      ahi = iconv(ivals, x1+0.5);
      alen=fabs(ahi-alo);
      if (alo < dmin0) alo = dmin0;
      if (alo > dmax0) alo = dmax0;
      if (ahi < dmin0) ahi = dmin0;
      if (ahi > dmax0) ahi = dmax0;

      if(sel==1) {
	w2 = ahi - alo;
      } 
      else if (sel==2) {
	w2 = ahi - alo;
      } 
      else if (sel==3) {
	if (alen > FUZZ_SCALE) {                /* grid weighting (asum) */
	  w2=fabs(ahi-alo)/alen;                 
	} 
	else {
	  w2=0.0;
	}
      } 
      else if (sel==4) {
	w2=1.0;              /* no weighting (asumg) */
      }

      if (*gru != 0) {
	if (sel<=3) {
	  sum = sum + (*gr * w1 * w2);
	} 
	else if (sel==4) {
	  sum = sum + *gr;    /* no weighting (asumg) */   
	}
        wt = wt + (w1 * w2);
      }
      gr++; gru++;
    }
  }
  if (wt>0.0) {
    sumu = 1;
    if (sel<=2) {
      sum = sum / wt;
    }
  } 
  else {
    sumu = 0;
    sum = pgr->undef;
  }
  *result = sum;
  return (sumu);
}

/* Time correlation */

gaint fftcor (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = tmaskf (pfc, pst, 2);
   return (rc);
}

/* Time regression */  /* Timlin */

gaint fftreg (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = tmaskf (pfc,pst,3);
  return (rc);
}

/* Time mean, masked and arbitrarily weighted. */

gaint fftmav (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
   rc = tmaskf (pfc, pst, 1);
   return (rc);
}

char *tmnam[3] = {"TMAVE","TCORR","TREGR"};

/* Following function does time series operations that
   involve a mask grid, where if the first mask grid
   is undefined, the 2nd grid is not even accessed.
   This saves processing time for composite means and
   such.  Variable sel determines the function operation:

     sel = 1:  time mean.
     sel = 2:  time correlation.
     sel = 3:  time regression.     */

gaint tmaskf (struct gafunc *pfc, struct gastat *pst, gaint sel) {
struct gafile *pfi;
struct gagrid *pgr;
gadouble *gr, *mn1, *mn2, *cnt, *s1, *s2, *cov, *wt;
gadouble t1,t2,vv,res=0,v1,v2;
gaint dim,wflag=0,d1,d2,d,rc,i,siz,size=0;
char *ch,*fnam, uu, *gru, *mn1u, *mn2u, *cntu, *s1u, *s2u, *covu, resu=0;
size_t sz;

  cov=s2=s1=cnt=mn2=wt=0;
  s1u=mn2u=mn1u=NULL;

  fnam = tmnam[sel-1];
  /* Check for valid number of args       */
  if (pfc->argnum!=4) {
    snprintf(pout,255,"Error from %s:  Too many or too few args\n",fnam);
    gaprnt (0,pout);
    gaprnt (0,"                   4 arguments expected \n");
    return (1);
  }

  /* Parse the dimension expression       */
  pfi = pst->pfid;
  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim, &t1, 1, &wflag);
  if (ch==NULL || dim!=3 || wflag==2) {
    snprintf(pout,255,"Error from %s:  1st dimension expr invalid\n",fnam);
    gaprnt (0,pout);
    if (dim!=3) gaprnt (0,"  expr does not describe time dimension\n");
    if (wflag==2) {
      snprintf(pout,255,"  offt expression not supported as an arg to %s\n",fnam);
      gaprnt (0,pout);
    }
    return (1);
  }

  /* Now parse the 2nd dimension expression.  */
  ch = dimprs (pfc->argpnt[3], pst, pfi, &dim, &t2, 1, &wflag);
  if (ch==NULL || dim!=3 || t2jdim==dim) pst->jdim = -1;
  d1 =  ceil(t1-0.001);          /* Loop limits are integers    */
  d2 = floor(t2+0.001);          /* No weighting  */
  snprintf(pout,255,"%s:  dim = %i, start = %i, end = %i\n", fnam, dim, d1, d2);
  gaprnt (2,pout);

  rc = 0;
  mn1 = NULL;
  for (d=d1; d<=d2 && !rc; d++) {
    gr2t (pfi->grvals[3],d,&(pst->tmin));
    pst->tmax = pst->tmin;
    rc = gaexpr(pfc->argpnt[0],pst);
    if (rc) goto err2;
    if (!rc && pst->type==0) {
      gafree (pst);
      goto err3;
    }
    pgr = pst->result.pgr;
    if (pgr->idim != -1 || pgr->isiz!=1 || pgr->jsiz!=1) {
      snprintf(pout,255,"Error from %s:  1st arg must be 0-D\n",fnam);
      gaprnt (0,pout);
      gafree (pst);
      goto err2;
    }
    vv = pgr->rmin;
    uu = pgr->umin;
    gafree (pst);
    if (uu!=0) {
      rc = gaexpr(pfc->argpnt[1],pst);
      if (rc) goto err2;
      if (!rc && pst->type==0) {
        gafree (pst);
        goto err3;
      }
      pgr = pst->result.pgr;
      siz = pgr->isiz * pgr->jsiz;
      if (mn1==NULL) {
        i = 2;
        if (sel==2 || sel==3) i = 6;
	sz = sizeof(gadouble)*siz*i;
        mn1 = (gadouble *)galloc(sz,"tmaskmn1");
        if (mn1==NULL) {
          gafree (pst);
          goto err1;
        }
	sz = sizeof(char)*siz*i;
        mn1u = (char *)galloc(sz,"tmaskmn1u");
        if (mn1u==NULL) {
          gafree (pst);
          goto err1;
        }
        if (sel==1) {
          wt = mn1 + siz;
          for (i=0; igrid;
      gru = pgr->umask;
      for (i=0; i0.0) {
          *(mn1+i) = *(mn1+i) / *(wt+i);
	  *(mn1u+i) = 1;
        } else {
          *(mn1u+i) = 0;
        }
      }
    }
    if (sel==2 || sel==3) {
      for (i=0; i0.0) {
          *(mn1+i) = *(mn1+i) / *(cnt+i);
          *(mn2+i) = *(mn2+i) / *(cnt+i);
	  *(mn1u+i) = 1;
	  *(mn2u+i) = 1;
        } else {
          *(mn1u+i) = 0;
          *(mn2u+i) = 0;
        }
      }
    }
  }

  /* Loop through time again if needed; do squares and cov.
     Less error checking this time through. */

  if ((sel==2 || sel==3) && mn1) {
    rc = 0;
    for (d=d1; d<=d2 && !rc; d++) {
      gr2t (pfi->grvals[3],d,&(pst->tmin));
      pst->tmax = pst->tmin;
      rc = gaexpr(pfc->argpnt[0],pst);
      if (rc) goto err2;
      pgr = pst->result.pgr;
      vv = pgr->rmin;
      uu = pgr->umin;
      gafree (pst);
      rc = gaexpr(pfc->argpnt[1],pst);
      if (rc) goto err2;
      pgr = pst->result.pgr;
      gr  = pgr->grid;
      gru = pgr->umask;
      for (i=0; i 0.0) {
            v1 = vv - *(mn1+i);
            *(s1+i) += v1*v1;
            v2 = *gr - *(mn2+i);
            *(s2+i) += v2*v2;
            *(cov+i) += v1*v2;
          }
        }
        gr++; gru++;
      }
      gafree (pst);
    }

    for (i=0; i 0.0) {
        *(s1+i) = *(s1+i) / *(cnt+i);
        *(s2+i) = *(s2+i) / *(cnt+i);
        *(cov+i) = *(cov+i) / *(cnt+i);
        if (sel==2) {
	  res = sqrt(*(s1+i) * *(s2+i));
	  resu = 1;
	}
        if (sel==3) {
	  res = sqrt(*(s1+i) * *(s1+i));
	  resu = 1;
	}
        if (res==0.0) {
	  resu = 0;
	}
        else {
	  res = *(cov+i)/res;
	  resu = 1;
	}
      } else resu = 0;
      *(s1+i)  = res;
      *(s1u+i) = resu;
    }
  }

  /* Get one final grid, and use it to return the result. */

  gr2t (pfi->grvals[3],d1,&(pst->tmin));
  pst->tmax = pst->tmin;
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) goto err2;
  if (!rc && pst->type==0) {
    gafree (pst);
    goto err3;
  }
  pgr = pst->result.pgr;
  siz = pgr->isiz * pgr->jsiz;
  gr  = pgr->grid;
  gru = pgr->umask;
  if (mn1) {
    if (size != siz) {
      gafree (pst);
      goto err2;
    }
    if (sel==1) {
      for (i=0; iargnum<3 || pfc->argnum>5) {
    snprintf(pout,255,"Error from %s:  Too many or too few args \n",fnam);
    gaprnt(0,pout);
    gaprnt (0,"                 3 to 5 arguments expected \n");
    return (1);
  }

  /* Parse the 1st dimension expression */
  pfi = pst->pfid;
  ch = dimprs (pfc->argpnt[1], pst, pfi, &dim, &gr1, 1, &wflag);
  if (ch==NULL || wflag==2) {
    snprintf(pout,255,"Error from %s:  1st dimension expression invalid\n",fnam);
    gaprnt(0,pout);
    if (wflag==2) {
      snprintf(pout,255,"  offt expression not supported as an arg to %s\n",fnam);
      gaprnt (0,pout);
    }
    return (1);
  }

  /* Parse the 2nd dimension expression */
  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim2, &gr2, 1, &wflag);
  if (ch==NULL || dim2!=dim || gr2argnum == 4) {
    if (*(pfc->argpnt[3]) == '-') {    /* Option flags? */
      if (*(pfc->argpnt[3]+1) == 'b') bndflg = 1;
      else {
        snprintf(pout,255,"Error from %s: Invalid option flags\n",fnam);
        gaprnt(0,pout);
        return(1);
      }
    } else {                           
      /* Must be time increment */
      if (dim!=3) {
        snprintf(pout,255,"Error from %s: Invalid usage of increment value\n",fnam);
        gaprnt(0,pout);
        gaprnt (0,"                Can only be used with time averaging\n");
        return (1);
      }
      ch = intprs(pfc->argpnt[3],&incr);
      if (ch==NULL) goto err3;

      /* If a relative date/time was given, the increment is obtained
         by looking at the default file structure (which assumes
         knowledge of how date/time conversions are done) */
      if (*ch!='\0') {
        ch = rdtprs(pfc->argpnt[3],&tinc);
        if (ch==NULL) goto err3;
        mos = tinc.yr*12 + tinc.mo;
        mns = tinc.dy*1140 + tinc.hr*60 + tinc.mn;
        val = pfi->grvals[3];
        if (mos>0 && *(val+5)>0) {
          incr = mos / (*(val+5));
          if (mos!=incr*(*(val+5))) goto err3;
        }
        else if (mns>0 && *(val+6)>0) {
          incr = mns / (*(val+6));
          if (mns!=incr*(*(val+6))) goto err3;
        }
        else goto err3;
      }
    }
  }
  if (pfc->argnum == 5) {
    if (*(pfc->argpnt[4]) == '-' &&
        *(pfc->argpnt[4]+1) == 'b') bndflg = 1;
    else {
      snprintf(pout,255,"Error from %s: Invalid option flags\n",fnam);
      gaprnt(0,pout);
      return(1);
    }
  }

  /* Get the first two grids */

  if (pst->idim==dim) {          /* Fewer varying dims if user */
    pst->idim = pst->jdim;       /* averaging over varying dim */
    pst->jdim = -1;
  }
  ilin = pfi->linear[dim];
  if (pst->jdim==dim) pst->jdim = -1;
  d1 = ceil(gr1-0.001);          /* Ave limits are integers    */
  d2 = floor(gr2+0.001);
  if (bndflg) {
    d1 = floor(gr1+0.5);
    d2 = ceil(gr2-0.5);
    if (dim!=3) {
      conv = pfi->gr2ab[dim];
      wlo = conv(pfi->grvals[dim],gr1);
      whi = conv(pfi->grvals[dim],gr2);
    }
  }

  if(mfcmn.warnflg > 0) {
    if (sel == 1) {
      snprintf(pout,255,"Averaging.  dim = %i, start = %i, end = %i\n", dim, d1, d2);
    } else {
      snprintf(pout,255,"%sing.  dim = %i, start = %i, end = %i\n", fnam, dim, d1, d2);
    }
    gaprnt (2,pout);
  }

  /* Figure out weights for 1st grid */
  wt1 = 1.0;                     

  /*-----  time */
  if (dim==3) {
    gr2t (pfi->grvals[3],d1,&(pst->tmin));
    pst->tmax = pst->tmin;
    if (bndflg) {
      rd1 = d1;
      if (gr1 < rd1+0.5) wt1 = (rd1+0.5)-gr1;
      if (gr2 > rd1-0.5) wt1 = gr2 + 0.5 - rd1;
      if (wt1<0.0) wt1=0.0;
    }
  } 
  /*-----  lon,lat,lev,ens */
  else {
    conv = pfi->gr2ab[dim];
    abs = conv(pfi->grvals[dim],d1);
    alo = conv(pfi->grvals[dim],d1-0.5);
    ahi = conv(pfi->grvals[dim],d1+0.5);
    alen=fabs(ahi-alo);
    pst->dmin[dim] = abs;
    pst->dmax[dim] = abs;
    if (bndflg) {
      if (whi wlo) alo = wlo;
        if (ahi > wlo) ahi = wlo;
        if (alo < whi) alo = whi;
        if (ahi < whi) ahi = whi;
      } else {
        if (alo < wlo) alo = wlo;
        if (ahi < wlo) ahi = wlo;
        if (alo > whi) alo = whi;
        if (ahi > whi) ahi = whi;
      }
    }
    /*-----  lat scaling */
    if (dim==1) {
      if (alo >  90.0) alo =  90.0;
      if (ahi >  90.0) ahi =  90.0;
      if (alo < -90.0) alo = -90.0;
      if (ahi < -90.0) ahi = -90.0;
      if (sel==1) {                                                   /* ave */
	wt1 = fabs(sin(ahi*3.1416/180.0)-sin(alo*3.1416/180.0));
      } else if (sel==2) {                                            /* mean */
	wt1 = fabs(ahi-alo);
      } else if (sel==3) {                                            /* sum */
	if (alen > FUZZ_SCALE) {
	  wt1=fabs(ahi-alo)/alen;
	} else {
	  wt1=0.0;
	}
      } else if (sel==4) {                                            /* sumg */
	wt1=1.0;
      }
    } 
    /* -----   lon,lev,ens scaling */
    else {
      if(sel<=2) {                                        /* ave, mean */
	wt1 = ahi - alo;
      } else if (sel==3) {                                /* sum */
	if (alen > FUZZ_SCALE) {
	  wt1=fabs(ahi-alo)/alen;
	} else {
	  wt1=0.0;
	}
      } else if (sel==4) {                                /* sumg */
	wt1=1.0;
      }
    } 
  }
  
  /* Get first grid */
  rc = gaexpr(pfc->argpnt[0],pst);     
  if (rc) return (rc);
  if (pst->type == 0) {
    gafree (pst);
    return(-1);
  }
  pgr1 = pst->result.pgr;

  d = d1 + incr;                       /* If only grid, just return */
  if (d>d2)  {
    if (sel==7 || sel==8) {
      siz = pgr1->isiz * pgr1->jsiz;
      sum  = pgr1->grid;
      sumu = pgr1->umask;
      for (i=0; igrvals[3],d,&(pst->tmin));
    pst->tmax = pst->tmin;
    if (bndflg) {
      rd1 = d;
      if (gr1 < rd1+0.5) wt = (rd1+0.5)-gr1;
      if (gr2 > rd1-0.5) wt = gr2 + 0.5 - rd1;
      if (wt<0.0) wt=0.0;
    }
  } 
  /*----- lon,lat,lev,ens 22222222222 */
  else {
    conv = pfi->gr2ab[dim];
    abs = conv(pfi->grvals[dim],d);
    alo = conv(pfi->grvals[dim],d-0.5);
    ahi = conv(pfi->grvals[dim],d+0.5);
    alen=fabs(ahi-alo);
    pst->dmin[dim] = abs;
    pst->dmax[dim] = abs;
    if (bndflg) {
      if (whi wlo) alo = wlo;
        if (ahi > wlo) ahi = wlo;
        if (alo < whi) alo = whi;
        if (ahi < whi) ahi = whi;
      } else {
        if (alo < wlo) alo = wlo;
        if (ahi < wlo) ahi = wlo;
        if (alo > whi) alo = whi;
        if (ahi > whi) ahi = whi;
      }
    }
    /* ---- lat scaling 2222222222222*/
    if (dim==1) {
      if (alo >  90.0) alo =  90.0;
      if (ahi >  90.0) ahi =  90.0;
      if (alo < -90.0) alo = -90.0;
      if (ahi < -90.0) ahi = -90.0;
      if(sel==1) {                                                 /* ave */
	wt = fabs(sin(ahi*3.1416/180.0)-sin(alo*3.1416/180.0));
      } else if (sel==2) {                                         /* mean */
	wt = fabs(ahi-alo);
      } else if (sel==3) {                                         /* sum */
	if(alen > FUZZ_SCALE) {
	  wt=fabs(ahi-alo)/alen;
	} else  {
	  wt=0.0;
	}
      } else if (sel==4) {                                         /* sumg */
	wt=1.0;
      }
    } 
    /* ---- lon,lev,ens  scaling 2222222222222*/
    else {
      if(sel<=2) {                                  /* ave, mean */
	wt = ahi - alo;
      } else if(sel==3) {                           /* sum */
	if(alen > FUZZ_SCALE) {
	  wt=fabs(ahi-alo)/alen;
	} else {
	  wt=0.0;
	}
      } else if(sel==4) {                           /* sumg */
	wt=1.0;
      }
    }
  }

  rc = gaexpr(pfc->argpnt[0],pst);    /* Get 2nd grid */
  if (rc) {
    gagfre(pgr1);
    return (rc);
  }
  if (pst->type==0) {
    gafree(pst);
    gagfre(pgr1);
    return (-1);
  }
  pgr2 = pst->result.pgr;


  /* We will sum into the first grid, and keep the
     count in the 2nd grid.  Set this up...        */

  siz = pgr1->isiz * pgr1->jsiz;
  sum  = pgr1->grid;
  cnt  = pgr2->grid;
  sumu = pgr1->umask;
  cntu = pgr2->umask;
  for (i=0; i=5 && sel<=8) {
      if (*sumu==0 || *cntu==0) {  
        if (*cntu!=0) {
	  *sum = *cnt; 
	  *sumu = 1;
	  *cnt = d;
	}
        else if (*sumu!=0) {
	  *cnt = d1;
	  *cntu = 1;
	}
      } 
      else {
        if (sel==5 || sel==7) {
          if (*cnt < *sum) {*sum = *cnt; *cnt = d;} 
          else *cnt = d1;
        }
        if (sel==6 || sel==8) {
          if (*cnt > *sum) {*sum = *cnt; *cnt = d;}
          else *cnt = d1;
        }
      }
    } 
    else {
      if (*sumu==0) {
        if (*cntu==0) {
	  *cnt = 0.0;
	  *cntu = 1;
	}
        else {
    	  if (sel<=3) {                                          /* ave, mean sum */
	    *sum = *cnt*wt;
	    *sumu = 1;
	    *cnt = wt;
          } 
	  else if (sel==4) {                                   /* sumg */
	    *sum = *cnt;
	    *sumu = 1;
          }
        }
      } 
      else if (*cntu==0 && (sel<=3) ) {              /* ave, mean sum */
        *cnt = wt1;
	*cntu = 1;
        *sum = *sum*wt1; 
      } else {
        if (sel<=3) {
          *sum = *sum*wt1 + *cnt*wt;                            /* ave, mean sum */
        } 
	else if (sel==4) {
          *sum = *sum + *cnt;
        }
        *cnt = wt1 + wt;
	*cntu = 1;
      }
    }
    cnt++;  sum++;
    cntu++; sumu++;
  }

  /* Now sum the rest of the grids */
  d+=incr;
  rc = 0;
  for (d=d; d<=d2 && !rc; d+=incr) {
    /* Get weight for this grid */
    wt = 1.0;          
    
    /*---- time 3333333*/
    if (dim==3) {
      gr2t (pfi->grvals[3],d,&(pst->tmin));
      pst->tmax = pst->tmin;
      if (bndflg) {
	rd1 = d;
	if (gr1 < rd1+0.5) wt = (rd1+0.5)-gr1;
	if (gr2 > rd1-0.5) wt = gr2 + 0.5 - rd1;
	if (wt<0.0) wt=0.0;
      }
    } 
    /*---- lat,lon,lev,ens 3333333*/
    else {
      conv = pfi->gr2ab[dim];
      abs = conv(pfi->grvals[dim],d);
      alo = conv(pfi->grvals[dim],d-0.5);
      ahi = conv(pfi->grvals[dim],d+0.5);
      alen=fabs(ahi-alo);
      pst->dmin[dim] = abs;
      pst->dmax[dim] = abs;
      if (bndflg) {
	if (whi wlo) alo = wlo;
	  if (ahi > wlo) ahi = wlo;
	  if (alo < whi) alo = whi;
	  if (ahi < whi) ahi = whi;
	} else {
	  if (alo < wlo) alo = wlo;
	  if (ahi < wlo) ahi = wlo;
	  if (alo > whi) alo = whi;
	  if (ahi > whi) ahi = whi;
	}
      }
      /*---- lat 3333333*/
      if (dim==1) {
	if (alo >  90.0) alo =  90.0;
	if (ahi >  90.0) ahi =  90.0;
	if (alo < -90.0) alo = -90.0;
	if (ahi < -90.0) ahi = -90.0;
	if(sel==1) {                                                  /* ave */
	  wt = fabs(sin(ahi*3.1416/180.0)-sin(alo*3.1416/180.0));
	} else if (sel==2) {                                          /* mean */
	  wt = fabs(ahi-alo);
	} else if (sel==3) {                                          /* sum */
	  if(alen > FUZZ_SCALE) {
	    wt=fabs(ahi-alo)/alen;
	  } else  {
	    wt=0.0;
	  }
	} else if (sel==4) {                                          /* sumg */
	  wt=1.0;
	}
      } 
      /*---- lon,lev,ens 3333333*/
      else {
	if(sel<=2) {                        /* ave, mean */
	  wt = ahi - alo;
	} else if(sel==3) {                 /* sum */
	  if(alen > FUZZ_SCALE) {
	    wt=fabs(ahi-alo)/alen;
	  } else {
	    wt=0.0;
	  }
	} else if(sel==4) {                 /* sumg */
	  wt=1.0;
	}
      }
    }
    
    rc = gaexpr(pfc->argpnt[0],pst);
    if (!rc && pst->type==0) rc = -1;
    if (!rc) {
      pgr = pst->result.pgr;
      val = pgr->grid;
      cnt = pgr2->grid;
      sum = pgr1->grid;
      valu = pgr->umask;
      cntu = pgr2->umask;
      sumu = pgr1->umask;
      for (i=0; i=5 && sel<=8) {
	  if (*sumu==0 || *valu==0) {  
	    if (*valu!=0) {
	      *sum = *val; 
	      *cnt = d;
	      *sumu = 1;
	      *cntu = 1;
	    }
	  } 
	  else {
	    if ((sel==5 || sel==7) && *val < *sum) {*sum = *val; *cnt = d;} 
	    if ((sel==6 || sel==8) && *val > *sum) {*sum = *val; *cnt = d;}
	  }
	} else {
	  if (*valu!=0) {
	    /* weight for ave,mean,sum  for sumg just accum */
	    if (sel<=3) {
	      *val = *val*wt;
	    }
	    if (*sumu==0) {
	      *sum = *val;
	      *sumu = 1;
	      *cnt += wt;
	    } else {
	      *sum += *val;
	      *cnt += wt;
	    }
	  }
	}
	sum++;  cnt++;  val++;
	sumu++; cntu++; valu++;
      }
      gagfre(pgr);
    }
  }
  
  if (rc) {
    if (rc==-1) gafree (pst);
    gagfre(pgr1);
    gagfre(pgr2);
    snprintf(pout,255,"Error from %s:  Error getting grids \n",fnam);
    gaprnt(0,pout);
    return (rc);
  } else {
    cnt = pgr2->grid;         /* Normalize if needed */
    sum = pgr1->grid;
    cntu = pgr2->umask;
    sumu = pgr1->umask;
    if (sel==1 || sel==2 || sel==7 || sel==8) {
      for (i=0; i 6 && *cntu==0) {
            snprintf(pout,255,"Error from %s:  Internal logic check 101\n",fnam);
            gaprnt(0,pout);
            return (1);
          }
          if (sel==1 || sel==2) {
	    *sum = *sum / *cnt;
          } else {
            *sum = *cnt;
          }
        }
        sum++;  cnt++;
        sumu++; cntu++;
      }
    }
  }

  gagfre(pgr2);

  pst->type = 1;
  pst->result.pgr = pgr1;

  return (0);

err3:
  snprintf(pout,255,"Error from %s: Invalid time increment argument\n",fnam);
  gaprnt(0,pout);
  return (1);
}


gaint ffgint (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr1, *pgr;
struct gafile *pfi;
gadouble (*conv) (gadouble *, gadouble);
gadouble gr1,gr2,*sum, *val;
gadouble wt, abs, abslo, abshi;
gaint i, rc, siz, dim, d, d1, d2, dim2, ilin, bndflg, wflag=0;
char *ch,*sumu,*valu;

  /* Check for valid number of args       */
  if (pfc->argnum<3 || pfc->argnum>4) {
    gaprnt (0,"Error from GINT:  Too many or too few args \n");
    gaprnt (0,"                  3 or 4 arguments expected \n");
    return (1);
  }

  /* Parse the dimension expression       */
  pfi = pst->pfid;
  ch = dimprs (pfc->argpnt[1], pst, pfi, &dim, &gr1, 1, &wflag);
  if (ch==NULL || wflag==2) {
    gaprnt (0,"Error from GINT:  1st dimension expression invalid\n");
    if (wflag==2) gaprnt (0,"  offt expression not supported as an arg to GINT\n");
    return (1);
  }

  /* Now parse the 2nd dimension expression.  */
  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim2, &gr2, 1, &wflag);
  if (ch==NULL || dim2!=dim || gr2argnum == 5) {
    if (*(pfc->argpnt[4]) == '-' &&
        *(pfc->argpnt[4]+1) == 'b') bndflg = 1;
    else {
      gaprnt (0,"Error from GINT: Invalid option flags\n");
      return(1);
    }
  }

  /* Get the first grid.             */
  if (pst->idim==dim) {          /* Fewer varying dims if user */
    pst->idim = pst->jdim;       /* integrating over varng dim */
    pst->jdim = -1;
  }
  ilin = pfi->linear[dim];
  if (pst->jdim==dim) pst->jdim = -1;
  d1 = ceil(gr1-0.001);          /* dim limits must be integer */
  d2 = floor(gr2+0.001);

  if(mfcmn.warnflg > 0) {
    snprintf(pout,255,"Integrating.  dim = %i, start = %i, end = %i\n", dim, d1, d2);
    gaprnt (2,pout);
  }

  wt = 1.0;                     /* Figure out weight for 1st grid */
  if (dim==3) {
    gr2t (pfi->grvals[3],d1,&(pst->tmin));
    pst->tmax = pst->tmin;
    wt = *(pfi->grvals[3]+5) + *(pfi->grvals[3]+6);
  } else {
    conv = pfi->gr2ab[dim];
    abs = conv(pfi->grvals[dim],d1);
    pst->dmin[dim] = abs;
    pst->dmax[dim] = abs;
    abslo = conv(pfi->grvals[dim],d1-0.5);
    abshi = conv(pfi->grvals[dim],d1+0.5);
    wt = abshi - abslo;
    wt = fabs(wt);
    if (dim==0 || dim==1) wt = wt*6.37E6*3.1416/180.0;
  }
  if (bndflg) wt = wt*0.5;

  rc = gaexpr(pfc->argpnt[0],pst);     /* Get first grid */
  if (rc) return (rc);
  if (pst->type == 0) {
    gafree (pst);
    return(-1);
  }
  pgr1 = pst->result.pgr;

  if (dim==0) {                        /* Adjust weights if needed  */
    if (pgr1->idim==1) cosadj(pgr1);
    else wt = wt * cos(pst->dmin[1]*3.1416/180.0);
  }

  siz = pgr1->isiz * pgr1->jsiz;       /* Apply weights to this grid */
  sum  = pgr1->grid;
  sumu = pgr1->umask;
  for (i=0; id2) return(0);                 /* If only one grid, return  */

  /* Now sum the rest of the grids into the first grid */

  rc = 0;
  for (d=d; d<=d2 && !rc; d++) {
    wt = 1.0;
    if (dim==3) {
      gr2t (pfi->grvals[3],d,&(pst->tmin));
      pst->tmax = pst->tmin;
      wt = *(pfi->grvals[3]+5) + *(pfi->grvals[3]+6);
    } else {
      conv = pfi->gr2ab[dim];
      abs = conv(pfi->grvals[dim],d);
      pst->dmin[dim] = abs;
      pst->dmax[dim] = abs;
      abslo = conv(pfi->grvals[dim],d-0.5);
      abshi = conv(pfi->grvals[dim],d+0.5);
      wt = abshi - abslo;
      wt = fabs(wt);
      if (dim==0 || dim==1) wt = wt*6.37E6*3.1416/180.0;
    }
    if (d==d2 && bndflg) wt = wt*0.5;
    rc = gaexpr(pfc->argpnt[0],pst);
    if (!rc && pst->type==0) rc = -1;
    if (!rc) {
      pgr = pst->result.pgr;
      if (dim==0) {                   /* Adjust weights if needed  */
        if (pgr->idim==1) cosadj(pgr);
        else wt = wt * cos(pst->dmin[1]*3.1416/180.0);
      }
      val  = pgr->grid;
      valu = pgr->umask;
      sum  = pgr1->grid;
      sumu = pgr1->umask;
      for (i=0; itype = 1;
  pst->result.pgr = pgr1;

  return (0);
}

void cosadj (struct gagrid *pgr) {
gadouble *ltvals;
gadouble (*ltconv) (gadouble *, gadouble);
gadouble lat,*gr;
gaint i,j;
char *gru;
  ltvals = pgr->ivals;
  ltconv = pgr->igrab;
  gr = pgr->grid;
  gru = pgr->umask;
  for (j=0; jjsiz; j++) {
    for (i=0; iisiz; i++) {
      lat  = ltconv(ltvals,(gadouble)(i+pgr->dimmin[1]))*3.1416/180.0;
      if (*gru!=0) *gr = *gr * cos(lat);
      gr++; gru++;
    }
  }
}

gaint ffhdiv (struct gafunc *pfc, struct gastat *pst) {
gaint rc,size,i,j;
struct gagrid *pgr1, *pgr2;
gadouble *result;
gadouble *p1, *p2, *p3, *p4, *p;
gadouble lat2, lat4, lat, lon1, lon3, ri, rj, temp;
gadouble *lnvals, *ltvals;
gadouble (*lnconv) (gadouble *, gadouble);
gadouble (*ltconv) (gadouble *, gadouble);
char *resultu, *p1u, *p2u, *p3u, *p4u, *pu;
size_t sz;

  result = NULL;
  resultu = NULL;

  /* Check for user errors */
  if (pfc->argnum!=2) {
    gaprnt (0,"Error from HDIVG:  Too many or too few args \n");
    gaprnt (0,"                   Two arguments expected \n");
    return (1);
  }
  if (pst->idim!=0 || pst->jdim!=1) {
    gaprnt (0,"Error from HDIVG:  Invalid dimension environment\n");
    gaprnt (0,"  Horizontal environment (X, Y Varying) is required\n");
    return (1);
  }

  /* Get the u and v fields.  User responsible for validity. */
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gafree (pst);
    return (-1);
  }
  pgr1 = pst->result.pgr;
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) {
    gagfre(pgr1);
    return (rc);
  }
  if (pst->type==0) {
    gafree (pst);
    gagfre(pgr1);
    return (-1);
  }
  pgr2 = pst->result.pgr;

  /* Check that an operation between these grids is valid */
  if (gagchk(pgr1,pgr2,pst->idim) ||
      gagchk(pgr1,pgr2,pst->jdim) ) {
    gaprnt (0,"Error from HDIVG:  Incompatable grids \n");
    gaprnt (0,"                   Dimension ranges unequal \n");
    goto erret;
  }

  /* Get memory for result grid and umask */
  size = pgr1->isiz * pgr1->jsiz;
  sz = size*sizeof(gadouble);
  result = (gadouble *)galloc(sz,"hdivres");
  if (result==NULL) {
    gaprnt (0,"Memory Allocation Error:  HDIVG function \n");
    goto erret;
  }
  sz = size*sizeof(char);
  resultu = (char *)galloc(sz,"hdivresu");
  if (resultu==NULL) {
    gaprnt (0,"Memory Allocation Error:  HDIVG function \n");
    goto erret;
  }

  /* Perform the divergence calculation except at grid borders */
  for (i=0; iivals;
  ltvals = pgr1->jvals;
  lnconv = pgr1->igrab;
  ltconv = pgr1->jgrab;

  /*             p4
                 |
             p1--p--p3
                 |
                 p2                           */

  p = result + (pgr1->isiz + 1);
  p1 = pgr1->grid + pgr1->isiz;
  p2 = pgr2->grid + 1;
  p3 = p1 + 2;
  p4 = p2 + (2 * pgr1->isiz);

  pu = resultu + (pgr1->isiz + 1);
  p1u = pgr2->umask + pgr2->isiz;
  p2u = pgr1->umask + 1;
  p3u = p1u + 2;
  p4u = p2u + (2 * pgr1->isiz);

  for (j=(pgr1->dimmin[1]+1); jdimmax[1]; j++) {
    rj = (gadouble)j;
    lat  = ltconv(ltvals,rj    ) * 3.1416/180.0;
    lat2 = ltconv(ltvals,rj-1.0) * 3.1416/180.0;
    lat4 = ltconv(ltvals,rj+1.0) * 3.1416/180.0;
    for (i=(pgr1->dimmin[0]+1); idimmax[0]; i++) {
      if (*p1u!=0 && 
	  *p2u!=0 &&
          *p3u!=0 && 
	  *p4u!=0 ) {
        ri = (gadouble)i;
        lon1 = lnconv(lnvals,ri-1.0) * 3.1416/180.0;
        lon3 = lnconv(lnvals,ri+1.0) * 3.1416/180.0;
        *p = (*p3 - *p1)/(lon3-lon1);
        *p = *p + (*p4*cos(lat4) - *p2*cos(lat2))/(lat4-lat2);
        temp = 6.37E6 * cos(lat);
        if (temp>1E-10) {
	  *p = *p / temp;
	  *pu = 1;
	}
        else *pu = 0;
      }
      p++; p1++; p2++; p3++; p4++;
      pu++; p1u++; p2u++; p3u++; p4u++;
    }
    p+=2; p1+=2; p2+=2; p3+=2; p4+=2;
    pu+=2; p1u+=2; p2u+=2; p3u+=2; p4u+=2;
  }
  gree(pgr1->grid,"f417");
  gree(pgr1->umask,"f418");
  gagfre(pgr2);
  pgr1->grid = result;
  pgr1->umask = resultu;
  pst->type = 1;
  pst->result.pgr = pgr1;
  return (0);

erret:
  if (result!=NULL) gree(result,"f419");
  gagfre(pgr1);
  gagfre(pgr2);
  return (1);

}

gaint ffhcrl (struct gafunc *pfc, struct gastat *pst) {
gaint rc,size,i,j;
struct gagrid *pgr1, *pgr2;
gadouble *result=NULL;
gadouble *p1, *p2, *p3, *p4, *p;
gadouble lat2, lat4, lat, lon1, lon3, ri, rj, temp;
gadouble *lnvals, *ltvals;
gadouble (*lnconv) (gadouble *, gadouble);
gadouble (*ltconv) (gadouble *, gadouble);
char *p1u, *p2u, *p3u, *p4u, *pu, *resultu;
size_t sz;

  /* Check for user errors */

  if (pfc->argnum!=2) {
    gaprnt (0,"Error from HCURL:  Too many or too few args \n");
    gaprnt (0,"                   Two arguments expected \n");
    return (1);
  }
  if (pst->idim!=0 || pst->jdim!=1) {
    gaprnt (0,"Error from HCURL:  Invalid dimension environment\n");
    gaprnt (0,"  Horizontal environment (X, Y Varying) is required\n");
    return (1);
  }

  /* Get the u and v fields.  User responsible for validity. */

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gafree (pst);
    return(-1);
  }
  pgr1 = pst->result.pgr;
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) {
    gagfre(pgr1);
    return (rc);
  }
  if (pst->type==0) {
    gafree (pst);
    gagfre(pgr1);
    return (-1);
  }
  pgr2 = pst->result.pgr;

  /* Check that an operation between these grids is valid */

  if (gagchk(pgr1,pgr2,pst->idim) ||
      gagchk(pgr1,pgr2,pst->jdim) ) {
    gaprnt (0,"Error from HCURL:  Incompatable grids \n");
    gaprnt (0,"                   Dimension ranges unequal \n");
    goto erret;
  }

  /* Get memory for result grid and umask */
  size = pgr1->isiz * pgr1->jsiz;
  sz = size*sizeof(gadouble);
  result = (gadouble *)galloc(sz,"hcurlres");
  if (result==NULL) {
    gaprnt (0,"Memory Allocation Error:  HCURL function\n");
    goto erret;
  }
  sz = size*sizeof(char);
  resultu = (char *)galloc(sz,"hcurlresu");
  if (resultu==NULL) {
    gaprnt (0,"Memory Allocation Error:  HCURL function\n");
    goto erret;
  }

  /* Perform the vorticity calculation except at grid borders */
  for (i=0; iivals;
  ltvals = pgr1->jvals;
  lnconv = pgr1->igrab;
  ltconv = pgr1->jgrab;

  /*             p4
                 |
             p1--p--p3
                 |
                 p2                           */

  p  = result  + (pgr1->isiz + 1);
  p1  = pgr2->grid + pgr2->isiz;
  p2  = pgr1->grid + 1;
  p3  = p1 + 2;
  p4  = p2  + (2 * pgr1->isiz);

  pu = resultu + (pgr1->isiz + 1);
  p1u = pgr2->umask + pgr2->isiz;
  p2u = pgr1->umask + 1;
  p3u = p1u + 2;
  p4u = p2u + (2 * pgr1->isiz);

  for (j=(pgr1->dimmin[1]+1); jdimmax[1]; j++) {
    rj = (gadouble)j;
    lat  = ltconv(ltvals,rj    ) * 3.1416/180.0;
    lat2 = ltconv(ltvals,rj-1.0) * 3.1416/180.0;
    lat4 = ltconv(ltvals,rj+1.0) * 3.1416/180.0;
    for (i=(pgr1->dimmin[0]+1); idimmax[0]; i++) {
      if (*p1u!=0 && 
	  *p2u!=0 &&
          *p3u!=0 && 
	  *p4u!=0 ) {
        ri = (gadouble)i;
        lon1 = lnconv(lnvals,ri-1.0) * 3.1416/180.0;
        lon3 = lnconv(lnvals,ri+1.0) * 3.1416/180.0;
        *p = (*p3 - *p1)/(lon3-lon1);
        *p = *p - (*p4*cos(lat4) - *p2*cos(lat2))/(lat4-lat2);
        temp = 6.37E6 * cos(lat);
        if (temp>1E-10) {
	  *p = *p / temp;
	  *pu = 1;
	}
        else {
	  *pu = 0;
	}
      }
      p++;  p1++;  p2++;  p3++;  p4++;
      pu++; p1u++; p2u++; p3u++; p4u++;
    }
    p+=2;  p1+=2;  p2+=2;  p3+=2;  p4+=2;
    pu+=2; p1u+=2; p2u+=2; p3u+=2; p4u+=2;
  }
  gree(pgr1->grid,"f420");
  gree(pgr1->umask,"f421");
  gagfre (pgr2);
  pgr1->grid = result;
  pgr1->umask = resultu;
  pst->type = 1;
  pst->result.pgr = pgr1;
  return (0);

erret:
  if (result!=NULL) gree(result,"f422");
  gagfre(pgr1);
  gagfre(pgr2);
  return (1);

}

gaint fftv2q (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = fftv2 (pfc, pst, 0);
  return (rc);
}

gaint fftv2t (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = fftv2 (pfc, pst, 1);
  return (rc);
}

gaint fftv2 (struct gafunc *pfc, struct gastat *pst, gaint tflag) {
struct gagrid *pgrtv, *pgrrh;
gadouble *lvvals;
gadouble (*lvconv) (gadouble *, gadouble);
gaint i,j, rc, errcnt;
gadouble *tv, *rh, t, q, p;
char *tvu, *rhu;

  if (pfc->argnum!=2) {
    if (tflag) {
      gaprnt (0,"Error from TVRH2T:  Too many or too few args \n");
    } else {
      gaprnt (0,"Error from TVRH2Q:  Too many or too few args \n");
    }
    gaprnt (0,"                    Two arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type == 0) {
    gafree (pst);
    return(-1);
  }
  pgrtv = pst->result.pgr;

  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) return (rc);
  if (pst->type == 0) {
    gagfre(pgrtv);
    gafree (pst);
    return(-1);
  }
  pgrrh = pst->result.pgr;

  if ((pgrrh->idim!=pgrtv->idim) || 
      (pgrrh->jdim!=pgrtv->jdim) || 
      (pgrrh->idim>-1 && gagchk(pgrrh,pgrtv,pgrrh->idim)) || 
      (pgrrh->jdim>-1 && gagchk(pgrrh,pgrtv,pgrrh->jdim)) ) {
    gaprnt (0,"Error in TVRH2Q: Grids don't have same scaling");
    gagfre (pgrtv);
    gagfre (pgrrh);
    return (1);
  }

  errcnt = 0;
  if (pgrrh->idim == 2) {
    lvconv = pgrrh->igrab;
    lvvals = pgrrh->ivals;
    tv = pgrtv->grid;
    rh = pgrrh->grid;
    tvu = pgrtv->umask;
    rhu = pgrrh->umask;
    for (j=0; jjsiz; j++) {
      for (i=0; iisiz; i++) {
        if (*rhu==0 || *tvu==0) {
          *rhu = 0;
        } else {
          p = lvconv(lvvals, (gadouble)(i+pgrrh->dimmin[2]));
          rc = tvrh2q (p, *tv, *rh, &q, &t);
          if (rc) {
            *rhu = 0;
            errcnt++;
          } else {
            if (tflag) {
	      *rh = t;
	      *rhu = 1;
	    }
            else {
	      *rh = q;
	      *rhu = 1;
	    }
          }
        }
        rh++;  tv++;
        rhu++; tvu++;
      }
    }
  } else if (pgrrh->jdim == 2) {
    lvconv = pgrrh->jgrab;
    lvvals = pgrrh->jvals;
    tv = pgrtv->grid;
    rh = pgrrh->grid;
    tvu = pgrtv->umask;
    rhu = pgrrh->umask;
    for (j=0; jjsiz; j++) {
      p = lvconv(lvvals, (gadouble)(j+pgrrh->dimmin[2]));
      for (i=0; iisiz; i++) {
        if (*rhu==0 || *tvu==0) {
          *rhu = 0;
        } else {
          rc = tvrh2q (p, *tv, *rh, &q, &t);
          if (rc) {
            *rhu = 0;
            errcnt++;
          } else {
            if (tflag) {
	      *rh = t;
	      *rhu = 1;
	    }
            else {
	      *rh = q;
	      *rhu = 1;
	    }
          }
        }
        rh++; tv++;
        rhu++; tvu++;
      }
    }
  } else {
    p = pst->dmin[2];
    snprintf(pout,255," Using fixed pressure level %g mb\n",p);
    if (tflag) {
      gaprnt (2,"Notice from TVRH2T:");
    } else {
      gaprnt (2,"Notice from TVRH2Q:");
    }
    gaprnt (1,pout);
    tv = pgrtv->grid;
    rh = pgrrh->grid;
    tvu = pgrtv->umask;
    rhu = pgrrh->umask;
    for (j=0; jjsiz; j++) {
      for (i=0; iisiz; i++) {
        if (*rhu==0 || *tvu==0) {
          *rhu = 0;
        } else {
          rc = tvrh2q (p, *tv, *rh, &q, &t);
          if (rc) {
            *rhu = 0;
            errcnt++;
          } else {
            if (tflag) {
	      *rh = t;
	      *rhu = 1;
	    }
            else {
	      *rh = q;
	      *rhu = 1;
	    }
          }
        }
        rh++; tv++;
        rhu++; tvu++;
      }
    }
  }

  if (errcnt) {
    snprintf(pout,255," Convergence failed for %i grid points\n",errcnt);
    if (tflag) {
      gaprnt (1,"Warning from TVRH2T:");
    } else {
      gaprnt (1,"Warning from TVRH2Q:");
    }
    gaprnt (1,pout);
  }
  gagfre (pgrtv);
  return (0);
}

/* Routine to convert tv and rh to t and q.  FORTRAN version
   provided by J. Kinter.  Converted to C by B. Doty.    */

gaint tvrh2q (gadouble p, gadouble tv, gadouble rh, gadouble *qret, gadouble *tret) {
gadouble eps,a,b,c,t,q,al10,tc,esat,desdt,qr,f,denom,dfdt,fn,qn,tn;
gaint i;

  eps = 0.622;
  a = 0.7854;
  b = 0.03477;
  c = 0.00412;

  /* Convert rh to fraction.  Convert pressure to pascals. */

  rh = rh * 0.01;
  p = p*100.0;

  /* Set first guess for t and q */

  t = tv;
  q = 0.01 * rh * eps;

  /* Iterate to convergence */

  al10 = log(10.0);
  for (i=0; i<25; i++) {

    /* Set saturation vapor pressure (compute from smisthonian tables)*/

    tc = t - 273.16;
    esat = 100.0 * exp(al10*(a+b*tc)/(1.0+c*tc));
    desdt = al10 * esat * (b-a*c)/((1.0+c*tc)*(1.0+c*tc));
    qr = eps*rh*esat/(p-(1.0-eps)*esat);
    f = q-qr;

    /* Compute derivative of q wrt q given fixed virtual temp and
       rh (constant pressure) */

    denom = p-(1.0-eps)*esat;
    denom = denom * denom;
    dfdt = eps*rh*((p-(1.0-eps)*esat)*desdt+esat*(1.0-eps)*desdt);
    dfdt = 1.0-dfdt/denom;

    /* Newton's method */

    fn = f-f/dfdt;
    qn = fn+qr;
    tn = eps*tv*((1.0-qn)/(eps*(1.0-qn)+qn*(1.0-eps)));

    /* Test for convergence */

    if (fabs((tn-t)/t) <= 1.0E-6) break;
    q = qn;
    t = tn;
  }

  /* Print results */

  if (i==25) return(1);
  *qret = qn;
  *tret = tn;
  return(0);
}

gaint ffvint (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgrb, *pgr, *pgrv;
struct gafile *pfi;
gadouble *ps, *var, *res;
gadouble *lvvals;
gadouble (*lvconv) (gadouble *, gadouble);
gadouble top,clev,ulev,blev,ulevi,blevi,ulevt,blevt,kgm;
gaint rc, size, i, j, lvt;
char *psu, *varu, *resu;

  if (pfc->argnum!=3) {
    gaprnt (0,"Error from VINT:  Too many or too few args \n");
    gaprnt (0,"                  Three arguments expected \n");
    return (1);
  }

  /* Get top pressure level.  It is a character value in 3rd arg */
  if (getdbl(pfc->argpnt[2],&top)==NULL) {
    gaprnt (0,"Error from VINT:  3rd argument invalid. \n");
    return (1);
  }

  /* Get the range of levels from the default file.  Set the
     level in the status block to the first level.  */

  pfi = pst->pfid;
  lvt = pfi->dnum[2];
  if (lvt<3) {
    gaprnt (0,"Error from VINT:  Too few levels in default file \n");
    return (1);
  }
  lvconv = pfi->gr2ab[2];
  lvvals = pfi->grvals[2];
  clev = lvconv(lvvals, 1.0);
  ulev = lvconv(lvvals, 2.0);
  ulev = clev + ((ulev-clev)/2.0);
  pst->dmin[2] = clev;
  pst->dmax[2] = clev;
  if (pst->idim==2) {
    pst->idim = pst->jdim;
    pst->jdim = -1;
  }
  if (pst->jdim==2) pst->jdim = -1;

  /* Get the surface pressure field (1st arg).  User is responsible
     for valid argument.  Then get the lowest level of the
     field to integrate.  */

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (1);
  if (pst->type==0) {
    gafree (pst);
    return (-1);
  }
  pgrb = pst->result.pgr;

  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) {
    gagfre (pgrb);
    return (1);
  }
  if (pst->type==0) {
    gafree (pst);
    gagfre (pgrb);
    return (-1);
  }
  pgr = pst->result.pgr;

  /* Check that the two grids are equivalent.  */
  if (pgrb->isiz!=pgr->isiz || pgrb->jsiz!=pgr->jsiz) {
    gaprnt (0,"Error from VINT:  Incompatible grids. \n");
    goto erret;
  }

  /* Apply appropriate mass weight (kg/m**2) to first level.
     It is assumed the vertical coordinate system is mb.    */
  size = pgr->isiz * pgr->jsiz;
  kgm = 100.0/9.8;
  ps  = pgrb->grid; 
  psu = pgrb->umask;
  res  = pgr->grid; 
  resu = pgr->umask;
  for (i=0; idmin[2] = clev;
    pst->dmax[2] = clev;
    rc = gaexpr(pfc->argpnt[1],pst);
    if (rc) goto erret;
    if (pst->type==0) {
      rc = -1;
      gafree (pst);
      goto erret;
    }
    pgrv = pst->result.pgr;
    ps  = pgrb->grid;
    res = pgr->grid;
    var = pgrv->grid;
    psu  = pgrb->umask;
    resu = pgr->umask;
    varu = pgrv->umask;
    for (j=0; j=clev)) {
        ulevt = ulevi;
        if (top>ulev) ulevt = top;
        blevt = blevi;
        if (*psdmin[2] = clev;
    pst->dmax[2] = clev;
    rc = gaexpr(pfc->argpnt[1],pst);
    if (rc) goto erret;
    if (pst->type==0) {
      rc = -1;
      gafree (pst);
      goto erret;
    }
    pgrv = pst->result.pgr;
    ps  = pgrb->grid;
    res = pgr->grid;
    var = pgrv->grid;
    psu  = pgrb->umask;
    resu = pgr->umask;
    varu = pgrv->umask;
    for (i=0; itype = 1;
  pst->result.pgr = pgr;
  gagfre (pgrb);
  return (0);

  /* Error return */

erret:

  gagfre (pgrb);
  gagfre (pgr);
  return (rc);
}

gaint fftlp (struct gafunc *pfc, struct gastat *pst) {
struct gafile *pfi;
struct gagrid *pgr, *res;
gaint size, rc, t1, t2, i, cont;
gadouble gr1, gr2,*in, *out;
char *inu, *outu;
size_t sz;

  /* Check for valid number of args       */

  if (pfc->argnum != 1 ) {
    gaprnt (0,"Error from TLOOP:  Too many or too few args \n");
    gaprnt (0,"                   1 argument expected \n");
    return (1);
  }

  /* If t is non-varying, treat this as a no-op.  */

  if (pst->idim!=3 && pst->jdim!=3) {
    rc = gaexpr(pfc->argpnt[0],pst);
    return (rc);
  }

  /* Get start and end times in terms of grid space */

  pfi = pst->pfid;
  gr1 = t2gr(pfi->abvals[3], &pst->tmin);
  gr2 = t2gr(pfi->abvals[3], &pst->tmax);
  gr1 = ceil(gr1-0.001);
  gr2 = floor(gr2+0.001);
  t1 = (gaint)gr1;
  t2 = (gaint)gr2;
  if (t2grvals[3], gr1, &pst->tmin);
  if (pst->idim==3) {
    pst->idim = pst->jdim;
    pst->jdim = -1;
  }
  if (pst->jdim==3) pst->jdim = -1;
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gafree (pst);
    return (-1);
  }
  pgr = pst->result.pgr;

  /* Check validity of 1st grid.  It should be a 1-D or a 0-D grid,
     and it should not have a time-varying dimension.  */

  if (pgr->jdim!=-1 || pgr->idim==3) {
    gaprnt (0,"Error from TLOOP: Internal logic check 36\n");
    goto err1;
  }

  /* Create output grid */

  size = sizeof(struct gagrid);
  sz = size;
  res = (struct gagrid *)galloc(sz,"tloopres");
  if (res==NULL) {
    gaprnt (0,"Memory Allocation Error:  TLOOP function\n");
    goto err1;
  }
  size = 1+t2-t1;
  size = size * pgr->isiz;
  if (size>1) {
    sz = size*sizeof(gadouble);
    res->grid = (gadouble *)galloc(sz,"tloopgr");
    if (res->grid==NULL) {
      gaprnt (0,"Memory Allocation Error:  TLOOP function\n");
      gree(res,"f423");
      goto err1;
    }
    sz = size*sizeof(char);
    res->umask = (char *)galloc(sz,"tloopgru");
    if (res->umask==NULL) {
      gaprnt (0,"Memory Allocation Error:  TLOOP function\n");
      gree(res->grid,"f424");
      gree(res,"f425");
      goto err1;
    }
  } else {
    res->grid = &(res->rmin);
    res->umask = &(res->umin);
  }

  res->alocf = 0;
  res->pfile = NULL;
  res->undef = pgr->undef;
  res->pvar  = NULL;
  res->exprsn = NULL;
  for (i=0;i<5;i++) {
    res->dimmin[i] = 0;
    res->dimmax[i] = 0;
  }
  res->dimmin[3] = t1;
  res->dimmax[3] = t2;
  res->jwrld = 0;
  if (pgr->isiz>1) {
    res->dimmin[pgr->idim] = pgr->dimmin[pgr->idim];
    res->dimmax[pgr->idim] = pgr->dimmax[pgr->idim];
    res->idim = pgr->idim;
    res->iwrld = pgr->iwrld;
    res->isiz = pgr->isiz;
    res->igrab = pgr->igrab;
    res->ilinr = pgr->ilinr;
    res->ivals = pgr->ivals;
    if (t1==t2) {
      res->jdim = -1;
      res->jsiz = 1;
    } else {
      res->jdim = 3;
      res->jsiz = 1+t2-t1;
      res->jvals = pfi->grvals[3];
      res->jgrab = NULL;
      res->jlinr = 1;
    }
  } else {
    res->jdim = -1;
    res->jsiz = 1;
    if (t1==t2) {
      res->idim = -1;
      res->isiz = 1;
    } else {
      res->idim = 3;
      res->isiz = 1+t2-t1;
      res->ivals = pfi->grvals[3];
      res->igrab = NULL;
      res->ilinr = 1;
    }
  }

  /* Loop and fill output grid.  */

  cont = 1;
  out = res->grid;
  outu = res->umask;
  while (cont) {
    in = pgr->grid;
    inu = pgr->umask;
    for (i=0; iisiz; i++) {
      if (*inu==0) {
	*outu=0;
      }
      else {
	*out = *in;
	*outu = 1;
      }
      in++; inu++; out++; outu++;
    }
    gagfre(pgr);
    t1++;
    if (t1<=t2) {
      gr2t(pfi->abvals[3], (gadouble)t1, &pst->tmin);
      pst->tmax = pst->tmin;
      rc = gaexpr(pfc->argpnt[0],pst);
      if (rc) goto err2;
      pgr = pst->result.pgr;
    } else cont = 0;
  }
  pst->result.pgr = res;
  return (0);

err1:
  gagfre (pgr);
  return (1);

err2:
  gagfre(res);
  return(1);
}

gaint ffelp (struct gafunc *pfc, struct gastat *pst) {
struct gafile *pfi;
struct gagrid *pgr, *res;
gaint size, rc, e1, e2, i, cont;
gadouble gr1, gr2,*in, *out;
char *inu, *outu;
size_t sz;

  /* Check for valid number of args       */
  if (pfc->argnum != 1 ) {
    gaprnt (0,"Error from ELOOP:  Too many or too few args \n");
    gaprnt (0,"                   1 argument expected \n");
    return (1);
  }

  /* If e is non-varying, treat this as a no-op.  */
  if (pst->idim!=4 && pst->jdim!=4) {
    rc = gaexpr(pfc->argpnt[0],pst);
    return (rc);
  }

  /* Get start and end E indices */
  pfi = pst->pfid;
  gr1 = pst->dmin[4];
  gr2 = pst->dmax[4];
  gr1 = ceil(gr1-0.001);
  gr2 = floor(gr2+0.001);
  e1 = (gaint)gr1;
  e2 = (gaint)gr2;
  if (e2dmin[4] = e1;
  if (pst->idim==4) {
    pst->idim = pst->jdim;
    pst->jdim = -1;
  }
  if (pst->jdim==4) pst->jdim = -1;
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gafree (pst);
    return (-1);
  }
  pgr = pst->result.pgr;

  /* Check validity of 1st grid.  It should be a 1-D or a 0-D grid,
     and it should not have a ensemble-varying dimension.  */
  if (pgr->jdim!=-1 || pgr->idim==4) {
    gaprnt (0,"Error from ELOOP: Internal logic check 36\n");
    goto err1;
  }

  /* Create output grid */
  size = sizeof(struct gagrid);
  sz = size;
  res = (struct gagrid *)galloc(sz,"eloopres");
  if (res==NULL) {
    gaprnt (0,"Memory Allocation Error:  ELOOP function\n");
    goto err1;
  }
  size = 1+e2-e1;
  size = size * pgr->isiz;
  if (size>1) {
    sz = size*sizeof(gadouble);
    res->grid = (gadouble *)galloc(sz,"eloopgr");
    if (res->grid==NULL) {
      gaprnt (0,"Memory Allocation Error:  ELOOP function\n");
      gree(res,"f423e");
      goto err1;
    }
    sz = size*sizeof(char);
    res->umask = (char *)galloc(sz,"eloopgru");
    if (res->umask==NULL) {
      gaprnt (0,"Memory Allocation Error:  ELOOP function\n");
      gree(res->grid,"f424e");
      gree(res,"f425e");
      goto err1;
    }
  } else {
    res->grid = &(res->rmin);
    res->umask = &(res->umin);
  }

  res->alocf = 0;
  res->pfile = NULL;
  res->undef = pgr->undef;
  res->pvar  = NULL;
  res->exprsn = NULL;
  for (i=0;i<5;i++) {
    res->dimmin[i] = 0;
    res->dimmax[i] = 0;
  }
  res->dimmin[4] = e1;
  res->dimmax[4] = e2;
  res->jwrld = 0;
  if (pgr->isiz>1) {
    res->dimmin[pgr->idim] = pgr->dimmin[pgr->idim];
    res->dimmax[pgr->idim] = pgr->dimmax[pgr->idim];
    res->idim = pgr->idim;
    res->iwrld = pgr->iwrld;
    res->isiz = pgr->isiz;
    res->igrab = pgr->igrab;
    res->ilinr = pgr->ilinr;
    res->ivals = pgr->ivals;
    if (e1==e2) {
      res->jdim = -1;
      res->jsiz = 1;
    } else {
      res->jdim = 4;
      res->jsiz = 1+e2-e1;
      res->jvals = pfi->grvals[4];
      res->jgrab = NULL;
      res->jlinr = 1;
    }
  } else {
    res->jdim = -1;
    res->jsiz = 1;
    if (e1==e2) {
      res->idim = -1;
      res->isiz = 1;
    } else {
      res->idim = 4;
      res->isiz = 1+e2-e1;
      res->ivals = pfi->grvals[4];
      res->igrab = NULL;
      res->ilinr = 1;
    }
  }

  /* Loop and fill output grid.  */
  cont = 1;
  out = res->grid;
  outu = res->umask;
  while (cont) {
    in = pgr->grid;
    inu = pgr->umask;
    for (i=0; iisiz; i++) {
      if (*inu==0) {
	*outu=0;
      }
      else {
	*out = *in;
	*outu = 1;
      }
      in++; inu++; out++; outu++;
    }
    gagfre(pgr);
    e1++;
    if (e1<=e2) {
      pst->dmin[4] = e1;
      pst->dmax[4] = pst->dmin[4];
      rc = gaexpr(pfc->argpnt[0],pst);
      if (rc) goto err2;
      pgr = pst->result.pgr;
    } else cont = 0;
  }
  pst->result.pgr = res;
  return (0);

err1:
  gagfre (pgr);
  return (1);

err2:
  gagfre(res);
  return(1);
}

gaint ffmask (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
struct gastn *stn;
struct garpt *rpt;
char *ch,c1,c2;
gaint rc,cnt,flag,i;

  if (pfc->argnum!=2) {
    gaprnt (0,"Error from MASKOUT:  Too many or too few args \n");
    gaprnt (0,"                     Two arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type!=0 || *(pfc->argpnt[1])!='\'') {

    pst2 = *pst;
    rc = gaexpr(pfc->argpnt[1],&pst2);
    if (rc) {
      gafree (pst);
      return (rc);
    }

    rc = gafopr (pst, &pst2, 13);
    if (rc) {
      gafree (pst);
      gafree (&pst2);
    }

    /* Handle maskout of stn data by stid */

  } else {
    stn = pst->result.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      ch = pfc->argpnt[1]+1;
      flag = 1; cnt = 0;
      while (*ch!='\'' && flag && cnt<8) {
        if (*ch!='?') {
          c1 = *ch;
          c2 = rpt->stid[cnt];
          i = c1;
          if (i>64 && i<91) {i+=32; c1=i;}
          i = c2;
          if (i>64 && i<91) {i+=32; c2=i;}
          if (c1 != c2) flag = 0;
        }
        ch++; cnt++;
      }
      if (flag==0) rpt->umask = 0;
      rpt=rpt->rpt;
    }
  }
  return (rc);
}

/* Given a grid and a set of stations, interpolate to the
   stations and return the set of stations.                       */

gaint ffg2s  (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*jconv) (gadouble *, gadouble);
gadouble *ivars, *jvars, *p1, *p2, *p3, *p4;
gadouble gi,gj,w1,w2,lon,lat,lnmin,lnmax,lnscl,ltmin,ltmax,ltscl;
gadouble w3,w4,wm;
gaint rc,ig,jg,nearn;
char *p1u, *p2u, *p3u, *p4u;
 

  if (pfc->argnum<2 || pfc->argnum>4) {
    gaprnt (0,"Error from GR2STN:  Too many or too few args \n");
    gaprnt (0,"                    2 or 3 or 4 arguments expected \n");
    return (1);
  }

  /* If we are doing the form of gr2stn that involves
     interpolating to a 1-D profile or time series, 
     branch to a different routine */

  if ( (pst->idim == -1 || pst->idim>1) && pst->jdim == -1) {
    rc = ffg2s2 (pfc,pst);
    return (rc);
  }

  /* Check for nearest neighbor flag -- instead of bilin interp from
     grid to station, use the nearest grid point to the station. */

  nearn = 0;
  if (pfc->argnum==3 && strcmp("-n",pfc->argpnt[2])==0) nearn = 1;
  if (nearn) gaprnt (2,"Notice: Using nearest neighbor instead of bilinear interpolation\n");

  /* Evaluate the grid expression */
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type!=1) {
    gaprnt (0,"Error from GR2STN: 1st argument is not a grid\n");
    gafree (pst);
    return (1);
  }
  pgr = pst->result.pgr;
  if (pgr->idim!=0 || pgr->jdim!=1) {
    gaprnt (0,"Error from GR2STN: 2-D grid must vary in X and Y\n");
    gafree (pst);
    return (1);
  }
  if (!pgr->ilinr || !pgr->jlinr) {
    gaprnt (0,"Error from GR2STN: 2-D grid dimensions must have linear scaling\n");
    gafree (pst);
    return (1);
  }

  /* Evaluate the station expression */
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) {
    gagfre (pgr);
    return (rc);
  }
  if (pst->type!=0) {
    gaprnt (0,"Error from GR2STN: 2nd argument is not a station expression\n");
    gafree (pst);
    gagfre (pgr);
    return (1);
  }
  stn = pst->result.stn;

  /* Set up scaling for converting lon-lat to grid units */
  iconv = pgr->igrab;
  ivars = pgr->ivals;
  jconv = pgr->jgrab;
  jvars = pgr->jvals;
  lnmin = iconv(ivars,(gadouble)pgr->dimmin[0]);
  lnmax = iconv(ivars,(gadouble)pgr->dimmax[0]);
  ltmin = iconv(jvars,(gadouble)pgr->dimmin[1]);
  ltmax = iconv(jvars,(gadouble)pgr->dimmax[1]);
  lnscl = (lnmax-lnmin)/((gadouble)pgr->isiz-1);
  ltscl = (ltmax-ltmin)/((gadouble)pgr->jsiz-1);

  /* Now loop through each stn report, convert stn lat/lon to grid
     units, then interpolate from grid to stn */

  rpt = stn->rpt;
  while (rpt!=NULL) {
    lon = rpt->lon;
    lat = rpt->lat;
    if (lonlnmax) lon-=360.0;
    if (lon=lnmax || lat=ltmax) {
      rpt->umask = 0;
    } else {
      gi = (lon-lnmin)/lnscl;
      gj = (lat-ltmin)/ltscl;
      ig = (gaint)gi; 
      jg = (gaint)gj;
      p1 = pgr->grid + jg*pgr->isiz + ig;
      p1u = pgr->umask + jg*pgr->isiz + ig;
      p2 = p1+1;
      p2u = p1u+1;
      p3 = p2 + pgr->isiz;
      p3u = p2u + pgr->isiz;
      p4 = p1 + pgr->isiz;
      p4u = p1u + pgr->isiz;
      if (nearn) {                   /* nearest neighbor */
        gi = gi - (gadouble)ig;
        gj = gj - (gadouble)jg;
        w1 = hypot(gi,gj);
        w2 = hypot(1.0-gi,gj);
        w3 = hypot(1.0-gi,1.0-gj);
        w4 = hypot(gi,1.0-gj);
        wm = 999.0;
        if (w1umask = 0;
          else rpt->val = *p1;
        }
        if (w2umask = 0;
          else rpt->val = *p2;
        }
        if (w3umask = 0;
          else rpt->val = *p3;
        }
        if (w4umask = 0;
          else rpt->val = *p4;
        }
      } else {                        /* bilinear */
        if (*p1u==0 || *p2u==0 || *p3u==0 || *p4u==0) {
          rpt->umask = 0;
        } else {
          gi = gi - (gadouble)ig;
          gj = gj - (gadouble)jg;
/*
 Weighted by distance or use bilinear?  bilinear looks to be
 more valid to me......
          w1 = 1.0 - hypot(gi,gj);
          w2 = 1.0 - hypot(1.0-gi,gj);
          w3 = 1.0 - hypot(1.0-gi,1.0-gj);
          w4 = 1.0 - hypot(gi,1.0-gj);
          if (w1<0.0) w1=0.0;
          if (w2<0.0) w2=0.0;
          if (w3<0.0) w3=0.0;
          if (w4<0.0) w4=0.0;
          rpt->val = *p1*w1 + *p2*w2 + *p3*w3 + *p4*w4;
          rpt->val = rpt->val / (w1+w2+w3+w4);
*/
          w1 = *p1 + (*p2 - *p1)*gi;
          w2 = *p4 + (*p3 - *p4)*gi;
          rpt->val = w1 + (w2-w1)*gj;
        }
      }
    }
    rpt=rpt->rpt;
  }
  gagfre (pgr);
  pst->type = 0;
  pst->result.stn=stn;
  return(0);
}

/* gr2stn where we interpolate to a lat-lon for 
   a profile or time series */

gaint ffg2s2  (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr, *pgr2;
struct gastn *stn, *stn2;
struct garpt *rpt;
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*icnv) (gadouble *, gadouble);
gadouble (*jcnv) (gadouble *, gadouble);
gadouble *ivars, lon, lat, *grid, lev=0, val=0;
gadouble *p1, *p2, *p3, *p4;
gadouble gi,gj,w1,w2,w3,w4,wm;
gaint i,rc,gr1,gr2,gr,ig,jg,nearn;
char *p1u, *p2u, *p3u, *p4u, umask=0;
size_t sz;

  /* Get lat-lon to interpolate to.  This is either provided
     as two string arguments, or as a single stn-data argument. */

  iconv = NULL;
  stn2 = NULL;
  ivars = 0;
  nearn = 0;
  /* Evaluate the 2nd argument  */
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    /* 2nd arg is station expression */
    stn2 = pst->result.stn;
    rpt = stn2->rpt;
    lat = rpt->lat;
    lon = rpt->lon;
    /* Check for nearest neighbor flag in 3rd arg */
    if (pfc->argnum==3 && strcmp("-n",pfc->argpnt[2])==0) nearn = 1;
  } 
  else {
    /* 2nd & 3rd args are lon & lat */
    pgr = pst->result.pgr;
    if (pgr->idim!=-1 || pgr->jdim!=-1) {
      gaprnt (0,"Error in GR2STN:  2nd arg invalid\n");
      return (1);
    }
    lon = pgr->rmin;
    gafree(pst);
    if (pfc->argnum<3) {
      gaprnt(0,"Error in GR2STN:  3rd Argument Required\n");
      return (1);
    }
    if (getdbl(pfc->argpnt[2],&lat)==NULL) {
      gaprnt (0,"Error from GR2STN:  3rd argument invalid. \n");
      return (1);
    }
    /* Check for nearest neighbor flag in 4th arg */
    if (pfc->argnum==4 && strcmp("-n",pfc->argpnt[3])==0) nearn = 1;
  }
  /* Evaluate the 1st argument */
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type!=1) {
    gaprnt (0,"Error from GR2STN: 1st argument is not a grid\n");
    gafree (pst);
    return (1);
  }
  pgr = pst->result.pgr;
  if (pgr->idim==3) {
    ivars = pgr->ivals;
    gr1 = pgr->dimmin[3];
    gr2 = pgr->dimmax[3];
  } else if (pgr->idim==2) {
    iconv = pgr->igrab;
    ivars = pgr->ivals;
    gr1 = pgr->dimmin[2];
    gr2 = pgr->dimmax[2];
  } else if (pgr->idim== -1) {
    gr1 = 1;  
    gr2 = 1;
  } else if (pgr->idim==4) {
    gaprnt(0,"Error from GR2STN: 1-D grid may vary only in the Z or T dimension \n");
    gafree (pst);
    return (1);
  } else {
    gaprnt (0,"Error from GR2STN:  Logic Error 4\n");
    gafree (pst);
    return (1);
  }

  /* Set up stn structure for the returned data */
  sz = sizeof(struct gastn);
  stn = (struct gastn *)galloc(sz,"gr2stn");
  if (stn==NULL) {
    gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
    gagfre (pgr);
    return (1);
  }
  stn->rpt = NULL;
  stn->rnum = 0;
  stn->idim = pgr->idim;
  stn->jdim = pgr->jdim;
  stn->undef = pgr->undef;
  stn->pvar = NULL;
  stn->dmin[0] = lon;  stn->dmax[0] = lon;
  stn->dmin[1] = lat;  stn->dmax[1] = lat;
  stn->rflag = 0;
  stn->radius = 1.0;
  stn->sflag = 1;
  if (stn2) {
    for (i=0; i<8; i++) stn->stid[i] = stn2->stid[i];
  } else {
    for (i=0; i<8; i++) stn->stid[i] = 'x';
  }
  sz = sizeof(gadouble)*8;
  stn->tvals = (gadouble *)galloc(sz,"gr2stnt");
  if (stn->tvals==NULL) {
    gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
    gree(stn,"f426");
    gagfre (pgr);
    return (1);
  }
  stn->jdim = -1;
  if (pgr->idim==3) {                  /* time series */
    for (i=0; i<8; i++) *(stn->tvals+i) = *(ivars+i);
    stn->tmin = gr1; stn->tmax = gr2;
    stn->dmin[2] = pst->dmin[2];
    stn->dmax[2] = pst->dmin[2];
    stn->idim = 3;
  } else if (pgr->idim== -1) {         /* single point */
    stn->dmin[2] = pst->dmin[2];
    stn->dmax[2] = pst->dmin[2];
    stn->tmin = 1; stn->tmax = 1;
    *(stn->tvals) = pst->tmin.yr;
    *(stn->tvals+1) = pst->tmin.mo;
    *(stn->tvals+2) = pst->tmin.dy;
    *(stn->tvals+3) = pst->tmin.hr;
    *(stn->tvals+4) = pst->tmin.mn;
    *(stn->tvals+5) = 0.0;
    *(stn->tvals+6) = 1.0;
    *(stn->tvals+7) = -999.9;
  } else {                             /* vertical profile */
    stn->dmin[2] = gr1;  
    stn->dmax[2] = gr2;
    stn->tmin = 1; 
    stn->tmax = 1;
    *(stn->tvals) = pst->tmin.yr;
    *(stn->tvals+1) = pst->tmin.mo;
    *(stn->tvals+2) = pst->tmin.dy;
    *(stn->tvals+3) = pst->tmin.hr;
    *(stn->tvals+4) = pst->tmin.mn;
    *(stn->tvals+5) = 0.0;
    *(stn->tvals+6) = 1.0;
    *(stn->tvals+7) = -999.9;
  }

  if (nearn) gaprnt (2,"Notice: Using nearest neighbor instead of bilinear interpolation\n");

  pst->idim = 0;
  pst->jdim = 1;
  pst->dmin[0] = lon;
  pst->dmax[0] = lon + 0.1;
  pst->dmin[1] = lat;
  pst->dmax[1] = lat + 0.1;
  /* loop over grid points in the profile/time series */
  for (gr=gr1; gr<=gr2; gr++) { 
    if (pgr->idim==2) {
      lev = iconv(ivars,(gadouble)gr);
      pst->dmin[2] = lev;
      pst->dmax[2] = lev;
    } else if (pgr->idim==3) {
      gr2t (ivars, (gadouble)gr, &(pst->tmin));
      pst->tmax = pst->tmin;
    }
    rc = gaexpr(pfc->argpnt[0],pst);
    if (rc) {
      gagfre(pgr);
      return (rc);
    }
    pgr2 = pst->result.pgr;
    grid = pgr2->grid;
    icnv = pgr2->iabgr;
    jcnv = pgr2->jabgr;
    gi = icnv(pgr2->iavals,lon) - (gadouble)pgr2->dimmin[0];
    gj = jcnv(pgr2->javals,lat) - (gadouble)pgr2->dimmin[1];
    ig = (gaint)gi; 
    jg = (gaint)gj;
    p1 = pgr2->grid + jg*pgr2->isiz + ig;
    p1u = pgr2->umask + jg*pgr2->isiz + ig;
    p2 = p1+1;
    p2u = p1u+1;
    p3 = p2 + pgr2->isiz;
    p3u = p2u + pgr2->isiz;
    p4 = p1 + pgr2->isiz;
    p4u = p1u + pgr2->isiz;
    if (nearn) {                   /* nearest neighbor */
      gi = gi - (gadouble)ig;
      gj = gj - (gadouble)jg;
      w1 = hypot(gi,gj);
      w2 = hypot(1.0-gi,gj);
      w3 = hypot(1.0-gi,1.0-gj);
      w4 = hypot(gi,1.0-gj);
      wm = 999.0;
      if (w1lat = lat;
    rpt->lon = lon;
    if (pgr->idim==2) { rpt->lev = lev; rpt->tim = 1; }
    else { rpt->lev = stn->dmin[2]; rpt->tim = gr; }
    if (umask==1) {
      rpt->umask = 1;
      rpt->val = val;
    }
    else {
      rpt->umask = 0;
    }  
    for (i=0; i<8; i++) *(rpt->stid+i) = *(stn->stid+i);
    stn->rnum++;
    gafree(pst);
  }

  gagfre(pgr);  /* Release the grid from evaluating the first argument */
  pst->result.stn = stn;
  pst->type = 0;
  pst->idim = stn->idim;
  pst->jdim = -1;
  return (0);
}

gaint ffclgr (struct gafunc *pfc, struct gastat *pst) {
  struct gaclct *clct, *clct0;
  struct gastn *stn;
  struct garpt *rpt;
  struct gagrid *pgr=NULL;
  gadouble *levs, lev, vlo, vhi, uu=0, *gr=NULL;
  gadouble *iv=NULL,*jv=NULL,diff,lld,lhd,llo,lhi,xdiff;
  gaint i,j,cnt,lcnt=0,scnt,flag,clnm,dim,lflg,ucnt;
  gaint noundef;
  char *gru=NULL;
  size_t sz;

  lflg = 1;
  ucnt = 10;

  /* set noundef=1 to use only defined points in vertical interploation
     default is 0 */
  noundef=0;
  
  if (pfc->argnum>3) {
    gaprnt (0,"Error from COLL2GR:  Too many args \n");
    gaprnt (0,"                     One to three arguments expected \n");
    return (1);
  }
  if (intprs(pfc->argpnt[0],&clnm)==NULL) {
    gaprnt (0,"Error from COLL2GR:  1st argument must be an integer\n");
    return(1);
  }
  if (pfc->argnum>1) {
    if (cmpwrd("-u",pfc->argpnt[1])) lflg = 2;
    else if (intprs(pfc->argpnt[1],&i) != NULL) ucnt = i;
    else gaprnt (1,"COLL2GR Warning:  2nd arg Invalid; Ignored\n");
  }
  if (pfc->argnum>2) {
    if (cmpwrd("-n0",pfc->argpnt[2])) noundef=0;
    else if (cmpwrd("-n1",pfc->argpnt[2])) noundef=1;
    else gaprnt (1,"COLL2GR Warning:  3nd arg Invalid; Ignored\n");
  }
  clct0 = *(pst->pclct+clnm);
  clct = clct0;
  if (clct==NULL) {
     snprintf(pout,255,"Error from COLL2GR:  Collection %i empty\n",clnm);
     gaprnt (0,pout);
     return (1);
  }

  /* Count number of soundings, number of levels, and check dimension validity */
  cnt = 0;
  scnt = 0;
  dim = -1;
  while (clct) {
    stn = clct->stn;
    cnt += stn->rnum;
    scnt += 1;
    if (dim==-1) dim = stn->idim;
    if (dim != stn->idim) dim = -999;
    clct = clct->forw;
  }
  if (dim == -999 || dim != pst->jdim || pst->idim != 0 || dim<2 || dim>3 ) {
    gaprnt (0,"Error from COLL2GR:  Invalid dimension environment\n");
    return (1);
  }
  if (dim==3) {
    gaprnt  (0,"COLL2GR does not yet support time slices\n");
    return (1);
  }


  /* Obtain sorted list of levels or times, depending on
     what sort of interpolation was requested */
  if (lflg==1) cnt = ucnt;
  sz = sizeof(gadouble)*cnt;
  levs = (gadouble *)galloc(sz,"clgrlevs");
  if (levs==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for levels \n");
    goto err;
  }

  if (lflg==1) {
    /* fixed number of levels */
    vlo = pst->dmin[2];
    vhi = pst->dmax[2];
    uu = (vhi - vlo)/((gadouble)cnt-1.0);
    lev = vlo;
    for (i=0; idmin[2]-pst->dmax[2])/1e4;
    lcnt = 0;
    clct = clct0;
    while (clct) {
      stn = clct->stn;
      rpt = stn->rpt;
      while (rpt) {
        lev = rpt->lev;
        i = 0;
        flag = 1;
	/* mf 20021016 -- don't use level if undef */
	if (noundef && (rpt->umask == 0) ) flag = 0;
        if (lev>pst->dmin[2] || levdmax[2]) flag = 0;
        while (ii; j--) *(levs+j) = *(levs+j-1);
          }
          *(levs+i) = lev;
          lcnt++;
        }
        rpt = rpt->rpt;
      }
      clct = clct->forw;
    }
  }

  /* Allocate and fill the interpolated grid */
  sz = sizeof(gadouble)*lcnt*scnt;
  gr = (gadouble *)galloc(sz,"col2grgr");
  if (gr==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for collection grid \n");
    goto err;
  }
  sz = sizeof(char)*lcnt*scnt;
  gru = (char *)galloc(sz,"col2grgru");
  if (gru==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for collection umask \n");
    goto err;
  }
  clct = clct0;
  i = 0;
  while (clct) {
    stn = clct->stn;
    if (i==0) uu = stn->undef;
    for (j=0; jrpt;
      lld = 9.99e33;
      lhd = 9.99e33;
      llo = lev; lhi = lev;
      vlo = stn->undef;
      vhi = stn->undef;
      flag = 0;
      while (rpt) {
        if (dequal(rpt->lev,lev,1.0e-8)==0) {
          flag = 1;
          break;
        }
        if (rpt->levlevumask != 0) ) {
	      lld = lev-rpt->lev;
	      llo = rpt->lev;
	      vlo = rpt->val;
	    }
	  } else {
	    if (lev-rpt->levlev;
	      llo = rpt->lev;
	      vlo = rpt->val;
	    }
          }
        } else {
	  if(noundef) {
	    if (rpt->lev-levumask != 0) ) {
	      lhd = rpt->lev-lev;
	      lhi = rpt->lev;
	      vhi = rpt->val;
	    }
	  } else {
	    if (rpt->lev-levlev-lev;
	      lhi = rpt->lev;
	      vhi = rpt->val;
	    }
	  }
	}
        rpt = rpt->rpt;
      }
      if (flag) {
	*(gr+j*scnt+i) = rpt->val;
	*(gru+j*scnt+i) = 1;
      }
      else {
        if (dequal(vhi,stn->undef,1.0e-8)==0 || dequal(vlo,stn->undef,1.0e-8)==0) {
          *(gru+j*scnt+i) = 0;
        } else {
          *(gr+j*scnt+i) = vlo + (vhi-vlo)*(lev-llo)/(lhi-llo);
          *(gru+j*scnt+i) = 1;
        }
      }
    }
    clct = clct->forw;
    i++;
  }

  /* Now create the grid structure for our new grid and
     chain it in all the right places */

  sz = sizeof(struct gagrid);
  pgr = (struct gagrid *)galloc(sz,"col2grpgr");
  if (pgr==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for gagrid structure\n");
    goto err;
  }

  pgr->grid = gr;
  pgr->umask = gru;
  pgr->undef = uu;
  pgr->isiz = scnt;
  pgr->jsiz = lcnt;
  pgr->idim  = 0;  /* arbitrary */
  pgr->jdim  = dim;
  pgr->iwrld = 1; pgr->jwrld = 0;
  pgr->dimmin[0] = 1; pgr->dimmax[0] = scnt;
  pgr->dimmin[2] = 1; pgr->dimmax[2] = lcnt;
  pgr->exprsn = NULL;
  pgr->ilinr = 0;
  pgr->jlinr = 0;
  sz = sizeof(gadouble)*(scnt+2);
  iv = (gadouble *)galloc(sz,"col2griv");
  if (iv==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for scnt \n");
    goto err;
  }
  sz = sizeof(gadouble)*(lcnt+2);
  jv = (gadouble *)galloc(sz,"col2grjv");
  if (jv==NULL) {
    gaprnt (0,"Error from COLL2GR: failled to allocate memory for lcnt \n");
    goto err;
  }
  *iv = (gadouble)scnt;
  *jv = (gadouble)lcnt;
  xdiff = pst->dmax[0] - pst->dmin[0];
  xdiff = xdiff / ( (gadouble)(scnt-1) );
  for (i=1; i<=scnt; i++) *(iv+i) = pst->dmin[0] + (gadouble)(i-1) * xdiff;
  for (i=0; iivals = iv;
  pgr->jvals = jv;
  pgr->iavals = pgr->ivals;
  pgr->javals = pgr->jvals;
  pgr->igrab = gr2lev;
  pgr->jgrab = gr2lev;
  pgr->iabgr = lev2gr;
  pgr->jabgr = lev2gr;
  pgr->alocf = 1; 

  pst->type = 1;
  pst->result.pgr = pgr;
  gree(levs,"f428"); 
  return (0);

 err:
  if (levs) gree(levs,"f429");
  if (gr) gree(gr,"f430");
  if (gru) gree(gru,"f431");
  if (pgr) gagfre(pgr); 
  if (iv) gree(iv,"f432");
  if (jv) gree(jv,"f433");
  return (1);


}

/* Given a grid and a set of stations, interpolate to the
   grid using cressman technique and return the grid.             */

static gadouble rads[5] = {10.0, 7.0, 4.0, 2.0, 1.0};

gaint ffoacr (struct gafunc *pfc, struct gastat *pst) {
struct gastat pst2;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble (*iconv) (gadouble *, gadouble);
gadouble (*jconv) (gadouble *, gadouble);
gadouble *ivars, *jvars, *gr, *nw, *newbuf, *p1, *p2, *p3, *p4;
gadouble lon,lat,lnmin,lnmax,lnscl,ltmin,ltmax,ltscl;
gadouble sum;
gadouble e1,e2,e,wsum,x,y,xmin,xmax,ymin,ymax,d,d2,rad,rad2,w;
gaint *flgbuf, *ii;
gaint rc,i,j,p,siz,icnt,irad,radflg;
gadouble fgsum=-1e20;
gadouble radii[30];
char sumu,*gru,*nwu,*newbufu; 
size_t sz;

  if (pfc->argnum<2) {
    gaprnt (0,"Error from OACRES:  Too many or too few args \n");
    gaprnt (0,"                    Two arguments expected \n");
    return (1);
  }
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gaprnt (0,"Error from OACRES: 1st argument must be a grid\n");
    gafree (pst);
    return (1);
  }
  pgr = pst->result.pgr;
  if (pgr->idim!=0 || pgr->jdim!=1) {
    gaprnt (0,"Error from OACRES: Grid must vary in X, Y\n");
    gafree (pst);
    return (1);
  }
  if (!pgr->ilinr || !pgr->jlinr) {
    gaprnt (0,"Error from OACRES: Grid must have linear scaling\n");
    gafree (pst);
    return (1);
  }
  pst2 = *pst;
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) {
    gafree (pst);
    return (rc);
  }
  if (pst2.type!=0) {
    gaprnt (0,"Error from OACRES: 2nd argument must be stns\n");
    gafree (&pst2);
    gafree (pst);
    return (1);
  }
  stn = pst2.result.stn;

  /* Check for user provided radii */
  irad = 5;
  radflg = 0;
  if (pfc->argnum>2) {
    radflg = 1;
    irad = pfc->argnum-2;
    if (irad>30) {
      gaprnt (1,"Warning from OACRES:  Using 30 pass radii\n");
      irad = 30;
    }
    for (i=0; iargpnt[i+2],radii+i)==NULL) {
        gaprnt (0,"Error from OACRES:  Radii must be constant\n");
        gaprnt (0,"                    Using default radii\n");
        radflg = 0;
        i = irad+1;
      } else {
	if (radii[i]<0.0) {
	  i++;
	  if(irad != i+1) {
	    gaprnt (0,"Error from OACRES:  Improper setting of 1st guess\n");
	    gaprnt (0,"                    Must provide the value or make the value the last argument\n");
	    gaprnt (0,"                    Using default radii\n");
	    irad=5;
	    radflg=0;
            i=irad+1;
	  } else if (getdbl(pfc->argpnt[i+2],&fgsum)==NULL) {
	    gaprnt (0,"Error from OACRES:  Improper setting of 1st guess\n");
	    gaprnt (0,"                    Bad value\n");
	    gaprnt (0,"                    Using default radii\n");
	    irad=5;
	    radflg=0;
	    fgsum=-1e20;
            i=irad+2;
	  } else {
	    if(irad<1) radflg=0;
	    i=irad+2;
	    irad=irad-2;
	  }

	}
        if ((radii[i]<0.01 || radii[i]>50.0) && iigrab;
  ivars = pgr->ivals;
  jconv = pgr->jgrab;
  jvars = pgr->jvals;
  lnmin = iconv(ivars,(gadouble)pgr->dimmin[0]);
  lnmax = iconv(ivars,(gadouble)pgr->dimmax[0]);
  ltmin = iconv(jvars,(gadouble)pgr->dimmin[1]);
  ltmax = iconv(jvars,(gadouble)pgr->dimmax[1]);
  lnscl = (lnmax-lnmin)/((gadouble)pgr->isiz-1);
  ltscl = (ltmax-ltmin)/((gadouble)pgr->jsiz-1);

  /* Now loop through each stn report and convert stn lat/lon to grid coordinates */
  rpt = stn->rpt;
  sum = 0.0;
  icnt = 0;
  while (rpt!=NULL) {
    lon = rpt->lon;
    lat = rpt->lat;
    if (lonlnmax) lon-=360.0;
    rpt->lon = (lon-lnmin)/lnscl;
    rpt->lat = (lat-ltmin)/ltscl;
    i = (gaint)rpt->lon;
    j = (gaint)rpt->lat;
    if (i<0 || i>(pgr->isiz-1) || 
	j<0 || j>(pgr->jsiz-1) ||
        rpt->umask==0) 
      rpt->work = -999;
    else {
      rpt->work = j*pgr->isiz + i;
      sum = sum + rpt->val;
      icnt++;
      i = (gaint)rpt->lon;
      j = (gaint)rpt->lat;
      rpt->lev = rpt->lon - (gadouble)i;
      rpt->tim = rpt->lat - (gadouble)j;
    }
    rpt=rpt->rpt;
  }
  if (icnt<2) {
    gaprnt (1,"Warning from OACRES:  Less than two stations\n");
    gaprnt (1,"    Grid will be all missing values\n");
    sumu = 0;
  } 
  else {
    sum = sum/((gadouble)icnt);
    sumu = 1;
  }

  /* Need some buffer space */
  siz = pgr->isiz * pgr->jsiz;
  sz = sizeof(gadouble)*siz;
  newbuf = (gadouble *)galloc(sz,"oacrbuf");
  if (newbuf==NULL) {
    goto err;
  }
  sz = sizeof(char)*siz;
  newbufu = (char *)galloc(sz,"oacrbufu");
  if (newbufu==NULL) {
    gree(newbuf,"f434");
    goto err;
  }
  sz = sizeof(gaint)*siz;
  flgbuf = (gaint *)galloc(sz,"oacrbuff");
  if (flgbuf==NULL) {
    gree(newbuf,"f435");
    gree(newbufu,"f436");
    goto err;
  }

  /* Initial grid values are average of station reports */
  if (fabs(fgsum) < 1e20 ) {
    sum=fgsum;
    sumu=1;
  }
  gr = pgr->grid;
  gru = pgr->umask;
  nw = newbuf;
  nwu = newbufu;
  ii = flgbuf;
  for (i=0; igrid;
    nw = newbuf;
    nwu = newbufu;
    ii = flgbuf;
    for (j=0; jjsiz; j++) {
      y = (gadouble)j;
      ymin = y - rad;
      ymax = y + rad;
      for (i=0; iisiz; i++) {
        x = (gadouble)i;
        xmin = x - rad;
        xmax = x + rad;
        sum = 0.0; wsum = 0.0;
        rpt = stn->rpt;
        while (rpt) {
          if (rpt->work==-999 || 
	      rpt->lon < xmin || rpt->lon > xmax ||
              rpt->lat < ymin || rpt->lat > ymax ||
              (d = hypot(x-rpt->lon,y-rpt->lat)) > rad ) rpt = rpt->rpt;
          else {
            d2 = d*d;
            p1 = pgr->grid + rpt->work;
            p2 = p1+1;
            p4 = p1 + pgr->isiz;
            p3 = p4 + 1;
            e1 = *p1 + ( (*p2 - *p1)*rpt->lev );
            e2 = *p4 + ( (*p3 - *p4)*rpt->lev );
            e = e1 + ( (e2 - e1)*rpt->tim );
            e = rpt->val - e;
            w = (rad2-d2)/(rad2+d2);
            sum += e*w;
            wsum += w;
            rpt = rpt->rpt;
          }
        }
        if (wsum>1e-6) {
	  *nw = *gr + sum/wsum;
	  *nwu = 1; 
	}
        else if (p==2) *ii = 1;
        nw++; nwu++; gr++; ii++;
      }
    }
    nw  = newbuf;
    nwu = newbufu;
    gr = pgr->grid;
    gru = pgr->umask;
    for (i=0; iumask;
  for (i=0; igrid;
  gru = pgr->umask;

retrn:
  gafree (&pst2);
  gree(newbuf,"f437");
  gree(newbufu,"f438");
  gree(flgbuf,"f439");
  return(0);

err:
  gaprnt (0,"Error in OACRES:  Unable to allocate memory\n");
  gafree (&pst2);
  gafree (pst);
  return (1);
}

gaint ffoabn (struct gafunc *pfc, struct gastat *pst) {
  struct gastat pst2;
  struct gagrid *pgr;
  struct gastn *stn;
  struct garpt *rpt;
  gadouble (*iconv) (gadouble *, gadouble);
  gadouble (*jconv) (gadouble *, gadouble);
  gadouble *ivars, *jvars, *gr;
  gadouble lon,lat,lnmin,lnmax,lnscl,ltmin,ltmax,ltscl;
  gaint *cnt, *ii;
  gaint rc,i,j,siz,icnt,cntflg;
  char *ch, *gru;
  size_t sz;
  
  if (pfc->argnum<2) {
    gaprnt (0,"Error from OABIN:  Too many or too few args \n");
    gaprnt (0,"                   Two arguments expected \n");
    return (1);
  }
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gaprnt (0,"Error from OABIN: 1st argument must be a grid\n");
    gafree (pst);
    return (1);
  }
  pgr = pst->result.pgr;
  if (pgr->idim!=0 || pgr->jdim!=1) {
    gaprnt (0,"Error from OABIN: Grid must vary in X, Y\n");
    gafree (pst);
    return (1);
  }
  if (!pgr->ilinr || !pgr->jlinr) {
    gaprnt (0,"Error from OABIN: Grid must have linear scaling\n");
    gafree (pst);
    return (1);
  }
  pst2 = *pst;
  rc = gaexpr(pfc->argpnt[1],&pst2);
  if (rc) {
    gafree (pst);
    return (rc);
  }
  if (pst2.type!=0) {
    gaprnt (0,"Error from OABIN: 2nd argument must be stns\n");
    gafree (&pst2);
    gafree (pst);
    return (1);
  }
  stn = pst2.result.stn;

  cntflg = 0;
  if (pfc->argnum>2) {
    ch = pfc->argpnt[2];
    if      (*ch == '-' && *(ch+1) == 'c') cntflg = 1;
    else if (*ch == '-' && *(ch+1) == 'f') cntflg = 2;
    else gaprnt (1,"Warning from OABIN: Invalid flag.  Ignored.\n");
  }

  /* Set up scaling for converting lon-lat to grid units */
  iconv = pgr->igrab;
  ivars = pgr->ivals;
  jconv = pgr->jgrab;
  jvars = pgr->jvals;
  lnmin = iconv(ivars,(gadouble)pgr->dimmin[0]);
  lnmax = iconv(ivars,(gadouble)pgr->dimmax[0]);
  ltmin = iconv(jvars,(gadouble)pgr->dimmin[1]);
  ltmax = iconv(jvars,(gadouble)pgr->dimmax[1]);
  lnscl = (lnmax-lnmin)/((gadouble)pgr->isiz-1);
  ltscl = (ltmax-ltmin)/((gadouble)pgr->jsiz-1);

  /* Now loop through each stn report and convert stn lat/lon to grid  coordinates */
  rpt = stn->rpt;
  icnt = 0;
  while (rpt!=NULL) {
    lon = rpt->lon;
    lat = rpt->lat;
    if (lonlnmax) lon-=360.0;
    rpt->lon = (lon-lnmin)/lnscl;
    rpt->lat = (lat-ltmin)/ltscl;
    /* nearest grid point center */
    i = (gaint)(rpt->lon+0.5);
    j = (gaint)(rpt->lat+0.5);
    if (i<0 || i>(pgr->isiz-1) || 
	j<0 || j>(pgr->jsiz-1) ||
        rpt->umask==0) 
      rpt->work = -999;
    else {
      rpt->work = j*pgr->isiz + i;
    }
    rpt=rpt->rpt;
  }

  /* cnt space */
  siz = pgr->isiz * pgr->jsiz;
  sz = sizeof(gaint)*siz;
  cnt = (gaint *)galloc(sz,"oabincnt");
  if (cnt==NULL) {
    goto err;
  }

  /* initialize cnt and grid to 0.0 for summing */
  gr=pgr->grid;
  for(i=0;irpt;
  while (rpt) {
    gr = pgr->grid;
    ii = cnt;
    if (rpt->work==-999) {
      rpt = rpt->rpt;
    } 
    else {
      gr += rpt->work;
      ii += rpt->work;
      if( (cntflg <= 1) || (cntflg == 2 && *ii <= 1)) {
	*gr += rpt->val;
	*ii += 1;
      }
      rpt = rpt->rpt;
    }
  }
  
  gr=pgr->grid;
  gru=pgr->umask;
  ii=cnt;
  for(i=0;i 0) {
      *gr=(*gr)/(*ii);
      if(cntflg==1) *gr=(gadouble)(*ii);
      *gru = 1;
    } else {
      *gru=0;
    }
    gr++ ; gru++; ii++;
  }
  
  gafree (&pst2);
  gree(cnt,"f440");
  return(0);

err:
  gaprnt (0,"Error in OABIN:  Unable to allocate memory\n");
  gafree (&pst2);
  gafree (pst);
  return (1);
}



/* Nine point smoother */

gaint ffsmth  (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr;
gadouble *buff, *gr, *nw;
gadouble w,s,mid,sid,cor;
gaint i,j,k,rc,siz,p;
char *gru, *nwu, *buffu;
size_t sz;

  if (pfc->argnum!=1 && pfc->argnum!=4) {
    gaprnt (0,"Error from SMTH9:  Too many or too few args \n");
    gaprnt (0,"                   One or 4 arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type!=1) {
    gaprnt (0,"Error from SMTH9:  Grid Required\n");
    gafree (pst);
    return (1);
  }

  pgr = pst->result.pgr;
  siz = pgr->isiz * pgr->jsiz;
  sz = siz*sizeof(gadouble);
  buff = (gadouble *)galloc(sz,"sm9buf");
  if (buff==NULL) {
    gaprnt (0,"Error from SMTH9:  Unable to allocate memory\n");
    gafree (pst);
    return (1);
  }
  sz = siz*sizeof(char);
  buffu = (char *)galloc(sz,"sm9bufu");
  if (buffu==NULL) {
    gaprnt (0,"Error from SMTH9:  Unable to allocate memory\n");
    gafree (pst);
    return (1);
  }

  mid = 1.0; sid = 0.5; cor = 0.3;
  if (pfc->argnum==4) {
    if (getdbl(pfc->argpnt[1],&mid)==NULL ||
        getdbl(pfc->argpnt[2],&sid)==NULL ||
        getdbl(pfc->argpnt[3],&cor)==NULL )  {
      gaprnt (0,"Error from SMTH9:  Invalid Weight Values\n");
      gaprnt (0,"  Using defaults:  1.0  0.5  0.3\n");
      mid = 1.0; sid = 0.5; cor = 0.3;
    }
  }

  gr = pgr->grid;
  gru = pgr->umask;
  nw = buff;
  nwu = buffu;
  k = 0;
  for (j=0; jjsiz; j++) {
    for (i=0; iisiz; i++) {
      if (*(gru+k)!=0) {
        s = *(gr+k)*mid;
        w = mid;
        if (i!=0 && *(gru+k-1)!=0) { 
	  s = s + *(gr+k-1)*sid; 
	  w+=sid;
	}
        if (i!=pgr->isiz-1 && *(gru+k+1)!=0) { 
	  s = s + *(gr+k+1)*sid; 
	  w+=sid;
	}
        if (j!=0) {
          p = k - pgr->isiz;
          if (*(gru+p)!=0) { 
	    s = s + *(gr+p)*sid; 
	    w+=sid;
	  }
          if (i!=0 && *(gru+p-1)!=0) { 
	    s = s + *(gr+p-1)*cor; 
	    w+=cor;
	  }
          if (i!=pgr->isiz-1 && *(gru+p+1)!=0) { 
	    s = s + *(gr+p+1)*cor; 
	    w+=cor;
	  }
        }
        if (j!=pgr->jsiz-1) {
          p = k + pgr->isiz;
          if (*(gru+p)!=0) { 
	    s = s + *(gr+p)*sid; 
	    w+=sid;
	  }
          if (i!=0 && *(gru+p-1)!=0) { 
	    s = s + *(gr+p-1)*cor; 
	    w+=cor;
	  }
          if (i!=pgr->isiz-1 && *(gru+p+1)!=0) { 
	    s = s + *(gr+p+1)*cor; 
	    w+=cor;
	  }
        }
        *nw = s/w;
	*nwu = 1;
      } 
      else {
	*nwu = 0;
      }
      nw++; nwu++; k++;
    }
  }
  gr = pgr->grid;
  gru = pgr->umask;
  nw = buff;
  nwu = buffu;
  for (i=0; iidim!=0 || pst->jdim!=1) {
    gaprnt (0,"Error from STNAVE:  X, Y varying environment required\n");
    return(1);
  }

  /* Check for valid number of args       */

  if (pfc->argnum<3 || pfc->argnum>5) {
    gaprnt (0,"Error from STNAVE:  Too many or too few args \n");
    gaprnt (0,"                    3 to 5 arguments expected \n");
    return (1);
  }

  /* Parse the dimension expression       */

  pfi = pst->pfid;
  ch = dimprs (pfc->argpnt[1], pst, pfi, &dim, &gr1, 1, &wflag);
  if (ch==NULL || dim!=3 || wflag==2) {
    gaprnt (0,"Error from STNAVE:  1st dimension expression invalid\n");
    if (wflag==2) gaprnt (0,"  offt expression not supported as an arg to STNAVE\n");
    return (1);
  }

  /* Now parse the 2nd dimension expression.  */

  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim2, &gr2, 1, &wflag);
  if (ch==NULL || dim2!=dim || wflag==2) {
    gaprnt (0,"Error from STNAVE:  2nd dimension expression invalid\n");
    if (wflag==2) gaprnt (0,"  offt expression not supported as an arg to STNAVE\n");
    return (1);
  }

  /* Get optional arguments:  time increment and min number of times 
     required for a successful average */

  val = pfi->grvals[3];
  if (*(val+5)>0) { mos = (*(val+5)); mns = 0; }
  if (*(val+6)>0) { mns = (*(val+6)); mos = 0; }

  mcnt = 1;
  if (pfc->argnum >= 4) {
    if (*(pfc->argpnt[3]) == '-') {    /* Option flags? */
      i = fndarg (pfc->argpnt[3], &mcnt);
      if (i) return (1);
    } else {                           /* Assume time increment */
                               /*  Done differently from grid ave */
                               /*  to allow increment of 1yr for 
                                   daily data.  Might want to adopts
                                   this for grid ave also.  Think about
                                   a flag to handle leap years?  */
      ch = intprs(pfc->argpnt[3],&incr);
      if (ch==NULL) goto err3;
      if (*(val+5)>0) { mos = incr * (*(val+5)); mns = 0; }
      if (*(val+6)>0) { mns = incr * (*(val+6)); mos = 0; }
      if (*ch!='\0') {
        ch = rdtprs(pfc->argpnt[3],&tinc);
        if (ch==NULL) goto err3;
        mos = tinc.yr*12 + tinc.mo;
        mns = tinc.dy*1140 + tinc.hr*60 + tinc.mn;
        if (mos>0 && *(val+5)>0) {
          incr = mos / (*(val+5));
          if (mos!=incr*(*(val+5))) goto err3;
        }
        else if (mos>0 && *(val+6)>0) {
          incr = mos;  /* not really used */
        }
        else if (mns>0 && *(val+6)>0) {
          incr = mns / (*(val+6));
          if (mns!=incr*(*(val+6))) goto err3;
        }
        else goto err3;
      }
    }
  }
  if (pfc->argnum == 5) {
    i = fndarg (pfc->argpnt[4], &mcnt);
    if (i) return (1);
  }

  tinc.yr = 0; tinc.mo = mos; tinc.dy = 0; tinc.hr = 0; tinc.mn = mns;

  d1 = ceil(gr1-0.001);          /* Ave limits are integers    */
  d2 = floor(gr2+0.001);

  /* Set up the result stn block */

  sz = sizeof(struct gastn);
  stnr = (struct gastn *)galloc(sz,"stnavr");
  if (stnr==NULL) {
    gaprnt(0,"Memory allocation error:  station averaging function\n");
    return(1);
  }

  /* Loop over time */
  gr2t (pfi->grvals[3],d1,&tstrt);
  gr2t (pfi->grvals[3],d2,&tend);
  gat2ch (&tstrt,5,chs,20);
  gat2ch (&tend,5,che,20);
  snprintf(pout,255,"Stn Averaging.  Dim = %i, Start = %s, End = %s Incr(mos,mns) = %i %i\n", 
	   dim, chs, che, mos, mns);
  gaprnt (2,pout);

  rc = 0;
  fflg = 1;
  d = d1;
  while (d<=d2 && !rc) {
    gr2t (pfi->grvals[3],d,&(pst->tmin));
    pst->tmax = pst->tmin;
    /* evaluate the expression at this time */
    rc = gaexpr(pfc->argpnt[0],pst);
    if (rc || pst->type==1) goto err;
    stn = pst->result.stn;
    /* set up the block to hold the final result */
    if (fflg) {
      fflg = 0;       /* makes sure this is only done once */
      *stnr = *stn;
      stnr->rnum = 0;
      stnr->rpt = NULL;
      sz = sizeof(gadouble)*8;
      stnr->tvals = (gadouble *)galloc(sz,"stnavtvals");
      if (stnr->tvals==NULL) {
        gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
        goto err;
      }
      for (i=0; i<8; i++) *(stnr->tvals+i) = *(stn->tvals+i);
    }

    /* Average multiple stations for this time, if any.  */

    rpt = stn->rpt;
    while (rpt) {
      rpt->work = 1;
      rpt = rpt->rpt;
    }
    rpt = stn->rpt;
    while (rpt) {
      if (rpt->work && rpt->umask!=0) {
        rpt2 = rpt->rpt;
        sum = rpt->val;
        cnt = 1.0;
	/* check for more reports to include in the average for this time */
        while (rpt2) {
	  /* additional reports must have same stid and location */
          if (rpt2->umask!=0 &&           
              !cmpch(rpt->stid,rpt2->stid,8) &&
              rpt->lat == rpt2->lat && rpt->lon == rpt2->lon) {
            sum = sum + rpt2->val;
            cnt = cnt+1.0;
            rpt2->work = 0;       /* flag these reports as already used in calculation */
          }
          rpt2 = rpt2->rpt;
        }
        rpt->val = sum/cnt;       /* rpt->val now has the average of all reports */
      } 
      rpt = rpt->rpt;
    }

    /* Now sum these with the items already in the result list */

    rpt = stn->rpt;
    while (rpt) {
      if (rpt->work) {
        rpt2 = stnr->rpt;  /* this will be NULL for the first time step */
        while (rpt2) {
          if (!cmpch(rpt->stid,rpt2->stid,8) &&
              rpt->lat == rpt2->lat && rpt->lon == rpt2->lon) break;
          rpt2 = rpt2->rpt;
        }
        if (rpt2==NULL) {
	  /* at first time step, allocate result (rpt2), copy rpt values into it  */
          rpt2 = gaarpt(stnr);
          if (rpt2==NULL) goto err;
          stnr->rnum++;
          *rpt2 = *rpt;
          rpt2->rpt = NULL;
          rpt2->work = 1;
          if (rpt->umask == 0) rpt2->umask = 0;
        } else {
	  /* for subsequent time steps, check if result is undefined */
          if (rpt2->umask == 0) {
	    /* no previous result, copy current time's average into result if defined */
	    if (rpt->umask != 0) {
              rpt2->val = rpt->val;
              rpt2->work = 1;
	      rpt2->umask = 1;
	    }
          } else if (rpt->umask != 0) {
	    /* add current time's average to result, increment work flag */
            rpt2->val = rpt2->val + rpt->val;
            rpt2->work++;
          }
        }
      }
      rpt = rpt->rpt;
    }
    gafree(pst);
   
    /*  Apply time increment */

    gr2t (pfi->grvals[3],d,&tloc);
    twrk = tinc;
    timadd (&tloc, &twrk);
    ttt = t2gr(pfi->grvals[3],&twrk);
    d = ttt;
    if (fabs(((gadouble)d)-ttt) > 0.001) {
      gaprnt(0,"Logic Error 16 in stnave.  Contact Developer(s).\n");
      goto err;
    }
  }

  /* Calculate final result, return */

  rpt = stnr->rpt;
  while (rpt) {
    if (rpt->umask!=0) {
      if (rpt->workumask = 0;
      else {
        cnt = (gadouble)rpt->work;
        rpt->val = rpt->val/cnt;
	rpt->umask = 1;
      }
    }
    rpt = rpt->rpt;
  }
  pst->result.stn = stnr;
  return(0);

err:
  gaprnt (0,"Error from STNAVE:  Unable to evaluate expression\n");
  gafree(pst);
  gasfre(stnr);
  return(1);
err3:
  snprintf(pout,255,"Error from STNAVE: Invalid time increment argument\n");
  gaprnt(0,pout);
  return (1);
}

/* Set every nth grid point value to missing in a grid */

gaint ffskip (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr;
gaint rc,iskip,jskip,ii,jj,i,j;
char *uval;

  if (pfc->argnum<2 || pfc->argnum>3) {
    gaprnt (0,"Error from SKIP:  Too many or too few args \n");
    gaprnt (0,"                  Two or 3 arguments expected \n");
    return (1);
  }
  if (intprs(pfc->argpnt[1],&iskip)==NULL) {
    gaprnt (0,"Error from SKIP:  2nd argument must be an integer \n");
    return(1);
  }
  if (pfc->argnum>2) {
    if (intprs(pfc->argpnt[2],&jskip)==NULL) {
      gaprnt (0,"Error from SKIP:  3rd argument must be an integer\n");
      return(1);
    }
  } 
  else jskip = iskip;

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type!=1) {
    gaprnt (0,"Error from SKIP:  Grid Required\n");
    gafree (pst);
    return (1);
  }

  pgr = pst->result.pgr;
  uval = pgr->umask;
  if (pgr->idim==-1) return(0);

  iskip = iskip - 1;
  jskip = jskip - 1;
  jj = -1;
  for (j=0; jjsiz; j++) {
    jj++;
    if (jj>jskip) jj=0;
    ii = -1;
    for (i=0; iisiz; i++) {
      ii++;
      if (ii>iskip) ii=0;
      if (ii || jj) *uval = 0;
      uval++;
    }
  }
  return (0);
}

gaint ffgrarea (struct gafunc *pfc, struct gastat *pst) {
  struct gagrid *pgr;
  gadouble *val;
  gaint rc,i,j;
  gadouble (*iconv) (gadouble *, gadouble);
  gadouble (*jconv) (gadouble *, gadouble);
  gadouble *ivals, *jvals;
  gadouble rad,scl,w1,w2,y1,x1,alo,ahi;
  char *uval;

  if (pfc->argnum>3) {
    gaprnt (0,"Error from GRAREA:  Too many args \n");
    gaprnt (0,"                  1 arguments expected \n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type!=1) {
    gaprnt (0,"Error from GRAREA:  Grid Required\n");
    gafree (pst);
    return (1);
  }
  pgr = pst->result.pgr;
  if( (pgr->idim)!=0 || (pgr->jdim)!=1 ) {
    gaprnt (0,"Error from GRAREA:  XY (lon-lat) grid required\n");
    gafree (pst);
    return (1);
  }

  rad = acos(0.0)/90.0;
  scl=1.0/720.0;
  jconv = pgr->jgrab;
  ivals = pgr->ivals;
  iconv = pgr->igrab;
  jvals = pgr->jvals;
  val = pgr->grid;
  uval = pgr->umask;
  for (j=0; jjsiz; j++) {
    y1 = (gadouble)(j+pgr->dimmin[1]);
    alo = jconv(jvals, y1-0.5);
    ahi = jconv(jvals, y1+0.5);
    if (alo < pst->dmin[1]) alo = pst->dmin[1];
    if (alo > pst->dmax[1]) alo = pst->dmax[1];
    if (ahi < pst->dmin[1]) ahi = pst->dmin[1];
    if (ahi > pst->dmax[1]) ahi = pst->dmax[1];
    if (alo < -90.0) alo = -90.0; if (ahi < -90.0) ahi = -90.0;
    if (alo >  90.0) alo =  90.0; if (ahi >  90.0) ahi =  90.0;
    w1 = fabs(sin(ahi*rad)-sin(alo*rad));  /* area weighting (aave) */
      
    for (i=0; iisiz; i++) {
      x1 = (gadouble)(i+pgr->dimmin[0]);
      alo = iconv(ivals, x1-0.5);
      ahi = iconv(ivals, x1+0.5);
      if (alodmin[0]) alo = pst->dmin[0];
      if (alo>pst->dmax[0]) alo = pst->dmax[0];
      if (ahidmin[0]) ahi = pst->dmin[0];
      if (ahi>pst->dmax[0]) ahi = pst->dmax[0];
      w2 = (ahi - alo)*scl;
      if (*uval!=0) *val = w1 * w2;
      val++; uval++;
    }
  }
  return (0);
}

gaint ffcnst  (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,cnt,flg;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val,cnst;
char *ch, *uval;

  if (pfc->argnum<2 || pfc->argnum>3) {
    gaprnt (0,"Error from CONST:  Too many or too few args \n");
    gaprnt (0,"                   Two or 3 arguments expected \n");
    return (1);
  }

  if (getdbl(pfc->argpnt[1],&cnst)==NULL) {
    gaprnt (0,"Error from CONST:  2nd argument must be a constant\n");
    return(1);
  }

  flg = 0;
  if (pfc->argnum>2) {
    ch = pfc->argpnt[2];
    if      (*ch == '-' && *(ch+1) == 'u') flg = 1;
    else if (*ch == '-' && *(ch+1) == 'a') flg = 2;
    else gaprnt (1,"Warning from CONST: Invalid flag.  Ignored.\n");
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    /* gridded data */
    pgr = pst->result.pgr;
    cnt = pgr->isiz * pgr->jsiz;
    val = pgr->grid;
    uval = pgr->umask;
    for (i=0; iresult.stn;
    rpt = stn->rpt;
    while (rpt!=NULL) {
      if (flg==0) {
        if (rpt->umask!=0) rpt->val = cnst;
      } else if (flg==1) {
        if (rpt->umask==0) rpt->val = cnst;
      } else if (flg==2) {
        rpt->val = cnst;
      }
      rpt=rpt->rpt;
    }
  }

  return (0);
}

/* Station min or max.  Done over time only.     */
char *smnxnam[2] = {"STNMIN","STNMAX"};

gaint ffsmin (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = ffsmnx (pfc, pst, 0);
  return (rc);
}

gaint ffsmax (struct gafunc *pfc, struct gastat *pst) {
gaint rc;
  rc = ffsmnx (pfc, pst, 1);
  return (rc);
}

gaint ffsmnx (struct gafunc *pfc, struct gastat *pst, gaint flg) {
struct gafile *pfi;
struct gastn *stnr, *stn;
struct garpt *rpt,*rpt2;
gadouble gr1,gr2;
gaint dim,dim2,rc,d1,d2,d,fflg,i,mcnt,wflag=0;
char *ch,*fnam;
size_t sz;

  fnam = smnxnam[flg];

  /* Check for X, Y varying environment */
  if (pst->idim!=0 || pst->jdim!=1) {
    snprintf(pout,255,"Error from %s:  X, Y varying environment required\n",fnam);
    gaprnt (0,pout);
    return(1);
  }

  /* Check for valid number of args */
  if (pfc->argnum<3 || pfc->argnum>4) {
    snprintf(pout,255,"Error from %s:  Too many or too few args \n",fnam);
    gaprnt (0,pout);
    gaprnt (0,"                    3 or 4 arguments expected \n");
    return (1);
  }

  /* Parse the dimension expression */
  pfi = pst->pfid;
  ch = dimprs (pfc->argpnt[1], pst, pfi, &dim, &gr1, 1, &wflag);
  if (ch==NULL || dim!=3 || wflag==2) {
    snprintf(pout,255,"Error from %s:  1st dimension expression invalid\n",fnam);
    gaprnt (0,pout);
    if (wflag==2) {
      snprintf(pout,255,"  offt expression not supported as an arg to %s\n",fnam);
      gaprnt (0,pout);
    }
    return (1);
  }

  /* Now parse the 2nd dimension expression. */
  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim2, &gr2, 1, &wflag);
  if (ch==NULL || dim2!=dim || wflag==2) {
    snprintf(pout,255,"Error from %s:  2nd dimension expression invalid\n",fnam);
    gaprnt (0,pout);
    if (wflag==2) {
      snprintf(pout,255,"  offt expression not supported as an arg to %s\n",fnam);
      gaprnt (0,pout);
    }
    return (1);
  }

  /* Get the min number of times required for average, if provided */
  mcnt = 1;
  if (pfc->argnum==4) {
    i = fndarg (pfc->argpnt[3], &mcnt);
    if (i) return (1);
  }
  /* Ave limits are integers */
  d1 = ceil(gr1-0.001);          
  d2 = floor(gr2+0.001);

  /* Set up the result stn block */
  sz = sizeof(struct gastn);
  stnr = (struct gastn *)galloc(sz,"stnminr");
  if (stnr==NULL) {
    gaprnt(0,"Memory allocation error:  station averaging function\n");
    return(1);
  }

  /* Loop over time */
  rc = 0;
  fflg = 1;
  for (d=d1; d<=d2 && !rc; d+=1) {

    /* Get next set of stations */
    gr2t (pfi->grvals[3],d,&(pst->tmin));
    pst->tmax = pst->tmin;
    rc = gaexpr(pfc->argpnt[0],pst);
    if (rc || pst->type==1) goto err;
    stn = pst->result.stn;
    if (fflg) {
      fflg = 0;
      *stnr = *stn;
      stnr->rnum = 0;
      stnr->rpt = NULL;
      sz = sizeof(gadouble)*8;
      stnr->tvals = (gadouble *)galloc(sz,"stnmintv");
      if (stnr->tvals==NULL) {
        gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
        goto err;
      }
      for (i=0; i<8; i++) *(stnr->tvals+i) = *(stn->tvals+i);
    }

    /* Tabulate mins or maxes */
    rpt = stn->rpt;
    while (rpt) {
      rpt2 = stnr->rpt;
      while (rpt2) {
        if (!cmpch(rpt->stid,rpt2->stid,8) &&
            rpt->lat == rpt2->lat && rpt->lon == rpt2->lon) break;
        rpt2 = rpt2->rpt;
      }
      if (rpt2==NULL) {
        rpt2 = gaarpt(stnr);
        if (rpt2==NULL) goto err;
        stnr->rnum++;
        *rpt2 = *rpt;
        rpt2->work = 1;
        rpt2->rpt = NULL;
        if (rpt->umask == 0) rpt2->umask = 0;
      } else {
        if (rpt2->umask == 0) {
          rpt2->val = rpt->val;
          rpt2->umask = rpt->umask;
        } else if (rpt->umask != 0) {
          if (flg) {
            if (rpt->val > rpt2->val) rpt2->val = rpt->val;
          } else {
            if (rpt->val < rpt2->val) rpt2->val = rpt->val;
          }
          rpt2->work++;
        }
      }
      rpt = rpt->rpt;
    }
    gafree(pst);
  }

  /* Check min count if provided */
  if (mcnt>1) {
    rpt = stnr->rpt;
    while (rpt) {
      if (rpt->workumask = 0;
      rpt = rpt->rpt;
    }
  }

  /* Return final result. */
  pst->result.stn = stnr;
  return(0);

err:
  snprintf(pout,255,"Error from %s:  Unable to evaluate expression\n",fnam);
  gaprnt (0,pout);
  gafree(pst);
  gasfre(stnr);
  return(1);
}

/*  Find args for the stnave, stnmin, and stnmax functions */

gaint fndarg (char *ch, gaint *iv) {
gaint ival;

   while (*ch==' ') ch++;
   if (*ch!='-' && *(ch+1)!='m') {
     gaprnt (0,"Invalid option argument in STN function\n");
     return (1);
   }

   ch+=2;
   while (*ch==' ') ch++;

   ch = intprs(ch,&ival);
   if (ch==NULL || ival<1) {
     gaprnt (0,"Invalid option argument in STN function\n");
     return (1);
   }

   *iv = ival;
   return (0);
}

gaint ffcdif (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr;
gaint dim,rc,is,siz,i,j,sflag;
gadouble *res,*rr,*gr;
char *resundef, *rru, *gru;
size_t sz;

  /* Check for user errors */

  if (pfc->argnum!=2) {
    gaprnt (0,"Error from CDIFF:  Too many or too few args \n");
    gaprnt (0,"                   Two arguments expected \n");
    return (1);
  }

  if      (*(pfc->argpnt[1])=='x') dim = 0;
  else if (*(pfc->argpnt[1])=='y') dim = 1;
  else if (*(pfc->argpnt[1])=='z') dim = 2;
  else if (*(pfc->argpnt[1])=='t') dim = 3;
  else if (*(pfc->argpnt[1])=='e') dim = 4;
  else {
    gaprnt (0,"Error from CDIFF:  Invalid dimension argument\n");
    gaprnt (0,"  2nd argument must be X, Y, Z, T or E\n");
    return (1);
  }
  sflag = 0;
  if (*(pfc->argpnt[1]+1)=='p') sflag = 1;
  if (*(pfc->argpnt[1]+1)=='m') sflag = 2;
  

  /* Get the result grid. */

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);
  if (pst->type==0) {
    gafree (pst);
    return(-1);
  }
  pgr = pst->result.pgr;

  /* Verify that the dimension specified is a varying dimension */

  if (dim!=pgr->idim && dim!=pgr->jdim) {
    gaprnt (0,"Error from CDIFF:  Specified dimension non varying\n");
    gafree(pst);
    return(1);
  }

  /* Get the output grid and its undef mask */

  siz = pgr->isiz * pgr->jsiz;
  sz = siz*sizeof(gadouble);
  res = (gadouble *)galloc(sz,"cdifres");
  if (res==NULL) {
    gaprnt (0,"Error from CDIFF:  Memory allocation error\n");
    gafree(pst);
    return (1);
  }
  sz = siz*sizeof(char);
  resundef = (char *)galloc(sz,"cdifresu");
  if (resundef==NULL) {
    gaprnt (0,"Error from CDIFF:  Memory allocation error\n");
    gafree(pst);
    return (1);
  }

  /* Do the differencing */

  gr = pgr->grid;
  gru = pgr->umask;
  rr = res;
  rru = resundef;
  is = pgr->isiz;
  if (dim==pgr->jdim) {
    for (j=0; jjsiz; j++) {
      for (i=0; iisiz; i++) {
        if (sflag == 0) {
          if (j==0 || j==pgr->jsiz-1) {
	    *rru = 0;
	  }
          else {
            if (*(gru+is)==0 || *(gru-is)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr+is) - *(gr-is);
	      *rru = 1;
	    }
          }
        } else if (sflag == 1) {
          if (j==pgr->jsiz-1) {
	    *rru = 0;
	  }
          else {
            if (*(gru+is)==0 || *(gru)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr+is) - *(gr);
	      *rru = 1;
	    }
          }
        } else {
          if (j==0) {
	    *rru = 0;
	  }
          else {
            if (*(gru)==0 || *(gru-is)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr) - *(gr-is);
	      *rru = 1;
	    }
          }
        }
        gr++; gru++; rr++; rru++;
      }
    }
  } 
  else {
    for (j=0; jjsiz; j++) {
      for (i=0; iisiz; i++) {
        if (sflag==0) {
          if (i==0 || i==pgr->isiz-1) {
	    *rru = 0;
	  }
          else {
            if (*(gru+1)==0 || *(gru-1)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr+1) - *(gr-1);
	      *rru = 1;
	    }
          }
        } 
	else if (sflag==1) {
          if (i==pgr->isiz-1) {
	    *rru = 0;
	  }
          else {
            if (*(gru+1)==0 || *(gru)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr+1) - *(gr);
	      *rru = 1;
	    }
          }
        } 
	else {
          if (i==0) {
	    *rru = 0;
	  }
          else {
            if (*(gru)==0 || *(gru-1)==0) {
              *rru = 0;
            } 
	    else {
	      *rr = *(gr) - *(gr-1);
	      *rru = 1;
	    }
          }
        }
        gr++; gru++; rr++; rru++;
      }
    }
  }

  gree(pgr->grid,"f443");
  gree(pgr->umask,"f443a");
  pgr->grid = res;
  pgr->umask = resundef;
  return (0);
}

/* Routine to read the user function definition file, and build
   the appropriate link list of function definition blocks.
   The file name is pointed to by the GAFDEF environment variable;
   if unset then no user functions will be set up */

void gafdef (void) {
/* struct gaufb *ufb, *oufb=NULL; */
/* char *cname; */
/* FILE *cfile; */
/* char rec[260],*ch; */
/* gaint i,j,pass; */

  ufba = NULL;
  return; 

  /* remainder of subroutine commented out pending implementation of DLLs */


/*   /\* Make two passes.  First read user function table, then read */
/*      system function table *\/ */

/*   pass = 0; */
/*   while (pass<2) { */
/*     if (pass==0) { */
/*       cname = getenv("GAUDFT"); */
/*       if (cname==NULL) { */
/*         pass++; */
/*         continue; */
/*       } */
/*       cfile = fopen(cname,"r"); */
/*       if (cfile==NULL) { */
/*         gaprnt(0,"Error opening user function definition table\n"); */
/*         snprintf(pout,255,"  File name is: %s\n",cname); */
/*         gaprnt (0,pout); */
/*         pass++; */
/* 	gree(cname,"f300"); */
/*         continue; */
/*       } */
/*     } else { */
/*       cname = gxgnam("udft"); */
/*       cfile = fopen(cname,"r"); */
/*       if (cfile==NULL) { */
/* 	gree(cname,"f301"); */
/* 	break; */
/*       } */
/*     } */

/*     /\* Read the file. *\/ */

/*     while (1) { */
/*       ufb = (struct gaufb *)malloc(sizeof(struct gaufb)); */
/*       if (ufb==NULL) goto memerr; */

/*       /\* Read First record (name and arg types) *\/ */

/*       ch = fgets(rec,256,cfile); */
/*       if (ch==NULL) break; */
/*       ch = rec; */
/*       lowcas(ch); */
/*       while (*ch==' ') ch++; */
/*       i = 0; */
/*       while (*ch!=' ' && *ch!='\0' && *ch!='\n') { */
/*         if (i<15) { */
/*           ufb->name[i] = *ch; */
/*           i++; */
/*         } */
/*         ch++; */
/*       } */
/*       ufb->name[i] = '\0'; */
/*       if (*ch!=' ') goto fmterr; */
/*       while (*ch==' ') ch++; */
/*       if (intprs(ch,&(ufb->alo))==NULL) goto fmterr; */
/*       if ( (ch = nxtwrd(ch))==NULL) goto fmterr; */
/*       if (intprs(ch,&(ufb->ahi))==NULL) goto fmterr; */
/*       i = 0; */
/*       while (iahi) { */
/*         if ( (ch = nxtwrd(ch))==NULL) goto fmterr; */
/*         if (cmpwrd("expr",ch)) ufb->atype[i]=1; */
/*         else if (cmpwrd("value",ch)) ufb->atype[i]=2; */
/*         else if (cmpwrd("char",ch)) ufb->atype[i]=3; */
/*         else goto fmterr; */
/*         i++; */
/*       } */

/*       /\* Read 2nd record -- options *\/ */

/*       ch = fgets(rec,256,cfile); */
/*       if (ch==NULL) goto rderr; */
/*       ch = rec; */
/*       lowcas(ch); */
/*       while (*ch==' ') ch++; */
/*       if (*ch=='\n' || *ch=='\0') goto fmterr; */
/*       while (1) { */
/*         if (cmpwrd("direct",ch)) ufb->sflg=0; */
/*         else if (cmpwrd("sequential",ch)) ufb->sflg=1; */
/*         else goto fmterr; */
/*         if ( (ch = nxtwrd(ch))==NULL) break; */
/*       } */

/*       /\* Read 3rd record -- file name of executable *\/ */

/*       ch = fgets(rec,256,cfile); */
/*       if (ch==NULL) goto rderr; */
/*       i = 0; */
/*       while (rec[i]!='\n' && rec[i]!='\0') i++; */
/*       ufb->fname = (char *)malloc(i+1); */
/*       if (ufb->fname==NULL) { */
/*         free(ufb); */
/*         goto memerr; */
/*       } */
/*       for (j=0; jfname+j) = rec[j]; */
/*       *(ufb->fname+i) = '\0'; */

/*       /\* Read 4th record -- file name of data transfer to user *\/ */

/*       ch = fgets(rec,256,cfile); */
/*       if (ch==NULL) goto rderr; */
/*       i = 0; */
/*       while (rec[i]!='\n' && rec[i]!='\0') i++; */
/*       ufb->oname = (char *)malloc(i+1); */
/*       if (ufb->oname==NULL) { */
/*         free(ufb); */
/*         goto memerr; */
/*       } */
/*       for (j=0; joname+j) = rec[j]; */
/*       *(ufb->oname+i) = '\0'; */

/*       /\* Read 5th record -- file name for data transfer from user *\/ */

/*       ch = fgets(rec,256,cfile); */
/*       if (ch==NULL) goto rderr; */
/*       i = 0; */
/*       while (rec[i]!='\n' && rec[i]!='\0') i++; */
/*       ufb->iname = (char *)malloc(i+1); */
/*       if (ufb->iname==NULL) { */
/*         free(ufb); */
/*         goto memerr; */
/*       } */
/*       for (j=0; jiname+j) = rec[j]; */
/*       *(ufb->iname+i) = '\0'; */

/*       /\* Chain this ufb *\/ */

/*       ufb->ufb = NULL; */

/*       if (ufba==NULL) ufba = ufb; */
/*       else oufb->ufb = ufb; */
/*       oufb = ufb; */
/*     } */

/*     fclose (cfile); */
/*     if (pass>0 && cname!=NULL) gree(cname,"f306"); */
/*     pass++; */
/*   } */
/*   return; */

/* memerr: */
/*   gaprnt(0,"Memory allocation error: user defined functions\n"); */
/*   return; */

/* fmterr: */
/*   gaprnt(0,"Format error in user defined function table:\n"); */
/*   snprintf(pout,255,"  Processing function name: %s\n",ufb->name); */
/*   gaprnt (0,pout); */
/*   free(ufb); */
/*   goto wname; */

/* rderr: */
/*   gaprnt(0,"Read error on user defined function table:\n"); */
/*   free(ufb); */
/*   goto wname; */

/* wname: */
/*   snprintf(pout,255,"  File name is: %s\n",cname); */
/*   gaprnt (0,pout); */
/*   if (cname!=NULL) gree(cname,"f309"); */
/*   return; */
}


gaint ffflvl (struct gafunc *pfc, struct gastat *pst) {
struct gagrid *pgr1, *pgr2, *pgrv;
struct gafile *pfi;
gadouble (*lvconv) (gadouble *, gadouble);
gadouble levf, levl, *levs, clev, ulev, flev, llev, lev, lev1, lev2;
gadouble *lvvals, *gr1, *gr2, *grv, *grr, *res;
gaint rc, i, j, lvt, dim, wflag, cnt, size;
char *ch, *resundef, *gr1u, *gr2u, *grru;
size_t sz;

  if (pfc->argnum!=4) {
    gaprnt (0,"Error from FNDLVL:  Too many or too few args \n");
    gaprnt (0,"                    Four arguments expected \n");
    return (1);
  }

  /* Get 1st and last level.  They are args 3 and 4 and should
     be valid 'z' dimension expressions. */

  pfi = pst->pfid;

  ch = dimprs (pfc->argpnt[2], pst, pfi, &dim, &levf, 1, &wflag);
  if (ch==NULL || dim!=2) {
    gaprnt (0,"Error from FNDLVL:  Arg 3 an invalid Z dimension expression\n");
    return (1);
  }
  ch = dimprs (pfc->argpnt[3], pst, pfi, &dim, &levl, 1, &wflag);
  if (ch==NULL || dim!=2) {
    gaprnt (0,"Error from FNDLVL:  Arg 4 an invalid Z dimension expression\n");
    return (1);
  }

  /* Determine the levels we need to process, given the range provided
     by the user and the data levels available in the default file */

  lvt = pfi->dnum[2];
  if (lvt<3) {
    gaprnt (0,"Error from FNDLVL:  Too few levels in default file \n");
    return (1);
  }

  sz = sizeof(gadouble)*lvt;
  levs = (gadouble *)galloc(sz,"fndlevs");
  if (levs==NULL) {
    gaprnt (0,"Error from FNDLVL:  Memory allocation error \n");
    return (1);
  }
  cnt = 0;
  
  lvconv = pfi->gr2ab[2];
  lvvals = pfi->grvals[2];
  clev = lvconv(lvvals, 1.0);
  ulev = lvconv(lvvals, (gadouble)lvt);
  flev = lvconv(lvvals, levf);
  llev = lvconv(lvvals, levl);

  if ( (clevulev && flev>llev) ) {  /* User ordering is same as file */
    for (i=1; i<=lvt; i++) {
      lev = lvconv(lvvals, (gadouble)i);
      if ( (flev=flev && lev<=llev)) ||
           (flev>llev && (lev<=flev && lev>=llev)) ) {
        *(levs+cnt) = lev;  cnt++; 
      }
    }
  } else {                           /* User ordering is reverse of file */
    for (i=lvt; i>=1; i--) {
      lev = lvconv(lvvals, (gadouble)i);
      if ( (flev=flev && lev<=llev)) ||
           (flev>llev && (lev<=flev && lev>=llev)) ) {
        *(levs+cnt) = lev;  cnt++; 
      }
    }
  }

  /* Insure z is not a varying dimension */

  lev1 = *levs;
  if (pst->idim==2) {
    pst->idim = pst->jdim;
    pst->jdim = -1;
    pst->dmin[2] = lev1;
    pst->dmax[2] = lev1;
  }
  if (pst->jdim==2) {
    pst->jdim = -1;
    pst->dmin[2] = lev1;
    pst->dmax[2] = lev1;
  }

  /* Get the level to find (2nd arg).   Must be an expression that 
     yields the same grid the 1st arg will yield. */                              
 
  rc = gaexpr(pfc->argpnt[1],pst);
  if (rc) {
    gree(levs,"f444");
    return (1);
  }
  if (pst->type==0) {
    gree(levs,"f445");
    gafree (pst);
    return (-1);
  }
  pgrv = pst->result.pgr;

  /* Get first grid (at 1st level) from 1st arg. */

  pst->dmin[2] = lev1;
  pst->dmax[2] = lev1;
  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) {
    gree(levs,"f446");
    gagfre (pgrv);
    return (1);
  }
  if (pst->type==0) {
    gree(levs,"f447");
    gafree (pst);
    gagfre (pgrv);
    return (-1);
  }
  pgr1 = pst->result.pgr;

  /* Check that the two grids are equivalent.  */

  if (pgrv->idim!=pgr1->idim || pgrv->jdim != pgr1->jdim ||
      gagchk(pgrv,pgr1,pgrv->idim) || gagchk(pgrv,pgr1,pgrv->jdim)) {
    gaprnt (0,"Error from FNDLVL :  Incompatible grids. \n");
    gree(levs,"f448");
    gafree (pst);
    gagfre (pgrv);
    return (1);
  }

  /* Allocate space to hold the result and its undef mask */

  size = pgrv->isiz * pgrv->jsiz;
  sz = sizeof(gadouble)*size;
  res = (gadouble *)galloc(sz,"fndlvlres");
  if (res==NULL) {
    gaprnt (0,"Error from FNDLVL :  Memory allocation error \n");
    gree(levs,"f449");
    gafree (pst);
    gagfre (pgrv);
    return (1);
  }
  sz = sizeof(char)*size;
  resundef = (char *)galloc(sz,"fndlvlresu");
  if (resundef==NULL) {
    gaprnt (0,"Error from FNDLVL :  Memory allocation error \n");
    gree(levs,"f450");
    gafree (pst);
    gagfre (pgrv);
    return (1);
  }
  for (i=0; idmin[2] = lev2;
    pst->dmax[2] = lev2;
    rc = gaexpr(pfc->argpnt[0],pst);
    if (rc) {             
      gree(levs,"f451");
      gree(res,"f452");
      gagfre (pgr1);
      gagfre (pgrv);
      return (1);
    }
    if (pst->type==0) {
      gree(levs,"f453");
      gree(res,"f454");
      gafree (pst);
      gagfre (pgr1);
      gagfre (pgrv);
      return (-1);
    }
    pgr2 = pst->result.pgr;

    gr1 = pgr1->grid; gr1u = pgr1->umask;
    gr2 = pgr2->grid; gr2u = pgr2->umask;
    grr = res;        grru = resundef;
    grv = pgrv->grid;
    for (j=0; j= *gr1 && *grv <= *gr2) ||
           (*gr1 >= *gr2 && *grv <= *gr1 && *grv >= *gr2)) { /* and the level falls in this layer... */
         if (fabs(*gr2 - *gr1) < 1e-5) {
	   *grr = lev1; 
	   *grru = 1;
	 }
         else {
	   *grr = lev1 + (lev2-lev1)*(*grv - *gr1)/(*gr2 - *gr1);   /* then interpolate. */
	   *grru = 1;
	 }
       }
      }
     }
     gr1++; gr1u++; 
     gr2++; gr2u++;
     grr++; grru++;
     grv++; 
    }
    gagfre(pgr1);
    pgr1 = pgr2;
    lev1 = lev2;
  }

  /* Release storage and return */
  
  gagfre (pgr1);
  if (pgrv->idim>-1) gree(pgrv->grid,"f455");
  if (pgrv->idim==-1) {
    pgrv->rmin = *res;
    pgrv->umin = *resundef;
    gree(res,"f456");
    gree(resundef,"457");
  } 
  else {
    pgrv->grid = res;
    pgrv->umask = resundef;
  }

  pst->type = 1;
  pst->result.pgr = pgrv;
  gree(levs,"f458");
  return (0);
}


/*  Convert a station data time series into a grid; 
    this allows more graphics operations and 
    analytical comparisons.  */

gaint ffs2g1d (struct gafunc *pfc, struct gastat *pst) {
gaint i,rc,size,idim,jdim;
struct gagrid *pgr;
struct gastn *stn;
struct garpt *rpt;
gadouble *val,*tvals;
char *valundef;
size_t sz;

  if (pfc->argnum!=1) {
    gaprnt (0,"Error from S2G1D: Too many or too few args \n");
    gaprnt (0,"                  One argument expected \n");
    return (1);
  }

  if (pst->idim != 3 || pst->jdim != -1) {
    gaprnt (0,"Error from S2G1D: Time can be only varying dimension\n");
    return (1);
  }

  rc = gaexpr(pfc->argpnt[0],pst);
  if (rc) return (rc);

  if (pst->type==1) {
    gaprnt (0,"Error from S2G1D: Station data argument expected\n");
    return (1);
  }

  stn = pst->result.stn;

  if (stn->idim != 3 || stn->jdim != -1) {
    gaprnt (0,"Error from S2G1D: Logic Error 4; contact developer\n");
    return (1);
  }

  sz = sizeof(struct gagrid);
  pgr = (struct gagrid *)galloc(sz,"s2g1dpgr");

  if (pgr==NULL) {
    gaprnt (0,"Memory Allocation Error:  Grid Request Block\n");
    return (1);
  }

  /* Fill in gagrid variables */
  
  pgr->pfile = NULL;
  pgr->undef = stn->undef;
  pgr->isiz = 1 + stn->tmax - stn->tmin;
  pgr->jsiz = 1; 
  idim = stn->idim; jdim = stn->jdim;
  pgr->exprsn = NULL;
  pgr->alocf = 1;
  pgr->pvar  = NULL;
  pgr->idim  = idim;
  pgr->jdim  = jdim;
  pgr->iwrld = 0;  pgr->jwrld = 0;
  for (i=0;i<3;i++) {
    pgr->dimmin[i] = 1;
    pgr->dimmax[i] = 1;
  }
  pgr->dimmin[3] = stn->tmin;
  pgr->dimmax[3] = stn->tmax;
  pgr->ilinr = 1;
  pgr->jlinr = 0;

  sz = sizeof(gadouble)*8;
  tvals = (gadouble *)galloc(sz,"s2g1dtvals");
  if (tvals == NULL) {
    gaprnt (0,"Memory Allocation Error: Dimension array\n");
    gree(pgr,"f459");
    return (1);
  }

  for (i=0; i<8; i++) {
    *(tvals+i) = *(stn->tvals+i);
  }
  pgr->ivals = tvals;
  pgr->iavals = tvals;
  pgr->jvals = NULL;
  /* this is for the grid */
  sz = sizeof(gadouble)*pgr->isiz;
  pgr->grid = (gadouble *)galloc(sz,"s2g1dgr");
  if (pgr->grid == NULL) {
    gaprnt (0,"Memory Allocation Error: Data array\n");
    gree(pgr,"f460");
    return (1);
  }
  /* this is for the undef mask */
  sz = sizeof(char)*pgr->isiz;
  pgr->umask = (char *)galloc(sz,"s2g2dgru");
  if (pgr->umask == NULL) {
    gaprnt (0,"Memory Allocation Error: Undef mask array\n");
    gree(pgr,"f461");
    return (1);
  }

  /* pre-fill the grid with undef values */
  valundef = pgr->umask;
  size = pgr->isiz;
  for (i=0; iumask;
  val = pgr->grid;
  rpt = stn->rpt;
  while (rpt!=NULL) {
    if (rpt->val != stn->undef) {
      i = (gaint)(rpt->tim) - stn->tmin;
      *(val+i) = rpt->val;
      *(valundef+i) = 1;
    }
    rpt=rpt->rpt;
  }

  gafree(pst);

  pst->type = 1;
  pst->result.pgr = pgr;
  
  return (0);
}

grads-2.0.1/src/gagui.c0000644000175000017500000007715011540444125016005 0ustar  amckinstryamckinstry/*

    Copyright (C) 1997-2011 by Arlindo da Silva 
    All Rights Reserved.

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; using version 2 of the License.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, please consult  
              
              http://www.gnu.org/licenses/licenses.html

    or write to the Free Software Foundation, Inc., 59 Temple Place,
    Suite 330, Boston, MA 02111-1307 USA

*/

/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

/*
 *   Simple GrADS GUI interface based on libsx. The script interpreter
 *   Custom_GUI() is implemented in file "gsgui.c".
 *
 *   REVISION HISTORY:
 *
 *   22May97   da Silva   First alpha version.
 *   09Jun97   da Silva   Fixed CB_Cmd which cause the command string
 *                        to be destroyed on the first click;
 *                        Fixed small bug on the CB_VAR window: now
 *                        the user can type an expression with blanks.
 *   10Jun97   da Silva   Added CmdWin() callback.
 *   19Sep97   da Silva   Fixed small bug in CB_Display().
 *   10Oct97   da Silva   Revised Default_GUI().
 *   11Mar06   da Silva   Explicitly adopted GPL.
 *
 */


#include 
#include 
#include 

#include 

#include "libsx.h"		
#if USEFREQ == 1
#include "freq.h"	
#endif
#include "grads.h"
#include "gx.h"

extern struct gacmn gcmn;

#include "gagui.h"

static char default_var[128];         /* default variable for display */

static char last_path_open[512];      /* remember last path names */
static char last_path_sdfopen[512];
static char last_path_exec[512];
static char last_path_run[512];

static Widget var_window;        /* window for variable selection */
static Widget file_window;       /* window for file selection */
static Widget expr_window;       /* window for variable selection */
static int hold_on = 0;          /* controls 'clear' before displaying */

#define MAXROWS 256             /* for temporary mem aloocation */
#define MAXCOLS 256

#define NCMD 64             /* Sixe of command buffer */
#define LCMD 132            /* Max length of command */
static int  CmdWinON = 0;              /* Make sure there is only one 
                                          Command Win up */
static char **CmdWinList;   /* Command buffer */
static Widget Cmd_window, CmdExpr_window, CmdList_window, CmdStr_window;

/*---------------------------------------------------------------------*

/*
 * This is the GaGUI entry point. Return is thru the quit button.
 *
 */

int gagui_main(int argc, char **argv)
{

/*
  static char *argv[] = { "GrADS", "-bg", "gray", NULL, NULL };
  static int   argc = 3;
*/

  char *path;

  if ( gcmn.batflg ) return 0;  /* batch mode */

  argc = OpenDisplay(argc, argv);
  if (argc == FALSE)
    return argc;

/*
  printf("Athena Widgets Support, (c) 1997 by Arlindo da Silva\n");
  printf("Data Assimilation Office, NASA/GSFC\n\n");
*/

  /* Default path for file loads */
  strcpy(last_path_open,"./");
  strcpy(last_path_sdfopen,"./");
  strcpy(last_path_exec,"./");
  strcpy(last_path_run,"./");
  if ( path = getenv("GADATA") ) {
       strcpy(last_path_open,path);
       strcpy(last_path_sdfopen,path);
  }
  if ( path = getenv("GASCRP") ) {
       strcpy(last_path_exec,path);
       strcpy(last_path_run,path);
  }
  default_var[0] = '\0';

  /* Widget request on startup */
  if ( path = getenv( "GAGUI" ) ) {

       /* Built in default GUI interface */
       if ( !strcmp(path,"default") ) {
          argc = Default_GUI(argc, argv, NULL);
          if (argc == 0) exit(0);
          printf("     <<< Click on the RED button for the 'ga>' prompt >>>\n\n");
          MainLoop();

       /* Widget set from a script */
       } else {
         if(Custom_GUI(path)) return 1;
         MainLoop();
       }

  }

}


/* List() - Allocates memory for character list */
char **List(int rows,int cols)
{
  int  i;
  char **p;

  /* Allocate pointers to rows */
  p = ( char ** ) calloc ( rows, sizeof(char *) );
  if(!p) {
    printf("Error: cannot allocate memory for list (rows)\n");
    return (char **)NULL;
  }

  /* Allocate rows and set pointers to them */
  for(i=0; i",  CB_CmdWin, NULL );

  dim    = MakeMenu("Dim");
           MakeMenuItem(dim, "Longitude", CB_CmdStr, "set lon " );
           MakeMenuItem(dim, "Latitude",  CB_CmdStr, "set lat " );
           MakeMenuItem(dim, "Level",     CB_CmdStr, "set lev " );
           MakeMenuItem(dim, "Time",      CB_CmdStr, "set time " );
           MakeMenuItem(dim, "_________", NULL,      NULL );
           MakeMenuItem(dim, "x",         CB_CmdStr, "set x " );
           MakeMenuItem(dim, "y",         CB_CmdStr, "set y " );
           MakeMenuItem(dim, "z",         CB_CmdStr, "set z " );
           MakeMenuItem(dim, "t",         CB_CmdStr, "set t " );

  var    = MakeButton("Var",    CB_VarSel,  NULL );
  hold   = MakeToggle("Hold",   FALSE, NULL, CB_Toggle,  "hold" );
  prev   = MakeButton("<<",   CB_Display, "<<" );
  play   = MakeButton("Display",   CB_Display, "DISPLAY" );
  next   = MakeButton(">>",   CB_Display, ">>" );


  /* First row */
  SetWidgetPos(file,    PLACE_UNDER, root, NO_CARE, NULL);
  SetWidgetPos(print,   PLACE_UNDER, root, PLACE_RIGHT, file );
  SetWidgetPos(options, PLACE_UNDER, root, PLACE_RIGHT, print );
  SetWidgetPos(dim,     PLACE_UNDER, root, PLACE_RIGHT, options );
  SetWidgetPos(reinit,     PLACE_UNDER, root, PLACE_RIGHT, dim);
  SetWidgetPos(prompt,  PLACE_UNDER, root, PLACE_RIGHT, reinit );

  /* Second row */
  SetWidgetPos(hold,   PLACE_UNDER, file, NO_CARE, NULL);
  SetWidgetPos(var,   PLACE_UNDER, file, PLACE_RIGHT, hold );
  SetWidgetPos(prev,  PLACE_UNDER, file, PLACE_RIGHT, var );
  SetWidgetPos(play,  PLACE_UNDER, file, PLACE_RIGHT, prev );
  SetWidgetPos(next,  PLACE_UNDER, file, PLACE_RIGHT, play );
  SetWidgetPos(clear, PLACE_UNDER, file, PLACE_RIGHT, next );
  SetWidgetPos(quit,  PLACE_UNDER, file, PLACE_RIGHT, clear );

  ShowDisplay();
  
  GetStandardColors();
  gold = GetNamedColor("gold");
  blue = GetNamedColor("LightSkyBlue");
  gray = GetNamedColor("gray");

  /* Color of widgets */
  SetFgColor(root,RED);
  SetFgColor(prompt,YELLOW);
  SetBgColor(prompt,RED);

  SetBgColor(file,blue);
  SetBgColor(print,blue);
  SetBgColor(options,blue);
  SetBgColor(dim,blue);

  SetBgColor(reinit,gray);
  SetBgColor(var,gray);
  SetBgColor(hold,gray);
  SetBgColor(clear,gray);
  SetBgColor(quit,gray);
  
  SetBgColor(prev,gold);
  SetBgColor(play,gold);
  SetBgColor(next,gold);

  return argc;
}

/*
 * CB_Open() - Callback function for (sdf) opening a file.  The opened file
 *             becomes the default and the user is asked to select a
 *             variable from the file. Unlike CB_Load(), the user must
 *             provide the file name.
 *
 */
void CB_Open(Widget w, void *data)
{

  char cmd[1024];
  int  rc;

  printf("%s\n", data); 
  gcmn.sig = 0;
  strncpy(cmd,data,1024);
  rc = gacmd(cmd,&gcmn,0);
  if(rc) Beep();
  else if (cmpwrd("open",data)||cmpwrd("sdfopen",data)) 
    { 
      snprintf(cmd,1023,"set dfile %d", gcmn.fnum);
      gcmn.sig = 0;
      gacmd(cmd,&gcmn,0);  /* new file becomes default */
      CB_VarSel(w, data);
    }
  
}

#ifndef HAVE_SIMPLEGETFILE
char *SimpleGetFile(char *path)
{
#ifndef GETFILE_SHORT_PROTOTYPE
  return GetFile("Simple file requestor", path, NULL, NULL);
#else
  return GetFile(path);
#endif
}
#endif

/*
 * CB_Load() - Callback function for the load button.  This just calls
 *          SimpleGetFile() to get a file name. In case of "open" or "sdfopen", 
 *          the file becomes the default and the user is asked to select a
 *          variable from this file.
 */
void CB_Load(Widget w, void *data)
{
  char *fname, *dname, *last_path, cmd[1024];
  int i,rc;

  if(strstr(data,"open"))         last_path = last_path_open;
  else if(strstr(data,"sdfopen")) last_path = last_path_sdfopen;
  else if(strstr(data,"exec"))    last_path = last_path_exec;
  else if(strstr(data,"run"))     last_path = last_path_run;
  else                            last_path = NULL;
  fname = SimpleGetFile(last_path);

  if(fname) 
    {

    /* save retrieved directory name for next time */
    dname = dirname(fname);
    if(strstr(data,"open"))           strcpy(last_path_open,dname);
    else if(strstr(data,"sdfopen"))   strcpy(last_path_sdfopen,dname);
    else if(strstr(data,"exec"))      strcpy(last_path_exec,dname);
    else if(strstr(data,"run"))       strcpy(last_path_run,dname);
    if(dname) free(dname);

    snprintf(cmd,1023,"%s %s", data, fname);
    printf("%s\n", cmd); 
    gcmn.sig = 0;
    rc = gacmd(cmd,&gcmn,0);
    if(rc) Beep();
    else if (cmpwrd("open",cmd)||cmpwrd("sdfopen",cmd)) 
      { 
        snprintf(cmd,1023,"set dfile %d", gcmn.fnum);
        gcmn.sig = 0;
        gacmd(cmd,&gcmn,0);  /* new file becomes default */
	CB_VarSel(w, data);
      }

    free(fname);
    }
  else {
    printf("%s cancelled\n", data);
    Beep();
  }

}


/*
 * CB_Cmd() - Callback funtion for a generic grads command  button.
 */
void CB_Cmd(Widget w, void *data)
{

    char cmd[1024];   /* temp space */
    int rc;
    if(data) {
      gcmn.sig = 0;
      strncpy(cmd,data,1024); /* need this or data will be overitten */
      printf("%s\n", cmd); 
      rc=gacmd(cmd,&gcmn,0);
      if(rc<0) {
        if(GetYesNo("About to exit GrADS. Really?") == TRUE ) {
	  gxend();
	  exit(0);  /* not sure if needed */
	}
      }
      if(rc) Beep();
    } else {
      Beep();
      printf("\n    ***** GUI option not implemented yet *****\n\n");
    }
}


/*
 *  CB_CmdLine() - Callback funtion for the command line button.
 */
void CB_CmdLine(Widget w, void *data)
{

  char cmd[1024];
  int rc=0;

  printf("\n     <<< Enter '.' to leave the command line interface >>>\n\n");

  while (rc>-1) {
#if READLINE == 1
    nxrdln(&cmd[0],"ga->> ");
#else
    nxtcmd(&cmd[0],"ga>>");
#endif
    if ( cmd[0] == '.' ) 
    {
       printf("     <<< Click on the RED button for the 'ga>' prompt >>>\n\n");
       return;
    }
    gcmn.sig = 0;
    rc = gacmd(cmd,&gcmn,0);
    /*    if(rc<0)
       if(GetYesNo("About to exit GrADS. Really?") == FALSE ) rc=0;
       */   /* Command liners know what they are doing ... */
  }
  gxend();
  exit(0);  /* not sure if needed */

}


/*
 * CB_VarSel() - Callback for selecting a variable.
 *
 */
void CB_VarSel(Widget W, void *data)
{
   Widget w[8];
   struct gacmn *pcm;
   struct gafile *pfi;
   struct gavar *pvar;
   int i;
   char **item_list, *var, tmp[MAXROWS];

   /* Make Variable List from GrADS data structures */
   pcm = &gcmn;
   if (pcm->pfi1==NULL) {
      Beep();
      printf("No Files Open\n");
      return;
   }
   pfi = pcm->pfid;
   pvar = pfi->pvar1;
   item_list = (char **) List(pfi->vnum+1,MAXCOLS);
   if(!item_list) return;
   for (i=0;ivnum;i++) {
     /*      printf ("    %s %i %i %s\n",
              pvar->abbrv,pvar->levels,pvar->units[0],pvar->varnm);
	      */
      /* item_list[i] = pvar->abbrv; */
     snprintf(item_list[i],255,"%12.12s  %3i  %s", 
              pvar->abbrv, pvar->levels, pvar->varnm);
      pvar++;
      
    }
   item_list[pfi->vnum]=(char *)NULL; /* terminate list */


    /* Creates widgets, etc... */
  var_window = MakeWindow("Select a Variable", SAME_DISPLAY, EXCLUSIVE_WINDOW);

  w[0]  = MakeLabel(pfi->title);
  w[2]  = MakeScrollList(item_list, 500, 250, (void *)CB_VarList, item_list);
  w[3]  = MakeLabel("GrADS Expression: ");
  w[4]  = MakeStringEntry("", 300, (void *)CB_VarStr,         &item_list);
  expr_window = w[4];
  w[5]  = MakeButton("OK",         (void *)CB_VarOK,           NULL);
  w[6]  = MakeLabel("Click on a Variable from the List or Enter an Expression");
  w[7]  = MakeButton("Cancel",     (void *)CB_VarCancel,        &item_list);

  SetWidgetPos(w[2], PLACE_UNDER, w[0], NO_CARE,     NULL);
  SetWidgetPos(w[3], PLACE_UNDER, w[2], NO_CARE,     NULL);
  SetWidgetPos(w[4], PLACE_UNDER, w[2], PLACE_RIGHT, w[3]);
  SetWidgetPos(w[5], PLACE_UNDER, w[3], NO_CARE,     NULL);
  SetWidgetPos(w[6], PLACE_UNDER, w[3], PLACE_RIGHT, w[5]);
  SetWidgetPos(w[7], PLACE_UNDER, w[3], PLACE_RIGHT, w[6]);

  ShowDisplay();
  SetFgColor(w[0],BLUE);
  SetFgColor(w[6],RED);

  
  if(default_var[0]) var = default_var;
  else {
         strcpy(tmp,item_list[0]);
	 var = strtok(tmp," ");
  }
  SetStringEntry(expr_window, var);

  MainLoop();
  
  SetCurrentWindow(ORIGINAL_WINDOW);

  Free_List(item_list,pfi->vnum+1);

}


/*
 * CB_VarList() - Callback routine for Clicking on variable list button
 */


void CB_VarList(Widget w, char *str, int index, void *data)
{
  char *var, cmd[1024];
  var = strtok(str," ");
  strcpy(default_var,var);
  SetCurrentWindow(var_window);
  CloseWindow();
  if(!hold_on) CB_Cmd(w,"clear");
  snprintf(cmd,1023,"display %s", default_var);
  CB_Cmd(w,cmd);  /* display the variable */
}

void CB_VarStr(Widget w, char *str, int index, void *data)
{
  char cmd[1024];
  strcpy(default_var,str);
  SetCurrentWindow(var_window);
  CloseWindow();
  SyncDisplay();
  if(!hold_on) CB_Cmd(w,"clear");
  snprintf(cmd,1023,"display %s", default_var);
  CB_Cmd(w,cmd);  /* display the variable */
}

void CB_VarOK(Widget w, void *data)
{
   int index=1;
   char *str, *tmp;
   str = GetStringEntry(expr_window);
   if(str==NULL) {
     Beep();
     return;
   }
   CB_VarStr(w, str, index, data);
   if(str!=NULL) free(str);
}

void CB_VarCancel(Widget w, void *data)
{
  SetCurrentWindow(var_window);
  CloseWindow();
  Beep();
  printf("Variable selection cancelled\n");
  return;

}

/*-----------------------------------------------------------------------*/

/*
 * CB_CmdWin() - Callback for a command window.
 *
 */
void CB_CmdWin(Widget W, void *data)
{
   Widget w[8];
   int i;

   if(CmdWinON) {
     Beep();
     printf("Error: Command window already up!\n");
     return;
   }

   /* Initialize Command Win buffer */
   CmdWinList = (char **) List(NCMD+1,LCMD);
   if(!CmdWinList) return;
   for(i=0;i ");
  w[2]  = MakeStringEntry("", 450, (void *)CB_CmdWinStr, NULL);
  CmdExpr_window = w[2];

  w[3]  = MakeScrollList(CmdWinList, 500, 200, (void *)CB_CmdWinList, 
                         CmdWinList);
  CmdList_window = w[3];
  w[4]  = MakeButton("OK",    (void *)CB_CmdWinOK,          NULL);
  w[5]  = MakeButton("Clear",  (void *)CB_CmdWinClear,  NULL);
  w[6]  = MakeButton("Classic Cmd Line",   (void *)CB_CmdLine,  NULL);
  w[7]  = MakeButton("Quit",  (void *)CB_Cmd,  "quit");

  SetWidgetPos(w[1], PLACE_UNDER, w[0], NO_CARE,     NULL);
  SetWidgetPos(w[2], PLACE_UNDER, w[0], PLACE_RIGHT, w[1]);
  SetWidgetPos(w[3], PLACE_UNDER, w[1], NO_CARE,     NULL);
  SetWidgetPos(w[4], PLACE_UNDER, w[3], NO_CARE,     NULL);
  SetWidgetPos(w[5], PLACE_UNDER, w[3], PLACE_RIGHT, w[4]); 
  SetWidgetPos(w[6], PLACE_UNDER, w[3], PLACE_RIGHT, w[5]);
  SetWidgetPos(w[7], PLACE_UNDER, w[3], PLACE_RIGHT, w[6]);

  ShowDisplay();

  SetFgColor(w[0],BLUE);
  SetFgColor(w[1],YELLOW);
  SetBgColor(w[1],RED);
  SetFgColor(w[4],BLUE);
  SetFgColor(w[5],BLUE);
  SetFgColor(w[6],BLUE);
  SetFgColor(w[7],BLUE);

  CmdWinON = 1;

}


void Add_CmdList( char *cmd )
{
  int i;
  char *tmp;
  tmp = CmdWinList[NCMD-1];
  for(i=NCMD-1;i>0;i--) CmdWinList[i] = CmdWinList[i-1];
  CmdWinList[0] = tmp;
  strncpy(CmdWinList[0],cmd,LCMD);
  ChangeScrollList(CmdList_window, CmdWinList);
}

void CB_CmdWinList(Widget w, char *str, int index, void *data)
{
  static time_t cur_click, last_click=0, tloc=0;
  float tdiff;
  char cmd[1024];

  
  cur_click = time(&tloc);
  tdiff = (float)(cur_click - last_click);
  strncpy(cmd,str,1024);
  if(tdiff > 1. )  /* not a double click */
   {
     last_click = cur_click;
     SetStringEntry(CmdExpr_window, cmd );
   } 
   else {
     CB_Cmd(w,cmd);
     Add_CmdList(cmd);
     SetStringEntry(CmdExpr_window, " " );
     last_click = 0;
   }

}

void CB_CmdWinStr(Widget w, char *str, int index, void *data)
{
  char cmd[1024];
  strncpy(cmd,str,1024);
  CB_Cmd(w,cmd); 
  Add_CmdList(cmd);
  SetStringEntry(CmdExpr_window, " " );
}

void CB_CmdWinClear(Widget w, void *data)
{
  char cmd[1024] = "clear";
  Add_CmdList(cmd);
  CB_Cmd(w,cmd); 
  SetStringEntry(CmdExpr_window, " " );
}

void CB_CmdWinOK(Widget w, void *data)
{
   int index=1;
   char *str;
   str = GetStringEntry(CmdExpr_window);
   if(str==NULL) {
     Beep();
     return;
   }
   CB_CmdWinStr(w, str, index, data);
   if(str!=NULL) free(str);
}

void CB_CmdWinDone(Widget w, void *data)
{
  SetCurrentWindow(Cmd_window);
  CloseWindow();
  printf("Command Window closed\n");
  CmdWinON = 0;
  Free_List(CmdWinList,NCMD+1);
  return;
}


/*-----------------------------------------------------------------------*/

/*
 * CB_Display() - Callback function for displaying the default variable.
 *
 */

void CB_Display(Widget w, void *data)
{

    struct gacmn *pcm;
    struct gafile *pfi;
    int  rc, t, tbeg, tend, tlast;
    int  v1, v2;
    char cmd[256];

    /* Any file open? */
    pcm = &gcmn;
    if (pcm->pfi1==NULL) {
       Beep();
       printf("No Files Open\n");
       return;
    }
    pfi = pcm->pfid;

    /* Default variable? */
    if(!default_var[0]) {
      Beep();
      printf("No default variable\n");
      return;
    }


    /* Just Display current variable */
    if ( strstr(data,"display") || strstr(data,"DISPLAY") ) { 
      if(!hold_on) CB_Cmd(w,"clear");
      snprintf(cmd,1023,"display %s", default_var );
      CB_Cmd(w,cmd);
      return;
    }


    /* Advance time or animate... */

    v1 = (int) t2gr(pfi->abvals[3],&(pcm->tmin));
    v2 = (int) t2gr(pfi->abvals[3],&(pcm->tmax));
    tlast = pfi->dnum[3];

    /* If dimenions are not varying ... */
    if ( v1 == v2 ) {

      if ( strstr(data,"<<") ) {
        v1--;
	tbeg = v1;
	tend = tbeg;
      }
      else if ( strstr(data,">>") ) {
        v1++;
	tbeg = v1;
	tend = tbeg;
      }
      else if ( strstr(data,"PLAY") ) {
	tbeg = v1; 
	tend = tlast;
      }
      
      /* time dim is varying, keep it */
    } else {
      tbeg = v1;
      tend = v2;
    }

    /* make sure all is within range */
    if(tbeg<1)      tbeg  = 1;
    if(tbeg>tlast)  tbeg  = tlast;
    if(tend<1)      tend  = 1;
    if(tend>tlast)  tend = tlast;

    /* Set time range and display variable */
    snprintf(cmd,1023,"set t %d %d", tbeg, tend);
    CB_Cmd(w,cmd);
    if(!hold_on) CB_Cmd(w,"clear");

    /* Display the variable: one frame or (continuous) animation */
    snprintf(cmd,1023,"display %s", default_var );
    CB_Cmd(w,cmd);

    /* If we setup a time range for PLAY, restore time to what it
       was before the animation. */
    if(v1==v2&&strstr(data,"PLAY")) {
       snprintf(cmd,1023,"set t %d %d", v1, v1);
       CB_Cmd(w,cmd);
    }

}


/*
 * CB_Toggle() - Callback funtion for a generic toggle button.
 */
void CB_Toggle(Widget w, void *data)
{

  if ( strstr(data,"hold") ) {
       hold_on = 1 - hold_on;
       if(hold_on) printf("Hold  ON: no clear screen before display\n");
       else        printf("Hold OFF: clear screen before display\n");
  }
}


/*
 * CB_FileSel() - Callback for selecting an already open file.
 *
 */
void CB_FileSel(Widget W, void *data)
{
   Widget w[8];
   struct gacmn *pcm;
   struct gafile *pfi;
   int j;
   char **item_list;

   /* Make File List from GrADS data structures */
   pcm = &gcmn;
   if (pcm->pfi1==NULL) {
      Beep();
      printf("No Files Open\n");
      return;
   } else {
      pfi = pcm->pfi1;
      item_list = (char **) List(MAXROWS,MAXCOLS);
      j = 0;
      while (pfi!=NULL && jname, pfi->title);
        pfi = pfi->pforw;
        j++;
      }
      item_list[j] = (char *) NULL;
    }

  /* Creates widgets, etc... */
  file_window = MakeWindow("Select a File", SAME_DISPLAY, EXCLUSIVE_WINDOW);

  w[0]  = MakeLabel("Files Open:");
  w[2]  = MakeScrollList(item_list, 500, 250, (void *)CB_FileList, item_list);
  w[6]  = MakeLabel("Click on a File");

  SetWidgetPos(w[2], PLACE_UNDER, w[0], NO_CARE,     NULL);
  SetWidgetPos(w[6], PLACE_UNDER, w[2], NO_CARE,     NULL);

  ShowDisplay();
  SetFgColor(w[0],BLUE);
  SetFgColor(w[6],RED);

  MainLoop();
  
  SetCurrentWindow(ORIGINAL_WINDOW);

  Free_List(item_list,MAXROWS);

}


/*
 * CB_FileList() - Callback routine for file list.
 */


void CB_FileList(Widget w, char *str, int index, void *data)
{
  char cmd[1024];
  SetCurrentWindow(file_window);
  CloseWindow();
  snprintf(cmd,1023,"set dfile %d", index+1);
  CB_Cmd(w,cmd);  /* set file as default */
}


/*
 * CB_CmdStr() - Callback funtion for a generic grads command with user input.
 *               *** GetString() not working **** 
*/
void CB_CmdStrOld(Widget w, void *data)
{
    char cmd[1024], *str;

    str = (char *) GetString(data, "");;
    printf("after GetSTrng\n");
    if(str!=NULL) {
      snprintf(cmd,1023,"%s %s", data, str);
      CB_Cmd(w,cmd);
      free(str);
    }

}


/*-----------------------------------------------------------------------*/

void CB_CmdTextStr(Widget w, char *str, void *data)
{
  char cmd[1024];
  strcpy(cmd,str);
  CB_Cmd(w,cmd); 
  CloseWindow();
}

void CB_TextOK(Widget w, void *data)
{
  char *str;
   str = GetStringEntry(CmdStr_window);
   if(str==NULL) {
     return;
   }
   CB_CmdTextStr(w,str,data);
}

void CB_TextCancel(Widget w, void *data)
{
  printf("Command <%s> cancelled\n",data);
  CloseWindow();
  return;

}

/*
 * CB_CmdText() - Callback for a command string window.
 *                Provide our own because GetString() is not
 *                working reliably.
 */
void CB_CmdStr(Widget W, void *data)
{
  Widget w[3], window;

  /* Creates widgets, etc... */
  window = MakeWindow(data, SAME_DISPLAY, NONEXCLUSIVE_WINDOW);

  w[0]  = MakeStringEntry(data, 200, (void *)CB_CmdTextStr, NULL);
  w[1]  = MakeButton("OK",         (void *)CB_TextOK,       NULL);
  w[2]  = MakeButton("Cancel",     (void *)CB_TextCancel,   data);

  CmdStr_window = w[0];

  SetWidgetPos(w[1], PLACE_UNDER, w[0], NO_CARE, NULL);
  SetWidgetPos(w[2], PLACE_UNDER, w[0], PLACE_RIGHT, w[1]);

  ShowDisplay();

}

/*-----------------------------------------------------------------------*/

/*
 * CB_Exit() - Exits GUI, well... fake it.
 *             NOTE: not working properly yet.
 */

void CB_Exit(Widget w, void *data)
{

/*  if(GetYesNo("About to exit Graphical User Interface. Really?") == FALSE) 
     return;
*/

  /* Get rid of GUI window */
  CloseWindow();
  SetCurrentWindow(ORIGINAL_WINDOW);
 
}

/*
 * CB_CloseWindow - what it says.
 */

void CB_CloseWindow(Widget w, void *data)
{
  CloseWindow();
  return;

}


/*----------------------- Text Viewer/Edit Widget --------------------*/

/* The code below is based on xmore.c by Dominic Giampolo */

void Editor_Quit(Widget foo, void *arg)
{
  WinInfo *wi=(WinInfo *)arg;

  *(wi->num_windows) = *(wi->num_windows) - 1;

  SetCurrentWindow(XtParent(XtParent(foo)));
  CloseWindow();
  
  /* if (*(wi->num_windows) == 0) exit(0); */

}


/*
 * Open a new file in the same window.
 */
void Editor_File(Widget foo, void *arg)
{
  WinInfo *wi=(WinInfo *)arg;
  char *fname;

  fname = SimpleGetFile(wi->cur_path);
  if (fname)
   {
     SetTextWidgetText(wi->text_widget, fname, TRUE);
     SetLabel(wi->label_widget, fname);

     if (wi->cur_path)
       free(wi->cur_path);
     
     wi->cur_path = dirname(fname);
   }
}



#define MAXLABEL  80

void make_text_viewer(char *fname, WinInfo *arg)
{
  Widget w[10];
  static char dummy_label[MAXLABEL];
  int i, width;
  XFont xf;

  for(i=0; i < MAXLABEL-1; i++)
    dummy_label[i] = ' ';
  dummy_label[i] = '\0';

  w[0] = MakeLabel(dummy_label);

/*  xf = GetWidgetFont(w[0]);
  if (xf != NULL)
    width = TextWidth(xf, dummy_label);
  else */
    width = 600;

  w[1] = MakeTextWidget(fname, TRUE, FALSE, width, 400);
  w[2] = MakeButton("Open", Editor_File, arg);
  w[3] = MakeButton("Quit", Editor_Quit, arg);
  
  SetWidgetPos(w[1], PLACE_UNDER, w[0], NO_CARE, NULL);
  SetWidgetPos(w[2], PLACE_UNDER, w[1], NO_CARE, NULL);
  SetWidgetPos(w[3], PLACE_UNDER, w[1], PLACE_RIGHT, w[2]);
  
  AttachEdge(w[0], RIGHT_EDGE,  ATTACH_LEFT);
  AttachEdge(w[0], BOTTOM_EDGE, ATTACH_TOP);
  
  AttachEdge(w[1], LEFT_EDGE,   ATTACH_LEFT);
  AttachEdge(w[1], RIGHT_EDGE,  ATTACH_RIGHT);
  AttachEdge(w[1], TOP_EDGE,    ATTACH_TOP);
  AttachEdge(w[1], BOTTOM_EDGE, ATTACH_BOTTOM);
  
  AttachEdge(w[2], LEFT_EDGE,   ATTACH_LEFT);
  AttachEdge(w[2], RIGHT_EDGE,  ATTACH_LEFT);
  AttachEdge(w[2], TOP_EDGE,    ATTACH_BOTTOM);
  AttachEdge(w[2], BOTTOM_EDGE, ATTACH_BOTTOM);

  AttachEdge(w[3], LEFT_EDGE,   ATTACH_LEFT);
  AttachEdge(w[3], RIGHT_EDGE,  ATTACH_LEFT);
  AttachEdge(w[3], TOP_EDGE,    ATTACH_BOTTOM);
  AttachEdge(w[3], BOTTOM_EDGE, ATTACH_BOTTOM);

  arg->text_widget  = w[1];
  arg->label_widget = w[0];

  ShowDisplay();

  SetLabel(w[0], fname);   /* set the real filename */
}


void make_text_editor(char *fname, WinInfo *arg)
{
  Widget w[10];
  static char dummy_label[MAXLABEL];
  int i, width;
  XFont xf;

  for(i=0; i < MAXLABEL-1; i++)
    dummy_label[i] = ' ';
  dummy_label[i] = '\0';

  w[0] = MakeLabel(dummy_label);

/*  xf = GetWidgetFont(w[0]);
  if (xf != NULL)
    width = TextWidth(xf, dummy_label);
  else */
    width = 600;

  w[1] = MakeTextWidget(fname, TRUE, TRUE, width, 400);
  w[2] = MakeButton("Open", Editor_File, arg);
  w[3] = MakeButton("Save", NULL, arg);
  w[4] = MakeButton("Save as", NULL, arg);
  w[5] = MakeButton("Exec", NULL, arg);
  w[6] = MakeButton("Run", NULL, arg);
  w[7] = MakeButton("GUI", NULL, arg);
  w[8] = MakeButton("Quit", Editor_Quit, arg);
  
  SetWidgetPos(w[1], PLACE_UNDER, w[0], NO_CARE, NULL);
  SetWidgetPos(w[2], PLACE_UNDER, w[1], NO_CARE, NULL);
  SetWidgetPos(w[3], PLACE_UNDER, w[1], PLACE_RIGHT, w[2]);
  SetWidgetPos(w[4], PLACE_UNDER, w[1], PLACE_RIGHT, w[3]);
  SetWidgetPos(w[5], PLACE_UNDER, w[1], PLACE_RIGHT, w[4]);
  SetWidgetPos(w[6], PLACE_UNDER, w[1], PLACE_RIGHT, w[5]);
  SetWidgetPos(w[7], PLACE_UNDER, w[1], PLACE_RIGHT, w[6]);
  SetWidgetPos(w[8], PLACE_UNDER, w[1], PLACE_RIGHT, w[7]);
  
  AttachEdge(w[0], RIGHT_EDGE,  ATTACH_LEFT);
  AttachEdge(w[0], BOTTOM_EDGE, ATTACH_TOP);
  
  AttachEdge(w[1], LEFT_EDGE,   ATTACH_LEFT);
  AttachEdge(w[1], RIGHT_EDGE,  ATTACH_RIGHT);
  AttachEdge(w[1], TOP_EDGE,    ATTACH_TOP);
  AttachEdge(w[1], BOTTOM_EDGE, ATTACH_BOTTOM);
  
  for(i=2;i<=8;i++) {
     AttachEdge(w[i], LEFT_EDGE,   ATTACH_LEFT);
     AttachEdge(w[i], RIGHT_EDGE,  ATTACH_LEFT);
     AttachEdge(w[i], TOP_EDGE,    ATTACH_BOTTOM);
     AttachEdge(w[i], BOTTOM_EDGE, ATTACH_BOTTOM);
  }

  arg->text_widget  = w[1];
  arg->label_widget = w[0];

  ShowDisplay();

  SetLabel(w[0], fname);   /* set the real filename */
}


/*
 * CB_Browse() - Text viewer callback. Ideal for help files.
 *
 */

void CB_Browse(Widget w, void *data)
{

  char *fname;
  int  num_windows=1;
  Widget this;
  WinInfo *wi;


  fname = (char *) data;
  if ( !strcmp(fname,"NULL") ) fname = SimpleGetFile(NULL);
  if ( !fname ) return;

  this = MakeWindow("GrADS Text Viewer", SAME_DISPLAY, NONEXCLUSIVE_WINDOW);
  if ( w == NULL ) return;

  wi = (WinInfo *)calloc(sizeof(WinInfo), 1);
  if (wi == NULL) return;
     
  wi->num_windows = &num_windows;
  wi->cur_path = dirname(fname);
     
  make_text_viewer(fname, wi);

}

void CB_Edit(Widget w, void *data)
{

  char *fname;
  int  num_windows=1;
  Widget this;
  WinInfo *wi;

  fname = (char *)data;
  if ( !strcmp(fname,"NULL") ) fname = SimpleGetFile(NULL);
  if ( !fname ) return;

  this = MakeWindow("GrADS Text Editor", SAME_DISPLAY, NONEXCLUSIVE_WINDOW);
  if ( w == NULL ) return;

  wi = (WinInfo *)calloc(sizeof(WinInfo), 1);
  if (wi == NULL) return;
     
  wi->num_windows = &num_windows;
  wi->cur_path = dirname(fname);
     
  make_text_editor(fname, wi);

}


grads-2.0.1/src/gagx.c0000644000175000017500000063477711634625525015666 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include 
#include 
#include 
#include 
#include "grads.h"
#include "gx.h"
#include "wx.h"

#if GEOTIFF==1
#include "xtiffio.h"
#include "geotiffio.h"
#include "geotiff.h"
#include "geokeys.h"
#include "geo_normalize.h"
#endif

void gatmlb (struct gacmn *);    /* time label*/
static char pout[256];           /* Build error msgs here */
static struct mapprj mpj;        /* Common map projection structure */
static gadouble wxymin,wxymax;   /* wx symbol limits */
#if USESHP==1
gaint s2shpwrt (SHPHandle, DBFHandle, struct dbfld *);
gaint gxshplin (SHPHandle, DBFHandle, struct dbfld *);
gaint gxclvert(FILE *);
static struct dbfld *dbanch=NULL;  /* Anchor for shapefile data base fields */
static struct dbfld *dblast=NULL;  /* Last dbfld struct in chain */
#endif

/* Current I and J axis translation routines for grid to absolute
   for use by gaconv */

/* A note:  the conversion routines normally handle grid
   coordinates relative to the file (for convenience).
   But the graphics routines normally use grid coordinates
   with respect to the grid being worked with (ie, values
   1 to n).  Thus the gaconv routine handles this translation
   with the ioffset and joffset values.  */

static gadouble (*iconv) (gadouble *, gadouble);
static gadouble (*jconv) (gadouble *, gadouble);
static gadouble *ivars, *jvars;
static gadouble ioffset, joffset;
static gadouble idiv, jdiv;

void gagx (struct gacmn *pcm) {
  gxstrt (pcm->xsiz,pcm->ysiz,pcm->batflg,pcm->hbufsz);
  pcm->pass = 0;
  pcm->ccolor = -9;
  pcm->cint = 0.0;
  pcm->cstyle = -9;
  pcm->cthick = 3;
  pcm->shdcnt = 0;
  pcm->cntrcnt = 0;
  pcm->lastgx = 0;
  pcm->xdim = -1;
  pcm->ydim = -1;
  pcm->xgr2ab = NULL;
  pcm->ygr2ab = NULL;
  pcm->xab2gr = NULL;
  pcm->yab2gr = NULL;
}

gaint rcols[13] = {9,14,4,11,5,13,3,10,7,12,8,2,6};

/* Figure out which graphics routine to call.  Use the first
   grid hung off gacmn to determine whether we are doing
   a 0-D, 1-D, or 2-D output.    */

void gaplot (struct gacmn *pcm) {
struct gagrid *pgr;
struct gastn *stn;
gaint proj;

  pcm->relnum = pcm->numgrd;
  proj = pcm->mproj;
  if (pcm->mproj>1 && (pcm->xflip || pcm->yflip)) pcm->mproj = 1;

  if (pcm->gout0==1) gastts(pcm);           /* gxout stat     */
  else if (pcm->gout0==2) gadprnt(pcm);     /* gxout print    */
  else if (pcm->gout0==3) gaoutgds(pcm);    /* gxout writegds */
  else {
    /*  If statflg, produce gxout-stat output for all displays  */
    if (pcm->statflg) gastts(pcm);
  
    /* output is a grid */
    if (pcm->type[0] == 1) {
      pgr = pcm->result[0].pgr;
      if (pgr->idim==-1) {                                     /* 0-D */
	if (pcm->gout2a == 7) gafwrt (pcm);
	else if (pcm->gout2a == 12) {
	  gaprnt (0,"Invalid dimension environment for GeoTIFF: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else if (pcm->gout2a == 13) {
	  gaprnt (0,"Invalid dimension environment for KML: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else if (pcm->gout2a == 15) {
	  gaprnt (0,"Invalid dimension environment for Shapefile: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else {
	  if (pgr->umin==1)
	    snprintf(pout,255,"Result value = %g \n",pgr->rmin);
	  else
	    snprintf(pout,255,"Result value = %g \n",pcm->undef);
	  gaprnt (2,pout);
	}
      }
      else if (pgr->jdim==-1) {                                /* 1-D */
	if (pcm->gout2a==7) gafwrt (pcm);
	else if (pcm->gout2a == 12) {
	  gaprnt (0,"Invalid dimension environment for GeoTIFF: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else if (pcm->gout2a == 13) {
	  gaprnt (0,"Invalid dimension environment for KML: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else if (pcm->gout2a == 15) {
	  gaprnt (0,"Invalid dimension environment for Shapefile: \n");
	  gaprnt (0,"  Longitude and Latitude must be varying \n");
	}
	else if (pcm->gout2b==5 && pcm->numgrd>1) gascat(pcm);
	else if (pcm->gout1==1) gagrph(pcm,0);
	else if (pcm->gout1==2) gagrph(pcm,1);
	else if (pcm->gout1==3) gagrph(pcm,2);
	else galfil(pcm);
      }
      else {                                                  /* 2-D */
	if (pcm->numgrd==1) {
	  if (pcm->gout2a == 1) gacntr (pcm,0,0);         /* contour */
	  else if (pcm->gout2a ==  2) gacntr (pcm,1,0);   /* shaded */
	  else if (pcm->gout2a ==  3) gaplvl (pcm);       /* grid */
	  else if (pcm->gout2a ==  6) gafgrd (pcm);       /* fgrid */
	  else if (pcm->gout2a ==  7) gafwrt (pcm);       /* fwrite */
	  else if (pcm->gout2a == 10) gacntr (pcm,2,0);   /* grfill */
	  else if (pcm->gout2a == 12) gagtif (pcm,0);     /* geotiff */
	  else if (pcm->gout2a == 13 && pcm->kmlflg==1) gagtif (pcm,1);  /* kml image output */
	  else if (pcm->gout2a == 13 && pcm->kmlflg>1)  gakml (pcm);     /* kml contours or polygons */
	  else if (pcm->gout2a == 14) gacntr (pcm,3,0);   /* imap */
	  else if (pcm->gout2a == 15) gashpwrt (pcm);     /* shapefile */
	  else if (pcm->gout2a == 16) gacntr (pcm,4,0);   /* gxshad2   */
	  else if (pcm->gout2a == 17) gacntr (pcm,5,0);   /* gxshad2b  */
	  else {
	    gaprnt (0,"Internal logic error: invalid gout2a value\n");
            return;
          }
	} 
	else {
	  if (pcm->gout2b == 3) gaplvl (pcm);
	  else if (pcm->gout2b == 4 ) gavect (pcm,0);
	  else if (pcm->gout2b == 5 ) gascat (pcm);
	  else if (pcm->gout2b == 8 ) gastrm (pcm);
	  else gavect (pcm,1);
	}
      }
    }
    else {
    /* Output is station data */
      stn = pcm->result[0].stn;
      if (stn->idim==0 && stn->jdim==1) {
	if (pcm->goutstn==1 || pcm->goutstn==2 || pcm->goutstn==6) gapstn (pcm);
	else if (pcm->goutstn==3) gafstn(pcm);
	else if (pcm->goutstn==4) gapmdl (pcm);
	else if (pcm->goutstn==7) gasmrk (pcm);
	else if (pcm->goutstn==8) gastnwrt (pcm);
	else if (pcm->goutstn==9) gashpwrt (pcm);   /* shapefile*/
	else gawsym (pcm);
      }
      else if (stn->idim==2 && stn->jdim == -1) gapprf (pcm);
      else if (stn->idim==3 && stn->jdim == -1) gatser (pcm);
      else gaprnt (0,"Invalid station data dimension environment\n");
    }
  }
  pcm->mproj = proj;
}

void gawgdsval(FILE* outfile, gafloat *val) {
  if (BYTEORDER != 1) {  /* always write big endian for the GDS */
    gabswp(val, 1);
  }
  fwrite(val, sizeof(gafloat), 1, outfile);
}

void gawgdstime(FILE* outfile, gadouble *val) {
  snprintf(pout,255, "pre-byteswapped time: %g", *val); gaprnt(0, pout);
  if (BYTEORDER != 1) {  /* always write big endian for the GDS */
    ganbswp((char*)val, sizeof(gadouble));
  }
  snprintf(pout,255, "byteswapped time: %g", *val); gaprnt(0, pout);
  fwrite(val, sizeof(gadouble), 1, outfile);
}


/* Writes station data out to a file as a DODS sequence */
void gaoutgds (struct gacmn *pcm) {

  const char startrec[4] = {0x5a, 0x00, 0x00, 0x00};
  const char stnidlen[4] = {0x00, 0x00, 0x00, 0x08};
  const char endrec[4]   = {0xa5, 0x00, 0x00, 0x00};
  
  struct garpt **currpt;
  struct garpt *ref, *levelref;
  gadouble coardstime;
  gafloat outFloat;
  gaint i, numvars, retval, levelstart, numreps;
  gaint *varlevels;
  char *sendstnid, *sendlat, *sendlon, *sendlev, *sendtime, *senddep, *sendind;
  char *sendoptions;
  FILE *outfile;
  size_t sz;

  if (pcm->wgds->fname == NULL) {
    gaprnt(0, "error: no file specified (use \"set writegds\").\n");
    return;
  }
  outfile = fopen(pcm->wgds->fname, "ab");
  if (outfile == NULL) {
    gaprnt(0, "error: WRITEGDS unable to open ");
    gaprnt(0, pcm->wgds->fname);
    gaprnt(0, " for write\n");
    return;
  } 
  gaprnt(0, "got options and opened file\n");

  if (pcm->wgds->opts == NULL) {
    gaprnt(0, "No options specified. Defaulting to full output (\"sxyztdi\").\n");
    sendoptions = "sxyztdi";
  } else {
    sendoptions = pcm->wgds->opts;
  }

  if (strchr(sendoptions, 'f')) {
    /* Write a DODS End-Of-Sequence marker to indicate to the client 
     *  that there is no more data. This is separate from gaoutgds() so 
     *  that time loops can be written as a single sequence.
     */
    gaprnt(0, "Finishing sequence:\n");
    gaprnt(0, "EOS\n");
    fwrite(endrec, sizeof(char), 4, outfile);
    fclose(outfile);
    return;
  }

  sendstnid = strchr(sendoptions, 's');
  sendlon = strchr(sendoptions, 'x');
  sendlat = strchr(sendoptions, 'y');
  sendlev = strchr(sendoptions, 'z');
  sendtime = strchr(sendoptions, 't');
  senddep = strchr(sendoptions, 'd');
  sendind = strchr(sendoptions, 'i');

  numvars = pcm->numgrd;
  sz = sizeof(struct garpt *) * numvars;
  currpt = (struct garpt **)galloc(sz,"currpt");
  sz = sizeof(gaint) * numvars;
  varlevels = (gaint *)galloc(sz,"varlevels");
  if (currpt == NULL || varlevels == NULL) {
    gaprnt(0, "error: memory allocation failed\n");
    fclose(outfile);
    return;
  }
  for (i = 0; i < numvars; i++) {
    varlevels[i] =  pcm->result[i].stn->pvar->levels;
    currpt[i] =  pcm->result[i].stn->rpt;
  }

  /* set levelstart to index of first level-dependent variable.
   * if none is found, levelstart = numvars (this is used below)  */
  levelstart = 0;
  while (varlevels[levelstart] == 0 && levelstart < numvars) {
    levelstart++;
  }

  retval = 0;
  numreps = 0;

  /* write reports */
  while (currpt[0]) {
    ref = currpt[0];
    coardstime = ref->tim; /* change to meaningful conversion */

    gaprnt(0, "SOI ");
    fwrite(startrec, sizeof(char), 4, outfile);

    gaprnt(0, ">>\t");

    if (sendstnid) {
      snprintf(pout,255, "stnid: %.8s  ", ref->stid); gaprnt(0, pout);
      fwrite(stnidlen, sizeof(char), 4, outfile);
      fwrite(&(ref->stid), sizeof(char), 8, outfile);
    }
    if (sendlon) {
      snprintf(pout,255, "lon: %f  ", ref->lon); gaprnt(0, pout);
      outFloat = ref->lon;
      gawgdsval(outfile, &outFloat);
    } 
    if (sendlat) {
      snprintf(pout,255, "lat: %f  ", ref->lat); gaprnt(0, pout);
      outFloat = ref->lat;
      gawgdsval(outfile, &outFloat);
    }
    if (sendtime) {
      snprintf(pout,255, "time: %f  ", coardstime); gaprnt(0, pout);
      gawgdstime(outfile, &coardstime);
    }
    gaprnt(0, "\n\t");

    /* level independent data */
    /* write data value and move ptr to next report simultaneously */
    for (i = 0; i < numvars; i++) {
      if (varlevels[i]) continue;
      if (currpt[i] == NULL || 
	  currpt[i]->lat != ref->lat ||
	  currpt[i]->lon != ref->lon ||
	  currpt[i]->tim != ref->tim) {
	gaprnt(0, "error: bad structure in result\n");
	retval = 1;
	goto cleanup;
      }
      if (sendind) {
	snprintf(pout,255, "[%s: %f]  ", 
		pcm->result[i].stn->pvar->abbrv, currpt[i]->val); 
	gaprnt(0, pout);
	outFloat = currpt[i]->val;
	gawgdsval(outfile, &outFloat);
      }
      currpt[i] = currpt[i]->rpt;
    }

    /* level dependent data */
    /* write data for z-levels until we hit a new lat/lon/time */
    if (levelstart < numvars) { /* if there are level-dep vars */
      while (currpt[levelstart]&& /* and there are still more reports */
	     ref->lat == currpt[levelstart]->lat && /* and we haven't hit a  */
	     ref->lon == currpt[levelstart]->lon && /* new lat/lon/time */
	     ref->tim == currpt[levelstart]->tim) { 
	
	levelref = currpt[levelstart];
	
	gaprnt(0, "\n\tSOI ");
	fwrite(startrec, sizeof(char), 4, outfile);
	
	if (sendlev) {
	  snprintf(pout,255, "lev: %f  ", levelref->lev); gaprnt(0, pout);
	  outFloat = levelref->lev;
	  gawgdsval(outfile, &outFloat);
	}
	/* write data value and move ptr to next report simultaneously */
	for (i = levelstart; i < numvars; i++) {
	  if (!varlevels[i]) continue;
	  if (currpt[i] == NULL ||
	      currpt[i]->lat != ref->lat ||
	      currpt[i]->lon != ref->lon ||
	      currpt[i]->tim != ref->tim ||
	      currpt[i]->lev != levelref->lev) {
	    gaprnt(0, "error: bad structure in result\n");
	    retval = 1;
	    goto cleanup;
	  }
	  if (senddep) {
	    snprintf(pout,255, "[%s: %f]  ", pcm->result[i].stn->pvar->abbrv, 
		    currpt[i]->val); gaprnt(0, pout);
	    outFloat = currpt[i]->val;
	    gawgdsval(outfile, &outFloat);
	  }
	  currpt[i] = currpt[i]->rpt;
	}
      }
      gaprnt(0, "\n\tEOS ");
      fwrite(endrec, sizeof(char), 4, outfile);
    } 
    
    gaprnt(0, "\n");
    numreps++;
  }

  /* don't write the final EOS, so that time loops can be concatenated
   * as a single sequence.  */
  /*    gaprnt(0, "EOS\n"); */
  /*    fwrite(endrec, sizeof(char), 4, outfile); */

  snprintf(pout,255, "WRITEGDS: %d reports x %d vars written as %d records\n",
	  pcm->result[0].stn->rnum, numvars, numreps); gaprnt(0, pout);

cleanup:
  fclose(outfile);
  gree(varlevels,"f293");
  gree(currpt,"f294");
  return;
}


void gadprnt (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt;
struct gagrid *pgr;
gadouble *gr;
gaint siz,i,j,k,lnum;
char *gru;

  if (pcm->type[0] == 1) {          
    /* Data type grid */
    pgr = pcm->result[0].pgr;
    siz = pgr->isiz*pgr->jsiz;
    snprintf(pout,255,"Printing Grid -- %i Values -- Undef = %g\n", siz, pcm->undef);
    gaprnt(2,pout);
    gr  = pgr->grid;
    gru = pgr->umask;
    lnum = 0;
    for (i=0; iprstr) {
        if (*gru==0 && pcm->prudef) {
          pout[0]='U'; pout[1]='n'; pout[2]='d'; pout[3]='e'; pout[4]='f'; pout[5]='\0';
        } 
	else if (*gru==0) {
          snprintf(pout,255,pcm->prstr,pcm->undef);
	}
	else {
          snprintf(pout,255,pcm->prstr,*gr);
        }
	/* pad with blanks? */
        if (pcm->prbnum>0) {
          j = 0;
          while (pout[j]) j++;
          for (k=0; kprbnum; k++) {
            pout[j] = ' ';
            j++;
          }
          pout[j] = '\0';
        }
        gaprnt (2,pout);
      } 
      else {
        if (*gru==0) 
          snprintf(pout,255,"%g ",pcm->undef);
	else 
	  snprintf(pout,255,"%g ",*gr);
        gaprnt (2,pout);
      }
      lnum++;
      if (lnum >= pcm->prlnum)  {
        gaprnt (2,"\n");
        lnum = 0;
      }
      gr++; gru++;
    }
    if (lnum>0) gaprnt (2,"\n");
  } 
  else {                           
    /* Data type station */
    stn = pcm->result[0].stn;
    snprintf(pout,255,"Printing Stations -- %i Reports -- Undef = %g\n", stn->rnum, pcm->undef);
    gaprnt(2,pout);
    rpt = stn->rpt;
    while (rpt) {
	snprintf(pout,255,"%c%c%c%c%c%c%c%c %-9.4g %-9.4g %-9.4g \n",
	   rpt->stid[0], rpt->stid[1], rpt->stid[2], rpt->stid[3],
           rpt->stid[4], rpt->stid[5], rpt->stid[6], rpt->stid[7],
           rpt->lon,rpt->lat,rpt->lev);
      gaprnt(2,pout);
      if (pcm->prstr) {
        if (rpt->umask==0 && pcm->prudef) {
          pout[0]='U'; pout[1]='n'; pout[2]='d'; pout[3]='e'; pout[4]='f'; pout[5]='\0';
        } 
	else if (rpt->umask==0) {
          snprintf(pout,255,pcm->prstr,pcm->undef);
	}
	else {
          snprintf(pout,255,pcm->prstr,rpt->val);
        }
      } else {
        if (rpt->umask==0) 
          snprintf(pout,255,"%g ",pcm->undef);
	else 
	  snprintf(pout,255,"%g ",rpt->val);
      }
      gaprnt(2,pout);
      gaprnt(2,"\n");
      rpt = rpt->rpt;
    }
  }
}

/*  Write info and stats on data item to grads output stream */

void gastts (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt;
struct gagrid *pgr;
struct dt dtim;
gadouble (*conv) (gadouble *, gadouble);
gadouble *gr;
gadouble cint,cmin,cmax,rmin,rmax;
gadouble sum,sumsqr,dum,gcntm1;        
gaint i,ucnt,gcnt,gcnto,siz;
char *grumask;
char lab[20];

  /* Grid Data */
  if (pcm->type[0] == 1) {          
    pgr = pcm->result[0].pgr;
    gaprnt(2,"Data Type = grid\n");
    snprintf(pout,255,"Dimensions = %i %i\n", pgr->idim, pgr->jdim);
    gaprnt(2,pout);
    if (pgr->idim>-1) {
      snprintf(pout,255,"I Dimension = %i to %i", pgr->dimmin[pgr->idim], pgr->dimmax[pgr->idim]);
      gaprnt(2,pout);
      /* Linear scaling info */
      if (pgr->idim>-1 && pgr->ilinr==1) {     
        gaprnt(2," Linear");
        if (pgr->idim==3) {
          gr2t (pgr->ivals,pgr->dimmin[3],&dtim);
          if (dtim.mn==0) 
	    gat2ch (&dtim,4,lab,20);
          else 
	    gat2ch (&dtim,5,lab,20);
          if (*(pgr->ivals+5)!=0) {
            snprintf(pout,255," %s %gmo\n",lab,*(pgr->ivals+5));
          } else {
            snprintf(pout,255," %s %gmn\n",lab,*(pgr->ivals+6));
          }
          gaprnt (2,pout);
        } else {
          conv = pgr->igrab;
          snprintf(pout,255," %g %g\n",conv(pgr->ivals,pgr->dimmin[pgr->idim]),*(pgr->ivals));
          gaprnt (2,pout);
        }
      }
      /* Levels scaling info */
      if (pgr->idim>-1 && pgr->ilinr!=1) {     
        gaprnt(2," Levels");
        conv = pgr->igrab;
        for (i=pgr->dimmin[pgr->idim]; i<=pgr->dimmax[pgr->idim]; i++) {
          snprintf(pout,255," %g",conv(pgr->ivals,i));
          gaprnt (2,pout);
        }
        gaprnt (2,"\n");
      }
    } else {
      gaprnt(2,"I Dimension = -999 to -999\n");
    }
    if (pgr->jdim>-1) {
      snprintf(pout,255,"J Dimension = %i to %i",pgr->dimmin[pgr->jdim],pgr->dimmax[pgr->jdim]);
      gaprnt(2,pout);
      /* Linear scaling info */
      if (pgr->jdim>-1 && pgr->jlinr==1) {     
        gaprnt(2," Linear");
        if (pgr->jdim==3) {
          gr2t (pgr->jvals,pgr->dimmin[3],&dtim);
          if (dtim.mn==0) 
	    gat2ch (&dtim,4,lab,20);
          else 
	    gat2ch (&dtim,5,lab,20);
          if (*(pgr->jvals+5)!=0) {
            snprintf(pout,255," %s %gmo\n",lab,*(pgr->jvals+5));
          } else {
            snprintf(pout,255," %s %gmn\n",lab,*(pgr->jvals+6));
          }
          gaprnt (2,pout);
        } else {
          conv = pgr->jgrab;
          snprintf(pout,255," %g %g\n",conv(pgr->jvals,pgr->dimmin[pgr->jdim]),*(pgr->jvals));
          gaprnt (2,pout);
        }
      }
      /* Levels scaling info */
      if (pgr->jdim>-1 && pgr->jlinr!=1) {     
        gaprnt(2," Levels");
        conv = pgr->jgrab;
        for (i=pgr->dimmin[pgr->jdim]; i<=pgr->dimmax[pgr->jdim]; i++) {
          snprintf(pout,255," %g",conv(pgr->jvals,i));
          gaprnt (2,pout);
        }
        gaprnt (2,"\n");
      }
    } else {
      gaprnt(2,"J Dimension = -999 to -999\n");
    }
    siz = pgr->isiz*pgr->jsiz;
    snprintf(pout,255,"Sizes = %i %i %i\n",pgr->isiz,pgr->jsiz,siz);
    gaprnt(2,pout);
    snprintf(pout,255,"Undef value = %g\n",pcm->undef);
    gaprnt(2,pout);
    ucnt = 0;  gcnt = 0; sum=0; sumsqr=0; 
    gr = pgr->grid;
    grumask = pgr->umask;
    for (i=0; iidim>-1) {
      gamnmx (pgr);
      snprintf(pout,255,"Min, Max = %g %g\n",pgr->rmin,pgr->rmax);
      gaprnt(2,pout);
      cint = 0.0;
      gacsel (pgr->rmin,pgr->rmax,&cint,&cmin,&cmax);

      if (pgr->jdim==-1) {
        cmin = cmin - cint*2.0;
        cmax = cmax + cint*2.0;
      }
      if (dequal(cint,0.0,1e-12)==0 || dequal(cint,pgr->undef,1e-12)==0) {
        cmin = pgr->rmin-5.0;
        cmax = pgr->rmax+5.0;
        cint = 1.0;
      }
      snprintf(pout,255,"Cmin, cmax, cint = %g %g %g\n",cmin,cmax,cint);
      gaprnt(2,pout);
      gcntm1=gcnt-1;
      if(gcntm1<=0) gcntm1=1;
      gcnto=gcnt;
      if(gcnt<=0) gcnt=1;
      snprintf(pout,255,"Stats[sum,sumsqr,root(sumsqr),n]:     %g %g %g %d\n",
	       sum,sumsqr,sqrt(sumsqr),gcnto);
      gaprnt(2,pout);
      snprintf(pout,255,"Stats[(sum,sumsqr,root(sumsqr))/n]:     %g %g %g\n",
	       sum/gcnt,sumsqr/gcnt,sqrt(sumsqr/gcnt));
      gaprnt(2,pout);
      snprintf(pout,255,"Stats[(sum,sumsqr,root(sumsqr))/(n-1)]: %g %g %g\n",
	       sum/gcntm1,sumsqr/gcntm1,sqrt(sumsqr/gcntm1));
      gaprnt(2,pout);
      dum=(sumsqr/gcnt)-((sum/gcnt)*(sum/gcnt));
      if(dum>0){
	snprintf(pout,255,"Stats[(sigma,var)(n)]:     %g %g\n",sqrt(dum),dum);
      } else {
	snprintf(pout,255,"Stats[(sigma,var)(n)]:     %g %g\n",0.0,0.0);
      }
      gaprnt(2,pout);
      dum=dum*(gcnt/gcntm1);
      if(dum>0) {
	snprintf(pout,255,"Stats[(sigma,var)(n-1)]:   %g %g\n",sqrt(dum),dum);
      } else {
	snprintf(pout,255,"Stats[(sigma,var)(n-1)]:   %g %g\n",0.0,0.0);
      }
      gaprnt(2,pout);
    } else {
      snprintf(pout,255,"Min, Max = %g %g\n",pgr->rmin,pgr->rmin);
      gaprnt(2,pout);
    }

  } else {                           /* Data type station */
    gaprnt(2,"Data Type = station\n");
    stn = pcm->result[0].stn;
    snprintf(pout,255,"Dimensions = %i %i\n",stn->idim,stn->jdim);
    gaprnt(2,pout);
    if (stn->idim>-1) {
      if (stn->idim!=3) {
        snprintf(pout,255,"I Dimension = %g to %g\n",stn->dmin[stn->idim],stn->dmax[stn->idim]);
        gaprnt(2,pout);
      } else {
        snprintf(pout,255,"I Dimension = %i to %i\n",stn->tmin, stn->tmax);
        gaprnt(2,pout);
      }
    } else {
      gaprnt(2,"I Dimension = -999 to -999\n");
    }
    if (stn->jdim>-1) {
      if (stn->jdim!=3) {
        snprintf(pout,255,"J Dimension = %g to %g\n",stn->dmin[stn->jdim],stn->dmax[stn->jdim]);
        gaprnt(2,pout);
      } else {
        snprintf(pout,255,"J Dimension = %i to %i\n",stn->tmin, stn->tmax);
        gaprnt(2,pout);
      }
    } else {
      gaprnt(2,"J Dimension = -999 to -999\n");
    }
    snprintf(pout,255,"Stn count = %i\n",stn->rnum);
    gaprnt(2,pout);
    snprintf(pout,255,"Undef value = %g\n",pcm->undef);
    gaprnt(2,pout);
    ucnt = 0;  gcnt = 0; sum=0; sumsqr=0;  
    rmin = 9e33;
    rmax = -9e33;
    rpt = stn->rpt;

    while (rpt) {
      if (rpt->umask==0) ucnt++;
      else {
        gcnt++;
	dum = rpt->val;
        sum += dum;
	sumsqr += dum*dum;
        if (rpt->valval;
        if (rpt->val>rmax) rmax = rpt->val;
      }
      rpt = rpt->rpt;
    }
    gcntm1 = gcnt-1;
    if (gcntm1 <= 0) gcntm1=1;
    if (gcnt==0) {
      rmin = pcm->undef;
      rmax = pcm->undef;
    }

    snprintf(pout,255,"Undef count = %i  Valid count = %i \n",ucnt,gcnt);
    gaprnt(2,pout);
    snprintf(pout,255,"Min, Max = %g %g\n",rmin,rmax);
    gaprnt(2,pout);
    cint = 0.0;

    gacsel (rmin,rmax,&cint,&cmin,&cmax);
    if (stn->jdim==-1) {
      cmin = cmin - cint*2.0;
      cmax = cmax + cint*2.0;
    }
    if (dequal(cint,0.0,1e-12)==0 || dequal(cint,stn->undef,1e-12)==0) {
      cmin = rmin-5.0;
      cmax = rmax+5.0;
      cint = 1.0;
    }
    snprintf(pout,255,"Cmin, cmax, cint = %g %g %g\n",cmin,cmax,cint);
    gaprnt(2,pout);

    gcntm1 = gcnt-1;
    if(gcntm1 <= 0) gcntm1=1;
    gcnto = gcnt;
    if(gcnt <= 0) gcnt=1;
    snprintf(pout,255,"Stats[sum,sumsqr,root(sumsqr),n]:     %g %g %g %d\n",
	     sum,sumsqr,sqrt(sumsqr),gcnto);
    gaprnt(2,pout);
    snprintf(pout,255,"Stats[(sum,sumsqr,root(sumsqr))/n)]:     %g %g %g\n",
	     sum/gcnt,sumsqr/gcnt,sqrt(sumsqr/gcnt));
    gaprnt(2,pout);
    snprintf(pout,255,"Stats[(sum,sumsqr,root(sumsqr))/(n-1))]: %g %g %g\n",
	     sum/gcntm1,sumsqr/gcntm1,sqrt(sumsqr/gcntm1));
    gaprnt(2,pout);
    dum=(sumsqr/gcnt)-((sum/gcnt)*(sum/gcnt));
    if(dum>0){
      snprintf(pout,255,"Stats[(sigma,var)(n)]:     %g %g\n",sqrt(dum),dum);
    } else {
      snprintf(pout,255,"Stats[(sigma,var)(n)]:     %g %g\n",0.0,0.0);
    }
    gaprnt(2,pout);
    dum=dum*(gcnt/gcntm1);
    if(dum>0) {
      snprintf(pout,255,"Stats[(sigma,var)(n-1)]:   %g %g\n",sqrt(dum),dum);
    } else {
      snprintf(pout,255,"Stats[(sigma,var)(n-1)]:   %g %g\n",0.0,0.0);
    }
    gaprnt(2,pout);

    if(pcm->stnprintflg) {
      snprintf(pout,255,"Printing station values:  #obs = %d\n",gcnt);
      gaprnt(2,pout);
      gcnt=0;
      ucnt=0;
      rpt = stn->rpt;
      snprintf(pout,255,"OB    ID       LON      LAT      LEV      VAL\n");
      gaprnt(2,pout);
      while (rpt) {
	if (rpt->umask==0) ucnt++;
	else {
	  gcnt++;
	  snprintf(pout,255,"%-5i %.8s %-8.6g %-8.6g %-8.6g %-8.6g\n",
		   gcnt,rpt->stid,rpt->lon,rpt->lat,rpt->lev,rpt->val);
	  gaprnt(2,pout);
	}
	rpt = rpt->rpt;
      }
    }
  }
  gagsav(22,pcm,NULL);
}

/*  Special routine -- find closest station to an X,Y position. */

void gafstn (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt, *srpt;
struct gagrid *pgr;
gadouble x,y,r,d,xpos,ypos,rlon;

  if (pcm->numgrd<3 || pcm->type[0]!=0 || pcm->type[1]!=1 || pcm->type[2]!=1) {
    gaprnt (0,"Error: Invalid data types for findstn\n");
    return;
  }

  gamscl (pcm);       /* Do map level scaling */
  stn = pcm->result[0].stn;
  pgr = pcm->result[1].pgr;
  xpos = pgr->rmin;
  pgr = pcm->result[2].pgr;
  ypos = pgr->rmin;
  rpt = stn->rpt;
  srpt = NULL;
  r = 1.0e30;
  while (rpt) {
    rlon = rpt->lon;
    if (rlondmin[0]) rlon+=360.0;
    if (rlon>pcm->dmax[0]) rlon-=360.0;
    gxconv (rlon,rpt->lat,&x,&y,2);
    d = hypot(x-xpos,y-ypos);
    if (drpt;
  }
  if (srpt) {
    srpt->stid[7] = '\0';
    snprintf(pout,255,"%s %g %g %g\n",srpt->stid,srpt->lon,srpt->lat,r);
    gaprnt(2,pout);
  } else gaprnt (2,"No stations found\n");
  gagsav (21,pcm,NULL);
}

/* Plot weather symbols at station locations. */

void gawsym (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt;
gadouble rlon,x,y,scl;
gaint i;

  gamscl (pcm);       /* Do map level scaling */
  gawmap (pcm, 1);    /* Draw map */
  pcm->xdim = 0; pcm->ydim = 1;
  gafram (pcm);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  stn = pcm->result[0].stn;
  rpt = stn->rpt;
  gxwide (pcm->cthick);
  if (pcm->ccolor<0) gxcolr(1);
  else gxcolr (pcm->ccolor);
  while (rpt!=NULL) {
    if (rpt->umask != 0) {
      rlon = rpt->lon;
      if (rlondmin[0]) rlon+=360.0;
      if (rlon>pcm->dmax[0]) rlon-=360.0;
      if (rlon>pcm->dmin[0] && rlondmax[0] &&
             rpt->lat>pcm->dmin[1] && rpt->latdmax[1]) {
        i = (gaint)(rpt->val+0.1);
        if (i>0 && i<42) {
          gxconv (rlon,rpt->lat,&x,&y,2);
          scl = pcm->digsiz*1.5;
          gxwide (pcm->cthick);
          if (pcm->wxopt==1) {
            wxsym (i, x, y, scl, pcm->ccolor, pcm->wxcols);
          } else {
            gxmark (i,x,y,scl);
          }
        }
      }
    }
    rpt = rpt->rpt;
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr (pcm->anncol);
  gxwide (pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gxstyl(1);
  gaaxpl(pcm,0,1);
  gagsav(12,pcm,NULL);
}

/* Plot colorized markers at station locations */

void gasmrk (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt;
gadouble rlon,x,y,cwid,sizstid;
gaint i,len,icnst,cnt; 
char lab[20];

  gamscl (pcm);       /* Do map level scaling */
  gawmap (pcm, 1);    /* Draw map */
  pcm->xdim = 0; pcm->ydim = 1;
  gafram (pcm);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  stn = pcm->result[0].stn;
  gasmnmx (stn);

  if (dequal(stn->smin,stn->undef,1e-12)==0 || 
      dequal(stn->smax,stn->undef,1e-12)==0) return;
  gaselc (pcm,stn->smin,stn->smax);
  rpt = stn->rpt;
  gxwide (pcm->cthick);

  icnst=0;
  if (dequal(stn->smin,stn->smax,1e-12)==0) icnst=1;
  if (pcm->ccolor<0 && icnst) {
    pcm->ccolor=1;
    gxcolr(pcm->ccolor);
  } else if (pcm->ccolor<0) {
    gxcolr(1);
  } else {
    gxcolr (pcm->ccolor);
  }

  cnt = 0;
  sizstid=pcm->digsiz*0.65;

  while (rpt!=NULL) {
    cnt++;
    if (rpt->umask != 0) {
      rlon = rpt->lon;
      if (rlondmin[0]) rlon+=360.0;
      if (rlon>pcm->dmax[0]) rlon-=360.0;
      if (rlon>=pcm->dmin[0] && rlon<=pcm->dmax[0] &&
	  rpt->lat>=pcm->dmin[1] && rpt->lat<=pcm->dmax[1]) {
        gxconv (rlon,rpt->lat,&x,&y,2);
        i = gashdc (pcm,rpt->val);

	/* if constant grid, use user ccolor */
	if (icnst) {
	  gxcolr(pcm->ccolor);
	} else {
	  gxcolr (i);
	}
        gxmark (pcm->cmark,x,y,pcm->digsiz*0.5);

        /* stn id plot */
	if (pcm->stidflg) {
	  gxmark (1,x,y,pcm->digsiz*0.5);
	  getwrd (lab,rpt->stid,8);
          len = strlen(lab);
          cwid = 0.1;
          gxchln (lab,len,sizstid,&cwid);
          x = x-cwid*0.5;
          y = y-(sizstid*1.7);
          if (pcm->ccolor!=0) {
            gxcolr (gxqbck());
            gxrecf (x-0.01,x+cwid+0.01,y-0.01,y+sizstid+0.01);
          }
          if (pcm->ccolor<0) gxcolr(1);
          else gxcolr (pcm->ccolor);
          gxchpl (lab,len,x,y,sizstid,sizstid,0.0);
	}

      }
    }
    rpt = rpt->rpt;
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide(pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gxstyl(1);
  gaaxpl(pcm,0,1);
  gagsav(14,pcm,NULL);
}

/* Plot station values as either one number centered on the station
   location or as two numbers above and below a crosshair, or as
   a wind barb if specified by user */

void gapstn (struct gacmn *pcm) {
struct gastn *stn, *stn2;
struct garpt *rpt, *rpt2;
gadouble x,y,rlon;
gadouble dir,spd,umax,vmax,vscal=0.0,cwid;
gaint len,flag,hemflg;
char lab[20];

  gamscl (pcm);       /* Do map level scaling */
  gawmap (pcm, 1);    /* Draw map */
  pcm->xdim = 0;
  pcm->ydim = 1;
  gafram(pcm);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  /* Plot barb or vector at station location */

  if (pcm->numgrd>1 && (pcm->goutstn==2 || pcm->goutstn==6)) {
    stn = pcm->result[0].stn;
    stn2 = pcm->result[1].stn;
    if (pcm->goutstn==6) {            /* Get vector scaling */
      if (!pcm->arrflg) {
        rpt = stn->rpt;
        umax = -9.99e33;
        while (rpt) {
          if (umaxval)) umax = fabs(rpt->val);
          rpt = rpt->rpt;
        }
        rpt = stn2->rpt;
        vmax = -9.99e33;
        while (rpt) {
          if (vmaxval)) vmax = fabs(rpt->val);
          rpt = rpt->rpt;
        }
        vscal = hypot(umax,vmax);
        x = floor(log10(vscal));
        y = floor(vscal/pow(10.0,x));
        vscal = y * pow(10.0,x);
        pcm->arrsiz = 0.5;
        pcm->arrmag = vscal;
      } else {
        vscal = pcm->arrmag;
      }
      pcm->arrflg = 1;
    }
    rpt = stn->rpt;
    if (pcm->ccolor<0) gxcolr(1);
    else gxcolr (pcm->ccolor);
    gxwide (pcm->cthick);
    while (rpt!=NULL) {
      if (rpt->umask != 0) {
        rpt2 = stn2->rpt;
        while (rpt2!=NULL) {
          if (rpt2->umask != 0 && 
	      dequal(rpt->lat,rpt2->lat,1e-12)==0 &&
              dequal(rpt->lon,rpt2->lon,1e-12)==0) {
            rlon = rpt->lon;
            if (rlondmin[0]) rlon+=360.0;
            if (rlon>pcm->dmax[0]) rlon-=360.0;
            if (rlon>pcm->dmin[0] && rlondmax[0] &&
                rpt->lat>pcm->dmin[1] && rpt->latdmax[1]) {
              gxconv (rlon,rpt->lat,&x,&y,2);
              if (dequal(rpt2->val,0.0,1e-12)==0 && dequal(rpt->val,0.0,1e-12)==0) 
		dir = 0.0;
              else {
		dir = gxaarw(rpt->lon,rpt->lat);
                if (dir<-900.0) {
                  gaprnt(0,"Error: vector/barb not compatible with the current map projection\n");
                  return;
                }
		dir = dir + atan2(rpt2->val,rpt->val);
              }
              spd = hypot(rpt->val,rpt2->val);
              if (pcm->goutstn==2) {
                hemflg = 0;
                if (pcm->hemflg == 1) hemflg = 1;
                else if (pcm->hemflg == 0) hemflg = 0;
                else if (rpt->lat<0.0) hemflg = 1;
                gabarb (x, y, pcm->digsiz*3.5, pcm->digsiz*2.0,
                     pcm->digsiz*0.25, dir, spd, hemflg);
                gxmark (2,x,y,pcm->digsiz*0.5);
              } else {
                if (vscal>0.0) {
                  gaarrw (x, y, dir, pcm->arrsiz*spd/vscal, pcm->ahdsiz);
                } else {
                  gaarrw (x, y, dir, pcm->arrsiz, pcm->ahdsiz);
                }
              }
            }
            break;
          }
          rpt2 = rpt2->rpt;
        }
      }
      rpt = rpt->rpt;
    }

  /* Plot number at station location */

  } else {
    gxwide (pcm->cthick);
    stn = pcm->result[0].stn;
    rpt = stn->rpt;
    flag=0;
    if (pcm->numgrd>1 || pcm->stidflg) flag = 1;
    while (rpt!=NULL) {
      if (rpt->umask != 0) {
        rlon = rpt->lon;
        if (rlondmin[0]) rlon+=360.0;
        if (rlon>pcm->dmax[0]) rlon-=360.0;
        if (rlon>pcm->dmin[0] && rlondmax[0] &&
            rpt->lat>pcm->dmin[1] && rpt->latdmax[1]) {
          gxconv (rlon,rpt->lat,&x,&y,2);
          if (flag) gxmark (1,x,y,pcm->digsiz*0.5);
          snprintf(lab,19,"%.*f",pcm->dignum,(gafloat)rpt->val);
          len = strlen(lab);
          cwid = 0.1;
          gxchln (lab,len,pcm->digsiz,&cwid);
          x = x-cwid*0.5;
          if (flag) {
            y = y+(pcm->digsiz*0.7);
          } else {
            y = y-(pcm->digsiz*0.5);
          }
          if (pcm->ccolor!=0) {
            gxcolr (gxqbck());
            gxrecf (x-0.01,x+cwid+0.01,y-0.01,y+pcm->digsiz+0.01);
          }
          if (pcm->ccolor<0) gxcolr(1);
          else gxcolr (pcm->ccolor);
          gxchpl (lab,len,x,y,pcm->digsiz,pcm->digsiz,0.0);
        }
      }
      rpt=rpt->rpt;
    }
    if ( (flag && pcm->type[1]==0) || pcm->stidflg) {
      if (!pcm->stidflg) stn = pcm->result[1].stn;
      rpt = stn->rpt;
      while (rpt!=NULL) {
	if (rpt->umask != 0) {
	  rlon = rpt->lon;
	  if (rlondmin[0]) rlon+=360.0;
	  if (rlon>pcm->dmax[0]) rlon-=360.0;
	  if (rlon>pcm->dmin[0] && rlondmax[0] &&
	      rpt->lat>pcm->dmin[1] && rpt->latdmax[1]) {
	    gxconv (rlon,rpt->lat,&x,&y,2);
	    gxmark (1,x,y,pcm->digsiz*0.5);
	    if (pcm->stidflg) {
	      getwrd (lab,rpt->stid,8);
	    } else {
	      snprintf(lab,19,"%.*f",pcm->dignum,(gafloat)rpt->val); 
	    }
	    len = strlen(lab);
	    cwid = 0.1;
	    gxchln (lab,len,pcm->digsiz,&cwid);
	    x = x-cwid*0.5;
	    y = y-(pcm->digsiz*1.7);
	    if (pcm->ccolor!=0) {
	      gxcolr (gxqbck());
	      gxrecf (x-0.01,x+cwid+0.01,y-0.01,y+pcm->digsiz+0.01);
	    }
	    if (pcm->ccolor<0) gxcolr(1);
	    else gxcolr (pcm->ccolor);
	    gxchpl (lab,len,x,y,pcm->digsiz,pcm->digsiz,0.0);
	  }
	}
        rpt=rpt->rpt;
      }
    }
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide(pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gxstyl(1);
  gaaxpl(pcm,0,1);
  gagsav (10,pcm,NULL);
}

/*  Draw wind barb at location x, y, direction dir, speed
    spd, with barb lengths of blen, pointer length of plen
    (before barbs added), starting at rad distance from the
    center point x,y.  If calm, a circle is drawn at rad*1.2
    radius.  Direction is direction wind blowing towards.  */

void gabarb (gadouble x, gadouble y, gadouble plen, gadouble blen, gadouble rad,
      gadouble dir, gadouble spd, gaint hemflg) {
gadouble bgap,padd,var,a70,cosd70,sind70;
gadouble xp1,yp1,xp2,yp2,xp3,yp3;
gaint flag,flg2;

  dir = dir + pi;   /* Want direction wind blowing from */

  /* Calculate added length due to barbs */

  bgap = blen*0.3;
  padd = 0.0;
  var = spd;
  if (var<0.01) {
    rad*=2.0;
    if (rad+blen*0.3>rad*1.4) gxmark(2,x,y,rad+blen*0.3);
    else gxmark (2,x,y,rad*1.4);
    return;
  } else {
    if (var<2.5) padd = bgap;
    while (var>=47.5) { var-=50.0; padd+=bgap*1.6;}
    while (var>=7.5)  { var-=10.0; padd+=bgap;}
    if (var>=2.5) padd+=bgap;
  }
  plen+=padd;

  /* Draw pointer */

  xp1 = x + plen*cos(dir);
  yp1 = y + plen*sin(dir);
  xp2 = x + rad*cos(dir);
  yp2 = y + rad*sin(dir);
  gxplot (xp2,yp2,3);
  gxplot (xp1,yp1,2);

  /* Start out at the end of the pointer and add barbs
     til we run out of barbs to add.  */

  var = spd;
  a70 = 70.0*pi/180.0;
  if (hemflg) {
    cosd70 = cos(dir+a70);
    sind70 = sin(dir+a70);
  } else {
    cosd70 = cos(dir-a70);
    sind70 = sin(dir-a70);
  }
  flag = 1;
  flg2 = 0;
  while (var>=47.5) {
    xp1 = x + plen*cos(dir);
    yp1 = y + plen*sin(dir);
    xp2 = xp1 + blen*cosd70;
    yp2 = yp1 + blen*sind70;
    xp3 = x + (plen-bgap*1.45)*cos(dir);
    yp3 = y + (plen-bgap*1.45)*sin(dir);
    gxplot (xp1,yp1,3);
    gxplot (xp2,yp2,2);
    gxplot (xp3,yp3,2);
    plen = plen - bgap*1.6;
    var-=50.0;
    flg2 = 1;
  }
  while (var>=7.5) {
    if (flg2) {plen-=bgap*0.7; flg2 = 0;}
    xp1 = x + plen*cos(dir);
    yp1 = y + plen*sin(dir);
    xp2 = xp1 + blen*cosd70;
    yp2 = yp1 + blen*sind70;
    gxplot (xp1,yp1,3);
    gxplot (xp2,yp2,2);
    plen-=bgap;
    var-=10.0;
    flag = 0;
  }
  if (var>=2.5) {
    if (flag) plen-=bgap;
    xp1 = x + plen*cos(dir);
    yp1 = y + plen*sin(dir);
    xp2 = xp1 + 0.5*blen*cosd70;
    yp2 = yp1 + 0.5*blen*sind70;
    gxplot (xp1,yp1,3);
    gxplot (xp2,yp2,2);
  }
  return;
}

/* Plot station model using station data.  Complexity of model
   depends on the number of result objects available.
   First two are assumed to be u and v winds, which are required
   for the station model to be plotted. */

void gapmdl (struct gacmn *pcm) {
struct gastn *stn, *stn1;
struct garpt *rpt, *rpt1;
struct gagrid *pgr;
gadouble vals[10];
char udefs[10];
gaint i,num,rc;

  gamscl (pcm);       /* Do map level scaling */
  gawmap (pcm, 1);    /* Draw map */
  pcm->xdim = 0;
  pcm->ydim = 1;
  gafram (pcm);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  num = pcm->numgrd;
  if (num>10) num=10;

  /* Check validity of data -- single value (shows up as a grid) indicates
     not to plot that variable */

  for (i=0; inumgrd; i++) {
    if (pcm->type[i]==1) {
      pgr = pcm->result[i].pgr;
      if (i==0 || pgr->idim!=-1) {
        gaprnt (0,"Invalid data:  Station data required\n");
        return;
      }
    }
  }

  if (pcm->ccolor<0) gxcolr(1);
  else gxcolr (pcm->ccolor);
  gxwide (pcm->cthick);

  /* Get info for each station  -- match station ids accross all the 
     variables which show up as separate result items.*/

  stn1 = pcm->result[0].stn;
  rpt1 = stn1->rpt;
  while (rpt1) {
    if (rpt1->umask == 0) {
      udefs[0] = 0;
    } else {
      vals[0] = rpt1->val;
      udefs[0] = 1;
      for (i=1; inumgrd; i++) {
        if (pcm->type[i]!=1) {
          stn = pcm->result[i].stn;
          rpt = stn->rpt;
          while (rpt) {
            if (dequal(rpt->lon,rpt1->lon,1e-12)==0 && 
                dequal(rpt->lat,rpt1->lat,1e-12)==0 &&
                cmpch(rpt->stid,rpt1->stid,8)==0) break;
            rpt = rpt->rpt;
          }
          if (rpt && rpt->umask==1) {
            vals[i] = rpt->val;
            udefs[i] = 1;
          }
          else udefs[i] = 0;
        }
        else udefs[i] = 0;
      }
    }
    rc = gasmdl (pcm,rpt1,vals,udefs);
    if (rc) return;
    rpt1 = rpt1->rpt;
  }

  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide(pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gxstyl(1);
  gaaxpl(pcm,0,1);
  gagsav (11,pcm,NULL);
}

/* Plot an individual station model */

gaint gasmdl (struct gacmn *pcm, struct garpt *rpt, gadouble *vals, char *udefs) {
gaint num,icld,i,col,ivis,itop,ibot,ii,hemflg;
gadouble x,y;
gadouble spd,dir,roff,scl,rad,t,digsiz,msize,plen,wrad;
gadouble xlo[7],xhi[7],ylo[7],yhi[7],orad,xv,yv;
char ch[20],len;

  col = pcm->ccolor;
  if (pcm->ccolor<0) col = 1;
  gxcolr(col);
  num = pcm->numgrd;

  /* If no winds, just return */
  if ( *udefs==0 || *(udefs+1)==0) return(0);

  /* Plot */
  gxconv (rpt->lon,rpt->lat,&x,&y,2);
  hemflg = 0;
  if (pcm->hemflg == 1) hemflg = 1;
  else if (pcm->hemflg == 0) hemflg = 0;
  else if (rpt->lat<0.0) hemflg = 1;

  icld = (gaint)(floor(*(vals+6)+0.1));
  digsiz = pcm->digsiz;
  if (icld>19 && icld<26) msize = digsiz*1.4;
  else msize = digsiz;
  wrad = msize*0.5;
  if (dequal(*vals,0.0,1e-12)==0 && dequal(*(vals+1),0.0,1e-12)==0) 
    rad = msize*0.8;
  else 
    rad = msize*0.65;

  /* Plot clouds: 20 = clr, 21 = sct, 22 = bkn, 23 = ovc, 24 = obsc, 25 = missng */
  icld = (gaint)(floor(*(vals+6)+0.1));
  if (col==0 && icld>19) {
    if (icld!=23) gxmark(3,x,y,msize);
  } else {
    if (icld==20) gxmark(2,x,y,msize);
    else if (icld==21) gxmark(10,x,y,msize);
    else if (icld==22) gxmark(11,x,y,msize);
    else if (icld==23) gxmark(3,x,y,msize);
    else if (icld==24) {
      gxmark(2,x,y,msize);
      roff = msize/2.8284;
      gxplot (x-roff,y+roff,3);
      gxplot (x+roff,y-roff,2);
      gxplot (x+roff,y+roff,3);
      gxplot (x-roff,y-roff,2);
    }
    else if (icld==25) {
      gxmark(2,x,y,msize);
      roff = msize*0.3;
      gxchpl ("`0M",3,x-roff*1.2,y-roff*0.9,roff*2.0,roff*2.0,0.0);
    }
    else {
      if (icld>0 && icld<9) gxmark(icld,x,y,msize);
      else gxmark(2,x,y,msize);
    }
  }

  /* Plot wxsym */
  gxwide (pcm->cthick+1);
  xlo[0] = -999.9;
  if (*(udefs+7)) {
    i = (gaint)(*(vals+7)+0.1);
    if (i>0&&i<40) {
      scl = digsiz*3.0;
      xhi[0] = x - rad*1.1;
      xlo[0] = xhi[0] - (sxwid[i-1]*scl);
      ylo[0] = y + symin[i-1]*scl;
      yhi[0] = y + symax[i-1]*scl;
      wxsym (i,xlo[0]+(sxwid[i-1]*scl*0.5),y,scl,pcm->ccolor,pcm->wxcols);
      gxcolr(col);
    }
  }

  /* Plot visibility */
  gxwide(pcm->cthick);
  xlo[5] = -999.9;
  if (*(udefs+8)) {
    i = (gaint)((*(vals+8)*32.0)+0.5);
    ivis = i/32;
    itop = i - ivis*32;
    ibot = 32;
    while (itop!=0) {
      i = itop/2;
      if (i*2!=itop) break;
      itop = i;
      ibot = ibot/2;
    }
    yv = y-digsiz*0.5;
    if (xlo[0]<-990.0) xv = x - rad*1.6;
    else  xv = xlo[0] - digsiz*0.2;
    xhi[5] = xv;
    ylo[5] = yv;
    yhi[5] = yv+digsiz;
    if (itop>0) {
      snprintf(ch,19,"%i",ibot);
      len = 0;
      while (*(ch+len)) len++;
      xv = xv - ((gadouble)len)*digsiz*0.65;
      gxchpl (ch,len,xv,yv,digsiz*0.65,digsiz*0.65,0.0);
      snprintf(ch,19,"%i",itop);
      len = 0;
      while (*(ch+len)) len++;
      gxplot (xv-digsiz*0.4,yv,3);
      gxplot (xv+digsiz*0.1,yv+digsiz,2);
      xv = xv - ((gadouble)len+0.4)*digsiz*0.65;
      gxchpl (ch,len,xv,yv+digsiz*0.35,digsiz*0.65,digsiz*0.65,0.0);
    }
    if (ivis>0 || (ivis==0 && itop==0)) {
      snprintf(ch,19,"%i",ivis);
      len = 0;
      while (*(ch+len)) len++;
      xv = xv - ((gadouble)len)*digsiz;
      gxchpl (ch,len,xv,yv,digsiz,digsiz,0.0);
    }
    xlo[5] = xv;
  }

  /* Plot temperature */
  xlo[1] = -999.9;
  if (*(udefs+2)) {
    snprintf(ch,19,"%.*f",pcm->dignum,(gafloat)(*(vals+2)));
    len = 0;
    while (*(ch+len)) len++;
    if (xlo[0]>-999.0) ylo[1] = yhi[0]+digsiz*0.4;
    else if (xlo[5]>-999.0) ylo[1] = yhi[5]+digsiz*0.4;
    else ylo[1] = y + digsiz*0.3;
    t = ylo[1]-y;
    t = rad*rad - t*t;
    if (t<=0.0) xhi[1] = x-digsiz*0.3;
    else {
      t = sqrt(t);
      if (tdignum,(gafloat)*(vals+3));
    len = 0;
    while (*(ch+len)) len++;
    if (xlo[0]>-999.0) yhi[2] = ylo[0]-digsiz*0.4;
    else if (xlo[5]>-999.0) yhi[2] = ylo[5]-digsiz*0.4;
    else yhi[2] = y - digsiz*0.3;
    t = y - yhi[2];
    t = rad*rad - t*t;
    if (t<=0.0) xhi[2] = x-digsiz*0.3;
    else {
      t = sqrt(t);
      if (tmdldig3) {
      snprintf(ch,19,"%i",i+10000);
      len = 0;
      while (*(ch+len)) len++;
      ii = len-3;
      len = 3;
    } else {
      snprintf(ch,19,"%.*f",pcm->dignum,(gafloat)*(vals+4));
      len = 0;
      while (*(ch+len)) len++;
    }
    xlo[3] = x + rad*0.87;
    ylo[3] = y + rad*0.5;
    xhi[3] = xlo[3] + digsiz*(gadouble)len;
    yhi[3] = ylo[3] + digsiz;
    gxchpl (ch+ii,len,xlo[3],ylo[3],digsiz,digsiz,0.0);
  }

  /* Plot pressure tendency */
  xlo[4] = -999.9;
  if (*(udefs+5)) {
    if (*(vals+5)>0.0) snprintf(ch,19,"+%.*f",pcm->dignum,(gafloat)*(vals+5));
    else snprintf(ch,19,"%.*f",pcm->dignum,(gafloat)*(vals+5));
    len = 0;
    while (*(ch+len)) len++;
    xlo[4] = x + rad;
    if (xlo[3]>-990.0) yhi[4] = ylo[3]-digsiz*0.4;
    else yhi[4] = y + digsiz*0.5;
    xhi[4] = xlo[4] + digsiz*(gadouble)len;
    ylo[4] = yhi[4] - digsiz;
    gxchpl (ch,len,xlo[4],ylo[4],digsiz,digsiz,0.0);
  }

  /* plot stid lower right */
  xlo[6] = -999.9;
  if (pcm->stidflg) {
    len = 4;
    if (xlo[4]>-990.0) yhi[6] = ylo[4]-digsiz*0.4;
    else yhi[6] = y - rad;
    if (xlo[2]>-990.0) xlo[6] = xhi[2]+0.6*digsiz;
    else xlo[6] = x - 1.2*digsiz;
    xhi[6] = xlo[6] + 0.6*digsiz*(gadouble)len;
    ylo[6] = yhi[6] - 0.6*digsiz;
    gxchpl (rpt->stid,len,xlo[6],ylo[6],0.6*digsiz,0.6*digsiz,0.0);
  }

  /* Plot wind barb */
  if (dequal(*vals,0.0,1e-12)==0 && dequal(*(vals+1),0.0,1e-12)==0) {
    dir = 0.0;
  } else {
    dir = gxaarw(rpt->lon,rpt->lat);
    if (dir<-900.0) {
      gaprnt(0,"Error: vector/barb not compatible with current map projection\n");
      return (1);
    }
    dir = dir + atan2(*(vals+1),*vals);
  }
  spd = hypot(*vals,*(vals+1));
  orad = wndexit (spd*cos(dir), spd*sin(dir), x, y, rad, xlo, xhi, ylo, yhi);
  if (orad<-990.0) {
    plen = pcm->digsiz*3.5;
  } else {
    plen = pcm->digsiz*0.5+orad;
    if (plendigsiz*3.5) plen = pcm->digsiz*3.5;
    if (plen>pcm->digsiz*6.0) plen = orad;
    wrad = orad;
  }
  gabarb (x, y, plen, pcm->digsiz*2.5, wrad, dir, spd, hemflg);
  return(0);
}

/* Find exit radius for the wind barb */

gadouble wndexit (gadouble uu, gadouble vv, gadouble x, gadouble y, gadouble rad,
                     gadouble *xlo, gadouble *xhi, gadouble *ylo, gadouble *yhi) {
gadouble u,v,xn,yn,orad,fuzz,fuzz2;

  u = -1.0*uu;
  v = -1.0*vv;
  orad = -999.9;
  fuzz = rad*0.25;
  fuzz2 = fuzz*0.5;

  if (dequal(u,0.0,1e-12)==0 && dequal(v,0.0,1e-12)==0) return(orad);
  if (u<0.0) {
    if (v>0.0 && xlo[1]>-990.0) {
      yhi[1] = yhi[1]+fuzz;
      xn = x + (yhi[1]-y)*u/v;
      if (xn>xlo[1]-fuzz && xnylo[1]-fuzz && yn-990.0) {
      ylo[2] = ylo[2]-fuzz;
      xn = x + (ylo[2]-y)*u/v;
      if (xn>xlo[2]-fuzz && xnylo[2]-fuzz && yn-990.0) {
      xlo[5] = xlo[5] - fuzz2;
      yn = y + (xlo[5]-x)*v/u;
      if (yn>ylo[5]-fuzz && yn0.0) {
        yhi[5] = yhi[5]+fuzz;
        xn = x + (yhi[5]-y)*u/v;
        if (xn>xlo[5]-fuzz && xnxlo[5]-fuzz && xn-990.0) {
      xlo[0] = xlo[0] - fuzz2;
      yn = y + (xlo[0]-x)*v/u;
      if (yn>ylo[0]-fuzz && yn0.0) {
        yhi[0] = yhi[0]+fuzz;
        xn = x + (yhi[0]-y)*u/v;
        if (xn>xlo[0]-fuzz && xnxlo[0]-fuzz && xn0.0) {
    if (xlo[4]>-990.0) {
      xhi[4] = xhi[4] + fuzz2;
      yn = y + (xhi[4]-x)*v/u;
      if (yn>ylo[4]-fuzz && yn<=yhi[4]+fuzz) {
        orad = hypot(xhi[4]-x,yn-y);
        return (orad);
      }
    }
    if (v>0.0 && xlo[3]>-990.0) {
      yhi[3] = yhi[3] + fuzz;
      xn = x + (yhi[3]-y)*u/v;
      if (xn>xlo[3]-fuzz2 && xnylo[3]-fuzz && yn-990.0) {
      ylo[6] = ylo[6] - fuzz;
      xn = x + (ylo[6]-y)*u/v;
      if (xn>xlo[6]-fuzz2 && xnylo[6]-fuzz && ynresult[0].stn;
  rpt = stn->rpt;
  frpt = rpt;            /* Plot stnid = 1st report */
  if (rpt == NULL) {
    gaprnt (0,"No stations to plot\n");
    return;
  }

  /* First pass just get max and min values for this station */

  rmin = 9.99e33;
  rmax = -9.99e33;
  while (rpt!=NULL) {
    if (!cmpch(frpt->stid,rpt->stid,8)) {
      if (rpt->umask != 0) {
        if (rpt->val < rmin) rmin = rpt->val;
        if (rpt->val > rmax) rmax = rpt->val;
      }
    }
    rpt = rpt->rpt;
  }
  if (rmin>rmax) {
    gaprnt (0,"All stations undefined for this variable\n");
    return;
  }

  /* Do scaling */

  i = pcm->frame;
  if (pcm->tser) pcm->frame = 0;
  gas1d (pcm, rmin, rmax, 3, pcm->rotate, NULL, stn);
  pcm->frame = i;

  /* Set up graphics */

  if (pcm->ccolor<0) pcm->ccolor=1;
  gxcolr (pcm->ccolor);
  if (pcm->cstyle>0) gxstyl(pcm->cstyle);
  else gxstyl(1);
  gxwide (pcm->cthick);

  /* Next pass plot lines. */

  if (pcm->tser == 1) {
    rpt = stn->rpt;
    while (rpt!=NULL) {
      gxconv (rpt->tim,0,&x,&y,3);
      if (rpt->umask != 0) {
        i = (gaint)(rpt->val+0.5);
        wxsym (i, x, pcm->ysiz1, pcm->digsiz*1.5, -1, pcm->wxcols);
      } else {
        gxchpl ("M",1,x,pcm->ysiz1,pcm->digsiz,pcm->digsiz,0.0);
      }
      rpt = rpt->rpt;
    }
  } else if (pcm->tser==2) {
    stn2 = pcm->result[1].stn;
    rpt = stn->rpt;
    rpt2 = stn2->rpt;
    while (rpt!=NULL) {
      if (rpt->umask != 0 && rpt2->umask != 0) {
        gxconv (rpt->tim,rpt->val,&x,&y,3);
        if (dequal(rpt->val,0.0,1e-12)==0 && dequal(rpt2->val,0.0,1e-12)==0) 
	  dir = 0.0;
        else 
	  dir = atan2(rpt2->val,rpt->val);
        hemflg = 0;
        if (pcm->hemflg == 1) hemflg = 1;
        else if (pcm->hemflg == 0) hemflg = 0;
        else if (rpt->lat<0.0) hemflg = 1;
        gabarb (x, pcm->ysiz1, pcm->digsiz*3.5, pcm->digsiz*2.0,
                  pcm->digsiz*0.25, dir, hypot(rpt->val,rpt2->val), hemflg);
      }
      rpt = rpt->rpt;
      rpt2 = rpt2->rpt;
    }
  } else {
  gxclip (pcm->xsiz1-0.01, pcm->xsiz2+0.01, pcm->ysiz1, pcm->ysiz2);
  if (pcm->cstyle!=0) {
    rpt = stn->rpt;
    tsav = rpt->tim;
    ipen = 3;
    while (rpt!=NULL) {
      if (!cmpch(frpt->stid,rpt->stid,8)) {
        if (rpt->umask != 0) {
          if (rpt->tim - tsav > 1.0 && !pcm->miconn) ipen = 3;
          if (pcm->rotate) gxconv (rpt->val,rpt->tim,&x,&y,3);
          else gxconv (rpt->tim,rpt->val,&x,&y,3);
          gxplot (x,y,ipen);
          ipen = 2;
        } else if (!pcm->miconn) ipen=3;
        tsav = rpt->tim;
      }
      rpt = rpt->rpt;
    }
  }

  rpt = stn->rpt;
  im = pcm->cmark;
  if (im>0) {
    while (rpt!=NULL) {
      if (!cmpch(frpt->stid,rpt->stid,8)) {
        if (rpt->umask != 0) {
          if (pcm->rotate) gxconv (rpt->val,rpt->tim,&x,&y,3);
          else gxconv (rpt->tim,rpt->val,&x,&y,3);
          if (im==1 || im==2 || im==4) {
            gxcolr (gxqbck());
            if (im==1) gxmark (4,x,y,pcm->digsiz+0.01);
            else gxmark (im+1,x,y,pcm->digsiz+0.01);
            gxcolr(pcm->ccolor);
          }
          gxmark (im,x,y,pcm->digsiz+0.01);
        }
      }
      rpt = rpt->rpt;
    }
  }

  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  if (pcm->rotate) 
    gaaxpl(pcm,5,3);   /* hard-coded 4's changed to 5's */
  else 
    gaaxpl(pcm,3,5);   /* hard-coded 4's changed to 5's */
  }
  gxwide (pcm->annthk-3);
  gxcolr (pcm->anncol);
  if (pcm->pass==0 && pcm->grdsflg)
           gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gagsav (13,pcm,NULL);
}

/* Plot a vertical profile given one or more stations and
   a dimension environment where only z varies */

void gapprf (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *anch, **prev, *next, *rpt, *srpt;
gadouble x,y,rmin,rmax;
gaint flag,i,ipen;
char stid[10];

  /* Reorder the linked list of reports so they are sorted */

  stn = pcm->result[0].stn;
  rpt = stn->rpt;
  anch = NULL;
  while (rpt!=NULL) {
    prev = &anch;
    srpt = anch;
    flag = 0;
    while (srpt!=NULL) {
      if (!cmpch(srpt->stid,rpt->stid,8)) {
        flag = 1;
        if (srpt->lev < rpt->lev) break;
      } else if (flag) break;
      prev = &(srpt->rpt);
      srpt = srpt->rpt;
    }
    next = rpt->rpt;
    rpt->rpt = srpt;
    *prev = rpt;
    rpt = next;
  }
  stn->rpt = anch;

  if (stn->rpt==NULL) {
    gaprnt (0,"No station values to plot\n");
    return;
  }

  /* Get max and min */

  rmin = 9.99e33;
  rmax = -9.99e33;
  rpt = stn->rpt;
  while (rpt!=NULL) {
    if (rpt->umask != 0) {
      if (rmin>rpt->val) rmin = rpt->val;
      if (rmaxval) rmax = rpt->val;
    }
    rpt=rpt->rpt;
  }
  if (rmin>rmax) {
    gaprnt (0,"All stations values are undefined\n");
    return;
  }

  /* Scaling */

  gas1d (pcm, rmin, rmax, 2, !(pcm->rotate), NULL, stn);

  /* Do plot */

  rpt = stn->rpt;
  for (i=0; i<8; i++) stid[i]=' ';
  gxstyl(pcm->cstyle);
  if (pcm->ccolor<1) gxcolr(1);
  else gxcolr(pcm->ccolor);
  gxwide (pcm->cthick);
  ipen = 3;
  while (rpt!=NULL) {
    if (rpt->umask == 0) {
      if (!pcm->miconn) ipen = 3;
    } else {
      if (pcm->rotate) gxconv (rpt->lev,rpt->val,&x,&y,2);
      else gxconv (rpt->val,rpt->lev,&x,&y,2);
      if (cmpch(stid,rpt->stid,8)) ipen = 3;
      gxplot (x,y,ipen);
      ipen=2;
    }
    for (i=0; i<8; i++) stid[i]=rpt->stid[i];
    rpt=rpt->rpt;
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  if (pcm->rotate) 
    gaaxpl(pcm,2,5);   /* hard-coded 4's changed to 5's */
  else 
    gaaxpl(pcm,5,2);
  gxcolr(pcm->anncol);
  gxwide (pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gagsav (13,pcm,NULL);
}

/*  Routine to set up scaling for a 1-D plot.  */

void gas1d (struct gacmn *pcm, gadouble cmin, gadouble cmax, gaint dim, gaint rotflg, 
	    struct gagrid *pgr, struct gastn *stn) {
gadouble x1,x2,y1,y2,xt1,xt2,yt1,yt2;
gadouble cint,cmn,cmx;
gaint axmov;

  idiv = 1; jdiv = 1;   /* No grid expansion factor */
  gxrset(3);            /* Reset all scaling        */
  gxrsmapt();           /* Reset map type */

  /* Set plot area limits */

  if (pcm->paflg) {
    pcm->xsiz1 = pcm->pxmin;
    pcm->xsiz2 = pcm->pxmax;
    pcm->ysiz1 = pcm->pymin;
    pcm->ysiz2 = pcm->pymax;
  } else {
    if (rotflg) {
      pcm->xsiz1 = pcm->xsiz/2.0 - pcm->ysiz/3.0;
      pcm->xsiz2 = pcm->xsiz/2.0 + pcm->ysiz/3.0;
      if (pcm->xsiz1<1.0) pcm->xsiz1 = 1.0;
      if (pcm->xsiz2>pcm->xsiz-0.5) pcm->xsiz2 = pcm->xsiz-0.5;
      pcm->ysiz1 = 0.75;
      pcm->ysiz2 = pcm->ysiz-0.75;
    } else {
      pcm->xsiz1 = 2.0;
      pcm->xsiz2 = pcm->xsiz - 0.5;
      pcm->ysiz1 = 0.75;
      pcm->ysiz2 = pcm->ysiz - 0.75;
    }
  }

  /* Determine axis limits and label interval.  Use user
     supplied AXLIM if available.  Also try to use most recent
     limits if frame hasn't been cleared -- if rotated, force
     use of most recent limits, since we don't plot new axis.  */

  cint = 0.0;
  gacsel (cmin,cmax,&cint,&cmn,&cmx);
  if (cint==0.0) {
    cmn = cmin-5.0;
    cmx = cmin+5.0;
    cint = 2.0;
  } else {
    cmn = cmn - 2.0*cint;
    cmx = cmx + 2.0*cint;
  }
  axmov = 1;

  if (pcm->aflag == -1 || (rotflg && pcm->pass>0)) {
    /* put check for 0 value if doing a second + plot on the same page
       this means that the scaling from the first plot is not appropriate  */
    if(!(pcm->rmin == 0 && pcm->rmax == 0)) {
      cmn = pcm->rmin;
      cmx = pcm->rmax;
      cint = pcm->rint;
    }
    axmov = 0;
    
  } else if (pcm->aflag == 1) {
    if ( (cmin > (pcm->rmin-pcm->rint*2.0)) &&
         (cmax < (pcm->rmax+pcm->rint*2.0)) ) {
      cmn = pcm->rmin;
      cmx = pcm->rmax;
      cint = pcm->rint;
      axmov = 0;
    }
  }

  if (!pcm->ylpflg && axmov && pcm->yllow>0.0) {
    pcm->ylpos = pcm->ylpos - pcm->yllow - 0.1;
  }
  pcm->yllow = 0.0;

  /* Set absolute coordinate scaling for this grid.
     Note that this code assumes knowledge of the time
     coordinate scaling setup -- namely, that the same
     vals are used for t2gr as gr2t.                 */

  if (pgr!=NULL) {
    y1 = cmn; y2 = cmx;
    if (dim==3) {
      x1 = t2gr(pgr->ivals,&(pcm->tmin));
      x2 = t2gr(pgr->ivals,&(pcm->tmax));
      if (pcm->log1d > 1) {
        if (cmn<=0.0 || cmx<=0.0) {
          gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          if (rotflg) { gxproj(galogx); gxback(gaalogx); }
          else { gxproj(galogy); gxback(gaalogy); }
          y1 = log10(cmn); y2 = log10(cmx);
        }
      }
    } else {
      x1 = pcm->dmin[dim];
      x2 = pcm->dmax[dim];
      if (pcm->log1d) {  /* Only one kind of 1D scaling at a time */
        if (pcm->log1d == 1) {
          if (x1<=0.0 || x2<=0.0) {
            gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
            gaprnt (1,"Linear scaling used\n");
          } else {
            if (rotflg) { gxproj(galogy); gxback(gaalogy); }
            else { gxproj(galogx); gxback(gaalogx); }
            x1 = log10(x1); x2 = log10(x2);
          }
        }
        if (pcm->log1d == 2) {
          if (cmn<=0.0 || cmx<=0.0) {
            gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
            gaprnt (1,"Linear scaling used\n");
          } else {
            if (rotflg) { gxproj(galogx); gxback(gaalogx); }
            else { gxproj(galogy); gxback(gaalogy); }
            y1 = log10(cmn); y2 = log10(cmx);
          }
        }
        if (pcm->log1d == 3) {
          if (cmn<=0.0 || cmx<=0.0 || x1<=0.0 || x2<=0.0) {
            gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
            gaprnt (1,"Linear scaling used\n");
          } else {
            gxproj(galog2); gxback(gaalog2); 
            y1 = log10(cmn); y2 = log10(cmx);
            x1 = log10(x1); x2 = log10(x2);
          }
        }
      } 
      else if (dim==2 && pcm->zlog) {
        if (x1<=0.0 || x2<=0.0) {
          gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          if (rotflg) {
            gxproj(galny);
            gxback(gaalny);
          } else {
            gxproj(galnx);
            gxback(gaalnx);
          }
          x1 = log(x1);
          x2 = log(x2);
        }
      }
      else if (dim==1 && pcm->coslat) {
        if (x1 < -90.0 || x2 > 90.0) {
          gaprnt (1,"Cannot use cos lat scaling when coordinates exceed -90 to 90\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          if (rotflg) {
            gxproj(gacly);
            gxback(gaacly);
          } else {
            gxproj(gaclx);
            gxback(gaaclx);
          }
          x1 = sin(x1*3.1416/180.0);
          x2 = sin(x2*3.1416/180.0);
        }
      }
    }
    if (rotflg) {
      pcm->xdim = 5;  /* hard-coded 4 changed to 5 */
      pcm->ydim = dim;
      pcm->ygr2ab = pgr->igrab;
      pcm->yab2gr = pgr->iabgr;
      pcm->ygrval = pgr->ivals;
      pcm->yabval = pgr->iavals;
      xt1 = y1; xt2 = y2; yt1 = x1; yt2 = x2;
      if (pcm->xflip) {xt1 = y2; xt2 = y1;}
      if (pcm->yflip) {yt1 = x2; yt2 = x1;}
    } else {
      pcm->xdim = dim;
      pcm->ydim = 5;  /* hard-coded 4 changed to 5*/
      pcm->xgr2ab = pgr->igrab;
      pcm->xab2gr = pgr->iabgr;
      pcm->xgrval = pgr->ivals;
      pcm->xabval = pgr->iavals;
      xt1 = x1; xt2 = x2; yt1 = y1; yt2 = y2;
      if (pcm->xflip) {xt1 = x2; xt2 = x1;}
      if (pcm->yflip) {yt1 = y2; yt2 = y1;}
    }
    gxscal (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2,xt1,xt2,yt1,yt2);
    if (rotflg) {
      if (dim==3) {
	jconv = NULL;
      }
      else {
        jconv = pgr->igrab;
        jvars = pgr->ivals;
      }
      joffset = pgr->dimmin[dim]-1;
      iconv = NULL;
      ioffset = 0;
    } else {
      if (dim==3) {
	iconv = NULL;
      }
      else {
        iconv = pgr->igrab;
        ivars = pgr->ivals;
      }
      ioffset = pgr->dimmin[dim]-1;
      jconv = NULL;
      joffset = 0;
    }
    gxgrid (gaconv);
  }   
  else {
    if (dim==3) {
      x1 = t2gr(stn->tvals, &(pcm->tmin));
      x2 = t2gr(stn->tvals, &(pcm->tmax));
    } else {
      x1 = pcm->dmin[dim];
      x2 = pcm->dmax[dim];
      if (dim==2 && pcm->zlog) {
        if (x1<=0.0 || x2<=0.0) {
          gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          if (rotflg) {
            gxproj(galny);
            gxback(gaalny);
          } else {
            gxproj(galnx);
            gxback(gaalnx);
          }
          x1 = log(x1);
          x2 = log(x2);
        }
      }
      if (dim==1 && pcm->coslat) {
        if (x1 < -90.0 || x2 > 90.0) {
          gaprnt (1,"Cannot use cos lat scaling when coordinates exceed -90 to 90\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          if (rotflg) {
            gxproj(gacly);
            gxback(gaacly);
          } else {
            gxproj(gaclx);
            gxback(gaaclx);
          }
          x1 = sin(x1*3.1416/180.0);
          x2 = sin(x2*3.1416/180.0);
        }
      }
    }
    if (rotflg) {
      pcm->xdim = 5;
      pcm->ydim = dim;
      if (dim==3) pcm->ygrval = stn->tvals;
      xt1 = cmn; xt2 = cmx; yt1 = x1; yt2 = x2;
      if (pcm->xflip) {xt1 = cmx; xt2 = cmn;}
      if (pcm->yflip) {yt1 = x2; yt2 = x1;}
      gxscal (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2,xt1,xt2,yt1,yt2);
    } else {
      pcm->xdim = dim;
      pcm->ydim = 5;
      if (dim==3) pcm->xgrval = stn->tvals;
      xt1 = x1; xt2 = x2; yt1 = cmn; yt2 = cmx;
      if (pcm->xflip) {xt1 = x1; xt2 = x2;}
      if (pcm->yflip) {yt1 = cmn; yt2 = cmx;}
      gxscal (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2,x1,x2,cmn,cmx);
    }
  }
  pcm->rmin = cmn;
  pcm->rmax = cmx;
  pcm->rint = cint;
  if (pcm->aflag == 0) pcm->aflag = 1;
  gafram (pcm);
}

/* Set up grid level scaling for a 2-D plot */

void gas2d (struct gacmn *pcm, struct gagrid *pgr, gaint imap) {
gadouble x1,x2,y1,y2,xt1,xt2,yt1,yt2;
gaint idim,jdim;

  gxrset (3);       /* Reset all scaling */
  gxrsmapt();       /* Reset map type */

  /* Set up linear level scaling (level 1) and map level scaling
     (level 2).  If no map drawn, just do linear level scaling.  */

  idim = pgr->idim;
  jdim = pgr->jdim;
  pcm->xdim = idim;
  pcm->ydim = jdim;
  pcm->xgrval = pgr->ivals;  pcm->ygrval = pgr->jvals;
  pcm->xabval = pgr->iavals; pcm->yabval = pgr->javals;
  pcm->xgr2ab = pgr->igrab;  pcm->ygr2ab = pgr->jgrab;
  pcm->xab2gr = pgr->iabgr;  pcm->yab2gr = pgr->jabgr;
  if (idim==0 && jdim==1) {
    gamscl (pcm);               /* Do map level scaling */
    if (imap) gawmap(pcm, 1);   /* Draw map if requested */
  }
  else {
    if (pcm->paflg) {
      pcm->xsiz1 = pcm->pxmin;
      pcm->xsiz2 = pcm->pxmax;
      pcm->ysiz1 = pcm->pymin;
      pcm->ysiz2 = pcm->pymax;
    } else {
      pcm->xsiz1 = 1.5; 
      pcm->xsiz2 = pcm->xsiz-0.5;
      pcm->ysiz1 = 1.0;
      pcm->ysiz2 = pcm->ysiz-0.5;
    }
    if (idim==3) {
      x1 = t2gr(pgr->ivals,&(pcm->tmin));
      x2 = t2gr(pgr->ivals,&(pcm->tmax));
    } else if (idim==5) {
      x1 = 1; 
      x2 = pgr->isiz;  /* COLL */
    } else {
      x1 = pcm->dmin[idim];
      x2 = pcm->dmax[idim];
      if (idim==2 && pcm->zlog) {
        if (x1<=0.0 || x2<=0.0) {
          gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          gxproj(galnx);
          gxback(gaalnx);
          x1 = log(x1);
          x2 = log(x2);
        }
      }
      else if (idim==1 && pcm->coslat) {  /* can't have zlog and coslat both */
        if (x1 < -90.0 || x2 > 90.0) {
          gaprnt (1,"Cannot use cos lat scaling when coordinates exceed -90 to 90\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          gxproj(gaclx);
          gxback(gaaclx);
          x1 = sin(x1*3.1416/180.0);
          x2 = sin(x2*3.1416/180.0);
        }
      }
    }
    if (jdim==3) {
      y1 = t2gr(pgr->jvals,&(pcm->tmin));
      y2 = t2gr(pgr->jvals,&(pcm->tmax));
    } else {
      y1 = pcm->dmin[jdim];
      y2 = pcm->dmax[jdim];
      if (jdim==2 && pcm->zlog) {
        if (y1<=0.0 || y2<=0.0) {
          gaprnt (1,"Cannot use log scaling when coordinates <= 0\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          gxproj(galny);
          gxback(gaalny);
          y1 = log(y1);
          y2 = log(y2);
        }
      }
      else if (jdim==1 && pcm->coslat) {  /* can't have zlog and coslat both */
        if (y1 < -90.0 || y2 > 90.0) {
          gaprnt (1,"Cannot use cos lat scaling when coordinates exceed -90 to 90\n");
          gaprnt (1,"Linear scaling used\n");
        } else {
          gxproj(gacly);
          gxback(gaacly);
          y1 = sin(y1*3.1416/180.0);
          y2 = sin(y2*3.1416/180.0);
        }
      }
    }
    xt1 = x1; xt2 = x2; yt1 = y1; yt2 = y2;
    if (pcm->xflip) { xt1 = x2; xt2 = x1; }
    if (pcm->yflip) { yt1 = y2; yt2 = y1; }
    gxscal (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2,xt1,xt2,yt1,yt2);
  }

  /* Now set up level 2 grid scaling done through gaconv */

  if (idim==5) ioffset = 0;  /* COLL */
  else ioffset = pgr->dimmin[idim]-1;
  if (idim==3) iconv = NULL;
  else {
    iconv = pgr->igrab;
    ivars = pgr->ivals;
  }
  if (jdim==5) joffset = 1;  /* COLL */
  else joffset = pgr->dimmin[jdim]-1;
  if (jdim==3) jconv = NULL;
  else {
    jconv = pgr->jgrab;
    jvars = pgr->jvals;
  }
  gxgrid (gaconv);

  if (idim==5) {   /* COLL -- predefine axis */
    pcm->rmin = 1;
    pcm->rmax = (gadouble)(pgr->isiz);
    pcm->axmin = 1.0;
    pcm->axmax = pcm->rmax;
    pcm->axflg = 1;
    pcm->axint = 1.0;
  }
}

/* Line plot fill.  Fill above and below a line plot */

void galfil (struct gacmn *pcm) {
struct gagrid *pgr1, *pgr2;
gadouble *gr1,*gr2,rmin,rmax,*v1,*v2,*u,*xy,uu,vv;
gaint rotflg,sflag,cnt,abflg,i,colr=0;
char *gr1u,*gr2u;
size_t sz;

  /* Check args */

  if (pcm->numgrd<2) {
    gaprnt (0,"Error plotting linefill:  Only one grid provided\n");
    return;
  }
  pgr1 = pcm->result[0].pgr;
  pgr2 = pcm->result[1].pgr;
  if (pgr1->idim!=pgr2->idim || pgr1->jdim!=-1 ||
      pgr2->jdim!=-1 || gagchk(pgr1,pgr2,pgr1->idim)) {
    gaprnt (0,"Error plotting linefill:  Invalid grids --");
    gaprnt (0," different scaling\n");
    return;
  }

  gamnmx(pgr1);
  gamnmx(pgr2);
  if (pgr1->umin==0 || pgr2->umin==0) {
    gaprnt (1,"Cannot plot data - all undefined values \n");
    return;
  }
  rmin = pgr1->rmin;
  if (rmin>pgr2->rmin) rmin = pgr2->rmin;
  rmax = pgr1->rmax;
  if (rmaxrmax) rmax = pgr2->rmax;

  /* Do scaling */

  rotflg = 0;
  if (pgr1->idim==2) rotflg = 1;
  if (pcm->rotate) rotflg = !rotflg;
  gas1d (pcm, rmin, rmax, pgr1->idim, rotflg, pgr1, NULL);

  gxclip (pcm->xsiz1-0.01, pcm->xsiz2+0.01, pcm->ysiz1, pcm->ysiz2);

 /* Allocate some buffer areas */

  sz = sizeof(gadouble)*pgr1->isiz;
  u  = (gadouble *)galloc(sz,"gridu");
  v1 = (gadouble *)galloc(sz,"gridv1");
  v2 = (gadouble *)galloc(sz,"gridv2");
  sz = sizeof(gadouble)*(pgr1->isiz*4+8);
  xy = (gadouble *)galloc(sz,"gridxy");
  if (u==NULL || v1==NULL || v2==NULL || xy==NULL) {
    gaprnt(0,"Memory allocation error in linefill\n");
    return;
  }

  /* Find a start point.  It is the first point where
     two points in a row are not missing (in both lines)
     and are not equal.  */

  gr1 = pgr1->grid;
  gr2 = pgr2->grid;
  gr1u = pgr1->umask;
  gr2u = pgr2->umask;

  i = 1;
  while (1) {
    if (i>=pgr1->isiz) break;
    if (*gr1u!=0 && *gr2u!=0 &&
        *(gr1u+1)!=0 && *(gr2u+1)!=0 &&
        (*gr1!=*gr2 || *(gr1+1)!=*(gr2+1))) break;
    i++; gr1++; gr2++; gr1u++; gr2u++;
  }
  if (i>=pgr1->isiz) {
    gree(u,"f280");
    gree(v1,"f281");
    gree(v2,"f282");
    gree(xy,"f283");
    gaprnt (1,"Cannot plot data - too many undefined values \n");
    return;
  }

  /* Set up for loop */

  cnt = 1;
  *u = i;
  *v1 = *gr1;
  *v2 = *gr2;
  abflg = 0;
  if (*gr1>*gr2) abflg = 1;
  if (*gr1<*gr2) abflg = 2;
  i++; gr1++; gr2++; gr1u++; gr2u++;
  if (abflg==0) {      /* if 1st point is same for both lines */
    if (*gr1>*gr2) abflg = 1;
    if (*gr1<*gr2) abflg = 2;
  }

  /* Go through rest of data */

  while (i<=pgr1->isiz) {
    sflag = 0;

    /* If we hit missing data, terminate the current poly fill */
   
    if (*gr1u==0 || *gr2u==0) {
      if (abflg==1) colr=pcm->lfc1;
      if (abflg==2) colr=pcm->lfc2;
      if (colr>-1) {
        gxcolr(colr);
        lfout (u, v1, v2, xy, cnt, rotflg);
      }
      sflag = 1;

    /* No missing data.  Polygon continues until the curves cross.  */  

    } else {
      if (abflg==0) {   /* this shouldn't really happen? */
        if (*gr1>*gr2) abflg = 1;
        else if (*gr1<*gr2) abflg = 2;
        else sflag = 1;
      } else if (abflg==1) {
        if (*gr1<*gr2) {  /* Curves crossed */
          lfint (*(v1+cnt-1),*gr1,*(v2+cnt-1),*gr2,&uu,&vv);
          uu = uu + (gadouble)(i-1);
          *(u+cnt) = uu;
          *(v1+cnt) = vv;
          *(v2+cnt) = vv;
          cnt++;
          if (abflg==1) colr=pcm->lfc1;
          if (abflg==2) colr=pcm->lfc2;
          if (colr>-1) {
            gxcolr(colr);
            lfout (u, v1, v2, xy, cnt, rotflg);
          }
          *u = uu; *v1 = vv; *v2 = vv;
          *(u+1) = i; *(v1+1) = *gr1; *(v2+1) = *gr2;
          cnt = 2;
          abflg = 2;
        } else if (*gr1==*gr2) {  /* Curves touching */
          *(v1+cnt) = *gr1;
          *(v2+cnt) = *gr2;
          *(u+cnt) = i;
          cnt++;
          if (abflg==1) colr=pcm->lfc1;
          if (abflg==2) colr=pcm->lfc2;
          if (colr>-1) {
            gxcolr(colr);
            lfout (u, v1, v2, xy, cnt, rotflg);
          }
          sflag = 1;
        } else {    /* curves not crossing; add to poygon */
          *(u+cnt) = i;
          *(v1+cnt) = *gr1;
          *(v2+cnt) = *gr2;
          cnt++;
        }
      } else if (abflg==2) {
        if (*gr1>*gr2) {
          lfint (*(v1+cnt-1),*gr1,*(v2+cnt-1),*gr2,&uu,&vv);
          uu = uu + (gadouble)(i-1);
          *(u+cnt) = uu;
          *(v1+cnt) = vv;
          *(v2+cnt) = vv;
          cnt++;
          if (abflg==1) colr=pcm->lfc1;
          if (abflg==2) colr=pcm->lfc2;
          if (colr>-1) {
            gxcolr(colr);
            lfout (u, v1, v2, xy, cnt, rotflg);
          }
          *u = uu; *v1 = vv; *v2 = vv;
          *(u+1) = i; *(v1+1) = *gr1; *(v2+1) = *gr2;
          cnt = 2;
          abflg = 1;
        } else if (*gr1==*gr2) {
          *(v1+cnt) = *gr1;
          *(v2+cnt) = *gr2;
          *(u+cnt) = i;
          cnt++;
          if (abflg==1) colr=pcm->lfc1;
          if (abflg==2) colr=pcm->lfc2;
          if (colr>-1) {
            gxcolr(colr);
            lfout (u, v1, v2, xy, cnt, rotflg);
          }
          sflag = 1;
        } else {
          *(u+cnt) = i;
          *(v1+cnt) = *gr1;
          *(v2+cnt) = *gr2;
          cnt++;
        }
      }
    }

    /* If necessary, search for new start point */

    if (sflag) {
      while (1) {
        if (i>=pgr1->isiz) break;
        if (*gr1u!=0 && *gr2u!=0 &&
            *(gr1u+1)!=0 && *(gr2u+1)!=0 &&
            (*gr1!=*gr2 || *(gr1+1)!=*(gr2+1))) break;
        i++; gr1++; gr2++; gr1u++; gr2u++;
      }
      if (iisiz) {
        cnt = 1;
        *u = i;
        *v1 = *gr1;
        *v2 = *gr2;
        abflg = 0;
        if (*gr1>*gr2) abflg = 1;
        if (*gr1<*gr2) abflg = 2;
        i++; gr1++; gr2++; gr1u++; gr2u++;
        if (abflg==0) { 
          if (*gr1>*gr2) abflg = 1;
          if (*gr1<*gr2) abflg = 2;
        }
      } else {
        cnt = 0;
        i = pgr1->isiz+1;
      }
    } else {
      i++; gr1++; gr2++; gr1u++; gr2u++;
    }
  }

  /* Finish up and plot last poly */

  if (cnt>1) {
    if (abflg==1) colr=pcm->lfc1;
    if (abflg==2) colr=pcm->lfc2;
    if (colr>-1) {
      gxcolr(colr);
      lfout (u, v1, v2, xy, cnt, rotflg);
    }
  }
  gree(u,"f284");
  gree(v1,"f285");
  gree(v2,"f286");
  gree(xy,"f287");
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  if (rotflg) 
    gaaxpl(pcm,5,pgr1->idim);      /* hard coded 4's changed to 5's */
  else 
    gaaxpl(pcm,pgr1->idim,5);      /* hard coded 4's changed to 5's */
  gxwide (pcm->annthk-3);
  gxcolr (pcm->anncol);
  if (pcm->pass==0 && pcm->grdsflg)
           gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gagsav (17,pcm,pgr1);
}

void lfint (gadouble v11, gadouble v12, gadouble v21, gadouble v22, gadouble *u, gadouble *v) {
  *u = (v21-v11)/(v12-v11-v22+v21);
  *v = v11 + *u*(v12-v11);
}

void lfout (gadouble *u, gadouble *v1, gadouble *v2, gadouble *xyb, gaint cnt, gaint rotflg) {
gaint i,j,ii;
gadouble *xy;

  xy = xyb;
  if (cnt<2) {
    gaprnt (0,"Internal Logic check 4 in linefill\n");
    return;
  }
  j = 0;
  for (i=0; iresult[0].pgr;
  gamnmx(pgr);
  if (pgr->umin==0) {
    gaprnt (1,"Cannot plot data - all undefined values \n");
    gxcolr(1);
    if (pcm->dwrnflg) gxchpl ("Entire Grid Undefined",21,3.0,4.5,0.3,0.25,0.0);
    return;
  }
  rmin = pgr->rmin; 
  rmax = pgr->rmax;

  flag = 0;
  if (pcm->numgrd>1) {
    flag = 1;
    pgr2 = pcm->result[1].pgr;
    if (pgr2->idim!=pgr->idim || pgr2->jdim!=pgr->jdim ||
        gagchk(pgr2,pgr,pgr->idim) || gagchk(pgr2,pgr,pgr->jdim)) {
      flag = 0;
      gaprnt (0,"Error in line/bar graph:  Invalid 2nd field");
      gaprnt (0,"   2nd grid ignored -- has different scaling");
    } else {
      if (barflg==1) {
        gamnmx(pgr2);
        if (pgr2->umin==0) {
          gaprnt (1,"Cannot plot data - 2nd arg all undefined values \n");
          return;
        }
        if (rmin>pgr2->rmin) rmin = pgr2->rmin;
        if (rmaxrmax) rmax = pgr2->rmax;
      }
    }
    if (pcm->numgrd>2 && flag==1) {
      flag = 2;
      pgr3 = pcm->result[2].pgr;
      if (pgr3->idim!=pgr->idim || pgr3->jdim!=pgr->jdim ||
          gagchk(pgr3,pgr,pgr->idim) || gagchk(pgr3,pgr,pgr->jdim)) {
        flag = 1;
        gaprnt (0,"Error in line/bar graph:  Invalid 3rd field");
        gaprnt (0,"   3rd grid ignored -- has different scaling");
      }
    }
  }

  /* Do scaling */

  rotflg = 0;
  if (pgr->idim==2) rotflg = 1;
  if (pcm->rotate) rotflg = !rotflg;
  gas1d (pcm, rmin, rmax, pgr->idim, rotflg, pgr, NULL);

  /* Set up graphics */

  if (pcm->ccolor<0) pcm->ccolor=1;
  gxcolr (pcm->ccolor);
  gxstyl(pcm->cstyle);
  gxwide (pcm->cthick);
  gr  = pgr->grid;
  gru = pgr->umask;
  if (flag) {
    gr2  = pgr2->grid;
    gr2u = pgr2->umask;
  }
  gxclip (pcm->xsiz1-0.01, pcm->xsiz2+0.01, pcm->ysiz1, pcm->ysiz2);

  /* Do bar graph */

  if (barflg) {
    bflg = pcm->barflg;
    gap = ((gadouble)pcm->bargap)*0.5/100.0;
    gap = 0.5-gap;
    if (rotflg) {
      if (bflg==1) gxconv (pcm->barbase,1.0,&xz,&y,3);
      else if (bflg==0) xz = pcm->xsiz1;
      else xz = pcm->xsiz2;
      if (bflg==1 && (xzxsiz1||xz>pcm->xsiz2)) {
        gaprnt(0,"Error drawing bargraph: base value out of range\n");
        gaprnt(0,"    Drawing graph from bottom\n");
        bflg = 0;
        xz = pcm->xsiz1;
      }
      for (i=1;i<=pgr->isiz;i++) {
        pflg = 1;
        if (flag) {
          if (*gru == 0 || *gr2u == 0) {
            pflg=0;
          } else {
            gxconv (*gr,(gadouble)(i)-gap,&x2,&y1,3);
            gxconv (*gr,(gadouble)(i)+gap,&x2,&y2,3);
            gxconv (*gr,(gadouble)(i),&x2,&yz,3);
            gxconv (*gr2,(gadouble)(i),&x1,&yz,3);
          }
        } else {
          if (*gru == 0) {
            pflg = 0;
          } else {
            gxconv (*gr,(gadouble)(i)-gap,&x2,&y1,3);
            gxconv (*gr,(gadouble)(i)+gap,&x2,&y2,3);
            gxconv (*gr,(gadouble)(i),&x2,&yz,3);
            x1 = xz;
          }
        }
        if (pflg) {
          if (barflg==2) {
            gxplot(x1,yz,3);
            gxplot(x2,yz,2);
            gxplot(x1,y1,3);
            gxplot(x1,y2,2);
            gxplot(x2,y1,3);
            gxplot(x2,y2,2);
          } else if (pcm->barolin) {
            gxplot(x1,y1,3);
            gxplot(x1,y2,2);
            gxplot(x2,y2,2);
            gxplot(x2,y1,2);
            gxplot(x1,y1,2);
          } else gxrecf (xz, x, y1, y2);
        }
        gr++; gru++;
        if (flag) {
	  gr2++; gr2u++;
	}
      }
    } else {
      if (bflg==1) gxconv (1.0,pcm->barbase,&x,&yz,3);
      else if (bflg==0) yz = pcm->ysiz1;
      else yz = pcm->ysiz2;
      if (bflg==1 && (yzysiz1||yz>pcm->ysiz2)) {
        gaprnt(0,"Error drawing bargraph: base value out of range\n");
        gaprnt(0,"    Drawing graph from bottom\n");
        bflg = 0;
        yz = pcm->ysiz1;
      }
      for (i=1;i<=pgr->isiz;i++) {
        pflg = 1;
        if (flag) {
          if (*gru == 0 || *gr2u == 0) {
            pflg=0;
          } else {
            gxconv ((gadouble)(i)-gap,*gr,&x1,&y1,3);
            gxconv ((gadouble)(i)+gap,*gr,&x2,&y1,3);
            gxconv ((gadouble)(i),*gr,&xz,&y1,3);
            gxconv ((gadouble)(i),*gr2,&xz,&y2,3);
          }
        } else {
          if (*gru == 0) {
            pflg = 0;
          } else {
            gxconv ((gadouble)(i)-gap,*gr,&x1,&y1,3);
            gxconv ((gadouble)(i)+gap,*gr,&x2,&y1,3);
            gxconv ((gadouble)(i),*gr,&xz,&y1,3);
            y2 = yz;
          }
        }
        if (pflg) {
          if (barflg==2) {
            gxplot(xz,y1,3);
            gxplot(xz,y2,2);
            gxplot(x1,y1,3);
            gxplot(x2,y1,2);
            gxplot(x1,y2,3);
            gxplot(x2,y2,2);
          } else if (pcm->barolin) {
            gxplot(x1,y1,3);
            gxplot(x1,y2,2);
            gxplot(x2,y2,2);
            gxplot(x2,y1,2);
            gxplot(x1,y1,2);
          } else gxrecf (x1, x2, y1, y2);
        }
        gr++; gru++;
        if (flag) {
	  gr2++; gr2u++;
	}
      }
    }

  /* Do line graph, or wind vectors/barbs when 3 grids */

  } else {

    /*  Draw the line first */

    if (pcm->cstyle!=0 && flag<2) {
      ip=3;
      for (i=1;i<=pgr->isiz;i++) {
        if (*gru == 0) {
          if (!pcm->miconn) ip = 3;
        } else {
          if (rotflg) gxconv (*gr,(gadouble)i,&x,&y,3);
          else gxconv ((gadouble)i,*gr,&x,&y,3);
          gxplot (x,y,ip);
          ip=2;
        }
        gr++; gru++;
      }
    }

    /* Now draw the markers, or wind vectors/barbs */

    im = pcm->cmark;
    if (im>0 || flag==2) {
      gxstyl (1);
      gr=pgr->grid;
      gru=pgr->umask;
      if (flag==2) {   /* if vectors/barbs, get ready */
        gr2 = pgr2->grid;
        gr3 = pgr3->grid;
        gr2u = pgr2->umask;
        gr3u = pgr3->umask;

        /* hflg=0 idim is lat
           hflg=2 plot nhem
           hflg=3 plot shem */

        if (pcm->hemflg==0) hflg = 2;
        else if (pcm->hemflg==1) hflg = 3;
        else {
          if (pgr2->idim==1) hflg = 0;
          else {
            if (pcm->dmin[1] < 0.0) hflg = 3; 
            else hflg = 2;
          }
        }
        if (!pcm->arrflg) {
          gamnmx (pgr2);
          gamnmx (pgr3);
          umax = pgr2->rmax;
          if (umaxrmin)) umax = fabs(pgr2->rmin);
          vmax = pgr3->rmax;
          if (vmaxrmin)) vmax = fabs(pgr3->rmin);
          vscal = hypot(umax,vmax);
          if (vscal>0.0) {
            x = floor(log10(vscal));
            y = floor(vscal/pow(10.0,x));
            vscal = y * pow(10.0,x);
            pcm->arrsiz = 0.5;
          } else vscal=1.0;
          pcm->arrmag = vscal;
        } else {
          vscal = pcm->arrmag;
        }
        pcm->arrflg = 1;
      }
      for (i=1;i<=pgr->isiz;i++) {
        if (*gru != 0) {
          if (rotflg) gxconv (*gr,(gadouble)i,&x,&y,3);
          else gxconv ((gadouble)i,*gr,&x,&y,3);
          if (flag==2) {   /* handle vectors/barbs */
             /*  xcv */
            if (*gr2u != 0 && *gr3u != 0) {
              if (rotflg) gxgrmp (*gr,(gadouble)i,&xx,&yy);
              else gxgrmp ((gadouble)i,*gr,&yy,&xx);
              hemflg = 0;
              if (hflg==0 && yy<0.0) hemflg = 1;
              if (hflg==3) hemflg = 1;
              if (*gr2==0.0 && *gr3==0.0) dir = 0.0;
              else dir = atan2(*gr3,*gr2);
              if (pcm->gout1a==2) {
                gabarb (x, y, pcm->digsiz*3.5, pcm->digsiz*2.0,
                   pcm->digsiz*0.25, dir, hypot(*gr2,*gr3), hemflg);
              } else {
                if (vscal>0.0) {
                  gaarrw (x, y, dir, pcm->arrsiz*hypot(*gr2,*gr3)/vscal, pcm->ahdsiz);
                } else {
                  gaarrw (x, y, dir, pcm->arrsiz, pcm->ahdsiz);
                }
              }
            }
          } else {
            if (im==1 || im==2 || im==4 || im==8) {
              gxcolr (gxqbck());
              if (im==1) gxmark (4,x,y,pcm->digsiz+0.01);
              else gxmark (im+1,x,y,pcm->digsiz+0.01);
              gxcolr(pcm->ccolor);
            }
            gxmark (im,x,y,pcm->digsiz+0.01);
          }
        }
        gr++; gru++;
        if (flag==2) { 
	  gr2++; gr3++; 
	  gr2u++; gr3u++;
	}
      }
    }
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  if (rotflg) 
    gaaxpl(pcm,5,pgr->idim);   /* hard coded 4 changed to 5 */
  else 
    gaaxpl(pcm,pgr->idim,5);   /* hard coded 4 changed to 5 */
  gxwide (pcm->annthk-3);
  gxcolr (pcm->anncol);
  if (pcm->pass==0 && pcm->grdsflg)
           gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  if (barflg) gagsav (8,pcm,pgr);
  else  gagsav (6,pcm,pgr);
}

/* Do 2-D streamlines */

void gastrm (struct gacmn *pcm) {
struct gagrid *pgru, *pgrv, *pgrc=NULL;
gadouble *u, *v, *c=0;
gaint flag,lcol;
char *umask, *vmask, *cmask=NULL;

  if (pcm->numgrd<2) {
    gaprnt (0,"Error plotting streamlines:  Only one grid provided\n");
    return;
  }
  pgru = pcm->result[0].pgr;
  pgrv = pcm->result[1].pgr;
  if (pgru->idim!=pgrv->idim || pgru->jdim!=pgrv->jdim ||
      gagchk(pgru,pgrv,pgru->idim) || gagchk(pgru,pgrv,pgru->jdim)) {
    gaprnt (0,"Error plotting streamlines:  Invalid grids\n");
    gaprnt (0,"   Vector component grids have difference scaling\n");
    return;
  }
  flag = 0;
  if (pcm->numgrd>2) {
    flag = 1;
    pgrc = pcm->result[2].pgr;
    if (pgrc->idim!=pgru->idim || pgrc->jdim!=pgru->jdim ||
        gagchk(pgrc,pgru,pgru->idim) || gagchk(pgrc,pgru,pgru->jdim)) {
      flag = 0;
      gaprnt (0,"Error plotting streamlines:  Invalid color grid");
      gaprnt (0,"   Color grid ignored -- has different scaling");
    }
  }

  if ( (pcm->rotate && (pgru->idim!=2 || pgru->jdim!=3)) ||
      (!pcm->rotate && pgru->idim==2 && pgru->jdim==3)) {
    pgru = gaflip(pgru,pcm);
    pgrv = gaflip(pgrv,pcm);
    if (flag) pgrc = gaflip(pgrc,pcm);
  }

  gxstyl (1);
  gxwide (1);
  gas2d (pcm, pgru, 1);     /* Set up scaling, draw map if apprprt */

  gafram (pcm);
  idiv = 1.0; jdiv = 1.0;

  if (flag) {
    gamnmx (pgrc);
    if (pgrc->umin==0) {
      gaprnt (0,"Connot color vectors -- Color grid all undefined\n");
      flag = 0;
    } else gaselc(pcm,pgrc->rmin,pgrc->rmax);
  }

  u = pgru->grid;
  v = pgrv->grid;
  umask = pgru->umask;
  vmask = pgrv->umask;
  if (flag) {
    c = pgrc->grid;
    cmask = pgrc->umask;
  }

  if (pcm->ccolor>=0) lcol = pcm->ccolor;
  else lcol=1;
  gxcolr (lcol);
  gxstyl(pcm->cstyle);
  gxwide(pcm->cthick);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  if (flag) {
    gxstrm (u,v,c,pgru->isiz,pgru->jsiz,umask,vmask,cmask,flag,
      pcm->shdlvs,pcm->shdcls,pcm->shdcnt,pcm->strmden,
      pcm->strmarrd,pcm->strmarrsz, pcm->strmarrt);
  } else {
    gxstrm (u,v,NULL,pgru->isiz,pgru->jsiz,umask,vmask,0,flag,
      pcm->shdlvs,pcm->shdcls,pcm->shdcnt,pcm->strmden,
      pcm->strmarrd,pcm->strmarrsz, pcm->strmarrt);
  }

  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxwide (pcm->annthk-3);
  gxcolr (pcm->anncol);
  if (pcm->pass==0 && pcm->grdsflg)
       gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gaaxpl(pcm,pgru->idim,pgru->jdim);
  gagsav (9,pcm,pgru);
}

/* Do 2-D vector plot */

void gavect (struct gacmn *pcm, gaint brbflg) {
struct gagrid *pgru, *pgrv, *pgrc=NULL;
gadouble *u, *v, *c=0, x, y, lon, lat, umax, vmax;
gadouble vscal, adj, dir;
gaint i, j, flag, lcol, len, hemflg, hflg;
char *umask,*vmask,*cmask=NULL;

  if (pcm->numgrd<2) {
    gaprnt (0,"Error plotting vector field:  Only one grid provided\n");
    return;
  }
  pgru = pcm->result[0].pgr;
  pgrv = pcm->result[1].pgr;
  if (pgru->idim!=pgrv->idim || pgru->jdim!=pgrv->jdim ||
      gagchk(pgru,pgrv,pgru->idim) || gagchk(pgru,pgrv,pgru->jdim)) {
    gaprnt (0,"Error plotting vector/barb field:  Invalid grids\n");
    gaprnt (0,"   Vector component grids have difference scaling\n");
    return;
  }
  flag = 0;
  if (pcm->numgrd>2) {
    flag = 1;
    pgrc = pcm->result[2].pgr;
    if (pgrc->idim!=pgru->idim || pgrc->jdim!=pgru->jdim ||
        gagchk(pgrc,pgru,pgru->idim) || gagchk(pgrc,pgru,pgru->jdim)) {
      flag = 0;
      gaprnt (0,"Error plotting vector/barb field:  Invalid color grid");
      gaprnt (0,"   Color grid ignored -- has different scaling");
    }
  }

  if ( (pcm->rotate && (pgru->idim!=2 || pgru->jdim!=3)) ||
      (!pcm->rotate && pgru->idim==2 && pgru->jdim==3)) {
    pgru = gaflip(pgru,pcm);
    pgrv = gaflip(pgrv,pcm);
    if (flag) pgrc = gaflip(pgrc,pcm);
  }

  gxstyl (1);
  gxwide (1);
  gas2d (pcm, pgru, 1);     /* Set up scaling, draw map if apprprt */

  gafram (pcm);
  idiv = 1.0; jdiv = 1.0;

  if (flag) {
    gamnmx (pgrc);
    if (pgrc->umin==0) {
      gaprnt (0,"Cannot color vectors/barbs -- Color grid all undefined\n");
      flag = 0;
    } else gaselc(pcm,pgrc->rmin,pgrc->rmax);
  }

  gamnmx (pgru);
  gamnmx (pgrv);
  if (pgru->umin==0) {
    gaprnt (0,"Cannot draw vectors/barbs -- U field all undefined\n");
    return;
  }
  if (pgrv->umin==0) {
    gaprnt (0,"Cannot draw vectors/barbs -- V field all undefined\n");
    return;
  }

  if (pcm->ccolor>=0) lcol = pcm->ccolor;
  else lcol=1;
  gxcolr (lcol);
  gxstyl(1);
  gxwide(pcm->cthick);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);
  if (!pcm->arrflg) {
    umax = pgru->rmax;
    if (umaxrmin)) umax = fabs(pgru->rmin);
    vmax = pgrv->rmax;
    if (vmaxrmin)) vmax = fabs(pgrv->rmin);
    vscal = hypot(umax,vmax);
    if (vscal>0.0) {
      x = floor(log10(vscal));
      y = floor(vscal/pow(10.0,x));
      vscal = y * pow(10.0,x);
      pcm->arrsiz = 0.5;
    } else vscal=1.0;
    pcm->arrmag = vscal;
  } else {
    vscal = pcm->arrmag;
  }
  pcm->arrflg = 1;

  u = pgru->grid;
  v = pgrv->grid;
  umask = pgru->umask;
  vmask = pgrv->umask;
  if (flag) {
    c = pgrc->grid;
    cmask = pgrc->umask;
  }

  /* hflg=0 idim is lat
     hflg=1 jdim is lat
     hflg=2 plot nhem
     hflg=3 plot shem */

  if (pcm->hemflg==0) hflg = 2;
  else if (pcm->hemflg==1) hflg = 3;
  else {
    if (pgru->idim==1) hflg = 0;
    else if (pgru->jdim==1) hflg = 1;
    else {
      if (pcm->dmin[1] < 0.0) hflg = 3; 
      else hflg = 2;
    }
  }
  for (j=1; j<=pgru->jsiz; j++) {
  for (i=1; i<=pgru->isiz; i++) {
    if (*umask!=0 && *vmask!=0) {
      gxconv ((gadouble)i,(gadouble)j,&x,&y,3);
      gxgrmp ((gadouble)i,(gadouble)j,&lon,&lat);
      adj = gxaarw (lon, lat);
      if (adj < -900.0) {
        gaprnt(0,"Error: vector/barb not compatible with current map projection\n");
        return;
      }
      hemflg = 0;
      if (hflg==0 && lon<0.0) hemflg = 1;
      if (hflg==1 && lat<0.0) hemflg = 1;
      if (hflg==3) hemflg = 1;
      if (flag) {
        if (*cmask==0) gxcolr(15);
        else {
          lcol = gashdc(pcm,*c);
          if (lcol>-1) gxcolr(lcol);
        }
      }
      if (lcol>-1) {
        if (*v==0.0 && *u==0.0) dir = 0.0;
        else dir = atan2(*v,*u);
        if (brbflg) {
          gabarb (x, y, pcm->digsiz*3.5, pcm->digsiz*2.0,
                  pcm->digsiz*0.25, dir+adj, hypot(*u,*v), hemflg);
        } else {
          if (vscal>0.0) {
            gaarrw (x, y, dir+adj, pcm->arrsiz*hypot(*u,*v)/vscal, pcm->ahdsiz);
          } else {
            gaarrw (x, y, dir+adj, pcm->arrsiz, pcm->ahdsiz);
          }
        }
      }
    }
    u++; v++; umask++; vmask++;
    if (flag) { c++; cmask++; }
  }}

  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);

  if (pcm->arlflg && vscal>0.0 && !brbflg) {
    gxcolr (pcm->anncol);
    gxwide (pcm->annthk-2);
    gaarrw (pcm->xsiz2-2.0,pcm->ysiz1-0.5,0.0,pcm->arrsiz, pcm->ahdsiz);
    snprintf(pout,255,"%g",vscal);
    len = strlen(pout);
    x = pcm->xsiz2 - 2.0 + (pcm->arrsiz/2.0) - 0.5*0.13*(gadouble)len;
    gxchpl (pout,len,x,pcm->ysiz1-0.7,0.13,0.13,0.0);
  }
  gxwide (pcm->annthk-3);
  gxcolr (pcm->anncol);
  if (pcm->pass==0 && pcm->grdsflg)
       gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gaaxpl(pcm,pgru->idim,pgru->jdim);
  if (brbflg) gagsav (15,pcm,pgru);
  else gagsav (3,pcm,pgru);
}

/* Do (for now 2-D) scatter plot */

gaint scatcol[6] = {1,3,2,4,7,8};
gaint scattyp[6] = {1,6,4,8,7,2};

void gascat (struct gacmn *pcm) {
struct gagrid *pgr1, *pgr2;
gadouble *r1, *r2, x, y;
gadouble cmin1,cmax1,cmin2,cmax2,cint1,cint2;
gaint siz,i,pass,im;
char *r1mask, *r2mask;

  if (pcm->numgrd<2) {
    gaprnt (0,"Error plotting scatter field:  Only one grid provided\n");
    return;
  }
  if (pcm->type[0]==0 || pcm->type[1]==0) {
    gaprnt (0,"Error plotting scatter field:  stn argument(s) used\n");
    return;
  }
  pgr1 = pcm->result[0].pgr;
  pgr2 = pcm->result[1].pgr;
  if (pgr1->idim!=pgr2->idim || pgr1->jdim!=pgr2->jdim ||
      gagchk(pgr1,pgr2,pgr1->idim) ||
      (pgr1->jdim>-1 && gagchk(pgr1,pgr2,pgr1->jdim))) {
    gaprnt (0,"Error plotting scatter plot:  Invalid grids\n");
    gaprnt (0,"   The two grids have difference scaling\n");
    return;
  }

  pcm->xdim = 5;  /* hard coded 4's changed to 5's */
  pcm->ydim = 5;  /* hard coded 4's changed to 5's */

  gamnmx (pgr1);
  gamnmx (pgr2);
  if (pgr1->umin==0) {
    gaprnt (0,"Cannot draw scatter plot -- 1st field all undefined\n");
    return;
  }
  if (pgr2->umin==0) {
    gaprnt (0,"Cannot draw scatter plot -- 2nd field all undefined\n");
    return;
  }

  if (pcm->paflg) {
    pcm->xsiz1 = pcm->pxmin;
    pcm->xsiz2 = pcm->pxmax;
    pcm->ysiz1 = pcm->pymin;
    pcm->ysiz2 = pcm->pymax;
  } else {
    pcm->xsiz1 = 2.0;
    pcm->xsiz2 = pcm->xsiz - 1.5;
    pcm->ysiz1 = 1.00;
    pcm->ysiz2 = pcm->ysiz - 1.00;
  }
  gafram (pcm);
  gxwide (pcm->cthick);
  idiv = 1.0; jdiv = 1.0;

  if (pcm->aflag != 0) {
    cmin1 = pcm->rmin;
    cmax1 = pcm->rmax;
  } else {
    cint1 = 0.0;
    gacsel (pgr1->rmin,pgr1->rmax,&cint1,&cmin1,&cmax1);
    if (cint1==0.0) {
      cmin1 = pgr1->rmin-5.0;
      cmax1 = cmin1+10.0;
      cint1 = 2.0;
    } else {
      cmin1 = cmin1 - 2.0*cint1;
      cmax1 = cmax1 + 2.0*cint1;
    }
  }
  if (pcm->aflag2 != 0) {
    cmin2 = pcm->rmin2;
    cmax2 = pcm->rmax2;
  } else {
    cint2 = 0.0;
    gacsel (pgr2->rmin,pgr2->rmax,&cint2,&cmin2,&cmax2);
    if (cint2==0.0) {
      cmin2 = pgr2->rmin-5.0;
      cmax2 = cmin2+10.0;
      cint2 = 2.0;
    } else {
      cmin2 = cmin2 - 2.0*cint2;
      cmax2 = cmax2 + 2.0*cint2;
    }
  }
  snprintf(pout,511,"%g %g %g %g \n",cmin1,cmax1,cmin2,cmax2);
  gaprnt(2,pout);
  gxscal (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2,
          cmin1,cmax1,cmin2,cmax2);
  pass = pcm->gpass[3];
  if (pass>5) pass=5;
  if (pcm->ccolor<0) gxcolr(1);
  else gxcolr(pcm->ccolor);
  gxwide (pcm->cthick);
  siz = pgr1->isiz*pgr1->jsiz;
  r1 = pgr1->grid;
  r2 = pgr2->grid;
  r1mask = pgr1->umask;
  r2mask = pgr2->umask;
  for (i=0; icmark;
      gxmark (im,x,y,pcm->digsiz*0.5);
    }
    r1++; r2++; r1mask++; r2mask++;
  }

  pcm->rmin = cmin1;
  pcm->rmax = cmax1;
  pcm->rint = cint1;
  gaaxis(1,pcm,5);   /* hard coded 4's changed to 5's */
  pcm->rmin = cmin2;
  pcm->rmax = cmax2;
  pcm->rint = cint2;
  gaaxis(0,pcm,5);   /* hard coded 4's changed to 5's */

  pcm->rmin = cmin1;
  pcm->rmax = cmax1;
  pcm->aflag = 1;
  pcm->rmin2 = cmin2;
  pcm->rmax2 = cmax2;
  pcm->aflag2 = 1;

  if (cmin1<0.0 && cmax1>0.0) {
    gxstyl(1);
    gxwide(3);
    gxconv (0.0, cmin2, &x, &y, 1);
    gxplot (x,y,3);
    gxconv (0.0, cmax2, &x, &y, 1);
    gxplot (x,y,2);
  }
  if (cmin2<0.0 && cmax2>0.0) {
    gxstyl(1);
    gxwide(3);
    gxconv (cmin1, 0.0, &x, &y, 1);
    gxplot (x,y,3);
    gxconv (cmax1, 0.0, &x, &y, 1);
    gxplot (x,y,2);
  }
  if (pcm->pass==0 && pcm->grdsflg)
          gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gagsav (7,pcm,pgr1);
  pcm->gpass[3]++;
}

static gadouble a150 = 150.0*3.141592654/180.0;

void gaarrw (gadouble x, gadouble y, gadouble ang, gadouble siz, gadouble asiz) {
gadouble xx,yy;

  if (siz<0.0001) {
    gxmark (2, x, y, 0.01);
    return;
  }
  gxplot (x,y,3);
  xx = x+siz*cos(ang);
  yy = y+siz*sin(ang);
  gxplot (xx,yy,2);
  if (asiz==0.0) return;
  if (asiz<0.0) asiz = -1.0*asiz*siz;
  gxplot (xx+asiz*cos(ang+a150),yy+asiz*sin(ang+a150),2);
  gxplot (xx,yy,3);
  gxplot (xx+asiz*cos(ang-a150),yy+asiz*sin(ang-a150),2);
}

/* Do 2-D grid value plot */

void gaplvl (struct gacmn *pcm) {
struct gagrid *pgr,*pgrm=NULL;
gadouble xlo,ylo,xhi,yhi,*r,*m=0,cwid;
gaint i,j,len,lcol,flag;
char *rmask,*mmask=NULL,lab[20];

  pgr = pcm->result[0].pgr;
  flag = 0;
  if (pcm->numgrd>1) {
    flag = 1;
    pgrm = pcm->result[1].pgr;
    if (pgrm->idim!=pgr->idim || pgrm->jdim!=pgr->jdim ||
        gagchk(pgrm,pgr,pgr->idim) || gagchk(pgrm,pgr,pgr->jdim)) {
      flag = 0;
      gaprnt (0,"Error plotting grid values:  Invalid Mask grid");
      gaprnt (0,"   Mask grid ignored -- has different scaling");
    }
  }

  if ( (pcm->rotate && (pgr->idim!=2 || pgr->jdim!=3)) ||
      (!pcm->rotate && pgr->idim==2 && pgr->jdim==3)) {
    pgr = gaflip(pgr,pcm);
    if (flag) pgrm = gaflip(pgrm,pcm);
  }

  gxstyl (1);
  gxwide (1);
  gas2d (pcm, pgr, 1);     /* Draw map and set up scaling */

  gafram (pcm);
  gxwide (pcm->cthick);
  idiv = 1.0; jdiv = 1.0;
  if (pcm->ccolor>=0) lcol = pcm->ccolor;
  else lcol=1;
  gxcolr(lcol);
  gxstyl(1);
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  /* Draw grid lines  */

  if (pcm->gridln != -1) {
    if (pcm->gridln > -1) gxcolr(pcm->gridln);
    for (i=1; i<=pgr->isiz; i++) {
      for (j=1; j<=pgr->jsiz; j++) {
        gxconv ((gadouble)(i)+0.5,(gadouble)(j)-0.5,&xlo,&ylo,3);
        gxconv ((gadouble)(i)+0.5,(gadouble)(j)+0.5,&xhi,&yhi,3);
        gxplot (xlo,ylo,3);
        gxplot (xhi,yhi,2);
      }
    }

    for (j=1; j<=pgr->jsiz; j++) {
      for (i=1; i<=pgr->isiz; i++) {
        gxconv ((gadouble)(i)-0.5,(gadouble)(j)+0.5,&xlo,&ylo,3);
        gxconv ((gadouble)(i)+0.5,(gadouble)(j)+0.5,&xhi,&yhi,3);
        gxplot (xlo,ylo,3);
        gxplot (xhi,yhi,2);
      }
    }
  }

  r = pgr->grid;
  rmask = pgr->umask;
  if (flag) {
    m = pgrm->grid;
    mmask = pgrm->umask;
  }
  for (j=1; j<=pgr->jsiz; j++) {
  for (i=1; i<=pgr->isiz; i++) {
    if (*rmask!=0) {
      if (flag && *mmask!=0 && *m<=0.0) {
        gxwide (1);
        gxcolr (15);
      } else {
        gxwide (pcm->cthick);
        gxcolr (lcol);
      }
      gxconv ((gadouble)i,(gadouble)j,&xlo,&ylo,3);
      snprintf(lab,19,"%.*f",pcm->dignum,(gafloat)*r);
      len = strlen(lab);
      cwid = pcm->digsiz*(gadouble)len;
      gxchln (lab,len,pcm->digsiz,&cwid);
      gxchpl (lab,len,xlo-cwid*0.5,ylo-pcm->digsiz*0.5,
              pcm->digsiz,pcm->digsiz,0.0);
    }
    r++; rmask++;
    if (flag) { m++; mmask++; }
  }}

  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide(pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
        gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gaaxpl(pcm,pgr->idim,pgr->jdim);
  gagsav (4,pcm,pgr);

}

/* Writes out a shapefile */

void gashpwrt (struct gacmn *pcm) {
#if USESHP==1
FILE *fp=NULL;
gadouble (*conv) (gadouble *, gadouble);
gadouble lon,lat;  
struct gagrid *pgr=NULL;
struct gastn *stn=NULL;
struct garpt *rpt;
SHPObject *shp;
gaint *pstart=NULL,nParts,shpid,i,j,gx,grid,len;
gadouble *gr=NULL,val,dval;
char *gru=NULL, *prjname=NULL, *fnroot=NULL;
gaint rc,width,prec,fldindx,ival,error=0;
char fldname[12];
SHPHandle sfid=NULL;
DBFHandle dbfid=NULL;
struct dbfld *fld=NULL,*newfld=NULL,*nextfld;


  /* Make sure projection is latlon */
  if (pcm->mproj !=2) {
    gaprnt (0,"Error in gashpwrt: mproj latlon required for gxout shapefile\n");
    error = 1;
    goto cleanup;
  }

  /* Determine if output is a grid or a station result */
  grid = 1;
  if (pcm->type[0] == 1) {
    /* gridded data */
    pgr = pcm->result[0].pgr;
    gr  = pgr->grid;
    gru = pgr->umask;

    /* Make sure grid varies in X and Y */
    if (pgr->idim!=0 || pgr->jdim!=1) {
      gaprnt(0,"Error in gashpwrt: grid is not varying in X and Y \n");
      error = 1;
      goto cleanup;
    }
    /* set up scaling without the map (this is not done in gacntr when shpflg=1) */
    gas2d (pcm, pgr, 0);    
  }
  else {
    /* station data */
    grid = 0;
    stn = pcm->result[0].stn;
    /* shapefile type is always point for station data */
    if (pcm->shptype!=1) {
      gaprnt(0,"Error in gashpwrt: Incorrect shapefile output type for station data \n");
      gaprnt(0,"   You must use the -pt option with the 'set shp' command \n");
      error = 1;
      goto cleanup;
    }
    /* Make sure reports are not all undefined */
    gasmnmx (stn);
    if (dequal(stn->smin,stn->undef,1e-12)==0 || 
	dequal(stn->smax,stn->undef,1e-12)==0) {
      gaprnt (0,"Error in gashpwrt: all reports are undefined \n");
      error = 1;
      goto cleanup;
    }
    if (dequal(stn->smin,stn->smax,1e-12)==0) {
      snprintf(pout,255,"Warning from gashpwrt: all reports have the same value = %g\n",stn->smin);
      gaprnt(2,pout);
    }
    /* Do map level scaling (copied from gasmrk) */
    gamscl (pcm);
  }

  /* Create the output files */
  if (pcm->shpfname == NULL) {
    fnroot = (char *)galloc(6,"shpfn");
    snprintf(fnroot,6,"grads");
  }
  else {
    len = strlen(pcm->shpfname);
    fnroot = (char *)galloc(len+1,"shpfn");
    snprintf(fnroot,len+1,pcm->shpfname);
  }
  if ((dbfid = DBFCreate(fnroot))==NULL) {
    gaprnt(0,"Error in gashpwrt: Unable to create data base file\n");
    error = 1; goto cleanup;
  }
  if (pcm->shptype==1) {
    if ((sfid = SHPCreate(fnroot,SHPT_POINTM))==NULL) {
      gaprnt(0,"Error in gashpwrt: Unable to create shapefile for point data\n");
      error = 1; goto cleanup;
    }
  } 
  else if (pcm->shptype==2) {
    if ((sfid = SHPCreate(fnroot,SHPT_ARCM))==NULL) {
      gaprnt(0,"Error in gashpwrt: Unable to create shapefile for contour lines\n");
      error = 1; goto cleanup;
    }
  } 
  else {
    if ((sfid = SHPCreate(fnroot,SHPT_POLYGONM))==NULL) {
      gaprnt(0,"Error in gashpwrt: Unable to create shapefile for polygons\n");
      error = 1; goto cleanup;
    }
  }
  /* Set up the list of data base fields. */

  /* Allocate a new field, the GrADS version, set it as the anchor in the local chain */
  snprintf(pout,255,"GrADS-"GRADS_VERSION"");
  len = strlen(pout);
  fld = newdbfld("CREATED_BY", FTString, len, 0, 0, pout);
  if (fld==NULL) {
    error = 1; goto cleanup;
  }
  if (dbanch==NULL) 
    dbanch = fld;                      /* this is the first field */
  else 
    dblast->next = fld;                /* hang it off the end of the chain */
  dblast = fld;                        /* reset the last pointer */
  dblast->next = NULL;                 /* make sure the chain is terminated */

  /* Copy the user-provided fields that are linked off of gacmn onto the local chain */
  if (pcm->dbfld) { 
    fld = pcm->dbfld;  
    while (fld) {
      if ((newfld = (struct dbfld*) galloc (sizeof(struct dbfld),"udbfld"))==NULL) {
	error = 1; goto cleanup;
      }
      strcpy(newfld->name,fld->name); 
      newfld->type  = fld->type;
      newfld->len   = fld->len;
      newfld->prec  = fld->prec;
      newfld->index = fld->index;
      newfld->flag  = fld->flag;
      if ((newfld->value = (void*)galloc(fld->len,"newdbval"))==NULL) {
	gree(newfld,"g292");
	error = 1; goto cleanup;
      }
      strcpy(newfld->value,fld->value);
      dblast->next = newfld;
      dblast = newfld;
      dblast->next = NULL;  
      fld = fld->next;
    } 
  }

  /* Now add more GrADS-provided fields that vary depending on shape file type.
     These are 'dynamic' dbase fields, where values are different for each shape:
     grid points: longitude, latitude, and grid value 
     station points: longitude, latitude, stid, and station value 
     contours: contour value 
     polygons: 
  */

  width = pcm->dblen;
  prec  = pcm->dbprec;
  if (pcm->shptype==1) {
    /* all point types get lon and lat */
    snprintf(fldname,11,"LONGITUDE");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) {
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    } 
    snprintf(fldname,11,"LATITUDE");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) {
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    }
    if (grid) {
      /* add grid point value */
      snprintf(fldname,11,"GRID_VALUE");
      if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
	dblast->next = fld; 
	dblast = fld;
	fld->next = NULL;
      }
    } else {
      /* add stid and station data value */
      snprintf(fldname,11,"STN_ID");
      if ((fld = newdbfld (fldname, FTString, 9, 0, 1, NULL)) != NULL) {
	dblast->next = fld; 
	dblast = fld;
	fld->next = NULL;
      }
      snprintf(fldname,11,"STN_VALUE");
      if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
	dblast->next = fld; 
	dblast = fld;
	fld->next = NULL;
      }
    }
  } else if  (pcm->shptype==2) {
    /* add contour value */
    snprintf(fldname,11,"CNTR_VALUE");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    }
  } else {
    /* add polygon index number and range values */
    snprintf(fldname,11,"INDEX");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    }
    snprintf(fldname,11,"MIN_VALUE");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    }
    snprintf(fldname,11,"MAX_VALUE");
    if ((fld = newdbfld (fldname, FTDouble, width, prec, 1, NULL)) != NULL) { 
      dblast->next = fld; 
      dblast = fld;
      fld->next = NULL;
    }
  }

  /* Add list of data base fields to the output file */
  fld = dbanch;  
  while (fld != NULL) {
    if (fld->type==FTString) {
      if ((fldindx = DBFAddField(dbfid,fld->name,FTString,fld->len,0))==-1) {
	gaprnt(0,"Error in gashpwrt: Unable to add string field to data base file\n");
	error = 1; goto cleanup;
      }
      fld->index = fldindx; 
    }
    else if (fld->type==FTInteger) {
      if ((fldindx = DBFAddField(dbfid,fld->name,FTInteger,fld->len,0))==-1) {
	gaprnt(0,"Error in gashpwrt: Unable to add integer field to data base file\n");
	error = 1; goto cleanup;
      }
      fld->index = fldindx; 
    }
    else if (fld->type==FTDouble) {
      if (fld->len > pcm->dblen) fld->len = pcm->dblen;
      if ((fldindx = DBFAddField(dbfid,fld->name,FTDouble,fld->len,pcm->dbprec))==-1) {
	gaprnt(0,"Error in gashpwrt: Unable to add integer field to data base file\n");
	error = 1; goto cleanup;
      }
      fld->index = fldindx; 
    }
    fld = fld->next;
  }
  
  /* Write out point values */
  if (pcm->shptype==1) {

    /* when you only have one point, pstart will always be zero */
    nParts = 1;  
    if ((pstart = (gaint*)galloc(nParts*sizeof(gaint),"pstart"))==NULL) {
      gaprnt(2,"Memory allocation error in gashpwrt\n");
      error = 1; goto cleanup;
    }
    *pstart = 0;

    /* For grid expressions, loop over all grid points */
    if (grid) {
      shpid = 0;   /* shape index/count */
      gx = 0;      /* grid index */
      for (j=pgr->dimmin[1]; j<=pgr->dimmax[1]; j++) {
	for (i=pgr->dimmin[0]; i<=pgr->dimmax[0]; i++) {
	  if (*(gru+gx) != 0) {
	    /* get the data value and the lat/lon for each grid point that is not undefined */
	    val = *(gr+gx);
	    conv = pcm->xgr2ab;
	    lon = conv(pcm->xgrval, i);
	    conv = pcm->ygr2ab;
	    lat = conv(pcm->ygrval, j);
	    
	    /* create the shape, write it to the file, then release it */
	    shp = SHPCreateObject (SHPT_POINTM,shpid,nParts,pstart,NULL,1,&lon,&lat,NULL,&val);
	    rc = SHPWriteObject (sfid,-1,shp);
	    SHPDestroyObject (shp);
	    if (rc!=shpid) {
	      snprintf(pout,255,"Error in gashpwrt: SHPWriteObject returned %d, shpid=%d\n",rc,shpid);
	      gaprnt (0,pout);
	      error = 1; goto cleanup;
	    }
	    /* write out the attribute fields for this shape */
	    fld = dbanch;           /* point to the first one */
	    while (fld != NULL) {
	      if (fld->flag==0) {   /* static fields */
		if (fld->type==FTString) {
		  DBFWriteStringAttribute (dbfid,shpid,fld->index,(const char *)fld->value);
		} else if (fld->type==FTInteger) {
		  intprs(fld->value,&ival);
		  DBFWriteIntegerAttribute (dbfid,shpid,fld->index,ival);
		} else if (fld->type==FTDouble) {
		  getdbl(fld->value,&dval);
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,dval);
		}
	      }
	      else {                /* dynamic fields */
		if (strcmp(fld->name,"LONGITUDE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,lon);
		} else if (strcmp(fld->name,"LATITUDE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,lat);
		} else if (strcmp(fld->name,"GRID_VALUE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
		}
	      }
	      fld = fld->next;      /* advance to next field */
	    }
	    shpid++;
	  }
	  gx++;
	}
      }
      snprintf(pout,255,"%d grid point values written to shapefile %s\n",shpid,fnroot);
      gaprnt(2,pout);
    }
    else {
      /* Loop over all reports */
      shpid = 0;   /* shape index/count */
      rpt = stn->rpt;
      while (rpt!=NULL) {
	if (rpt->umask != 0) {
	  lon = rpt->lon;
	  lat = rpt->lat;
	  /* normalize the longitude */
	  if (londmin[0]) lon+=360.0;
	  if (lon>pcm->dmax[0]) lon-=360.0;
	  /* check if report is within specified domain */
	  if (lon>pcm->dmin[0] && 
	      londmax[0] &&
	      lat>pcm->dmin[1] && 
	      latdmax[1]) {
	    /* get the data value */
	    val = rpt->val;
	    /* create the shape, write it to the file, then release it */
	    shp = SHPCreateObject (SHPT_POINTM,shpid,nParts,pstart,NULL,1,&lon,&lat,NULL,&val);
	    rc = SHPWriteObject (sfid,-1,shp);
	    SHPDestroyObject (shp);
	    if (rc!=shpid) {
	      snprintf(pout,255,"Error in gashpwrt: SHPWriteObject returned %d, shpid=%d\n",rc,shpid);
	      gaprnt (0,pout);
	      error = 1; goto cleanup;
	    }
	    /* write out the attribute fields for this shape */
	    fld = dbanch;           /* point to the first one */
	    while (fld != NULL) {
	      if (fld->flag==0) {   /* static fields */
		if (fld->type==FTString) {
		  DBFWriteStringAttribute (dbfid,shpid,fld->index,(const char *)fld->value);
		} else if (fld->type==FTInteger) {
		  intprs(fld->value,&ival);
		  DBFWriteIntegerAttribute (dbfid,shpid,fld->index,ival);
		} else if (fld->type==FTDouble) {
		  getdbl(fld->value,&dval);
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,dval);
		}
	      }
	      else {                /* dynamic fields */
		if (strcmp(fld->name,"LONGITUDE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,lon);
		} else if (strcmp(fld->name,"LATITUDE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,lat);
		} else if (strcmp(fld->name,"STN_ID")==0) {
		  DBFWriteStringAttribute (dbfid,shpid,fld->index,rpt->stid);
		} else if (strcmp(fld->name,"STN_VALUE")==0) {
		  DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
		}
	      }
	      fld = fld->next;      /* advance to next field */
	    }
	    shpid++;
	  }
	}
	rpt = rpt->rpt;
      }
      snprintf(pout,255,"%d station reports written to shapefile %s\n",shpid,fnroot);
      gaprnt(2,pout);
    }

  }
  /* Write out contour lines */
  else if (pcm->shptype==2) {
    /* Call gacntr() to create buffered contour lines */
    rc = gacntr (pcm, 0, 1); 
    if (rc) {
      error = 1; goto cleanup;
    }

    /* call routine in gxcntr.c to write out contour line vertices and values */
    rc = gxshplin(sfid,dbfid,dbanch);
    if (rc>0) {
      snprintf(pout,511,"%d contours written to shapefile %s\n",rc,fnroot);
      gaprnt(2,pout);
    }
    else if (rc==-1) {
      error = 1;
    }

    /* release the contour buffer from memory */
    gxcrel();
  
  } 
  /* Write out polygons */
  else {
    s2setbuf(1);    /* turn on polygon buffering */
    s2setdraw(1);   /* disable drawing of polygons to display */

    /* call gacntr() to create shaded polygons with gxshad2 */
    rc = gacntr (pcm,4,1);
    if (rc) {
      error = 1; goto cleanup;
    }

    /* call routine in gxshad2.c to write out polygon vertices and values */
    rc = s2shpwrt(sfid,dbfid,dbanch);
    if (rc>0) {
      snprintf(pout,511,"%d polygons written to shapefile %s\n",rc,fnroot);
      gaprnt(2,pout);
    }
    else if (rc==-1) {
      error = 1;
    }
    s2frepbuf();    /* release the polygon buffer from memory */
    s2setbuf(0);    /* turn off polygon buffering */
    s2setdraw(0);   /* restore drawing of polygons */

  }

  /* write the projection file */
  if ((prjname = (char *)galloc(5+strlen(fnroot),"prjname"))==NULL) {
    gaprnt(0,"Error in gashpwrt: memory allocation error for prjname\n");
    error = 1; goto cleanup;
  }
  sprintf(prjname,"%s.prj",fnroot);
  fp = fopen(prjname,"w");
  snprintf(pout,255,"GEOGCS[\"GCS_WGS_1984\",DATUM[\"D_WGS_1984\",SPHEROID[\"WGS_1984\",6378137.0,298.257223563]],PRIMEM[\"Greenwich\",0.0],UNIT[\"Degree\",0.0174532925199433]]\n");
  if ((fwrite(pout,1,strlen(pout),fp))!=strlen(pout)) {
    gaprnt(0,"Error in gashpwrt when writing to .prj file \n");
    error = 1; goto cleanup; 
  }
  gree(prjname,"f293d");
  prjname = NULL;

  gagsav(25,pcm,pgr);
  
cleanup:
  if (pstart  != NULL) gree(pstart,"f293c");
  if (prjname != NULL) gree(prjname,"f293d");
  if (fnroot  != NULL) gree(fnroot,"f293e");
  /* release local copy of data base attributes */
  if (dbanch != NULL) {
    while (dbanch != NULL) {
      /* point to first block in chain */
      fld = dbanch;  
      if (fld->next == NULL) {
	/* first block is only block */
	dbanch = NULL; 
      } 
      else { 
	/* move start of chain from 1st to 2nd block */
	nextfld = fld->next;
	dbanch = nextfld;
      }
      /* release memory from 1st block */
      if (fld->value != NULL) gree(fld->value,"f292b");
      gree(fld,"f293b");
    }
  }
  if (dblast != NULL) dblast = NULL;
  /* if an error occurred, no shapefile is written */
  if (error) {
    gaprnt(0,"Shapefile not created\n");
  }
  /* close files */
  if (sfid  != NULL) SHPClose(sfid);
  if (dbfid != NULL) DBFClose(dbfid);
  fclose(fp);


  return;
#else 
  gaprnt(0,"Creating shapefiles is not supported in this build\n");
#endif
}

/* allocates and populates a data base field 
   flag = 0 for static fields (the same values for all shapes)
   flag = 1 for dynamic fields (values vary with shape)
   
*/
#if USESHP==1
struct dbfld* newdbfld (char *fldname, DBFFieldType dbtype, gaint len, gaint prec, 
			gaint flag, char *val) {
  gaint sz;
  struct dbfld *newfld;
  char *value;
  
  /* create the new field */
  newfld = (struct dbfld *) galloc (sizeof(struct dbfld),"dbfld"); 
  if (newfld != NULL) {
    strcpy(newfld->name,fldname);
    newfld->type = dbtype;
    newfld->len = len;
    newfld->prec = prec;
    newfld->flag = flag;        
    if (flag==0) {
      /* allocate space for the field value */
      sz = (len+1) * sizeof(char);
      if ((value = (void *)galloc(sz,"valuec")) == NULL) {
	gaprnt (0,"Error in newdbfld: memory allocation failed for data base field value \n");
	gree (newfld,"g1");
	return NULL;
      }
      strcpy(value,val);
      newfld->value = value;
    }
    else {
      newfld->value = NULL;
    }
    newfld->next = NULL;
    return newfld;  
  } else {
    gaprnt (0,"Error in newdbfld: memory allocation failed for new data base field \n");
    return NULL;
  }
}
#endif

/* Writes out a KML file containing output from contour/shade2 routine */

void gakml (struct gacmn *pcm) {
  FILE *kmlfp=NULL;
  struct gagrid *pgr;
  gaint r,g,b,err=0,i,rc;
  
  /* Determine if output is a grid or a station result */
  if (pcm->type[0] != 1) {
    gaprnt (0,"Error in gakml: expression is not a grid \n");
    goto cleanup;
  }

  /* Make sure projection is latlon */
  if (pcm->mproj !=2) {
    gaprnt (0,"Error in gakml: mproj latlon required for gxout kml\n");
    goto cleanup;
  }

  /* Make sure we have an X-Y plot */
  pgr = pcm->result[0].pgr;
  if (pgr->idim!=0 || pgr->jdim!=1) {
    gaprnt(0,"Error in gakml: Grid is not varying in X and Y \n");
    goto cleanup;
  }
  
  /* set up scaling without the map */
  gas2d (pcm, pgr, 0);    

  /* Determine data min/max, make sure grid is not undefined */
  gamnmx (pgr);
  if (pgr->umin==0) {
    gaprnt (0,"Error in gakml: Entire grid is undefined \n");
    goto cleanup;
  }
  
  /* open the output file */
  if (pcm->kmlname)
    kmlfp = fopen (pcm->kmlname,"wb");
  else
    kmlfp = fopen ("grads.kml","wb");
  if (kmlfp==NULL) {
    if (pcm->kmlname)
      snprintf(pout,255,"Error: fopen failed for KML text output file %s\n",pcm->kmlname);
    else
      snprintf(pout,255,"Error: fopen failed for KML text output file grads.kml\n");
    gaprnt(0,pout);
    goto cleanup;
  }

  if (pcm->kmlflg==2) {
    rc = gacntr (pcm, 0, 1);     /* Call gacntr() to create buffered contour lines for KML file */
    if (rc) goto cleanup;
  } 
  else if (pcm->kmlflg==3) {
    s2setbuf(1);                 /* turn on polygon buffering */
    s2setdraw(1);                /* disable drawing polygons to display */
    rc = gacntr (pcm, 4, 1);     /* Call gacntr() to create buffered polygons for KML file */
    if (rc) goto cleanup;

  } else {
    gaprnt(9,"logic errror in subroutine gakml\n");
    goto cleanup;
  }



  /* write out KML headers */
  snprintf(pout,255,"\n");
  if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
  snprintf(pout,255,"\n");
  if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
  snprintf(pout,255,"  \n");
  if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}

  /* Contours */
  if (pcm->kmlflg==2) {
    /* write out the contour colors as a set of Style tags with LineStyle */
    for (i=0; icntrcnt; i++) {
      snprintf(pout,255,"    \n");
      if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
    }
    /* write out the locations of the contour vertices */
    rc = gxclvert(kmlfp);
    if (rc>0) {
      if (pcm->kmlname)
	snprintf(pout,511,"%d contours written to KML file %s\n",rc,pcm->kmlname);
      else
	snprintf(pout,511,"%d contours written to KML file grads.kml\n",rc);
      gaprnt(2,pout);
    }
    else err=1;
  }
  /* Polygons */
  else {
    /* write out the polygon colors as a set of Style tags with LineStyle and PolyStyle */
    for (i=0; ishdcnt; i++) {
      snprintf(pout,255,"    \n");
      if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
    }

    /* write out the locations of the polygon vertices */
    /* call routine in gxshad2.c to write out polygon vertices and values */
    rc = s2polyvert(kmlfp);
    if (rc>0) {
      if (pcm->kmlname)
	snprintf(pout,511,"%d polygons written to KML file %s\n",rc,pcm->kmlname);
      else
	snprintf(pout,511,"%d polygons written to KML file grads.kml\n",rc);
      gaprnt(2,pout);
    }
    else err=1;

  }

  /* write out footers */
  snprintf(pout,255,"  \n\n");
  if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
  /* set the last graphic code */
  gagsav (24,pcm,NULL);
    
 cleanup:
  if (pcm->kmlflg==2) {
    gxcrel();       /* release storage used by the contouring package */
  } else {
    s2frepbuf();    /* release the polygon buffer from memory */
    s2setbuf(0);    /* turn off polygon buffering */
    s2setdraw(0);   /* restore drawing of polygons */
  }
  if (kmlfp) fclose(kmlfp);    /* close the file */
  if (err) gaprnt(0,"Error from fwrite when writing KML file\n");
  return;
}


/* Writes out the grid in GeoTIFF format.

   If kmlflag is 0, one output file is created:
   a GeoTIFF containing a grid of floating-point or 
   double precision data values and the geolocation metadata. 

   If kmlflag is 1, two output files are created.
   The first is a GeoTIFF containing a grid of color index values 
   (based on default or user-specified contour levels), a color map 
   with RGB values for each color index, and the geolocation metadata. 
   The second is a KML file, which points to the GeoTIFF image 
   and contains the geolocation metadata in text form. 
   The KML file is intended for use with Google Earth.

 */

void gagtif (struct gacmn *pcm, gaint kmlflg) {
#if GEOTIFF==1 
 struct gagrid *pgr;
 gadouble *gr,cmin,cmax,cint,pmin,pmax,dval;
 gadouble pixelscale[3],tiepoints[24];
 gafloat fval;
 gaint i,j,rc,grsize,isize,jsize,color,r,g,b;
 char *gru;
 TIFF *tif=NULL;
 GTIF *gtif=NULL;
 gadouble xresolution,yresolution,smin,smax;
 uint32 imagewidth,imagelength,rowsperstrip;
 uint16 *colormap=NULL,*cm;
 uint16 bitspersample,samplesperpixel,compression;
 uint16 photometric,resolutionunit,sampleformat;
 short depth;
 unsigned char *cbuf=NULL,*cbuf0=NULL;
 gafloat *fbuf=NULL,*fbuf0=NULL;
 gadouble *dbuf=NULL,*dbuf0=NULL;


 /* set up scaling without the map */
 pgr = pcm->result[0].pgr;
 gas2d (pcm, pgr, 0);    
 isize = pgr->isiz;
 jsize = pgr->jsiz;
 grsize = isize * jsize;
 gr  = pgr->grid;
 gru = pgr->umask;

 /* Make sure we have an X-Y plot */
 if (pgr->idim!=0 || pgr->jdim!=1) {
   gaprnt(0,"Error: Grid is not varying in X and Y \n");
   goto cleanup;
 }

 /* Make sure projection is latlon */
 if (pcm->mproj !=2) {
   gaprnt (0,"Error: mproj latlon required for gxout kml\n");
   goto cleanup;
 }
 
 /* Determine data min/max, make sure grid is not undefined */
 gamnmx (pgr);
 if (pgr->umin==0) {
   gaprnt (0,"Error: Entire grid is undefined \n");
   goto cleanup;
 }

 /* Open output files */
 if (kmlflg) {
   /* open the file for the image output, we'll open the KML file later */
   if (pcm->tifname)
     tif = XTIFFOpen(pcm->tifname, "w");
   else
     tif = XTIFFOpen("grads.tif", "w");
   if (tif==NULL) {
     if (pcm->tifname)
       snprintf(pout,255,"Error: XTiffOpen failed for KML image output file %s\n",pcm->tifname);
     else
       snprintf(pout,255,"Error: XTiffOpen failed for KML image output file grads.tif\n");
     gaprnt (0,pout);
     goto cleanup;
   }
   gtif = GTIFNew(tif);
   if (gtif==NULL) {
     if (pcm->tifname)
       snprintf(pout,255,"Error: GTIFNew failed for KML image output file %s\n",pcm->tifname);
     else
       snprintf(pout,255,"Error: GTIFNew failed for KML image output file grads.tif\n");
     gaprnt (0,pout);
     goto cleanup;
   }
 }
 else { 
   /* For gxout GeoTIFF, we open only one output file */
   if (pcm->gtifname)
     tif = XTIFFOpen(pcm->gtifname, "w");
   else
     tif = XTIFFOpen("gradsgeo.tif", "w");
   if (tif==NULL) {
     if (pcm->gtifname)
       snprintf(pout,255,"Error: XTiffOpen failed for GeoTIFF output file %s\n",pcm->gtifname);
     else
       snprintf(pout,255,"Error: XTiffOpen failed for GeoTIFF output file gradsgeo.tif\n");
     gaprnt (0,pout);
     goto cleanup;
   }
   gtif = GTIFNew(tif);
   if (gtif==NULL) {
     if (pcm->gtifname)
       snprintf(pout,255,"Error: GTIFNew failed for GeoTIFF output file %s\n",pcm->gtifname);
     else
       snprintf(pout,255,"Error: GTIFNew failed for GeoTIFF output file gradsgeo.tif\n");
     gaprnt (0,pout);
     goto cleanup;
   }
 }

 /* Determine the data type of the output */
 if (kmlflg) { 
   depth = TIFFDataWidth(TIFF_BYTE);
 }
 else {
   if (pcm->gtifflg==2) 
     depth = TIFFDataWidth(TIFF_DOUBLE);
   else 
     depth = TIFFDataWidth(TIFF_FLOAT);
 }

 /* Set values for required TIFF fields, converted to proper data types */
 imagewidth  = (uint32)isize;                /* #cols, #longitudes */
 imagelength = (uint32)jsize;                /* #rows, #latitudes */
 bitspersample = depth * 8;                  /* number of bits per component */
 samplesperpixel = 1;                        /* number of components per pixel */
 compression = 1;                            /* no compression used */
 if (kmlflg) 
   photometric = 3;                          /* palette color image */
 else
   photometric = 1;                          /* grayscale image */
 rowsperstrip = 1;                           /* one row per strip */
 resolutionunit = 2;                         /* inches */
 xresolution = (gadouble)(pcm->xsiz/isize);  /* gridpoints per inch */
 yresolution = (gadouble)(pcm->ysiz/jsize);  /* gridpoints per inch */
 if (!kmlflg) {
   sampleformat = 3;                         /* IEEE floating point data */
   smin = pgr->rmin;                         /* minimum value of grid */
   smax = pgr->rmax;                         /* maximum value of grid */
 }
 else {
   sampleformat = 1;                         /* unsigned integer */
   smin = 0;
   smax = 255;
 }
 /* write out the required TIFF metadata */
 if (TIFFSetField(tif, TIFFTAG_IMAGEWIDTH, imagewidth)!=1)  { 
   gaprnt(0,"Error: TIFFSetField failed for imagewidth\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_IMAGELENGTH, imagelength)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for imagelength\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_BITSPERSAMPLE, bitspersample)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for bitspersample\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_SAMPLESPERPIXEL, samplesperpixel)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for samplesperpixel\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_COMPRESSION, compression)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for compression\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, photometric)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for photometric\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_ROWSPERSTRIP, rowsperstrip)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for rowsperstrip\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_RESOLUTIONUNIT, resolutionunit)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for resolutionunit\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_XRESOLUTION, xresolution)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for xresolution\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_YRESOLUTION, yresolution)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for yresolution\n"); goto cleanup; 
 }
 if (TIFFSetField(tif, TIFFTAG_SAMPLEFORMAT, sampleformat)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for sampleformat\n"); goto cleanup; 
 }
 if (!kmlflg) {
   if (TIFFSetField(tif, TIFFTAG_SMINSAMPLEVALUE, smin)!=1) {
     gaprnt(0,"Error: TIFFSetField failed for sminsamplevalue\n"); goto cleanup;
   }
   if (TIFFSetField(tif, TIFFTAG_SMAXSAMPLEVALUE, smax)!=1) {
     gaprnt(0,"Error: TIFFSetField failed for smaxsamplevalue\n"); goto cleanup;
   }
 }
 snprintf(pout,255,"GrADS version "GRADS_VERSION" ");
 if (TIFFSetField(tif, TIFFTAG_SOFTWARE, pout)!=1) { 
   gaprnt(0,"Error: TIFFSetField failed for software\n"); goto cleanup; 
 }

 /* Get georeferencing info */
 getcorners (pcm, pgr, tiepoints);

 /* Write georeferencing info to output file */
 if (!kmlflg) {
   if (pgr->ilinr && pgr->jlinr) {
     /* If the grid is linear in both dimensions, write out the ModelPixelScale and 1 tiepoint */
     pixelscale[0] = *(pgr->ivals+0);
     pixelscale[1] = *(pgr->jvals+0);
     pixelscale[2] = 0.0;
     if (TIFFSetField(tif, TIFFTAG_GEOPIXELSCALE, 3, pixelscale)!=1) { 
       gaprnt(0,"Error: TIFFSetField failed for geopixelscale\n"); goto cleanup; 
     }
     /* write out one tie point */
     if (TIFFSetField(tif, TIFFTAG_GEOTIEPOINTS, 6, tiepoints)!=1) { 
       gaprnt(0,"Error: TIFFSetField failed for geotiepoint\n"); goto cleanup; 
     }
   }
   else {
     /* write out four tie points */
     if (TIFFSetField(tif, TIFFTAG_GEOTIEPOINTS, 24, tiepoints)!=1) { 
       gaprnt(0,"Error: TIFFSetField failed for tiepoints\n"); goto cleanup; 
     }
   }
   
   /* set and write the GeoKeys */
   GTIFKeySet(gtif, GTModelTypeGeoKey,    TYPE_SHORT, 1, ModelGeographic);
   GTIFKeySet(gtif, GTRasterTypeGeoKey,   TYPE_SHORT, 1, RasterPixelIsArea);
   GTIFKeySet(gtif, GeographicTypeGeoKey, TYPE_SHORT, 1, GCS_WGS_84);
   GTIFWriteKeys(gtif);
 }

 /* For KML image output: 
    get contour info, write the color map, and create the KML text file */
 if (kmlflg) {   
   if (!pcm->cflag) {
     /* Determine contour interval */
     gacsel (pgr->rmin,pgr->rmax,&(pcm->cint),&cmin,&cmax);
     cint = pcm->cint;
     /* reject constant fields for now */
     if (cint==0.0) {
       gaprnt (0,"Error: Grid is a constant \n");
       goto cleanup;
     }
     /* make sure there aren't too many levels */
     pmin = cmin;
     if (pmincmin) pmin = pcm->cmin;
     pmax = cmax;
     if (pmax>pcm->cmax) pmax = pcm->cmax;
     if ((pmax-pmin)/cint>100.0) {
       while ((pmax-pmin)/cint>100.0) cint*=10.0;
       pcm->cint = cint;
       gacsel (pgr->rmin,pgr->rmax,&cint,&cmin,&cmax);
     }
   }
   if (pcm->ccolor>=0) gxcolr(pcm->ccolor);
   if (pcm->ccolor<0 && pcm->rainmn==0.0 && pcm->rainmx==0.0 && !pcm->cflag) {
     pcm->rainmn = cmin;
     pcm->rainmx = cmax;
   }
   gaselc (pcm,pgr->rmin,pgr->rmax);
   
   /* create and write out the color map */
   colormap = (uint16*)_TIFFmalloc(3 * 256 * sizeof (uint16));
   if (colormap==NULL) {
     gaprnt(0,"Error: TIFFmalloc failed for colormap\n"); goto cleanup;
   }
   cm=colormap;
   for (j=0;j<256;j++){
     if (j<16) {
       gxqdrgb(j,&r,&g,&b);         /* get default color rgb values */
     }
     else {
       gxqrgb(j,&r,&g,&b);          /* get user-defined color rgb values */
       if (r==-999) r = g = b = 0;
     } 
     *(cm+0*256+j) = (uint16)r;
     *(cm+1*256+j) = (uint16)g;
     *(cm+2*256+j) = (uint16)b;
   }
   if (TIFFSetField(tif, TIFFTAG_COLORMAP, colormap, colormap+256, colormap+512)!=1) { 
     gaprnt(0,"Error: TIFFSetField failed for colormap\n"); goto cleanup; 
   }

   /* Create the KML text file */
   if ((write_kml(pcm,tiepoints))!=0) goto cleanup;
 }

 /* convert the data to appropriate format */
 if (kmlflg) {
   /* color index geotiff (for KML output) */
   cbuf = (unsigned char *)_TIFFmalloc(grsize * depth);
   if (cbuf==NULL) {
     gaprnt(0,"Error: TIFFmalloc failed for color index data buffer\n"); goto cleanup;
   }
   cbuf0 = cbuf;
   for (i=0; idevbck) color = 1;
       else color = 0;
     }
     cbuf[i] = (unsigned char)color;
   }
 }
 else {
   if (pcm->gtifflg==1) { 
     /* floating point geotiff */
     fbuf = (gafloat*)_TIFFmalloc(grsize * depth);
     if (fbuf==NULL) {
       gaprnt(0,"Error: TIFFmalloc failed for floating point data buffer\n"); goto cleanup;
     }
     fbuf0 = fbuf;
     for (i=0; iundef;	 /* convert output undef value to float */
       fbuf[i] = fval;
     }

   } else {               
     /* double precision geotiff */
     dbuf = (gadouble*)_TIFFmalloc(grsize * depth);
     if (dbuf==NULL) {
       gaprnt(0,"Error: TIFFmalloc failed for double precision data buffer\n"); goto cleanup;
     }
     dbuf0 = dbuf;
     for (i=0; iundef;	 /* use output undef value */
       dbuf[i] = dval;
     }
   }
 }

 /* write the data buffer in strips (one row per strip) */
 for (j=0; jjsiz; j++) {
   /* i points to the beginning of the correct row in the grid */
   i = (grsize - (j+1)*pgr->isiz); 
   if (kmlflg) {
     rc = TIFFWriteScanline(tif, cbuf0+i, j, 0);
   } else {
     if (pcm->gtifflg==1) 
       rc = TIFFWriteScanline(tif, fbuf0+i, j, 0);
     else 
       rc = TIFFWriteScanline(tif, dbuf0+i, j, 0);
   }
   if (rc!=1) {
     snprintf(pout,255,"Error: TIFFWriteScanline failed at row %d\n",j);
     gaprnt(0,pout); goto cleanup; 
   }
 }

 if (kmlflg) {
   gagsav (24,pcm,NULL);
   if (pcm->tifname)
     snprintf(pout,255,"Created TIFF image file %s\n",pcm->tifname);
   else
     snprintf(pout,255,"Created TIFF image file grads.tif\n");
   gaprnt (2,pout);
   if (pcm->kmlname)
     snprintf(pout,255,"  and complementary KML file %s\n",pcm->kmlname);
   else
     snprintf(pout,255,"  and complementary KML file grads.kml\n");
   gaprnt (2,pout);
 }
 else {
   gagsav (23,pcm,NULL);
   if (pcm->gtifname)
     snprintf(pout,255,"Created GeoTIFF file %s\n",pcm->gtifname);
   else
     snprintf(pout,255,"Created GeoTIFF file gradsgeo.tif\n");
   gaprnt (2,pout);
 }
 cleanup:
 if (colormap) _TIFFfree(colormap);
 if (cbuf) { cbuf = cbuf0; _TIFFfree(cbuf); }
 if (fbuf) { fbuf = fbuf0; _TIFFfree(fbuf); }
 if (dbuf) { dbuf = dbuf0; _TIFFfree(dbuf); }
 if (gtif) GTIFFree(gtif);
 if (tif) TIFFClose(tif);
 return;
 
#else 
 if (kmlflg) {
   gaprnt(0,"Error: Creating TIFF images for KML output is not supported in this build. \n");
   gaprnt(0,"  Try the \'-line\' option with \'set kml\' to output contour lines in KML format instead.\n");
 }
 else
   gaprnt(0,"Error: Creating GeoTIFF files is not supported in this build\n");
#endif
 
}

/* This routine gets the georeferencing information for the four corners of the grid */
void getcorners(struct gacmn *pcm, struct gagrid *pgr, gadouble *tiepoints) {

  /* For GeoTIFF, the raster space is treated as PixelIsArea. 
     
  (0,0)
  +-----+-----+-> I
  |     |     |        * denotes the center of the grid cell (GrADS uses this)
  |  *  |  *  |        + denotes i,j points in standard TIFF PixelIsArea raster space
  |   (1,1)   |
  +-----+-----+   
  |     |     |
  |  *  |  *  |
  |     |   (2,2) 
  |-----+-----+
  V
  J        
  
  i,j raster values correspond to the corners of the grid cells instead of the centers  */
  
  /* geotiff raster value (0,0) gets upper left corner lat,lon
     this is the max j index, since in GrADS j goes south->north  */
  ij2ll (pcm, 0, 0, pgr->dimmin[0]-0.5, pgr->dimmax[1]+0.5, tiepoints, 0);
  
  /* geotiff raster value (0,jsize) gets lower left corner lat,lon 
     this is the min j index, since in GrADS j goes south->north */
  ij2ll (pcm, 0, (gadouble)pgr->jsiz, pgr->dimmin[0]-0.5, pgr->dimmin[1]-0.5, tiepoints, 6);
  
  /* geotiff raster value (isize,0) gets upper right corner lat,lon */
  ij2ll (pcm, (gadouble)pgr->isiz, 0, pgr->dimmax[0]+0.5, pgr->dimmax[1]+0.5, tiepoints, 12);
  
  /* geotiff raster value (isize,jsize) gets lower right corner lat,lon */
  ij2ll (pcm, (gadouble)pgr->isiz, (gadouble)pgr->jsiz, pgr->dimmax[0]+0.5, pgr->dimmin[1]-0.5, tiepoints, 18);
}

/* given a grid i,j, calculate the corresponding lat/lon, populate the tiepoints array */
void ij2ll (struct gacmn *pcm, gadouble i, gadouble j, gadouble gx, gadouble gy, 
            gadouble *tiepoints, gaint index) {
gadouble (*conv) (gadouble *, gadouble);
gadouble lon,lat;  

  conv = pcm->xgr2ab;
  lon = conv(pcm->xgrval, gx);
  conv = pcm->ygr2ab;
  lat = conv(pcm->ygrval, gy);
  tiepoints[index+0] = i;
  tiepoints[index+1] = j;
  tiepoints[index+2] = 0.0;
  tiepoints[index+3] = lon;
  tiepoints[index+4] = lat;
  tiepoints[index+5] = 0.0;
}

gaint write_kml(struct gacmn *pcm, gadouble *tpts) {
 FILE *kmlfp=NULL;
 struct gagrid *pgr;
 gaint err;

 /* open the file */
 if (pcm->kmlname)
   kmlfp = fopen (pcm->kmlname,"wb");
 else
   kmlfp = fopen ("grads.kml","wb");
 if (kmlfp==NULL) {
   if (pcm->kmlname)
     snprintf(pout,255,"Error: fopen failed for KML text output file %s\n",pcm->kmlname);
   else
     snprintf(pout,255,"Error: fopen failed for KML text output file grads.kml\n");
   gaprnt(0,pout);
   return(1);
 }
 pgr = pcm->result[0].pgr;

 /* write out the KML text */
 err=0;
 snprintf(pout,255,"\n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"\n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"  \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"    %s\n",pgr->pvar->varnm);
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"    \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 if (pcm->tifname)
   snprintf(pout,255,"      %s\n",pcm->tifname);
 else
   snprintf(pout,255,"      grads.tif\n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"    \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"    \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 if ((tpts[0+3]==tpts[6+3]) && (tpts[12+3]==tpts[18+3])) {
   if (tpts[0+3]%10.5g\n      %10.5g\n",tpts[0+3],tpts[12+3]);
   else
     snprintf(pout,255,"      %10.5g\n      %10.5g\n",tpts[12+3],tpts[0+3]);
   if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 }
 if ((tpts[0+4]==tpts[12+4]) && (tpts[6+4]==tpts[18+4])) {
   if (tpts[0+4]%10.5g\n      %10.5g\n",tpts[0+4],tpts[6+4]);
   else
     snprintf(pout,255,"      %10.5g\n      %10.5g\n",tpts[6+4],tpts[0+4]);
   if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 }
 snprintf(pout,255,"      0.0\n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"    \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"  \n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
 snprintf(pout,255,"\n");
 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}

 cleanup:
 /* close the file */
 fclose(kmlfp); 
 if (err) gaprnt(0,"Error from fwrite when writing KML file\n");
 return(err);
}


/* Write grid to a file.  */

void gafwrt (struct gacmn *pcm) {
struct gagrid *pgr;
struct stat s;
gaint size, exsz, rdw, ret, diff, fexists;
gaint i, row, goff, xoff, yoff, xsiz, ysiz, incr;
size_t write,written,sz;
char fmode[3],*gru; 
gafloat *fval,*fval0;
gadouble *gr;

  xoff = yoff = xsiz = ysiz = 0;
  pgr = pcm->result[0].pgr;
  size = pgr->isiz * pgr->jsiz;

  /* Special case: output to stdout */
  if (pcm->fwname) {
    if ((strcmp(pcm->fwname,"-")==0) && (pcm->ffile==NULL)) {
      pcm->ffile = stdout;
      printf("\n\n");
    }
  }

  if (pcm->ffile == NULL) {
    /* use the stat command to check if the file exists */
    if (pcm->fwname) {
      if (stat (pcm->fwname,   &s) == 0) fexists=1; 
      else                               fexists=0; 
    } else {
      if (stat ("grads.fwrite",&s) == 0) fexists=1; 
      else                               fexists=0; 
    }

    /* set the write mode */
    if (pcm->fwappend) {
      strcpy(fmode,"ab");
      if (fexists) {
	snprintf(pout,255,"Appending data to file %s.\n",pcm->fwname);
	gaprnt (2,pout);
      }
    } else {
      strcpy(fmode,"wb");
      if (fexists) {
	snprintf(pout,255,"Replacing file %s.\n",pcm->fwname);
	gaprnt (2,pout);
      }
    }

    if (pcm->fwname) pcm->ffile = fopen(pcm->fwname,fmode);
    else pcm->ffile = fopen ("grads.fwrite",fmode);
    if (pcm->ffile==NULL) {
      gaprnt (0,"Error opening output file for fwrite\n");
      if (pcm->fwname) {
        gaprnt (0,"  File name is: ");
        gaprnt (0,pcm->fwname);
        gaprnt (0,"\n");
      } else {
        gaprnt (0,"  File name is: grads.fwrite\n");
      }
      return;
    }
  }

  /* convert the grid values to floats/undefs */
  gr=pgr->grid;
  gru=pgr->umask;
  fval = NULL;
  sz = sizeof(gafloat)*size;
  fval = (gafloat *)galloc(sz,"fwrite1");
  fval0 = fval;
  if (fval==NULL) {
    gaprnt(0,"Error allocating memory for fwrite\n");
    return;
  }
  for (i=0; iundef;
    }
    gr++; gru++; fval++;
  }
  fval = fval0;


  /* swap if needed.  assumes 4 byte values */  
  rdw = size*4; 
  if (BYTEORDER != pcm->fwenflg) { 
    gabswp(fval,size);
    gabswp(&rdw,1);
  }

  /* Handle -ex flag -- try to use exact grid coords */
  written = 0;
  exsz = size;
  diff = 0;
 /* only X or Y can vary  for new fwrite code */
  if (pcm->fwexflg && pgr->idim<2 && pgr->jdim<2) {  
    if (pcm->xexflg) {
      if (pcm->x1ex != pgr->dimmin[0]) diff=1;
      if (pcm->x2ex != pgr->dimmax[0]) diff=1;
    }
    if (pcm->yexflg) {
      if (pcm->y1ex != pgr->dimmin[1]) diff=1;
      if (pcm->y2ex != pgr->dimmax[1]) diff=1;
    }
  }

  if (diff) {
    if (pgr->idim==0) {     /* x is varying */
      if (pcm->xexflg) {
        xoff = pcm->x1ex - pgr->dimmin[0];  
        xsiz = 1 + pcm->x2ex - pcm->x1ex;
      } else {
        xoff = 0;
        xsiz = pgr->isiz; 
      }
      if (pgr->jdim==1 && pcm->yexflg) {  /* both x and y vary */
        yoff = pcm->y1ex - pgr->dimmin[1];  
        ysiz = 1 + pcm->y2ex - pcm->y1ex;
      } else {
        yoff = 0;
        ysiz = pgr->jsiz; 
      }
    }
    incr = pgr->isiz;
    if (pgr->idim==1) {   /* x is fixed; y is varying */
      if (pcm->yexflg) {
        yoff = pcm->y1ex - pgr->dimmin[1];  
        ysiz = 1 + pcm->y2ex - pcm->y1ex;
      } else {
        yoff = 0;
        ysiz = pgr->isiz; 
      }
      xoff = 0; xsiz = 1;
      incr = 1;
    }
    exsz = xsiz * ysiz;
    rdw = exsz*4; 
    /* Swap the record header if necessary. fix by LIS @ NASA, 3/8/2004 ***/
    if (BYTEORDER != pcm->fwenflg) gabswp(&rdw,1);
    if (pcm->fwsqflg) fwrite(&rdw,sizeof(gaint),1,pcm->ffile);
    if (pgr->idim==1) {
      goff = yoff;
    } else {
      goff = xoff + yoff*pgr->isiz;
    }
    for (row=0; rowffile);
      ret = ferror(pcm->ffile);
      if (ret || (write != xsiz)) {
        snprintf(pout,255,"Error writing data for fwrite: %s\n", strerror(errno) ); 
        gaprnt(0, pout);
      }
      written = written + write;
      goff = goff + incr;
    }
    if (pcm->fwsqflg) fwrite(&rdw,sizeof(gaint),1,pcm->ffile);
  } 
  else {
    if (pcm->fwsqflg) fwrite(&rdw,sizeof(gaint),1,pcm->ffile);
    written = fwrite (fval, sizeof(gafloat), size, pcm->ffile);
    ret = ferror(pcm->ffile);
    if (ret || (written != size)) {
      snprintf(pout,255,"Error writing data for fwrite: %s\n", strerror(errno) ); 
      gaprnt(0, pout);
    }
    if (pcm->fwsqflg) fwrite(&rdw,sizeof(gaint),1,pcm->ffile);
  }

  if (pcm->ffile != stdout) {
    if (pcm->fwname) {
      snprintf(pout,255,"Wrote %ld of %i elements to ", written, exsz);
      gaprnt (2,pout);
      gaprnt (2,pcm->fwname);
    } else {
      snprintf(pout,255,"Wrote %ld of %i elements to grads.fwrite", written, exsz);
      gaprnt (2,pout);
    }
  
    if (pcm->fwsqflg) gaprnt(2," as Sequential");
    else gaprnt(2," as Stream");
    if (pcm->fwenflg) gaprnt(2," Big_Endian\n");
    else gaprnt(2," Little_Endian\n");
  }

  gagsav (20,pcm,NULL);
  /* free the array of copied floats/undefs */
  if (fval!=NULL) {
    fval = fval0;
    gree(fval,"f333");
    fval0=NULL;
  }
}

/* Write stations to file.  This is a hack.  Assumes x/y varying.  Does not 
   handle levels.  Does not write sequential.  Writes only to grads.stnwrt.  
   Writes one variable only.  Writes that variable as level-independent. 
   Does no error checking.  For each time called, writes out a time delimeter
   header.  There are probably more limitations I am not thinking of.
   Close the file with disable stnwrt */

void gastnwrt (struct gacmn *pcm) {
struct gastn *stn;
struct garpt *rpt;
struct rpthdr hdr;
gafloat val;
int i;

  if (pcm->sfile==NULL) {
    pcm->sfile = fopen ("grads.stnwrt","wb");
    if (pcm->sfile==NULL) {
      gaprnt (0,"Error opening output file for stnwrt\n");
      gaprnt (0,"  File name is: grads.stnwrt\n");
      return;
    }
  }
  stn = pcm->result[0].stn;
  rpt = stn->rpt;
  while (rpt) {
    if (rpt->umask!=0) {
      for (i=0; i<8; i++) hdr.id[i] = rpt->stid[i];
      hdr.lon = rpt->lon;  hdr.lat = rpt->lat;
      hdr.t = 0.0; hdr.nlev = 1;  hdr.flag = 1;
      fwrite (&(hdr), sizeof(struct rpthdr), 1, pcm->sfile);
      val = rpt->val;
      fwrite (&(val), sizeof(float), 1, pcm->sfile);
    }
    rpt = rpt->rpt;
  }
  hdr.nlev = 0;
  fwrite (&(hdr), sizeof(struct rpthdr), 1, pcm->sfile);
}

/* Do 2-D grid fill plots */

void gafgrd (struct gacmn *pcm) {
struct gagrid *pgr;
gaint i,j,k,iv,col,scol,isav,ii,siz;
gadouble *xybuf,*xy,*r;
char *rmask;
size_t sz;

  pgr = pcm->result[0].pgr;

  if ((pcm->rotate && (pgr->idim!=2 || pgr->jdim!=3)) ||
      (!pcm->rotate && pgr->idim==2 && pgr->jdim==3)) 
    pgr = gaflip(pgr,pcm);

  gas2d (pcm, pgr, 0);     /* Set up scaling */
  idiv = 1.0; jdiv = 1.0;
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);

  /* Allocate point buffer */

  siz = (pgr->isiz+2)*4;
  sz = sizeof(gadouble)*siz;
  xybuf = (gadouble *)galloc(sz,"xybuf");
  if (xybuf==NULL) {
    gaprnt(0,"Memory allocation error in FGRID\n");
    return;
  }
  *(xybuf+siz-1) = -1;

  /* Fill grid "boxes" */

  r = pgr->grid;
  rmask = pgr->umask;
  for (j=1; j<=pgr->jsiz; j++) {
    col = -1; scol = -1;
    isav = 1;
    for (i=1; i<=pgr->isiz; i++) {
      col = -1;
      if (*rmask != 0) {
        iv = floor(*r+0.5);   /* check with bdoty */
        for (k=0; kfgcnt; k++) {
          if (iv==pcm->fgvals[k]) col = pcm->fgcols[k];
        }
      }
      if (col!=scol) {
        if (scol>-1) {
          xy = xybuf;
          for (ii=isav; ii<=i; ii++) {
            gxconv ((gadouble)(ii)-0.5,(gadouble)(j)+0.5,xy,xy+1,3);
            xy+=2;
          }
          for (ii=i; ii>=isav; ii--) {
            gxconv ((gadouble)(ii)-0.5,(gadouble)(j)-0.5,xy,xy+1,3);
            xy+=2;
          }
          *xy = *xybuf;  
	  *(xy+1) = *(xybuf+1);
          gxcolr(scol);
          gxfill (xybuf,(1+i-isav)*2+1);
        }
        isav = i;
        scol = col;
      }
      r++; rmask++;
    }
    if (scol>-1) {
      xy = xybuf;
      for (ii=isav; ii<=pgr->isiz+1; ii++) {
        gxconv ((gadouble)(ii)-0.5,(gadouble)(j)+0.5,xy,xy+1,3);
        xy+=2;
      }
      for (ii=pgr->isiz+1; ii>=isav; ii--) {
        gxconv ((gadouble)(ii)-0.5,(gadouble)(j)-0.5,xy,xy+1,3);
        xy+=2;
      }
      *xy = *xybuf;  *(xy+1) = *(xybuf+1);
      gxcolr(scol);
      gxfill (xybuf,(2+pgr->isiz-isav)*2+1);
    }
  }
  if (*(xybuf+siz-1) != -1) {
    gaprnt (0,"Logic Error 16 in gafgrd.  Please report error.\n");
  }
  gree(xybuf,"f290");
  if (pgr->idim==0 && pgr->jdim==1) gawmap (pcm, 0);
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide(pcm->annthk-3);
  if (pcm->pass==0 && pcm->grdsflg)
        gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
  if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
  gaaxpl(pcm,pgr->idim,pgr->jdim);
  gafram (pcm);
  gagsav (5,pcm,pgr);
}

/* Do 2-D contour plots */
/* filflg:  
   0  line contours
   1  shaded contours
   2  grfill
   3  imap
   4,5  gxshad2

   shpflg:
   0  no shapefile
   1  line or shaded contours for shapefile output 

   return code ignored in all cases except when shpflg=1, in which case
   rc=0 contours created
   rc=1 no contours

*/

gaint gacntr (struct gacmn *pcm, gaint filflg, gaint shpflg) {
struct gagrid *pgr;
gadouble cmin,cmax,cint;
gadouble rl,rr,rrb,rmin,rmax, *rrr=0,*r;
gadouble pmin,pmax,tt;
gaint smooth, irb, clcnt, clflg, clopt;
gaint i,iexp,jexp,isz=0,jsz=0,ii,ii2=0,isav,cnt;
gaint cntrcnt,cntrcol;
char chlab[50],*rmask,*rrrmask=NULL,umin=0;
struct gxcntr scntr;
size_t sz;

  pgr = pcm->result[0].pgr;

  /* If gxout imap, check for validity.  Must by x/y plot and all must be linear. */
  if (filflg==3 && 
     (pcm->mproj<1 || pcm->mproj>2 || pgr->idim != 0 || pgr->jdim != 1) ) {
    gaprnt (0,"Invalid dimension and/or scaling environment for gxout imap\n");
    gaprnt (0,"   Mproj latlon or scaled required; x/y varying plot required\n");
    return 1;
  }

  /* check if user-provided contour levels are strictly increasing for shaded output */
  if (filflg && pcm->cflag) {
    for (i=1; icflag; i++) {
      if (pcm->clevs[i] <= pcm->clevs[i-1]) {
	gaprnt(2,"Invalid user-specified contour levels for shaded output.\n");
	gaprnt(2,"   Contour levels must be strictly increasing.\n");
	return 1;
      }
    }
  }

  /* flip axes for Z-T plots (skip this for shapefile output )*/
  if (shpflg==0) {
    if ( (pcm->rotate && (pgr->idim!=2 || pgr->jdim!=3)) ||
	 (!pcm->rotate && pgr->idim==2 && pgr->jdim==3)) pgr = gaflip(pgr,pcm);
    
    gxstyl (1);
    gxwide (1);
    if (filflg) gas2d (pcm, pgr, 0);   /* No map yet if shaded cntrs */
    else gas2d (pcm, pgr, 1);          /* Scaling plus map */
  }

  /* Determine data min/max */
  gamnmx (pgr);
  if (pgr->umin==0) {
    gaprnt (1,"Cannot contour grid - all undefined values \n");
    gxcolr(1);
    if (pcm->dwrnflg) gxchpl ("Entire Grid Undefined",21,3.0,4.5,0.3,0.25,0.0);
    return 1;
  }

  /* Determine contour interval */
  if (!pcm->cflag) {
    gacsel (pgr->rmin,pgr->rmax,&(pcm->cint),&cmin,&cmax);
    cint = pcm->cint;
    if (cint==0.0) {  /* field is a constant */
      if (pcm->dwrnflg && shpflg==0) {
	/* use fgrid and red to display the grid, print message to user */
        isav=pcm->gout2a;
        pcm->fgvals[0]=pgr->rmin;
	if (pcm->ccolor>0)
	  pcm->fgcols[0]=pcm->ccolor;
	else
	  pcm->fgcols[0]=2;
        pcm->gout2a = 6;
        pcm->fgcnt = 1;
        gaplot (pcm);
        pcm->gout2a = isav;
        pcm->fgcnt = 0;
        snprintf(pout,255,"Constant field.  Value = %g\n",pgr->rmin);
        gaprnt (1,pout);
      } else {
	/* just print the message */
        snprintf(pout,255,"Constant field.  Value = %g\n",pgr->rmin);
        gaprnt (1,pout);
      }
      return 1;
    }
    /* make sure there aren't too many levels */
    pmin = cmin;
    if (pmincmin) pmin = pcm->cmin;
    pmax = cmax;
    if (pmax>pcm->cmax) pmax = pcm->cmax;
    if ((pmax-pmin)/cint>100.0) {
      gaprnt (0,"Too many contour levels -- adjusting cint\n");
      while ((pmax-pmin)/cint>100.0) cint*=10.0;
      pcm->cint = cint;
      gacsel (pgr->rmin,pgr->rmax,&cint,&cmin,&cmax);
    }
  }

  if (pcm->ccolor>=0) gxcolr(pcm->ccolor);
  if (pcm->ccolor<0 && pcm->rainmn==0.0 && pcm->rainmx==0.0 && !pcm->cflag) {
    pcm->rainmn = cmin;
    pcm->rainmx = cmax;
  }

  /* Expand grid if smoothing was requested */
  idiv = 1.0; jdiv = 1.0;
  smooth = 0;
  rmin = pgr->rmin; rmax = pgr->rmax;
  if (pcm->csmth && (pgr->isiz<51 || pgr->jsiz<51)) {
    smooth = 1;
    iexp = 100 / pgr->isiz;
    jexp = 100 / pgr->jsiz;
    if (iexp>5) iexp = 4;
    if (jexp>5) jexp = 4;
    if (iexp<1) iexp = 1;
    if (jexp<1) jexp = 1;
    isz = ((pgr->isiz-1)*iexp) + 1;
    jsz = ((pgr->jsiz-1)*jexp) + 1;
    sz = isz*jsz*sizeof(gadouble);
    rrr = (gadouble *)galloc(sz,"rrr");
    if (rrr==NULL) {
      gaprnt (0,"Memory Allocation Error:  CSMOOTH operation\n");
      return 1;
    }
    sz = isz*jsz*sizeof(char);
    rrrmask = (char *)galloc(sz,"rrrmask");
    if (rrrmask==NULL) {
      gaprnt (0,"Memory Allocation Error:  CSMOOTH operation\n");
      gree(rrr,"f291b");
      return 1;
    }
    idiv = (gadouble)iexp;
    jdiv = (gadouble)jexp;
    if (pcm->csmth==1) {
      gagexp (pgr->grid, pgr->isiz, pgr->jsiz, rrr, iexp, jexp, pgr->umask, rrrmask);
    } else {
      gaglin (pgr->grid, pgr->isiz, pgr->jsiz, rrr, iexp, jexp, pgr->umask, rrrmask);
    }

    /* We may have created new contour levels.  Adjust cmin and cmax appropriately */
    if (!pcm->cflag) {
      rmin = 9.99e8;
      rmax = -9.99e8;
      r = rrr;
      rmask = rrrmask;
      cnt=0;
      for (i=0;i*r) rmin = *r; 
          if (rmax<*r) rmax = *r;
        }
        r++; rmask++;
      }
      if (cnt==0 || dequal(rmin,9.99e8,1e-8)==0 || dequal(rmax,-9.99e8,1e-8)==0) 
	umin = 0;
      else 
	umin = 1;

      if (umin==0) {
        gaprnt (1,"Cannot contour grid - all undefined values \n");
        if (pcm->dwrnflg) gxchpl ("Entire Grid Undefined",21,3.0,4.5,0.3,0.25,0.0);
        gree(rrr,"f291");
        gree(rrrmask,"f291a");
        return 1;
      }
      while (rmincmax) cmax += cint;
    }
  }
  if (pcm->cflag) {
    gaprnt (2,"Contouring at clevs = ");
    for (i=0; icflag; i++) {
      snprintf(pout,255," %g",pcm->clevs[i]);
      gaprnt (2,pout);
    }
    gaprnt (2,"\n");
  } else {
    snprintf(pout,255,"Contouring: %g to %g interval %g \n",cmin,cmax,cint);
    gaprnt (2,pout);
  }

  gxclip (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2);
  if (pcm->rbflg) irb = pcm->rbflg - 1;
  else irb = 12;
  rrb = irb+1;
  if (filflg) {
    gaselc (pcm,pgr->rmin,pgr->rmax);
    if (smooth) {
      if (filflg==1) {
	gxshad (rrr,isz,jsz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,rrrmask);
      } else if (filflg==2) {
	gagfil (rrr,isz,jsz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,rrrmask);
      } else if (filflg==3) {
	gaimap (rrr,isz,jsz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,rrrmask,
                    pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2);
      } else if (filflg==4) {
	gxshad2 (rrr,isz,jsz,pcm->shdlvs,pgr->rmax,pcm->shdcls,pcm->shdcnt,rrrmask);
      } else if (filflg==5) {
	gxshad2b (rrr,isz,jsz,pcm->shdlvs,pgr->rmax,pcm->shdcls,pcm->shdcnt,rrrmask);
      }
    } 
    else {
      if (filflg==1) {
        gxshad (pgr->grid,pgr->isiz,pgr->jsiz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,pgr->umask);
      } else if (filflg==2) {
        gagfil (pgr->grid,pgr->isiz,pgr->jsiz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,pgr->umask);
      } else if (filflg==3) {
        gaimap (pgr->grid,pgr->isiz,pgr->jsiz,pcm->shdlvs,pcm->shdcls,pcm->shdcnt,
             pgr->umask, pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2);
      } else if (filflg==4) {
        gxshad2 (pgr->grid,pgr->isiz,pgr->jsiz,pcm->shdlvs,pgr->rmax,pcm->shdcls,pcm->shdcnt,pgr->umask);
      } else if (filflg==5) {
        gxshad2b (pgr->grid,pgr->isiz,pgr->jsiz,pcm->shdlvs,pgr->rmax,pcm->shdcls,pcm->shdcnt,pgr->umask);
      }
    }
    if (pgr->idim==0 && pgr->jdim==1 && shpflg==0) gawmap (pcm, 0);
  } 
  else {
    gxwide (pcm->cthick);
    cntrcnt = 0;
    cntrcol = -1;
    if (pcm->cflag) {          /* user has specified contour levels */
      for (i=0; icflag; i++) {
        rr = pcm->clevs[i];
        if (rr<0.0&&pcm->cstyle==-9) gxstyl (3);
        else gxstyl(pcm->cstyle);
        if (pcm->ccolor < 0 && pcm->ccflg == 0) {
          if (pcm->cflag==1) ii=irb/2;
          else ii = (gaint)((gadouble)(i*irb)/((gadouble)(pcm->cflag-1)));
          if (ii>irb) ii=irb;
          if (ii<0) ii=0;
          if (pcm->rbflg>0) {
            if (pcm->ccolor==-1) {
	      gxcolr(pcm->rbcols[ii]);
	      cntrcol = pcm->rbcols[ii];
	    }
            else {
	      gxcolr(pcm->rbcols[irb-ii]);
	      cntrcol = pcm->rbcols[irb-ii];
	    }
          } else {
	    if (pcm->ccolor==-1) {
	      gxcolr(rcols[ii]);
	      cntrcol = rcols[ii];
	    }
            else {
	      gxcolr(rcols[12-ii]);
	      cntrcol = rcols[12-ii];
	    }
          }
        }
        if (pcm->ccflg) {
          ii = i;
          if (ii>=pcm->ccflg) ii = pcm->ccflg-1;
          gxcolr (pcm->ccols[ii]);
	  cntrcol = pcm->ccols[ii];  
        }
	if (pcm->ccolor > 0 && pcm->ccflg == 0) cntrcol = pcm->ccolor; /* overlays */
        if (pcm->clstr) 
	  snprintf(chlab,49,pcm->clstr,rr);
        else 
	  snprintf(chlab,49,"%g",rr);
        chlab[21] = '\0';   /* Limit length of label to 20 chars */
        scntr.label = chlab;       scntr.spline = pcm->cterp;
        scntr.ltype = pcm->clab;   scntr.ccol = gxqclr();
        scntr.labcol = pcm->clcol; scntr.labwid = pcm->clthck;
        scntr.labsiz = pcm->clsiz; scntr.val = rr;
	/* label masking and shpflag must be turned on for shapefiles */
        if (pcm->clab==3 || shpflg==1) {
	  scntr.mask=1; 
	  if (shpflg) scntr.shpflg=1;
	  else scntr.shpflg=0;
	}
	else {
	  scntr.mask=0;
	}
        if (smooth) {
          gxclev (rrr,isz,jsz,1,isz,1,jsz,rr,rrrmask,&scntr);
        } else {
          gxclev (pgr->grid,pgr->isiz,pgr->jsiz,1,pgr->isiz,1,
                  pgr->jsiz,rr,pgr->umask,&scntr);
        }
	pcm->cntrcols[cntrcnt] = cntrcol; 
	pcm->cntrlevs[cntrcnt] = rr;
	cntrcnt++;
      }
      pcm->cntrcnt = cntrcnt; 
    } else {
      clcnt = 0;
      clopt = 0;  /* normalize clskip only when well-behaved */
      if (fabs(cmin/cint)<1e6 || fabs(cmax/cint)<1e6) clopt=1; 
      for (rl=cmin;rl<=cmax+(cint/2.0);rl+=cint) {
	if (dequal(rl,0.0,1e-15)==0) rl=0.0; /* a quick patch */
        if (rlcmin || rl>pcm->cmax) continue;
        if (pcm->blkflg && rl>=pcm->blkmin && rl<=pcm->blkmax) continue;
        rr = rl;
        if (rr<0.0 && pcm->cstyle==-9) gxstyl (3);
        else gxstyl(pcm->cstyle);
        if (pcm->ccolor < 0) {
          ii = (gaint)(rrb*(rr-pcm->rainmn)/(pcm->rainmx-pcm->rainmn));
          if (ii>irb) ii=irb;
          if (ii<0) ii=0;
          if (pcm->rbflg>0) {
            if (pcm->ccolor==-1) {
	      gxcolr(pcm->rbcols[ii]);
	      cntrcol = pcm->rbcols[ii];
	    }
            else {
	      gxcolr(pcm->rbcols[irb-ii]);
	      cntrcol = pcm->rbcols[irb-ii];
	    }
          } else {
            if (pcm->ccolor==-1) {
	      gxcolr(rcols[ii]);
	      cntrcol = rcols[ii];
	    }
            else {
	      gxcolr(rcols[12-ii]);
	      cntrcol = rcols[12-ii];
	    }
          }
        }
	else {
	  cntrcol = pcm->ccolor;
	}
        clflg = 0;
        if (clopt) {
          tt = rl/(cint*(gadouble)pcm->clskip);
          ii = (gaint)(tt+0.009);
          ii2 = (gaint)(tt-0.009);
          if (fabs(tt-(gadouble)ii)<0.01 || fabs(tt-(gadouble)ii2)<0.01) clflg=1;
        } else {
          if (clcnt == pcm->clskip) {
            clflg = 1; clcnt = 0;
          } else clcnt++;
        }
        if (clflg) {
          if (pcm->clstr) {
	    snprintf(chlab,49,pcm->clstr,rr);
	  } else {
	    snprintf(chlab,49,"%g",rr);
	  }
          chlab[21] = '\0';  /* Limit length to 20 chars */
        } else {
          chlab[0] = '\0';
        }
        scntr.label = chlab;       scntr.spline = pcm->cterp;
        scntr.ltype = pcm->clab;   scntr.ccol = gxqclr();
        scntr.labcol = pcm->clcol; scntr.labwid = pcm->clthck;
        scntr.labsiz = pcm->clsiz; scntr.val = rr;
	/* label masking and shpflag must be turned on for shapefiles */
        if (pcm->clab==3 || shpflg==1) {
	  scntr.mask=1; 
	  if (shpflg) scntr.shpflg=1;
	  else scntr.shpflg=0;
	}
	else {
	  scntr.mask=0;
	}
        if (smooth) {
          gxclev (rrr,isz,jsz,1,isz,1,jsz,rr,rrrmask,&scntr);
        } else {
          gxclev (pgr->grid,pgr->isiz,pgr->jsiz,1,pgr->isiz,1,
                  pgr->jsiz,rr,pgr->umask,&scntr);
        }
	pcm->cntrcols[cntrcnt] = cntrcol; 
	pcm->cntrlevs[cntrcnt] = rr;
	cntrcnt++;
      }
      pcm->cntrcnt = cntrcnt;
    }
    if (shpflg==0) {
      if (pcm->clab == 3) {
	gxpclin();
      }
      else {
	if (pcm->clcol>-1) gxcolr (pcm->clcol);
	if (pcm->clthck>-1) gxwide (pcm->clthck);
	gxclab (pcm->clsiz,pcm->clab,pcm->clcol);
      }
      gxcrel ();
    }
  }
  if (smooth) {
    gree(rrr,"f292");
    gree(rrrmask,"f292a");
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
  gxcolr(pcm->anncol);
  gxwide (pcm->annthk-3);
  if (shpflg==0) {
    if (pcm->pass==0 && pcm->grdsflg)
      gxchpl("GrADS: COLA/IGES",16,0.05,0.05,0.1,0.08,0.0);
    if (pcm->pass==0 && pcm->timelabflg) gatmlb(pcm);
    gaaxpl(pcm,pgr->idim,pgr->jdim);
    gafram (pcm);
  }
  if (filflg==1) {
    gagsav (2,pcm,pgr);
  }
  else if (filflg==2) {
    gagsav (16,pcm,pgr);
  }
  else if (filflg==3) {
    gagsav (26,pcm,pgr);
  }
  else if (filflg==4) {
    gagsav (27,pcm,pgr);
  }
  else if (filflg==5) {
    gagsav (28,pcm,pgr);
  }
  else {
    if (shpflg==0) gagsav (1,pcm,pgr);
  }
  return 0;
}

/* Routine to perform grid level scaling.  The address of this
   routine is passed to gxgrid.  */

void gaconv (gadouble s, gadouble t, gadouble *x, gadouble *y) {
  s = ((s-1.0)/idiv)+1.0;
  t = ((t-1.0)/jdiv)+1.0;
  if (iconv==NULL) *x = s+ioffset;
  else *x = iconv(ivars, (s+ioffset));
  if (jconv==NULL) *y = t+joffset;
  else *y = jconv(jvars, (t+joffset));
}

/* Draw axis labels.  axis = 1 is x axis, axis = 0 is y axis */

void gaaxis (gaint axis, struct gacmn *pcm, gaint dim) {
struct gafile *pfi;
struct dt tstrt,tincr,addmo,twrk;
gadouble vmin,vmax,*tvals=0,x,y,tt;
gadouble v,vincr,vstrt,vend;
gadouble m,b,cs,xx,cwid,pos;
gaint ii,len,tinc=0,colr,thck,flg,i,cnt;
char lab[30],olab[30],*chlb=NULL;
 
  if (axis && pcm->xlab==0) return;
  if (!axis && pcm->ylab==0) return;
  addmo.yr = 0L;
  addmo.mo = 1L;
  addmo.dy = 0L;
  addmo.hr = 0L;
  addmo.mn = 0L;
  if (axis==1) {
    cs = pcm->xlsiz; 
    colr = pcm->xlcol;
    thck = pcm->xlthck;
    if (pcm->xlside) pos = pcm->ysiz2 + pcm->xlpos;
    else pos = pcm->ysiz1 + pcm->xlpos;
    if (pcm->xlpos!=0.0) { 
      gxcolr (pcm->anncol);
      gxwide (pcm->annthk);
      gxstyl (1);
      gxplot (pcm->xsiz1,pos,3);
      gxplot (pcm->xsiz2,pos,2);
    }
  } else {
    cs = pcm->ylsiz;
    colr = pcm->ylcol;
    thck = pcm->ylthck;
    if (pcm->ylside) pos = pcm->xsiz2 + pcm->ylpos;
    else pos = pcm->xsiz1 + pcm->ylpos;
    if (pcm->ylpos!=0.0) {
      gxcolr (pcm->anncol);
      gxwide (pcm->annthk);
      gxstyl (1);
      gxplot (pos,pcm->ysiz1,3);
      gxplot (pos,pcm->ysiz2,2);
    }
  }
  /* Select axis min and max */
  vincr=0.0;
  if (dim==5) {         /* hard coded 5 */
    vmin = pcm->rmin; 
    vmax = pcm->rmax;
  } 
  else if (dim==3) {
    pfi = pcm->pfid;
    tvals = pfi->abvals[3];
    vmin = t2gr(tvals,&(pcm->tmin));
    vmax = t2gr(tvals,&(pcm->tmax));
  } else {
    vmin = pcm->dmin[dim];
    vmax = pcm->dmax[dim];
  }
  if (axis && pcm->xlabs) {  /* doesn't allow only one label? */
    vmin = 1.0;
    vmax = (gadouble)pcm->ixlabs;
    vincr = 1.0;
    dim = 5;
  }
  if (!axis && pcm->ylabs) {
    vmin = 1.0;
    vmax = (gadouble)pcm->iylabs;
    vincr = 1.0;
    dim = 5;
  }
  if (axis && pcm->axflg && (dim!=2 || pcm->zlog==0)) {
    vmin = pcm->axmin;
    vmax = pcm->axmax;
    vincr = pcm->axint;
    dim = 5;
    gaprnt (1,"Warning:  X axis labels overridden by SET XAXIS.\n");
    gaprnt (1,"   Labels may not reflect correct scaling for dimensions or data.\n");
  }
  if (!axis && pcm->ayflg && (dim!=2 || pcm->zlog==0)) {
    vmin = pcm->aymin;
    vmax = pcm->aymax;
    vincr = pcm->ayint;
    dim = 5;
    gaprnt (1,"Warning:  Y axis labels overridden by SET YAXIS.\n");
    gaprnt (1,"   Labels may not reflect correct scaling for dimensions or data.\n");
  }
  if (vmin==vmax) {   /* no precision check */
    gaprnt(0,"gaaxis internal logic check 24\n");
    return;
  }

  /* Handle axis flipping */

  if (axis) {
    if (pcm->xflip) {
      m=(pcm->xsiz2-pcm->xsiz1)/(vmin-vmax);
      b=pcm->xsiz1-(m*vmax);
    } else {
      m=(pcm->xsiz2-pcm->xsiz1)/(vmax-vmin);
      b=pcm->xsiz1-(m*vmin);
    }
  } else {
    if (pcm->yflip) {
      m=(pcm->ysiz2-pcm->ysiz1)/(vmin-vmax);
      b=pcm->ysiz1-(m*vmax);
    } else {
      m=(pcm->ysiz2-pcm->ysiz1)/(vmax-vmin);
      b=pcm->ysiz1-(m*vmin);
    }
  }

  /* Select label interval */

  if (vmin>vmax) {
    v = 1.0*vmax;  /* Avoid optimization */
    vmax = vmin;
    vmin = v;
  }
  if (dim==3) {
    tinc = gatinc (pcm, &tstrt, &tincr);
  } else {
    flg = 1;
    if (axis==1 && pcm->xlint!=0.0) {vincr=pcm->xlint; flg=0;}
    if (axis==0 && pcm->ylint!=0.0) {vincr=pcm->ylint; flg=0;}
    if (vincr<0.0) {
      vincr = -1.0 * vincr;
      vstrt = vmin;
      vend = vmax;
      vend = vend+(vincr*0.5);
    } else {
      gacsel (vmin,vmax,&vincr,&vstrt,&vend);
      if (vincr==0.0) {  /* no precision check */
        gaprnt (0,"gaaxis internal logic check 25\n");
        return;
      }
      if (dim==1 && flg) {
        if (vincr>19.9) vincr=30.0;
        else if (vincr>10.0) vincr=10.0;
      }
      if (dim==0 && flg) {
        if (vincr>74.5) vincr=90.0;
        else if (vincr>44.5) vincr=60.0;
        else if (vincr>24.9) vincr=30.0;
        else if (vincr>14.5) vincr=20.0;
        else if (vincr>10.0) vincr=10.0;
      }
      gacsel (vmin,vmax,&vincr,&vstrt,&vend);
      vend = vend+(vincr*0.5);
    }
  }

  gxcolr(colr);
  gxwide(thck);
  gxstyl(1);
  if (dim!=3) {
    if (axis==1 && pcm->xlflg>0) cnt = pcm->xlflg;
    else if (axis==0 && pcm->ylflg>0) cnt = pcm->ylflg;
    else {
      cnt = 1.0 + (vend-vstrt)/vincr;
      if (cnt>50) cnt=50;
      for (i=0; ixlevs+i) = v;
        else *(pcm->ylevs+i) = v;
      }
    }

    i = 0;
    if (axis==1 && pcm->xlabs) chlb = pcm->xlabs;
    if (axis==0 && pcm->ylabs) chlb = pcm->ylabs;
    while (ixlevs+i);
      else v = *(pcm->ylevs+i);
      if (axis==1 && pcm->xlstr) snprintf(lab,29,pcm->xlstr,v);
      else if (axis==0 && pcm->ylstr) snprintf(lab,29,pcm->ylstr,v);
      else if ( ( axis==1 && pcm->xlabs ) || ( axis==0 && pcm->ylabs) ) {
        snprintf(lab,29,chlb,v);
        while (*chlb) chlb++;
        chlb++;
      }
      else {
        if (dim==0 && pcm->mproj>0) len = galnch(v,lab);
        else if (dim==1 && pcm->mproj>0) len = galtch(v,lab);
        else snprintf(lab,29,"%g",v);
      }
      len=0;
      while (lab[len]) len++;
      cwid = (gadouble)len*cs;
      gxchln (lab,len,cs,&cwid);
      if (axis) {
        x = (v*m)+b;
        if (dim==2 && pcm->zlog) gxconv(v,pos,&x,&tt,2);
        else if (dim==1 && pcm->coslat) gxconv(v,pos,&x,&tt,2); 
        else if (pcm->log1d) gxconv(v,pos,&x,&tt,2); 
        if (xxsiz1-0.05 || x>pcm->xsiz2+0.05) {
          i++;
          continue;
        }
        gxplot (x,pos,3);
        if (pcm->xlside) gxplot (x,pos+(cs*0.4),2);
        else gxplot (x,pos-(cs*0.4),2);
        if (pcm->grflag==1 || pcm->grflag==3) {
          gxwide (1);
          gxstyl (pcm->grstyl);
          gxcolr (pcm->grcolr);
          gxplot (x,pcm->ysiz1,3);
          gxplot (x,pcm->ysiz2,2);
          gxcolr(colr);
          gxwide(thck);
          gxstyl(1);
        }
        x = x - cwid*0.4;
        if (pcm->xlside) y = pos + (cs*0.7);
        else y = pos - (cs*1.7);
      } else {
        y = (v*m)+b;
        if (dim==2 && pcm->zlog) gxconv(pcm->xsiz1,v,&tt,&y,2);
        else if (dim==1 && pcm->coslat) gxconv(pcm->xsiz1,v,&tt,&y,2); 
        else if (pcm->log1d) gxconv(pcm->xsiz1,v,&tt,&y,2); 
        if (yysiz1-0.05 || y>pcm->ysiz2+0.05) {
          i++;
          continue;
        }
        gxplot (pos,y,3);
        if (pcm->ylside) {
          gxplot (pos+(cs*0.4),y,2);
          x = pos + cs*0.8;
        } else {
          gxplot (pos-(cs*0.4),y,2);
          x = pos - (cwid+cs)*0.8;
          if (pcm->yllow<(cwid+cs)*0.8) pcm->yllow = (cwid+cs)*0.8;
        }
        if (pcm->grflag==1 || pcm->grflag==2) {
          gxwide (1);
          gxstyl (pcm->grstyl);
          gxcolr (pcm->grcolr);
          gxplot (pcm->xsiz1,y,3);
          gxplot (pcm->xsiz2,y,2);
          gxwide(thck);
          gxcolr(colr);
          gxstyl(1);
        }
        y = y - (cs*0.5);
      }
      gxchpl(lab,len,x,y,cs,cs*0.8,0.0);
      lab[9] = '\0';
      i++;
    }
  } else {

    /*  Do Date/Time labeling  */

    strcpy (olab,"mmmmmmmmmmmmmmmm");
    while (timdif(&tstrt,&(pcm->tmax))>-1L) {
      len = gat2ch(&tstrt,tinc,lab,30);
      v = t2gr(tvals,&tstrt);
      if (axis) {
        x = (v*m)+b;
        gxplot (x,pos,3);
        if (pcm->xlside) gxplot (x,pos+(cs*0.4),2);
        else gxplot (x,pos-(cs*0.4),2);
        if (pcm->grflag==1 || pcm->grflag==3) {
          gxwide (1);
          gxstyl (pcm->grstyl);
          gxcolr (pcm->grcolr);
          gxplot (x,pcm->ysiz1,3);
          gxplot (x,pcm->ysiz2,2);
          gxwide(thck);
          gxcolr(colr);
          gxstyl(1);
        }
        if (pcm->xlside) y = pos + (cs*0.7);
        else y = pos - (cs*1.7);
        ii = 0;
        if (tinc>3) {
          if (tinc==5) len = 6;
          if (tinc==4) len = 3;
          if (cmpch(&(lab[ii]),&(olab[ii]),len)) {
            cwid = len*cs;
            gxchln(&lab[ii],len,cs,&cwid);
            xx = x - cwid*0.4;
            gxchpl(&lab[ii],len,xx,y,cs,cs*0.8,0.0);
          }
          if (pcm->xlside) y = y + cs*1.4;
          else y = y - cs*1.4;
          ii = len;
        }
        if (tinc>1 && pcm->tlsupp<2) {
          len = 5;
          if (tinc==2) len=3;
          if (cmpch(&(lab[ii]),&(olab[ii]),len)) {
            if (lab[ii]=='0') {ii++; len--;}
            cwid = len*cs;
            gxchln(&lab[ii],len,cs,&cwid);
            xx = x - cwid*0.4;
            gxchpl(&lab[ii],len,xx,y,cs,cs*0.8,0.0);
          }
          if (pcm->xlside) y = y + cs*1.4;
          else y = y - cs*1.4;
          ii += len;
        }
        len = 4;
        if (tinc!=2 || tstrt.yr!=9999) {
          if (pcm->tlsupp==0) {
          if (cmpch(&(lab[ii]),&(olab[ii]),len)) {
            cwid = len*cs;
            gxchln(&lab[ii],len,cs,&cwid);
            xx = x - cwid*0.4;
            gxchpl(&lab[ii],len,xx,y,cs,cs*0.8,0.0);
          }
          }
        }
        strcpy (olab,lab);
      } else {
        y = (v*m)+b;
        gxplot (pos,y,3);
        if (pcm->ylside) gxplot (pos+(cs*0.4),y,2);
        else gxplot (pos-(cs*0.4),y,2);
        if (pcm->grflag==1 || pcm->grflag==2) {
          gxwide (1);
          gxstyl (pcm->grstyl);
          gxcolr (pcm->grcolr);
          gxplot (pcm->xsiz1,y,3);
          gxplot (pcm->xsiz2,y,2);
          gxwide(thck);
          gxcolr(colr);
          gxstyl(1);
        }
        ii = 0;
        if (pcm->tlsupp==1) len = len - 4;
        if (pcm->tlsupp==2) len = len - 9;
        if (len > 1) {
          if (tinc==3&&lab[0]=='0') {ii=1; len--;}
          y = y - (cs*0.5);
          cwid = len*cs;
          gxchln(&lab[ii],len,cs,&cwid);
          if (pcm->ylside) {
            x = pos + cs*0.8;
          } else {
            x = pos - (cwid+cs)*0.8;
            if (pcm->yllow<(cwid+cs)*0.8) pcm->yllow = (cwid+cs)*0.8;
          }
          gxchpl(&lab[ii],len,x,y,cs,cs*0.8,0.0);
        }
      }

      /* Get next date/time. */

      twrk = tincr;
      timadd (&tstrt, &twrk);
      tstrt = twrk;
      if (tincr.dy>1L&&(tstrt.dy==31L||(tstrt.dy==29L&&tstrt.dy==2))) {
        tstrt.dy = 1L;
        twrk = addmo;
        timadd (&tstrt, &twrk);
        tstrt = twrk;
      }
      if (tincr.dy>3&&tstrt.dy==3&&(tstrt.dy==2||tstrt.dy==3)) tstrt.dy = 1;
    }
  }
}

/* Set up map projection scaling.  */

void gamscl (struct gacmn *pcm) {
gaint rc=0, flag;

  if (pcm->paflg) {
    mpj.xmn = pcm->pxmin;
    mpj.xmx = pcm->pxmax;
    mpj.ymn = pcm->pymin;
    mpj.ymx = pcm->pymax;
  } else {
    mpj.xmn = 0.5;
    mpj.xmx = pcm->xsiz - 0.5;
    mpj.ymn = 0.75;
    mpj.ymx = pcm->ysiz - 0.75;
  }
  if (pcm->mpflg==4 && pcm->mproj>2 && pcm->mproj!=7) {
    mpj.lnmn = pcm->mpvals[0]; mpj.lnmx = pcm->mpvals[1];
    mpj.ltmn = pcm->mpvals[2]; mpj.ltmx = pcm->mpvals[3];
  } else {
    mpj.lnmn = pcm->dmin[0]; mpj.lnmx = pcm->dmax[0];
    mpj.ltmn = pcm->dmin[1]; mpj.ltmx = pcm->dmax[1];
  }
  flag = 0;
  if (pcm->mproj==3) {
    rc = gxnste (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for NPS\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  } else if (pcm->mproj==4) {
    rc = gxsste (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for SPS\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  } else if (pcm->mproj==5) {
    rc = gxrobi (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for Robinson\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  } else if (pcm->mproj==6) {
    rc = gxmoll (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for Mollweide\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  } else if (pcm->mproj==7) {
    if (pcm->mpflg==4) {
      mpj.axmn = pcm->mpvals[0]; mpj.axmx = pcm->mpvals[1];
      mpj.aymn = pcm->mpvals[2]; mpj.aymx = pcm->mpvals[3];
    } else mpj.axmn = -999.9;
    rc = gxortg (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for Orthographic Projection\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  } else if (pcm->mproj==13) {
    rc = gxlamc (&mpj);
    if (rc) {
      gaprnt (0,"Map Projection Error:  Invalid coords for Lambert conformal Projection\n");
      gaprnt (0,"  Will use linear lat-lon projection\n");
      flag = 1;
    }
  }

  if (pcm->mproj==2 || flag) rc = gxltln (&mpj);
  else if (pcm->mproj<2) rc = gxscld (&mpj, pcm->xflip, pcm->yflip);
  if (rc) {
    gaprnt (0,"Map Projection Error:  Internal Logic check\n");
    return;
  };

  pcm->xsiz1 = mpj.axmn;
  pcm->xsiz2 = mpj.axmx;
  pcm->ysiz1 = mpj.aymn;
  pcm->ysiz2 = mpj.aymx;
}

/* Plot map with proper data set, line style, etc. */
/* If iflg true, check pass number */

void gawmap (struct gacmn *pcm, gaint iflg) {
struct mapopt mopt;
gaint i;

  if (pcm->mproj==0 || (pcm->pass > 0 && iflg)) return;
  if (pcm->mpdraw==0) return;
  gxclip (pcm->xsiz1, pcm->xsiz2, pcm->ysiz1, pcm->ysiz2);
  if (pcm->mapcol<0) {
    if (iflg) {
      mopt.dcol = pcm->mcolor;
      mopt.dstl = 1;
      mopt.dthk = 1;
    } else {
      mopt.dcol = 1;
      mopt.dstl = 1;
      mopt.dthk = 4;
    }
  } else {
    mopt.dcol = pcm->mapcol;
    mopt.dstl = pcm->mapstl;
    mopt.dthk = pcm->mapthk;
  }
  mopt.lnmin = pcm->dmin[0]; mopt.lnmax = pcm->dmax[0];
  mopt.ltmin = pcm->dmin[1]; mopt.ltmax = pcm->dmax[1];
  mopt.mcol = pcm->mpcols;
  mopt.mstl = pcm->mpstls;
  mopt.mthk = pcm->mpthks;
  i = 0;
  while (pcm->mpdset[i]) {
    mopt.mpdset = pcm->mpdset[i];
    gxdmap (&(mopt));
    i++;
  }
  gxclip (0.0, pcm->xsiz, 0.0, pcm->ysiz);
}

/* Select a contour interval.  */

void gacsel (gadouble rmin, gadouble rmax, gadouble *cint, gadouble *cmin, gadouble *cmax) {
  gadouble rdif,ndif,norml,w1,w2,t1,t2,absmax;

  /* determine if field is a constant */
  absmax = ( fabs(rmin)+fabs(rmax) + fabs(fabs(rmin)-fabs(rmax)) )/2;
  if (absmax > 0.0) {
    ndif = (fabs(rmax-rmin))/absmax;
  }
  else {
    /* rmin and rmax are both zero */
    *cint=0.0;
    *cmin=0.0;
    *cmax=0.0;
    return;
  }
      
  if (ndif > 0) {
    rdif = rmax-rmin;
  }
  else {
    /* rmin and rmax are the same */
    *cint=0.0;
    *cmin=0.0;
    *cmax=0.0;
    return;
  }
 
  /* determine appropriate contour min, max, and interval */
  if (*cint==0.0) {            /* no precision check */
    rdif = rdif/10.0;          /* appx. 10 contour intervals */
    w2 = floor(log10(rdif));
    w1 = pow(10.0,w2);
    norml = rdif/w1;           /* normalized contour interval */
    if     (norml>=1.0 && norml<=1.5) *cint=1.0;
    else if (norml>1.5 && norml<=2.5) *cint=2.0;
    else if (norml>2.5 && norml<=3.5) *cint=3.0;
    else if (norml>3.5 && norml<=7.5) *cint=5.0;
    else *cint=10.0;
    *cint = *cint*w1;
  }
  *cmin = *cint * ceil(rmin/(*cint));  
  *cmax = *cint * floor(rmax/(*cint));

  /* Check for interval being below machine epsilon for these values */
  t1 = rmin + *cint;
  t2 = rmax - *cint;
  if ((dequal(rmin, t1, 1.0e-16)==0) ||
      (dequal(rmax, t2, 1.0e-16)==0)) {
    *cint=0.0;
    *cmin=0.0;
    *cmax=0.0;
  }
  return;
}

/* Convert longitude to character */

gaint galnch (gadouble lon, char *ch) {
gaint len;

  while (lon<=-180.0) lon+=360.0;
  while (lon>180.0) lon-=360.0;

  snprintf(ch,29,"%g",fabs(lon));
  len=0;
  while (ch[len]) len++;
  if (lon<0.0) {
    ch+=len;
    *ch='W';
    *(ch+1)='\0';
    len++;
  }
  if (lon>0.0 && lon<180.0) {
    ch+=len;
    *ch='E';
    *(ch+1)='\0';
    len++;
  }
  return (len);
}

/* Convert latitude to character */

gaint galtch (gadouble lat, char *ch) {

gaint len;

  snprintf(ch,29,"%g",fabs(lat));
  len=0;
  while (ch[len]) len++;
  if (lat<0.0) {
    ch+=len;
    *ch='S';
    *(ch+1)='\0';
    len++;
  } else if (lat>0.0) {
    ch+=len;
    *ch='N';
    *(ch+1)='\0';
    len++;
  } else {
    *ch='E';
    *(ch+1)='Q';
    *(ch+2)='\0';
    len=2;
  }
  return (len);
}

/* Expand a grid using bi-linear interpolation.  Same args as  gagexp.  */

void gaglin (gadouble *g1, gaint cols, gaint rows, 
	     gadouble *g2, gaint exp1, gaint exp2, char *g1u, char *g2u) {
gadouble v1,v2,xoff,yoff,x,y,xscl,yscl;
gaint i,j,p1,p2,p3,p4,isiz,jsiz;

  isiz = (cols-1)*exp1+1;
  jsiz = (rows-1)*exp2+1;
  xscl = (gadouble)(cols-1)/(gadouble)(isiz-1);
  yscl = (gadouble)(rows-1)/(gadouble)(jsiz-1);
  for (j=0; j=(gadouble)cols) x=(gadouble)cols-0.001;  /* fudge the edges  */ 
    if (y>=(gadouble)rows) y=(gadouble)rows-0.001;  /* check with bdoty */
    p1 = (gaint)x + cols*(gaint)y;
    p2 = p1+1;
    p4 = p1+cols;
    p3 = p4+1;
    if (g1u[p1]==0 || g1u[p2]==0 || g1u[p3]==0 || g1u[p4]==0) {
      *g2u = 0;
    } else {
      xoff = x-floor(x);
      yoff = y-floor(y);
      v1 = g1[p1] + (g1[p2]-g1[p1])*xoff;
      v2 = g1[p4] + (g1[p3]-g1[p4])*xoff;
      *g2 = v1 + (v2-v1)*yoff;
      *g2u = 1;
    }
    g2++; g2u++;
  }}
}

/*   gagexp 

    Routine to expand a grid (Grid EXPand) into a larger grid
    using bi-directional cubic interpolation.  It is expected that this
    routine will be used to make a finer grid for a more pleasing
    contouring result.

    g1 -   addr of smaller grid
    cols - number of columns in smaller grid
    rows - number of rows in smaller grid
    g2   - addr of where larger grid is to go
    exp1 - expansion factor for rows (1=no expansion, 20 max);
    exp2 - expansion factor for columns (1=no expansion, 20 max);
    mval - missing data value

    number of output columns = (cols-1)*exp1+1
    number of output rows    = (rows-1)*exp2+1   */


void gagexp (gadouble *g1, gaint cols, gaint rows, 
	     gadouble *g2, gaint exp1, gaint exp2, char *g1u, char *g2u) {

gadouble *p1, *p2;
gadouble s1,s2,a,b,t;
gadouble pows1[20],pows2[20],pows3[20];
gadouble kurv;
gaint ii,jj,k,c,d,e;
char *p1u,*p2u;

 kurv=1.0;     /* Curviness factor for spline */

 /* First go through each row and interpolate the missing columns.
    Edge conditions (sides and missing value boundries) are handled
    by assuming a linear slope at the edge.  */

  for (k=0; kisiz * pgr->jsiz;
  sz = size*sizeof(gadouble);
  pgr2->grid = (gadouble *)galloc(sz,"grflip");
  if (pgr2->grid == NULL) {
    gaprnt (0,"Memory Allocation Error:  gaflip grid \n");
    gree(pgr2,"f265");
    return (NULL);
  }
  sz = size*sizeof(char);
  pgr2->umask = (char *)galloc(sz,"gruflip");
  if (pgr2->umask == NULL) {
    gaprnt (0,"Memory Allocation Error:  gaflip umask \n");
    gree(pgr2->grid,"f266");
    gree(pgr2,"f267");
    return (NULL);
  }

  gr1 = pgr->grid;
  gru1 = pgr->umask;
  for (j=0; jjsiz; j++) {
    gr2  = pgr2->grid + j;
    gru2 = pgr2->umask + j;
    for (i=0; iisiz; i++) {
      *gr2 = *gr1;
      *gru2 = *gru1;
      gr1++; gru1++;
      gr2 += pgr->jsiz;
      gru2 += pgr->jsiz;
    }
  }

  pgr2->idim = pgr->jdim;
  pgr2->jdim = pgr->idim;
  pgr2->iwrld = pgr->jwrld; pgr2->jwrld = pgr->iwrld;
  pgr2->isiz = pgr->jsiz;
  pgr2->jsiz = pgr->isiz;
  pgr2->igrab = pgr->jgrab;
  pgr2->jgrab = pgr->igrab;
  pgr2->ivals = pgr->jvals;
  pgr2->jvals = pgr->ivals;
  pgr2->ilinr = pgr->jlinr;
  pgr2->jlinr = pgr->ilinr;

  /* Add new grid to list to be freed later */

  i = pcm->relnum;
  pcm->type[i] = 1;
  pcm->result[i].pgr = pgr2;
  pcm->relnum++;

  return (pgr2);
}

/* Figure out appropriate date/time increment for time axis.  */

gaint gatinc (struct gacmn *pcm, struct dt *tstrt, struct dt *tincr) {
gaint tdif;
gadouble y1,y2;
gadouble c1,c2,c3;
struct dt twrk,temp;

  tincr->yr = 0L;
  tincr->mo = 0L;
  tincr->dy = 0L;
  tincr->hr = 0L;
  tincr->mn = 0L;
  twrk.yr = 0L;
  twrk.mo = 0L;
  twrk.dy = 0L;
  twrk.hr = 0L;
  twrk.mn = 0L;

  /* Check for a time period that covers a period of years.  */

  if (pcm->tmax.yr-pcm->tmin.yr>4) {
    y1 = pcm->tmin.yr;
    y2 = pcm->tmax.yr;
    c1 = 0.0;
    gacsel (y1,y2,&c1,&c2,&c3);
    tincr->yr = (gaint)(c1+0.5);
    if (tincr->yr==3) tincr->yr=5;
    goto cont;
  }

  /* Get time difference in minutes */

  tdif = timdif (&(pcm->tmin),&(pcm->tmax));

  /* Set time increment based on different time differences.
     The test is entirely arbitrary. */

  if (tdif>1576800L) tincr->mo = 6L;
  else if (tdif>788400L) tincr->mo = 3L;
  else if (tdif>262800L) tincr->mo = 1L;
  else if (tdif>129600L) tincr->dy = 15L;
  else if (tdif>42000L) tincr->dy = 5L;
  else if (tdif>14399L) tincr->dy = 2L;
  else if (tdif>7199L) tincr->dy = 1L;
  else if (tdif>3599L) tincr->hr = 12L;
  else if (tdif>1799L) tincr->hr = 6L;
  else if (tdif>899L) tincr->hr = 3L;
  else if (tdif>299L) tincr->hr = 1L;
  else if (tdif>149L) tincr->mn = 30L;
  else if (tdif>74L)  tincr->mn = 15L;
  else if (tdif>24L)  tincr->mn = 5L;
  else if (tdif>9L)   tincr->mn = 2L;
  else tincr->mn = 1L;

  /* Round tmin to get the correct starting time for this increment.
     Note that this algorithm assumes that only the above increment
     settings are possible.  So you can change the range tests
     (tdiff>something), but do not change the possible increments. */

cont:
  *tstrt = pcm->tmin;

  if (tincr->mn>0L) {
    tdif =  tincr->mn*(tstrt->mn/tincr->mn);
    if (tdif!=tstrt->mn) tstrt->mn = tdif+tincr->mn;
    if (tstrt->mn>59) {
      tstrt->mn = 0L;
      temp = twrk;
      temp.hr = 1L;
      timadd (tstrt,&temp);
      *tstrt = temp;
    }
    return(5);
  }
  if (tstrt->mn>0L) {
    tstrt->mn = 0L;
    temp = twrk;
    temp.hr = 1L;
    timadd (tstrt,&temp);
    *tstrt = temp;
  }

  if (tincr->hr>0L) {
    tdif = tincr->hr*(tstrt->hr/tincr->hr);
    if (tdif!=tstrt->hr) tstrt->hr = tdif+tincr->hr;
    if (tstrt->hr>23) {
      tstrt->hr = 0L;
      temp = twrk;
      temp.dy = 1L;
      timadd (tstrt,&temp);
      *tstrt = temp;
    }
    return (4);
  }
  if (tstrt->hr>0L) {
    tstrt->hr = 0L;
    temp = twrk;
    temp.dy = 1L;
    timadd (tstrt,&temp);
    *tstrt = temp;
  }

  if (tincr->dy>0L) {
    tdif = 1L+tincr->dy*((tstrt->dy-1L)/tincr->dy);
    if (tdif!=tstrt->dy) {
      tstrt->dy = tdif+tincr->dy;
      if (tstrt->dy==29L || tstrt->dy==31L) {
        tstrt->dy = 1L;
        temp = twrk;
        temp.mo = 1L;
        timadd (tstrt,&temp);
        *tstrt = temp;
      }
    }
    return (3);
  }
  if (tstrt->dy>1L) {
    tstrt->dy = 1L;
    temp = twrk;
    temp.mo = 1L;
    timadd (tstrt,&temp);
    *tstrt = temp;
  }

  if (tincr->mo>0L) {
    tdif = 1L+tincr->mo*((tstrt->mo-1L)/tincr->mo);
    if (tdif!=tstrt->mo) tstrt->mo = tdif+tincr->mo;
    if (tstrt->mo>12) {
      tstrt->mo = 1L;
      temp = twrk;
      temp.yr = 1L;
      timadd (tstrt,&temp);
      *tstrt = temp;
    }
    return (2);
  }
  if (tstrt->mo>1L) {
    tstrt->mo = 1L;
    temp = twrk;
    temp.yr = 1L;
    timadd (tstrt,&temp);
    *tstrt = temp;
  }

  tdif = tincr->yr*(tstrt->yr/tincr->yr);
  if (tdif!=tstrt->yr) tstrt->yr = tdif+tincr->yr;
  return(1);
}

/* Plot lat/lon lines when polar stereographic plots are done */

void gampax (struct gacmn *pcm) {
gadouble x1,y1,x2,y2;
gadouble lnmin,lnmax,ltmin,ltmax;
gadouble lnincr,ltincr,lnstrt,lnend,ltstrt,ltend;
gadouble v,s,plincr,lndif,ln,lt,cs;

  if (!pcm->grflag) return;

  if (pcm->mproj==5) {
    lnmin = pcm->dmin[0]; lnmax = pcm->dmax[0];
    ltmin = pcm->dmin[1]; ltmax = pcm->dmax[1];
    for (ln=lnmin; lnlnmax-10.0) {
        gxstyl (1);
        gxcolr (1);
        gxwide (5);
      } else {
        gxstyl (pcm->grstyl);
        gxcolr (pcm->grcolr);
        gxwide (1);
      }
      gxconv (ln,ltmin,&x1,&y1,2);
      gxplot (x1,y1,3);
      for (lt=ltmin; ltltmax-10.0) {
        gxstyl (1);
        gxcolr (1);
        gxwide (5);
      } else {
        gxstyl (pcm->grstyl);
        gxcolr (pcm->grcolr);
        gxwide (1);
      }
      gxconv (lnmin,lt,&x1,&y1,2);
      gxplot (x1,y1,3);
      for (ln=lnmin; lndmin[0];
  lnmax = pcm->dmax[0];
  gacsel (lnmin,lnmax,&lnincr,&lnstrt,&lnend);
  if (lnincr==0.0)  {
    gaprnt (0,"gaaxis internal logic check 25\n");
    return;
  }
  if (lnincr>24.9) lnincr=30.0;
  else if (lnincr>14.5) lnincr=20.0;
  else if (lnincr>10.0) lnincr=10.0;
  gacsel (lnmin,lnmax,&lnincr,&lnstrt,&lnend);
  lndif = lnmax - lnmin;

  if(pcm->xlint!=0.0) lnincr=pcm->xlint;   /*mf 960402 set the lon increment from xlint */

  /* Choose grid interval for latitude */

  ltincr=0.0;
  ltmin = pcm->dmin[1];
  ltmax = pcm->dmax[1];
  gacsel (ltmin,ltmax,<incr,<strt,<end);
  if (ltincr==0.0)  {
    gaprnt (0,"gaaxis internal logic check 25\n");
    return;
  }
  if (lndif>300.0) {
    if (ltincr>9.9) ltincr = 20.0;
    else if (ltincr>4.9) ltincr = 10.0;
    else if (ltincr>1.9) ltincr = 5.0;
    else if (ltincr>0.8) ltincr = 2.0;
    else if (ltincr>0.4) ltincr = 1.0;
    else if (ltincr>0.2) ltincr = 0.5;
  } else {
    if (ltincr>14.9) ltincr = 20.0;
    else if (ltincr>7.9) ltincr = 10.0;
    else if (ltincr>2.9) ltincr = 5.0;
    else if (ltincr>1.4) ltincr = 2.0;
    else if (ltincr>0.6) ltincr = 1.0;
    else if (ltincr>0.2) ltincr = 0.5;
  }

  if(pcm->ylint!=0.0) ltincr=pcm->ylint;   /*mf 960402 set the lat increment from ylint */

  if (ltstrt<-89.9) {
    ltstrt = ltstrt + ltincr;
    ltmin = ltstrt;
  }
  if (ltend>89.9) {
    ltend = ltend - ltincr;
    ltmax = ltend;
  }

  gxstyl (pcm->grstyl);
  gxcolr (pcm->grcolr);
  gxwide (1);
  gxclip (pcm->xsiz1,pcm->xsiz2,pcm->ysiz1,pcm->ysiz2);
  for (v=lnstrt; v180.0) plincr = lndif/100.0;
  else if (lndif>60.0) plincr = lndif/50.0;
  else plincr = lndif/25.0;
  for (v=ltstrt; vframe==2) {
    gxcolr(pcm->anncol);
    gxwide (pcm->annthk-3);
    gxstyl (1);
    /* for orthographic projections */
    if (pcm->mproj==7) {
      /* draw line along min longitude */
      v=lnmin;
      gxconv (v,ltmin,&x1,&y1,2);
      gxplot (x1,y1,3);
      for (s=ltmin+plincr; smproj==3) v = ltmin;
      else v = ltmax;
      /* draw line around latitude circle */
      gxconv (lnmin,v,&x1,&y1,2);
      gxplot (x1,y1,3);
      for (s=lnmin+plincr; sxsiz, 0.0, pcm->ysiz);
  gxstyl(1);
}

/* Plot weather symbol */

void wxsym (gaint type, gadouble xpos, gadouble ypos, gadouble scale, gaint colr, gaint *wxcols) {
gaint ioff,len,i,part,icol;
gadouble x=0,y=0;

  wxymin = 9e30;
  wxymax = -9e30;
  if (type<1||type>43) return;
  ioff = strt[type-1]-1;
  len = scnt[type-1];
  for (i=0; iwxymax) wxymax = y;
  }
  if (part==1 || part==2) gxfill(xy,len);
}

void gagsav (gaint type, struct gacmn *pcm, struct gagrid *pgr) {
  pcm->lastgx = type;
}

/* Log axis scaling */

void galnx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = log(xin);
  *yout = yin;
}

void galny (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = log(yin);
}

void gaalnx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = pow(2.71829,xin);
  *yout = yin;
}

void gaalny (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = pow(2.71829,yin);
}

void galogx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = log10(xin);
  *yout = yin;
}

void galogy (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = log10(yin);
}

void galog2 (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = log10(xin);
  *yout = log10(yin);
}

void gaalogx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = pow(10.0,xin);
  *yout = yin;
}

void gaalogy (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = pow(10.0,yin);
}

void gaalog2 (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = pow(10.0,xin);
  *yout = pow(10.0,yin);
}


/* cos lat scaling */

void gaclx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = sin(xin*3.1416/180.0);
  *yout = yin;
}

void gacly (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = sin(yin*3.1416/180.0);
}

void gaaclx (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = asin(xin)*180.0/3.1416;
  *yout = yin;
}

void gaacly (gadouble xin, gadouble yin, gadouble *xout, gadouble *yout) {
  *xout = xin;
  *yout = asin(yin)*180.0/3.1416;
}


/* Grid fill -- using color ranges as in shaded contours */

void gagfil (gadouble *r, gaint is, gaint js, gadouble *vs, gaint *clrs, gaint lvs, char *ru) {
gadouble x,y,*v,xybox[10];
gaint i,j,k,flag;
char *vu;

  v = r;
  vu = ru;
  for (j=1; j<=js; j++) {
    for (i=1; i<=is; i++) {
      if (*vu != 0) {
	flag = 1;
	for (k=0; k*(vs+k) && *v<=*(vs+k+1)) {
	    gxcolr(*(clrs+k));
	    gxconv ((gadouble)(i)-0.5,(gadouble)(j)-0.5,&x,&y,3);
	    xybox[0] = x; xybox[1] = y;
	    gxconv ((gadouble)(i)+0.5,(gadouble)(j)-0.5,&x,&y,3);
	    xybox[2] = x; xybox[3] = y;
	    gxconv ((gadouble)(i)+0.5,(gadouble)(j)+0.5,&x,&y,3);
	    xybox[4] = x; xybox[5] = y;
	    gxconv ((gadouble)(i)-0.5,(gadouble)(j)+0.5,&x,&y,3);
	    xybox[6] = x; xybox[7] = y;
	    gxconv ((gadouble)(i)-0.5,(gadouble)(j)-0.5,&x,&y,3);
	    xybox[8] = x; xybox[9] = y;
	    gxfill (xybox,5);
	    flag = 0;
	    break;
	  }
	}
	if (flag) {
	  gxcolr(*(clrs+lvs-1));
	  gxconv ((gadouble)(i)-0.5,(gadouble)(j)-0.5,&x,&y,3);
	  xybox[0] = x; xybox[1] = y;
	  gxconv ((gadouble)(i)+0.5,(gadouble)(j)-0.5,&x,&y,3);
	  xybox[2] = x; xybox[3] = y;
	  gxconv ((gadouble)(i)+0.5,(gadouble)(j)+0.5,&x,&y,3);
	  xybox[4] = x; xybox[5] = y;
	  gxconv ((gadouble)(i)-0.5,(gadouble)(j)+0.5,&x,&y,3);
	  xybox[6] = x; xybox[7] = y;
	  gxconv ((gadouble)(i)-0.5,(gadouble)(j)-0.5,&x,&y,3);
	  xybox[8] = x; xybox[9] = y;
	  gxfill (xybox,5);
	}
      }
      v++; vu++;
    } 
  }
}

/* Direct image map to X display.  Bypasses metafile (ie, no refresh on
   resize and no hardcopy output */

void gaimap (gadouble *r, gaint is, gaint js, gadouble *vs, gaint *clrs, gaint lvs, 
	     char *ru, gadouble xlo, gadouble xhi, gadouble ylo, gadouble yhi) {
gadouble x,y,*xvals,*yvals,xscl,yscl;
gaint i,j,k,off,ii,jj,*imap,*im,flag,imn,imx,jmn,jmx,iz,jz,*ivals,*jvals;

  /* Determine the pixel size of our image, which is the clipping area.
     We assume a linear trasform from grid to physical page.  ie, only latlon
     and scaled map projections. */
 
  gxdgcoord(xlo,ylo,&imn,&jmn);
  gxdgcoord(xhi,yhi,&imx,&jmx);
  if (imn<-900) return;   /* indicates batch mode */

  /* pixel to page scaling */

  xscl = (xhi-xlo)/(gadouble)(imx-imn);
  yscl = (yhi-ylo)/(gadouble)(jmx-jmn);

  /* Allocate memory for the image and some work arrays */

  if (imx>imn) iz = 1+imx-imn;
  else iz = 1+imn-imx;
  if (jmx>jmn) jz = 1+jmx-jmn;
  else jz = 1+jmn-jmx;

  imap = NULL; xvals = NULL; yvals = NULL; ivals = NULL; jvals = NULL;
  imap = (gaint *)malloc(sizeof(gaint)*iz*jz);
  if (imap == NULL) goto err;
  xvals = (gadouble *)malloc(sizeof(gadouble)*is);
  if (xvals == NULL) goto err;
  yvals = (gadouble *)malloc(sizeof(gadouble)*js);
  if (yvals == NULL) goto err;
  ivals = (gaint *)malloc(sizeof(gaint)*iz);
  if (ivals == NULL) goto err;
  jvals = (gaint *)malloc(sizeof(gaint)*jz);
  if (jvals == NULL) goto err;

  /* Get x,y page coord values for the grid axes */

  for (i=1; i<=is; i++) {
    gxconv ((gadouble)i,(gadouble)1.0,&x,&y,3);
    *(xvals+i-1) = x; 
  }
  for (j=1; j<=js; j++) {
    gxconv ((gadouble)1.0,(gadouble)j,&x,&y,3);
    *(yvals+j-1) = y; 
  }

  /* For each pixel (for one row and one column), convert from pixel space
     to page space, and then search through the list of xvals/yvals to 
     find the nearest grid i and j to this pixel.  */

  /* First do a row */

  for (i=0; iimx) ii = 1+i-iz;
    x = xlo + xscl * (gadouble)ii;
    ii = 1;
    while (ii= x && *(xvals+ii-1) <= x ) ||
           (*(xvals+ii) <= x && *(xvals+ii-1) >= x ) ) {
        if ( (fabs(*(xvals+ii)-x)) > (fabs(*(xvals+ii-1)-x)) ) ii = ii - 1;
        break;
      }
      ii++;
    }
    if (ii==is) *(ivals+i) = -999;
    else *(ivals+i) = ii;
  }

  /* Now do a column */

  for (j=0; jjmx) jj = 1+j-jz;
    y = ylo + yscl * (gadouble)jj;
    jj = 1;
    while (jj= y && *(yvals+jj-1) <= y ) ||
           (*(yvals+jj) <= y && *(yvals+jj-1) >= y ) ) {
        if ((fabs(*(yvals+jj)-y)) > (fabs(*(yvals+jj-1)-y)) ) jj = jj - 1;
        break;
      }
      jj++;
    }
    if (jj==js) *(jvals+j) = -999;
    else *(jvals+j) = jj;
  }

  /* Fill image with appropriate color numbers, based on the grid 
     values closest to each pixel.  */

  im = imap;
  for (j=0; j=0 && *(jvals+j)>=0) {
        off = *(jvals+j)*is + *(ivals+i);
        if (*(ru+off) != 0) {
          flag = 1;
          for (k=0; k*(vs+k) && *(r+off)<=*(vs+k+1)) {
              *im = *(clrs+k);
              flag = 0;
	      break;
            }
	  }
          if (flag) {
	    *im = *(clrs+lvs-1);
          }
        }
      }
      im++; 
    } 
  }

  /* Dump image to X screen */

  ii = imn;
  if (imn>imx) ii=imx;
  jj = jmn;
  if (jmn>jmx) jj=jmx;
  gxdimg(imap,ii,jj,iz,jz);

  free (imap);
  free (xvals); free (yvals);
  free (ivals); free (jvals);
  return;

err:
  gaprnt (0,"Memory error in gaimap\n");
  if (imap) free(imap);
  if (xvals) free(xvals);
  if (yvals) free(yvals);
  if (ivals) free(ivals);
  return;
}

void gafram(struct gacmn *pcm) {

  if (pcm->frame==0) return;
  if (pcm->frame==2 && pcm->mproj>2) return;
  if (pcm->mproj>4) return;

  gxcolr (pcm->anncol);
  gxwide (pcm->annthk);
  gxstyl (1);
  gxplot (pcm->xsiz1,pcm->ysiz1,3);
  gxplot (pcm->xsiz2,pcm->ysiz1,2);
  gxplot (pcm->xsiz2,pcm->ysiz2,2);
  gxplot (pcm->xsiz1,pcm->ysiz2,2);
  gxplot (pcm->xsiz1,pcm->ysiz1,2);
}

void gaaxpl (struct gacmn *pcm, gaint idim, gaint jdim) {

  if (idim==0 && jdim==1 && pcm->mproj>2) gampax(pcm);
  else {
    gaaxis(1,pcm,idim);
    gaaxis(0,pcm,jdim);
  }
}

/* Select colors and intervals for colorized items such as
   colorized vectors, streamlines, barbs, scatter, etc.  */

void gaselc (struct gacmn *pcm, gadouble rmin, gadouble rmax) {
  gadouble rdif,w1,norml,cint,cmin,cmax,ndif,absmax;
  gadouble t1,t2,fact,rr,rrb,smin,ci,ccnt;
  gaint i,ii,irb,lcnt;

  /* determine if field is a constant */
  absmax = ( fabs(rmin)+fabs(rmax) + fabs(fabs(rmin)-fabs(rmax)) )/2;
  if (absmax > 0.0) {
    ndif = (fabs(rmax-rmin))/absmax;
  }
  else {
    /* rmin and rmax are both zero */
    pcm->shdcnt = 0;
    return;
  }
      
  if (ndif > 0) {
    rdif = rmax - rmin;
  }
  else {
    /* rmin and rmax are the same */
    pcm->shdcnt = 0;
    return;
  }

  if (pcm->rbflg) irb = pcm->rbflg - 1;
  else irb = 12;
  rrb = irb+1;

  /* Choose a contour interval if one is needed.  We choose
     an interval that maximizes the number of colors displayed,
     rather than an interval that maximizes the attribute of
     being a 'nice' interval */

  if (!pcm->cflag) {
    if (pcm->cint==0.0) {           /* no precision check */
      if (pcm->rbflg) rdif = rdif/((gadouble)(pcm->rbflg)-0.5);
      else rdif = rdif/12.5;
      w1 = floor(log10(rdif));
      w1 = pow(10.0,w1);

      norml = rdif/w1;              /* normalized contour interval */
      if (norml<2.0) fact = 10.0;
      else if (norml>=2.0 && norml<4.0) fact = 5.0;
      else if (norml>=4.0 && norml<7.0) fact = 2.0;
      else fact = 1.0;
      norml*=fact;
      i = (gaint)(norml+0.5);
      cint = (gadouble)i * w1 / fact;
    } 
    else cint = pcm->cint;

    cmin = cint * ceil(rmin/cint);
    cmax = cint * floor(rmax/cint);

    /* Check for interval being below machine epsilon for these values */
    t1 = rmin + cint;
    t2 = rmax - cint;
    if ((dequal(rmin, t1, 1.0e-16)==0) ||
	(dequal(rmax, t2, 1.0e-16)==0)) {
      pcm->shdcnt = 0;
      return;
    }

    /* Figure out actual contour levels and colors, based on
       possible user settings such as cmin, etc.  */

    if (pcm->rainmn==0.0 && pcm->rainmx==0.0) {
      pcm->rainmn = cmin;
      pcm->rainmx = cmax;
    }
    lcnt=0;
    smin = pcm->rainmn - cint;
    for (rr=cmin-cint;rr<=cmax+(cint/2.0);rr+=cint) {
      if (rr<0.0) i = (gaint)((rr/cint)-0.1);
      else i = (gaint)((rr/cint)+0.1);
      rr = (gadouble)i * cint;
      pcm->shdlvs[lcnt] = rr;
      pcm->shdcls[lcnt] = 1;
      if (rrcmin) pcm->shdcls[lcnt] = -1;
      if (rr+cint>pcm->cmax) pcm->shdcls[lcnt] = -1;
      if (pcm->blkflg && rrblkmax && rr+cint>pcm->blkmin) pcm->shdcls[lcnt] = -1;
      if (pcm->shdcls[lcnt]==1) {
        ii = (gaint)(rrb*(rr-smin)/(pcm->rainmx-smin));
        if (ii>irb) ii=irb;
        if (ii<0) ii=0;
        if (pcm->rbflg) pcm->shdcls[lcnt] = pcm->rbcols[ii];
        else pcm->shdcls[lcnt] = rcols[ii];
      }
      if (lcnt<1 || pcm->shdcls[lcnt]!=pcm->shdcls[lcnt-1]) lcnt++;
    }
    pcm->shdlvs[0] -= cint*10.0;
    pcm->shdcnt = lcnt;

  /* User has specified actual contour levels.  Just use those */

  } else {

    if (rminclevs[0]) pcm->shdlvs[0] = rmin-100.0;
    else pcm->shdlvs[0] = pcm->clevs[0]-100.0;
    ccnt = rrb/(gadouble)(pcm->cflag+1);
    ci = ccnt/2.0;
    ii = (gaint)ci;
    if (pcm->ccflg>0) pcm->shdcls[0] = pcm->ccols[0];
    else {
      if (pcm->rbflg>0) pcm->shdcls[0] = pcm->rbcols[ii];
      else pcm->shdcls[0] = rcols[ii];
    }
    lcnt = 1;
    for (i=0; icflag; i++) {
      pcm->shdlvs[lcnt] = pcm->clevs[i];
      if (pcm->ccflg>0) {
        if (i+1>=pcm->ccflg) pcm->shdcls[lcnt]=15;
        else pcm->shdcls[lcnt]=pcm->ccols[i+1];
      } else {
        ci += ccnt;
        ii = (gaint)ci;
        if (ii>irb) ii=irb;
        if (ii<0) ii=0;
        if (pcm->rbflg>0) pcm->shdcls[lcnt] = pcm->rbcols[ii];
        else pcm->shdcls[lcnt] = rcols[ii];
      }
      if (lcnt<1 || pcm->shdcls[lcnt]!=pcm->shdcls[lcnt-1]) lcnt++;
    }
    pcm->shdcnt = lcnt;
  }
}

/* Given a shade value, return the relevent color */

gaint gashdc (struct gacmn *pcm, gadouble val) {
gaint i;

  if (pcm->shdcnt==0) return(1);
  if (pcm->shdcnt==1) return(pcm->shdcls[0]);
  if (valshdlvs[1]) return(pcm->shdcls[0]);
  for (i=1; ishdcnt-1; i++) {
    if (val>pcm->shdlvs[i] && val<=pcm->shdlvs[i+1]) {
      return(pcm->shdcls[i]);
    }
  }
  return(pcm->shdcls[pcm->shdcnt-1]);
}

struct cxclock {
  time_t year ;
  time_t month ;
  time_t date ;
  time_t hour ;
  time_t minute ;
  time_t second ;
  char timezone[32] ;
  char clockenv[64] ;
  gaint julian_day ;
  time_t epoch_time_in_sec ;
} ;

/* global variable of the time object */
static struct cxclock timeobj;


void get_tm_struct(time_t t)
{
  struct tm *ptr_tm ;
  char buf[10] ;
  time_t sec ;
  sec=t ;

  /* get tm struct from seconds */
  ptr_tm=localtime(&sec) ;

  if ( ! ptr_tm ) {
    fprintf(stderr,"error in gmtime function,errno = %d\n",errno);
    exit(-1) ;
  }
	
  /* copy tm struct to cxclock private members */
  timeobj.epoch_time_in_sec=sec ;
  timeobj.year=ptr_tm->tm_year + 1900  ;
  timeobj.month=(ptr_tm->tm_mon) + 1 ;
  timeobj.date=ptr_tm->tm_mday ;
  timeobj.hour=ptr_tm->tm_hour ;
  timeobj.minute=ptr_tm->tm_min ;
  timeobj.second=ptr_tm->tm_sec ;

  /* get julian date */
  strftime(buf, sizeof(buf),"%j", ptr_tm) ;
  timeobj.julian_day=atoi(buf) ;

}

void sys_time() {
  time_t sec ;
  time(&sec) ; /* get the GMT offset from the local machine */
  if (sec == -1 ) {
    fprintf(stderr,"error in time function,errno = %d\n",errno) ;
    exit(-1) ;
  }
  /* Set tm struct using new epoch time */
  get_tm_struct(sec) ;
  return;
}


void gatmlb (struct gacmn *pcm) {
  gaint i,vcnt;
  char dtgstr[32] ;

  vcnt = 0;
  for (i=0; i<5; i++) if (pcm->vdim[i]) vcnt++;
  /* -- only plot if 2-D or less, i.e., turn off on looping */
  if (vcnt<=2) {
    sys_time();
    snprintf(dtgstr,31,"%04ld-%02ld-%02ld-%02ld:%02ld",
	  timeobj.year, timeobj.month, timeobj.date, timeobj.hour, timeobj.minute) ;
    gxchpl(dtgstr,strlen(dtgstr),pcm->pxsize-1.6,0.05,0.1,0.08,0.0);
  }
}

grads-2.0.1/src/bufrscan.c0000644000175000017500000000513611540444124016506 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/*  written by Joe Wielgosz */

#include 
#include 
#include 
#include 
#include "config.h"
#include "gabufr.h"

#ifndef HAVE_FSEEKO
gaint fseeko(FILE *stream, off_t offset, gaint whence) {
  fseek(stream, (long)offset, whence);
}
off_t ftello(FILE *stream) {
  return (off_t)ftell(stream);
}
#endif

enum bufrscan_modes {
  HEADER_MODE = 0,
  DATA_MODE
};

void gabufr_print_dset(gabufr_dset * dset) {
  gabufr_msg * msg;
  gabufr_val * val;
  gabufr_varinf *varinf=NULL;
  gaint i;

  for (msg = dset->msgs; msg != NULL; msg = msg->next) {
    printf("\n\nmsg %d:\n", msg->fileindex);
    for (i = 0; i < msg->subcnt; i++) {
      printf("\nsubset %d:\n", i);
      for (val = msg->subs[i]; val != NULL; val = val->next) {
	printf("%d (%d) [%.3d]    0-%.2d-%.3d     ", msg->fileindex, 
	       i, val->z, val->x, val->y);
	if (val->sval) {
	  printf("[%s]", val->sval);
	} else {
	  if (val->undef) {
	    printf("undef (%g)", val->val);
	  } else {
	    printf("%g", val->val);
	  }	    
	}
	if ( gabufr_valid_varid(0, val->x, val->y)
	     && varinf == gabufr_get_varinf(val->x, val->y)) {
	  printf("\t\t(%s)", varinf->description);
	}
	printf("\n");
      }
    }
  }
}

void help() {
      printf("bufrscan [-h] [-d] tablepath filenames ...\n");
      printf("tablepath: directory containing BUFR decoding tables\n");
      printf("filenames: BUFR messages to be decoded\n");
      printf("-h, --header: print BUFR message headers (default)\n");
      printf("-d, --data: print BUFR message contents \n");
      printf("-?, --help: print this help message\n");
}

gaint main (gaint argc, char *argv[]) {
  gabufr_dset * dset;
  gaint i;
  const char * tablepath = NULL;
  gaint mode = HEADER_MODE;
  if (argc < 3) {
    help();
  }
  for (i = 1; i < argc; i++) {
    if (! strcmp(argv[i], "-d") || ! strcmp(argv[i], "--data")) {
      mode = DATA_MODE;
    } else if (! strcmp(argv[i], "-h") || ! strcmp(argv[i], "--header")) {
      mode = HEADER_MODE;
    } else if (! strcmp(argv[i], "-?") || ! strcmp(argv[i], "--help")) {
      help();
    } else if (!tablepath) {
	tablepath = argv[i];
	gabufr_set_tbl_base_path(tablepath);
    } else {
      if (mode == HEADER_MODE) {
	dset = gabufr_scan(argv[i]);
	if (! dset) {
	  return GABUFR_ERR;
	}
	gabufr_close(dset);
      } else {
	dset = gabufr_open(argv[i]);
	if (! dset) {
	  return GABUFR_ERR;
	}
	gabufr_print_dset(dset);
	
	gabufr_close(dset);
      }
    }	   
  }
  return GABUFR_OK;
}
grads-2.0.1/src/stnmap.c0000644000175000017500000003021211540444125016177 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* This program creates a station map file given the name of a control
   file for a station data set.  It reads the control file, then
   using information from the control file, it reads the data file,
   then creates the map file (using the name specified in the control
   file).  */

/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 

#include "grads.h"
#include "gx.h"

gaint help=0;
void command_line_help(void) ;

gaint skstn (void);
gaint rdstn (char *, gaint);

FILE *dfile=NULL,*mfile;
struct gafile *pfi;
char *ifi,*fn=NULL,*ch=NULL;
off_t fpos;

gaint main (gaint argc, char *argv[])  {
  struct gavar *pvar;
  struct rpthdr hdr;
  struct dt dtim, dtimi;
  char rec[256],cname[256],stid[10];
  off_t pos;
  gaint i,j,scnt,lcnt,rc,mxtim,mxcnt,mxsiz,cnt,siz,mpsiz;
  gaint rdw,rtot,verb,iarg,flg,quiet;
  gaint sizhdr,idum;
  gaint *map;
  gaint diag=0;
  gaint vermap=2;          /* default version */ 
  gaint noread=0;
  gaint flag;
  gaint maxlevels=250;
  gaint maxlevelsflag=0;
  gaint offset;

/* Look at command line args */
  ifi = NULL;
  verb = 0;
  quiet = 0;

  if (argc>1) {
    iarg = 1;
    while (iarg'9') i = 999;
          i++;
        }
        if (i<20) {
          sscanf(ch,"%i",&maxlevels);
          flg = 0;
        }
	if(i == 0) goto err1;
	if(maxlevels < 10 || maxlevels > 10000) goto err1a;
      }
      else if (*ch=='-' && *(ch+1)=='0') {
        noread = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='0') {
        noread = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='1') {
        vermap = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='2') {
        vermap = 2;
	flg = 0;
      }
      if (flg) {
	printf ("Invalid command line argument: %s  Ignored.\n",argv[iarg]);
      }
      iarg++;
    }
  }

  if(!noread && maxlevelsflag) goto err1;
 
  if (ifi==NULL) {
    command_line_help();
    nxtcmd (rec,"Enter stn ctl filename: ");
    getwrd (cname,rec,255);
    ifi = cname;
  }

  /* Scan descriptor file */
  pfi = getpfi();
  if (pfi==NULL) {
    printf ("Memory allocation error \n");
    return (1);
  }
  rc = gaddes (ifi, pfi, 0);
  if (rc) {
    printf ("File name is:  %s\n",ifi);
    return(1);
  }

/* Check that descriptor file is for station data, and that
   the variables are in the correct order (surface before levels) */
  if (pfi->type!=2) {
    printf ("Descriptor file is not for station data\n");
    return (1);
  }
  pvar = pfi->pvar1;
  lcnt=0; scnt=0;
  for (i=0; ivnum; i++) {
    if (pvar->levels==0) {
      if (lcnt>0) {
	printf ("Variable records not properly ordered\n");
	printf ("   Surface variables must appear first\n");
	return(1);
      }
      scnt++;
    } else {
      lcnt++;
    }
    pvar++;
  }
  if (pfi->mnam==NULL) {
    printf ("Station map file name not in descriptor file\n");
    return (1);
  }

/* We are ready to start reading the binary station data file.
   We read for the specified number of times, and build our
   table of time starting points in the file. */
  if(! quiet) {
    printf ("  Name of binary data set: %s\n",pfi->name);
    printf ("  Number of times in the data set: %i\n",pfi->dnum[3]);
    printf ("  Number of surface variables: %i\n",scnt);
    printf ("  Number of level dependent variables: %i\n\n",lcnt);
    printf ("Starting scan of station data binary file.\n");
  }
  sizhdr = sizeof(struct rpthdr);
  mpsiz = pfi->dnum[3]*2 + 2;
  map = (gaint *)malloc(sizeof(gaint)*mpsiz);
  if (map==NULL) {
    printf ("  Error allocating memory.  \n");
    printf ("  Probable cause: Invalid TDEF record\n");
    return(1);
  }
  mxtim = 0;
  mxcnt = -1;
  mxsiz = 0;
  i = 0;
  if (!pfi->tmplat) {
    dfile = fopen(pfi->name,"rb");
    if (dfile==NULL) {
      printf ("Error opening station data binary file\n");
      printf (" File name is: %s\n",pfi->name);
      return (1);
    }
    fpos = 0;
    if (verb || ( !quiet ) ) printf ("Binary data file open: %s\n",pfi->name);
  }
  while (idnum[3]) {
    if (verb || ( !quiet ) ) printf ("\nProcessing time step %i\n",i+1);
    if (pfi->tmplat) {
      gr2t(pfi->grvals[3],(gadouble)(i+1),&dtim);
      gr2t(pfi->grvals[3],1.0,&dtimi);
      ch = gafndt(pfi->name,&dtim, &dtimi,pfi->abvals[3],pfi->pchsub1,pfi->ens1,i+1,1,&flag);
      if (ch==NULL) {
	printf ("Memory allocation error\n");
	return (1);
      }
      if (i==0 || strcmp(ch,fn)!=0) {     
	/* we need to open a new file */
	if (i>0) {
	  /* close the current file */
	  if (fn != NULL) free(fn);
	  if (dfile != NULL) { fclose(dfile); dfile = NULL; }
	}
	fn = ch;
	dfile = fopen(fn,"rb");
	if (dfile==NULL) {
	  printf ("  Error opening binary data file %s\n",fn);
	}
	else {
	  if (verb || (!quiet)) printf ("  Binary data file open: %s\n",fn);
	}
	fpos = 0;
      } 
      else free(ch);
    }
    cnt = 0;
    pos = fpos;
    if(noread == 0) {
      while (1) {
	if (dfile==NULL) break;
	if (!pfi->seqflg) {
	  rc = skstn();
	  if (rc) return (rc);
	} else {
	  rc = rdstn ((char *)(&rdw), 4);
	  if (rc) return (rc);
	  if (pfi->bswap) gabswp((gafloat *)(&rdw),1);
	}
	siz = sizhdr;
	rc = rdstn ((char *)(&hdr),siz);

	if (rc) return (rc);
	if (pfi->bswap) gahswp(&hdr);
      
	if (hdr.flag<0 || hdr.flag>1 || hdr.nlev<0 || hdr.nlev>10000 ||
	    hdr.t < -2.0 || hdr.t>2.0 ) {
	  printf ("  Invalid station hdr found in station binary file\n");
	  printf ("  Possible causes:  Invalid level count in hdr\n");
	  printf ("                    Descriptor file mismatch\n");
	  printf ("                    File not station data\n");
	  printf ("                    Invalid relative time\n");
	  if (pfi->seqflg) printf ("                    Invalid sequential format\n");
	  printf ("    levs = %i  flag = %i  time = %g \n", hdr.nlev,hdr.flag,hdr.t);
	  if (pfi->tmplat) printf("  File name = %s\n",fn);
	  return(1);
	}
	if (hdr.flag) {
	  siz = scnt + (hdr.nlev-1)*(lcnt+1);
	} else {
	  siz = hdr.nlev*(lcnt+1);
	}
	if (siz>mxsiz) mxsiz=siz;
	siz = sizeof(gafloat)*siz + sizeof(struct rpthdr);
	if (hdr.nlev==0) {
	  siz = sizhdr;
	}
	if (verb) {
	  for (j=0; j<8; j++) stid[j] = hdr.id[j];
	  stid[8] = '\0';
	  printf ("  ID,LON,LAT,T,NLEV,FLAG: ");
	  printf ("%s %g %g %g %i %i  ",stid,hdr.lon,hdr.lat,hdr.t,hdr.nlev,hdr.flag);
	  printf ("SIZE = %i\n",siz);
	}
	if (pfi->seqflg) {
	  if (diag) printf ("   Seq Rec Lens: %i",rdw);
	  rtot = rdw;
	  while (rtot<=siz) {
	    fpos = fpos + rdw + 8;
	    rc = skstn();
	    if (rc) return (rc);
	    if (rtot==siz) break;
	    rc = rdstn ((char *)(&rdw), 4);
	    if (rc) return (rc);
	    if (pfi->bswap) gabswp((gafloat *)(&rdw),1);
	    if (diag) printf (" %i",rdw);
	    rtot += rdw;
	  }
	  if (diag) printf ("\n");
	  if (rtot>siz) {
	    printf ("Sequential Read Error: ");
	    printf ("Record size greater than one station report: %d :: %d\n",rtot,siz);
	    return (1);
	  }  
	} else {
	  fpos += siz;
	}
	if (hdr.nlev==0) break;
	cnt++;
      }
    }
    *(map+i+2) = pos;
    *(map+pfi->dnum[3]+i+2) = cnt;
    if(! quiet) printf ("     Time = %i has stn count = %i \n",i+1,cnt);
    if (cnt>mxcnt) { mxcnt = cnt; mxtim = i+1; }
    i++;
  }
  *(map) = pfi->dnum[3];
  if(noread)  mxsiz=maxlevels ;
  *(map+1) = mxsiz;
  if(! quiet) {
    printf ("  Max reports per time:  %i reports at t = %i\n",mxcnt,mxtim);
    printf ("  Max data elements in largest report: %i\n",mxsiz);
  }
  mfile = fopen (pfi->mnam, "wb");
  if (mfile==NULL) {
    printf ("  Could not open output map data set: %s \n",pfi->mnam);
    return(1);
  }
  if( vermap == 1) {
    fwrite (map,sizeof(gaint),mpsiz,mfile);
  } 
  else if (vermap == 2) {
    strncpy(rec,"GrADS_stnmapV002",16);
    fwrite(rec,1,16,mfile);
    for(i=0;imnam);
    if(vermap == 2) {
      printf("stnmap: WARNING!!  This stnmap file can only be accessed by GrADS Version " GRADS_VERSION "\n");
      printf("stnmap: WARNING!!  However, GrADS Version " GRADS_VERSION " can read both versions\n\n");
      printf("stnmap: COMMENT  -- use the -1 command line option to create a map for older GrADS versions\n");
    }
    if(verb) {
      printf("\nstnmap: COMMENT  -- use the -q command line option to disable the station header listing\n");
    }

  }

  return(0);


 err1:
  gaprnt (0,"-------------------------------------------------------------------\n\n");
  gaprnt (0,"-M option Error:  maxlevels for -0 option not set or -0 not set\n\n");
  gaprnt (0,"-------------------------------------------------------------------\n\n");
  command_line_help();
  return(1);

 err1a:
  gaprnt (0,"-------------------------------------------------------------------\n\n");
  gaprnt (0,"-M option Error:  maxlevels is < 10 or > 10000 ; not a good idea for -0\n\n");
  gaprnt (0,"-------------------------------------------------------------------\n\n");
  command_line_help();
  return(1);

}


gaint skstn (void) {
gaint rc;
  rc = fseeko(dfile, fpos, 0);
  if (rc!=0) {
    printf ("  Low Level I/O Error:  Seek error on data file \n");
    printf ("  Error occurred when seeking to byte %lld \n",fpos);
    printf ("  Possible cause:  Fewer times than expected\n");
    if (pfi->seqflg) printf ("  Possible cause:  Invalid sequential format\n");
    if (pfi->tmplat) printf("  File name = %s\n",fn);
    return(1);
  }
  return (0);
}

gaint rdstn (char *rec, gaint siz) {
gaint rc;
  rc = fread (rec, 1, siz, dfile);
  if (rcseqflg) printf ("  Possible cause: Invalid sequential data\n");
    if (pfi->tmplat) printf("  File name = %s\n",fn);
    return(1);
  }
  return (0);
}

void gaprnt (gaint i, char *ch) {
  printf ("%s",ch);
}


void command_line_help(void) {

printf("stnmap for GrADS Version " GRADS_VERSION "\n\n");
printf("Create the \"map\" file for using station data in grads\n\n");
printf("Command line options: \n\n");
printf("          -help   Just this help\n");
printf("          -i      the data descriptor file (.ctl) to map\n");
printf("          -v      turn ON verbose listing\n");
printf("          -q      very quiet mode\n");
printf("          -0      DO NOT READ - used for templating and no variation in variables\n");
printf("          -MLLLL  for -0 set max number of levels LLLL (e.g., -M1000 for 1000 levels)\n");
printf("          -1      create a machine specific version 1 map \n");
printf("          -2      create a machine-INDEPENDENT version 2 map (the default for " GRADS_VERSION " and above\n\n");
printf("   Example:\n\n");
printf("   stnmap -i station_data.ctl\n");
printf("   stnmap -0 -M100 -i station_data.ctl ;  do not read the data \n\n");

}

/* Query env symbol */

char *gxgsym(char *ch) {
  return (getenv(ch));
}
void set_nc_cache(size_t arg) {
  return;
}
gadouble qcachesf(void) {
  return(1.0);
}
grads-2.0.1/src/gsgui.c0000644000175000017500000005025311047031154016016 0ustar  amckinstryamckinstry
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

/*
 *   gsgui: - A simple expression analyzer for gagui.
 *
 *   REVISION HISTORY:
 *
 *   22May97   da Silva   First alpha version.
 *   10Jun97   da Silva   Added CmdWin() callback.
 *   06Nov97   da Silva   Fixed small bug in SetWidgetIndex().
 *   18Feb98   da Silva   Removed "!" as a comment character.
 *   16Dec07   da Silva   Explicitly adopted GPL.

    Copyright (C) 1997-2007 by Arlindo da Silva 
    All Rights Reserved.

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; using version 2 of the License.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, please consult  
              
              http://www.gnu.org/licenses/licenses.html

    or write to the Free Software Foundation, Inc., 59 Temple Place,
    Suite 330, Boston, MA 02111-1307 USA

 */

#include 
#include 

#include "libsx.h"
#if USEFREQ == 1
#include "freq.h"
#endif
#include "gagui.h"

/* Supported widget types */
#define OPENDISPLAY     1
#define SHOWDISPLAY     2
#define MAKELABEL       3
#define MAKEMENU        4
#define MAKEMENUITEM    5
#define MAKEBUTTON      6
#define MAINLOOP        7
#define SETWIDGETPOS    8
#define SETBGCOLOR      9
#define SETFGCOLOR      10
#define MAKETOGGLE      11
#define GETFONT         12
#define SETWIDGETFONT   13
#define MAKEWINDOW      14
#define CLOSEWINDOW     15
#define ALLWIDGETFONT   16
#define ALLFGCOLOR      17
#define ALLBGCOLOR      18
#define GETNAMEDCOLOR   19
#define DEBUGGUI        20
#define CHDIR           21

/* Widget function table */
struct Func_Table {
    char *name;
    int  func;
};
static
struct Func_Table Widgets[] = {   {"OpenDisplay",   OPENDISPLAY},
                                  {"ShowDisplay",   SHOWDISPLAY},
                                  {"MakeLabel",     MAKELABEL},
                                  {"MakeMenu",      MAKEMENU},
                                  {"MakeMenuItem",  MAKEMENUITEM},
                                  {"MakeButton",    MAKEBUTTON},
                                  {"MainLoop",      MAINLOOP}, 
                                  {"SetWidgetPos",  SETWIDGETPOS}, 
                                  {"SetFgColor",    SETFGCOLOR},
                                  {"SetBgColor",    SETBGCOLOR},
                                  {"MakeToggle",    MAKETOGGLE},
                                  {"GetFont",       GETFONT},
                                  {"SetWidgetFont", SETWIDGETFONT},
                                  {"MakeWindow",    MAKEWINDOW},
                                  {"CloseWindow",   CLOSEWINDOW},
                                  {"AllWidgetFont", ALLWIDGETFONT},
                                  {"AllFgColor",    ALLFGCOLOR},
                                  {"AllBgColor",    ALLBGCOLOR},
                                  {"GetNamedColor", GETNAMEDCOLOR},
                                  {"Debug",         DEBUGGUI},
                                  {"chdir",         CHDIR},
                                  {NULL,           -1} };




/* Callback function table */
struct CB_Table {
   char       *name;
   ButtonCB   func;
};
static
struct CB_Table CallBacks[] = {  {"NULL",     NULL},
                                 {"Exit",     CB_Exit},
                                 {"Open",     CB_Open},
                                 {"Load",     CB_Load},
                                 {"Cmd",      CB_Cmd},
                                 {"CmdStr",   CB_CmdStr},
                                 {"CmdWin",   CB_CmdWin},
                                 {"CmdLine",  CB_CmdLine},
                                 {"VarSel",   CB_VarSel},
                                 {"FileSel",  CB_FileSel},
                                 {"Display",  CB_Display},
                                 {"Toggle",   CB_Toggle},
                                 {"Browse",   CB_Browse},
                                 {"Edit",     CB_Edit},
                                 {"CloseWindow", CB_CloseWindow},
                                 {NULL,       NULL } };


/* Internal Macro Tables */ 
struct Macro_Table{
   char *name;
   int  value;
};
static
struct Macro_Table Macros [] = { {"NO_CARE",       NO_CARE},
                                 {"PLACE_RIGHT",   PLACE_RIGHT},
                                 {"PLACE_UNDER",   PLACE_UNDER},
                                 {"FALSE",         FALSE},
                                 {"TRUE",          TRUE},
                                 {NULL,            0} };


/* scanner specific data */

#define NONE      0            /* Token types */
#define DELIMITER 1
#define VARIABLE  2
#define STRING    3
#define COMMENT   4

#define NTOKEN  16             /* Maximum number of tokens per line */
#define LTOKEN  132            /* Maximum length of token */
static char *prog;             /* holds expression to be analyzed */
static char token[LTOKEN];     /* current token */
static char tok_type;          /* token type */


/* User defined widgets. TO DO: make this a linked list */
#define NWIDGETS 512       /* Maximum number of widgets */
static int iwidgets = -1;  /* index of last entry in user widget table */
struct User_Widgets {
    char    name[LTOKEN];  /* short name used by the script */
    Widget  w;             /* widget data structure */
    char    data[LTOKEN];  /* data to be passed to callbacks */
};
static struct User_Widgets UserWidgets[NWIDGETS];

/* User loaded fonts */
#define NFONTS 16          /* max number of user fonts allowed  */
#define LFONTS 80          /* max size of font string name */
static int ifonts=-1;      /* index of last entry in function table */
struct User_Fonts {
    char  name[LFONTS];    /* short name used by the script */
    XFont font;            /* font data structure */
};
static struct User_Fonts UserFonts[NFONTS];

/* User colors */
#define NCOLORS 32          /* max number of user fonts allowed (>=6) */
#define LCOLORS 32          /* max size of color string name */
static int icolors=-1;      /* index of last entry in function table */
static int FirstColor=1;    /* flag for standard colors creation */
struct User_Colors {
    char  name[LCOLORS];    /* short name used by the script */
    int   color;            /* font data structure */
};
static struct User_Colors UserColors[NCOLORS];

/*--------------------------- SCANNER ------------------------------------*/

/*
 * is_in()  -  Check if char is in string
 *
 */
int
is_in(char ch, char *s)
{
  while(*s) if(*s++==ch) return 1;
  return 0;
}


/*
 * iswhite()  -  Look for spaces and tabs 
 */
int
iswhite(char c)
{
  if(c == ' ' || c == 9) return 1;
  return 0;
}
			

/*
 * isdelim()  -  Look for delimiter 
 */
int
isdelim(char c)
{
  if(is_in(c,"(,)") || c==0) return 1;
  return 0;
}


/*
 *  get_token - return tokens from the input string.
 *
 */

void get_token()
{
  char *temp;
  
  tok_type = NONE;
  temp = token;

  while(iswhite(*prog)) ++prog;   /* skip over white spaces */

  if(is_in(*prog,"(,)")) {
    tok_type = DELIMITER;
    *temp++ = *prog++;            /* advance to next position */
  }
  else if(is_in(*prog,"#*")) {
    tok_type = COMMENT;
    *temp = '\0';
    *temp++ = *prog++;            /* advance to next position */
  }
  else if(isalpha(*prog)||isdigit(*prog)||is_in(*prog,"-+")) {
    while(!isdelim(*prog)) *temp++ = *prog++;
    tok_type = VARIABLE;
  }
  else if(is_in(*prog,"\"'")) {
    ++prog;  /* remove " or ' */
    while(!isdelim(*prog)) *temp++ = *prog++;
    tok_type = STRING;
  }

  /* Note: Variables can start with number, for now, at least */

  *temp = '\0';
  temp--;
  while(iswhite(*temp) ) {
        *temp='\0'; temp--;
  }
  if(tok_type==STRING ) {
     if(*temp=='"'||*temp=='\'') *temp='\0'; /* very forgiving... */
  }

}

/*-------------------------- USER TABLE MANAGEMENT -----------------------*/

/*
 * GetGuiFuncIndex() - returns widget function index
 *
 */
int
GetGuiFuncIndex(char *name)
{
   int i, func=-1;

   for(i=0;i0 ) {
        if ( (i=GetWidgetIndex(name)) >= 0 ) return i;
   }

   iwidgets++;
   if(iwidgets>NWIDGETS-1) {
      iwidgets--;
      printf("GUI Error: too many widgets\n");
      return -1;
   } else i = iwidgets;
   strcpy(UserWidgets[i].name, name);
   return i;
}

/*
 * LoadUserFont() - loads and creates an entry for a font
 *
 */

int
LoadUserFont(char *name,         /* a short name used by the script */ 
             char *Xfontname)    /* the actual X11 name used for the font */
{
   XFont font;

   ifonts++;
   if(ifonts>NFONTS-1) {
      ifonts--;
      printf("GUI Error: too many fonts");
      return -1;
   } 

   font = GetFont(Xfontname);
   if ( font == NULL ) {
        ifonts--;
        printf("GUI Error: could not get font %s\n", Xfontname);
        return -1;
   }
   strncpy(UserFonts[ifonts].name, name, LFONTS);
   UserFonts[ifonts].font = font;

   return ifonts;
}


/*
 * GetFontIndex - returns index for user fonts created with
 *                LoadUserFont()
 */
int
GetFontIndex(char *fontname)  /* fontname is a short name
                                 used by the script */
{
   int i, index=-1;
   for(i=0;i<=ifonts;i++) {
       if(!strcmp(UserFonts[i].name, fontname)) {
          index = i;
          break;
       }
   }
   return index;
}


/*
 * LoadUserColor() - load named color 
 *
 */

int
LoadUserColor(char *name,         /* a short name used by the script */ 
              char *colorname)    /* the actual X11 name used for the color */
{
   int color;

   if ( FirstColor ) {
      FirstColor = 0;
      GetStandardColors();
      strcpy(UserColors[0].name, "white"  );
      strcpy(UserColors[1].name, "black"  );
      strcpy(UserColors[2].name, "red"    );
      strcpy(UserColors[3].name, "green"  );
      strcpy(UserColors[4].name, "blue"   );
      strcpy(UserColors[5].name, "yellow" );
      UserColors[0].color = WHITE;
      UserColors[1].color = BLACK;
      UserColors[2].color = RED;
      UserColors[3].color = GREEN;
      UserColors[4].color = BLUE;
      UserColors[5].color = YELLOW;
      icolors = 5;
      if(!name) return;
   }

   icolors++;
   if(icolors>NCOLORS-1) {
      icolors--;
      printf("GUI Error: too many colors");
      return -1;
   } 

   color = GetNamedColor(colorname);
   if ( color<0 ) {
        icolors--;
        printf("GUI Error: could not get color %s\n", colorname);
        return -1;
   }
   strncpy(UserColors[icolors].name, name, LCOLORS);
   UserColors[icolors].color = color;

   return icolors;
}


/*
 * GetColorIndex - returns index for user colors created with
 *                 LoadUserColor()
 */
int
GetColorIndex(char *colorname)  /* colorname is a short name
                                  used by the script */
{
   int i, color=-1;

   if ( FirstColor ) {
        LoadUserColor(NULL, NULL);
   }

   for(i=0;i<=icolors;i++) {
       if(!strcmp(UserColors[i].name, colorname)) {
          color = UserColors[i].color;
          break;
       }
   }
   return color;
}


/*----------------------------- GUI INTERPRETER -----------------------------*/

/*
 *   Custom_GUI()  -  Reads a GUI script and executes it.
 */

int
Custom_GUI ( char *fname )
{

    FILE *script;
    int  argc;
    char **argv;
    char *p;
    int  Func, i, j, k, m1, m2;
    int  debug=0;

    /* open script file */
    script = fopen(fname,"r");
    if ( script == NULL ) {
      printf("GUI Error: cannot open GUI script file %s.\n", fname);
      return 1;
    }

    /* allocate space to hold script lines & tokens */
    p = malloc(256*sizeof(char));    
    argv = (char **) List(NTOKEN,LTOKEN);
    if(!argv) return 1;

    /* Main loop begins ... */
    do {
       
       /* Read and parse next line */
       prog = p;
       if(fgets(p, 256, script)==NULL) break ;
       argc = -1;
       do {
          get_token();
          if(tok_type==STRING||tok_type==VARIABLE) {
              argc++;
              if(argc>=NTOKEN) break;
              strcpy(argv[argc], token);
          } else if(tok_type==COMMENT) break;
       } while(token[0]);

       /* comment or blank line, skip it */
       if(argc<0) {
	 if(debug) printf("%s",p);
	 goto nxtline;  
       }

       /* if not a GUI function, must be a native GrADS command,
          go for it */
       if((Func=GetGuiFuncIndex(argv[0]))<0) {
           CB_Cmd(NULL,p);
           goto nxtline;
       }

       if(debug) printf("%s",p);

       /* Process each widget function */
       switch(Func) {


       case SHOWDISPLAY:
         ShowDisplay();
         break;

       case MAINLOOP:
         MainLoop();
         break;

       case MAKELABEL:
	 if (argc!=2) break;
         if((i=SetWidgetIndex(argv[1]))<0) break;
         UserWidgets[i].w = MakeLabel(argv[2]);
         break;

       case MAKEBUTTON:
	 if (argc!=4) break;
         if((i=SetWidgetIndex(argv[1]))<0) break;
         if((j=GetCallBackIndex(argv[3]))<0) break;
         strcpy(UserWidgets[i].data, argv[4]);
         UserWidgets[i].w = MakeButton(argv[2], CallBacks[j].func, 
                                       UserWidgets[i].data);         
         break;

       case MAKEMENU:
	 if (argc!=2) break;
         if((i=SetWidgetIndex(argv[1]))<0) break;
	 UserWidgets[i].w = MakeMenu( argv[2] );
	 break;

       case MAKEMENUITEM:
	 if (argc!=5) break;
         if((i=SetWidgetIndex(argv[1]))<0) break;
         if((j=GetWidgetIndex(argv[2]))<0) break;
         if((k=GetCallBackIndex(argv[4]))<0) break;
         strcpy(UserWidgets[i].data, argv[5]);
         UserWidgets[i].w = MakeMenuItem(UserWidgets[j].w, 
                                 argv[3], CallBacks[k].func, 
                                 UserWidgets[i].data);         
	 break;

       case MAKETOGGLE:
	 if (argc!=6) break;
         if((i=SetWidgetIndex(argv[1]))<0) break;
         if((m1=GetMacroValue(argv[3]))<0) break;
         if((j=GetWidgetIndex(argv[4]))<0) break;
         if((k=GetCallBackIndex(argv[5]))<0) break;
         strcpy(UserWidgets[i].data, argv[6]);
         UserWidgets[i].w = MakeToggle(argv[2], m1, UserWidgets[j].w,
                            CallBacks[k].func, UserWidgets[i].data);
         break;          

       case SETWIDGETPOS:
	 if (argc!=5) break;
         if((i=GetWidgetIndex(argv[1]))<0) break;
         if((m1=GetMacroValue(argv[2]))<0) break;
         if((j=GetWidgetIndex(argv[3]))<0) break;
         if((m2=GetMacroValue(argv[4]))<0) break;
         if((k=GetWidgetIndex(argv[5]))<0) break;
         SetWidgetPos(UserWidgets[i].w, m1, UserWidgets[j].w,
                                        m2, UserWidgets[k].w );
         break;

       case SETFGCOLOR:
	 if (argc!=2) break;
         if((i=GetWidgetIndex(argv[1]))<0) break;
         if((m1=GetColorIndex(argv[2]))<0) break;
         SetFgColor(UserWidgets[i].w, m1);
         break;

       case ALLFGCOLOR:
	 if (argc!=1) break;
         if((m1=GetColorIndex(argv[1]))<0) break;
         for(i=0; i<=iwidgets; i++ ) {
             SetFgColor(UserWidgets[i].w, m1);
         }
         break;

       case SETBGCOLOR:
	 if (argc!=2) break;
         if((i=GetWidgetIndex(argv[1]))<0) break; 
         if((m1=GetColorIndex(argv[2]))<0) break;
         SetBgColor(UserWidgets[i].w, m1);
         break;

       case ALLBGCOLOR:
	 if (argc!=1) break;
         if((m1=GetColorIndex(argv[1]))<0) break;
         for(i=0; i   greater than
                    6: >=  greater than or equal
                    7: <   less than
                    8: <=  less than or equal
                    9: %   concatenation
                   10: +   addition
                   11: -   subtraction
                   12: *   multiplication
                   13: /   division
                   14: !   unary not
                   15: -   unary minus                        */

char *opchars[13] = {"!=",">=","<=","|","&","=",">","<","%",
       "+","-","*","/"};
gaint opvals[13] = {4,6,8,1,2,3,5,7,9,10,11,12,13};
gaint optyps[15] = {0,0,1,1,1,1,1,1,0,2,2,2,2,0,2};
gaint opmins[7] = {14,12,10,9,3,2,1};
gaint opmaxs[7] = {15,13,11,9,8,2,1};

/* Stack to evaluate the expression.  The stack consists of an
   doubly linked list of structures.                              */

struct stck {
  struct stck *pforw;               /* Forward Pointer  */
  struct stck *pback;               /* Backwards Pointer */
  gaint type;        /* Entry type: 0=oprnd,1=oprtr,2='(',3=')'        */
  union tobj {
    gaint op;                         /* Operator */
    char *strng;                    /* Operand  */
  } obj;
};

/* Function prototypes */

void gsfree (struct gscmn *);
struct gsrecd *gsrtyp (char **, gaint *, gaint *);
gaint gsblck (struct gsrecd *, struct gscmn *);
struct gsrecd *gsbkst (struct gsrecd *, struct gsrecd *,
     struct gsrecd *, gaint *);
struct gsrecd *gsbkdo (struct gsrecd *, struct gsrecd *,
     struct gsrecd *, gaint *);
struct gsrecd *gsbkif (struct gsrecd *, struct gsrecd *,
     struct gsrecd *, gaint *);
gaint gsrunf (struct gsrecd *, struct gscmn *);
void gsfrev (struct gsvar *);
struct gsrecd *gsruns (struct gsrecd *, struct gscmn *, gaint *);
struct gsrecd *gsrund (struct gsrecd *, struct gscmn *, gaint *);
struct gsrecd *gsruni (struct gsrecd *, struct gscmn *, gaint *);
gaint gsstmn (struct gsrecd *, struct gscmn *);
gaint gsassn (struct gsrecd *, struct gscmn *);
char *gsexpr (char *, struct gscmn *);
struct stck *gseval (struct stck *);
char *gscnst (char **);
char *gsgopd (char **, struct gscmn *);
char *gsfunc (char *, char *, struct gscmn *);
char *gsfvar (char *, struct gscmn *);
gaint gsrvar (struct gscmn *, char *, char *);
void stkdmp (struct stck *);
void gsnum (char *, gaint *, gaint *, gadouble *);
struct stck *gsoper (struct stck *);

/* Functions for searching and reading script files */

gaint gsgsfrd (struct gscmn *, gaint, char *);
FILE *gsonam (struct gscmn *, struct gsfdef *);
FILE *gsogsf(struct gscmn *, struct gsfdef *, char *);
char *gsstcp (char *);
gaint gsdelim (char);
char *gsstad (char *, char *);

/* script functions */

gaint gsfsub (struct gscmn *);
gaint gsfwrd (struct gscmn *);
gaint gsflin (struct gscmn *);
gaint gsfpwd (struct gscmn *);
gaint gsfrd (struct gscmn *);
gaint gsfwt (struct gscmn *);
gaint gsfcl (struct gscmn *);
gaint gsfval (struct gscmn *);
gaint gsfsln (struct gscmn *);
gaint gsflog (struct gscmn *, gaint);

gaint gsstmt (struct gsrecd *, struct gscmn *); 
gaint gsfallw (struct gscmn *);
gaint gsfpath (struct gscmn *);
gaint gsfmath (struct gscmn *, gaint);
grads-2.0.1/src/Makefile.in0000644000175000017500000005764111651340127016615 0ustar  amckinstryamckinstry# Makefile.in generated by automake 1.9.6 from Makefile.am.
# @configure_input@

# Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002,
# 2003, 2004, 2005  Free Software Foundation, Inc.
# This Makefile.in is free software; the Free Software Foundation
# gives unlimited permission to copy and/or distribute it,
# with or without modifications, as long as this notice is preserved.

# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY, to the extent permitted by law; without
# even the implied warranty of MERCHANTABILITY or FITNESS FOR A
# PARTICULAR PURPOSE.

@SET_MAKE@

######################################################################

######################################################################
#
# Targets
#


srcdir = @srcdir@
top_srcdir = @top_srcdir@
VPATH = @srcdir@
pkgdatadir = $(datadir)/@PACKAGE@
pkglibdir = $(libdir)/@PACKAGE@
pkgincludedir = $(includedir)/@PACKAGE@
top_builddir = ..
am__cd = CDPATH="$${ZSH_VERSION+.}$(PATH_SEPARATOR)" && cd
INSTALL = @INSTALL@
install_sh_DATA = $(install_sh) -c -m 644
install_sh_PROGRAM = $(install_sh) -c
install_sh_SCRIPT = $(install_sh) -c
INSTALL_HEADER = $(INSTALL_DATA)
transform = $(program_transform_name)
NORMAL_INSTALL = :
PRE_INSTALL = :
POST_INSTALL = :
NORMAL_UNINSTALL = :
PRE_UNINSTALL = :
POST_UNINSTALL = :
build_triplet = @build@
host_triplet = @host@
bin_PROGRAMS = grads$(EXEEXT) gribmap$(EXEEXT) gxeps$(EXEEXT) \
	gxps$(EXEEXT) stnmap$(EXEEXT) wgrib$(EXEEXT) gribscan$(EXEEXT) \
	bufrscan$(EXEEXT) $(am__EXEEXT_1)
EXTRA_PROGRAMS = gxtran$(EXEEXT) grib2scan$(EXEEXT)
subdir = src
DIST_COMMON = $(noinst_HEADERS) $(srcdir)/Makefile.am \
	$(srcdir)/Makefile.in $(srcdir)/config.h.in
ACLOCAL_M4 = $(top_srcdir)/aclocal.m4
am__aclocal_m4_deps = $(top_srcdir)/m4/Xaw.m4 \
	$(top_srcdir)/m4/ga_lib_readline.m4 $(top_srcdir)/m4/gd.m4 \
	$(top_srcdir)/m4/geotiff.m4 $(top_srcdir)/m4/grib2.m4 \
	$(top_srcdir)/m4/gui.m4 $(top_srcdir)/m4/hdf4.m4 \
	$(top_srcdir)/m4/hdf5.m4 $(top_srcdir)/m4/libsx.m4 \
	$(top_srcdir)/m4/netcdf.m4 $(top_srcdir)/m4/netcdf_header.m4 \
	$(top_srcdir)/m4/pkg.m4 $(top_srcdir)/m4/udunits.m4 \
	$(top_srcdir)/acinclude.m4 $(top_srcdir)/configure.ac
am__configure_deps = $(am__aclocal_m4_deps) $(CONFIGURE_DEPENDENCIES) \
	$(ACLOCAL_M4)
mkinstalldirs = $(SHELL) $(top_srcdir)/etc/mkinstalldirs
CONFIG_HEADER = config.h
CONFIG_CLEAN_FILES =
am__EXEEXT_1 = @extra_utils@
am__installdirs = "$(DESTDIR)$(bindir)"
binPROGRAMS_INSTALL = $(INSTALL_PROGRAM)
PROGRAMS = $(bin_PROGRAMS)
am_bufrscan_OBJECTS = bufrscan.$(OBJEXT) gabufr.$(OBJEXT) \
	gabufrtbl.$(OBJEXT) gamach.$(OBJEXT)
bufrscan_OBJECTS = $(am_bufrscan_OBJECTS)
bufrscan_LDADD = $(LDADD)
bufrscan_DEPENDENCIES =
am__grads_SOURCES_DIST = grads.c gxsubs.c gxmeta.c gxchpl.c gxcntr.c \
	gxstrm.c gxwmap.c gxshad.c gxshad2.c gaexpr.c gafunc.c \
	gautil.c gagx.c gscrpt.c gamach.c bufrstn.c gabufr.c \
	gabufrtbl.c gxX.c gxdxwd.c galloc.c gagui.c gsgui.c dodstn.c \
	gaddes.c gaio.c gacfg.c gauser.c gasdf.c gatxt.c
@USEGUI_TRUE@am__objects_1 = gagui.$(OBJEXT) gsgui.$(OBJEXT)
@USEGADAP_TRUE@am__objects_2 = dodstn.$(OBJEXT)
am_grads_OBJECTS = grads.$(OBJEXT) gxsubs.$(OBJEXT) gxmeta.$(OBJEXT) \
	gxchpl.$(OBJEXT) gxcntr.$(OBJEXT) gxstrm.$(OBJEXT) \
	gxwmap.$(OBJEXT) gxshad.$(OBJEXT) gxshad2.$(OBJEXT) \
	gaexpr.$(OBJEXT) gafunc.$(OBJEXT) gautil.$(OBJEXT) \
	gagx.$(OBJEXT) gscrpt.$(OBJEXT) gamach.$(OBJEXT) \
	bufrstn.$(OBJEXT) gabufr.$(OBJEXT) gabufrtbl.$(OBJEXT) \
	gxX.$(OBJEXT) gxdxwd.$(OBJEXT) galloc.$(OBJEXT) \
	$(am__objects_1) $(am__objects_2) gaddes.$(OBJEXT) \
	gaio.$(OBJEXT) gacfg.$(OBJEXT) gauser.$(OBJEXT) \
	gasdf.$(OBJEXT) gatxt.$(OBJEXT)
grads_OBJECTS = $(am_grads_OBJECTS)
am__DEPENDENCIES_1 =
am__DEPENDENCIES_2 = $(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1)
grads_DEPENDENCIES = $(am__DEPENDENCIES_2) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1)
am_grib2scan_OBJECTS = grib2scan.$(OBJEXT) gamach.$(OBJEXT) \
	galloc.$(OBJEXT)
grib2scan_OBJECTS = $(am_grib2scan_OBJECTS)
grib2scan_DEPENDENCIES = gautil.sa.o gatxt.o $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1)
am_gribmap_OBJECTS = gribmap.$(OBJEXT) gagmap.$(OBJEXT) \
	gamach.$(OBJEXT) galloc.$(OBJEXT)
gribmap_OBJECTS = $(am_gribmap_OBJECTS)
gribmap_DEPENDENCIES = gaddes.sa.o gautil.sa.o gatxt.o \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1)
am_gribscan_OBJECTS = gribscan.$(OBJEXT) gamach.$(OBJEXT) \
	galloc.$(OBJEXT)
gribscan_OBJECTS = $(am_gribscan_OBJECTS)
gribscan_DEPENDENCIES = gautil.sa.o gatxt.o $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1)
am_gxeps_OBJECTS = gxeps.$(OBJEXT)
gxeps_OBJECTS = $(am_gxeps_OBJECTS)
gxeps_LDADD = $(LDADD)
gxeps_DEPENDENCIES =
am_gxps_OBJECTS = gxps.$(OBJEXT)
gxps_OBJECTS = $(am_gxps_OBJECTS)
gxps_LDADD = $(LDADD)
gxps_DEPENDENCIES =
am_gxtran_OBJECTS = gxtran.$(OBJEXT) gxsubs.$(OBJEXT) gxchpl.$(OBJEXT) \
	gxX.$(OBJEXT) gxdxwd.$(OBJEXT) galloc.$(OBJEXT)
gxtran_OBJECTS = $(am_gxtran_OBJECTS)
gxtran_DEPENDENCIES = gxmeta.sa.o $(am__DEPENDENCIES_1) \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1)
am_stnmap_OBJECTS = stnmap.$(OBJEXT) gamach.$(OBJEXT) galloc.$(OBJEXT)
stnmap_OBJECTS = $(am_stnmap_OBJECTS)
stnmap_DEPENDENCIES = gaddes.sa.o gautil.sa.o gatxt.o \
	$(am__DEPENDENCIES_1) $(am__DEPENDENCIES_1)
am_wgrib_OBJECTS = wgrib.$(OBJEXT)
wgrib_OBJECTS = $(am_wgrib_OBJECTS)
wgrib_LDADD = $(LDADD)
wgrib_DEPENDENCIES =
DEFAULT_INCLUDES = -I. -I$(srcdir) -I.
depcomp =
am__depfiles_maybe =
COMPILE = $(CC) $(DEFS) $(DEFAULT_INCLUDES) $(INCLUDES) $(AM_CPPFLAGS) \
	$(CPPFLAGS) $(AM_CFLAGS) $(CFLAGS)
CCLD = $(CC)
LINK = $(CCLD) $(AM_CFLAGS) $(CFLAGS) $(AM_LDFLAGS) $(LDFLAGS) -o $@
SOURCES = $(bufrscan_SOURCES) $(grads_SOURCES) $(EXTRA_grads_SOURCES) \
	$(grib2scan_SOURCES) $(gribmap_SOURCES) $(gribscan_SOURCES) \
	$(gxeps_SOURCES) $(gxps_SOURCES) $(gxtran_SOURCES) \
	$(stnmap_SOURCES) $(wgrib_SOURCES)
DIST_SOURCES = $(bufrscan_SOURCES) $(am__grads_SOURCES_DIST) \
	$(EXTRA_grads_SOURCES) $(grib2scan_SOURCES) $(gribmap_SOURCES) \
	$(gribscan_SOURCES) $(gxeps_SOURCES) $(gxps_SOURCES) \
	$(gxtran_SOURCES) $(stnmap_SOURCES) $(wgrib_SOURCES)
HEADERS = $(noinst_HEADERS)
ETAGS = etags
CTAGS = ctags
DISTFILES = $(DIST_COMMON) $(DIST_SOURCES) $(TEXINFOS) $(EXTRA_DIST)
ACLOCAL = @ACLOCAL@
AMTAR = @AMTAR@
AUTOCONF = @AUTOCONF@
AUTOHEADER = @AUTOHEADER@
AUTOMAKE = @AUTOMAKE@
AWK = @AWK@
CC = @CC@
CFLAGS = @CFLAGS@
CPP = @CPP@
CPPFLAGS = @CPPFLAGS@
CXX = @CXX@
CXXFLAGS = @CXXFLAGS@
CYGPATH_W = @CYGPATH_W@
DEFS = @DEFS@
ECHO_C = @ECHO_C@
ECHO_N = @ECHO_N@
ECHO_T = @ECHO_T@
EGREP = @EGREP@
EXEEXT = @EXEEXT@
G2_LIBS = @G2_LIBS@
GA_LIBSX_LIBS = @GA_LIBSX_LIBS@
GD_CFLAGS = @GD_CFLAGS@
GD_CONFIG = @GD_CONFIG@
GD_LDFLAGS = @GD_LDFLAGS@
GD_LIBS = @GD_LIBS@
GEOTIFF_CFLAGS = @GEOTIFF_CFLAGS@
GEOTIFF_FALSE = @GEOTIFF_FALSE@
GEOTIFF_LDFLAGS = @GEOTIFF_LDFLAGS@
GEOTIFF_LIBS = @GEOTIFF_LIBS@
GEOTIFF_TRUE = @GEOTIFF_TRUE@
GXPNG_FALSE = @GXPNG_FALSE@
GXPNG_TRUE = @GXPNG_TRUE@
HDF4_CFLAGS = @HDF4_CFLAGS@
HDF4_LDFLAGS = @HDF4_LDFLAGS@
HDF4_LIBS = @HDF4_LIBS@
HDF5_CFLAGS = @HDF5_CFLAGS@
HDF5_LDFLAGS = @HDF5_LDFLAGS@
HDF5_LIBS = @HDF5_LIBS@
INSTALL_DATA = @INSTALL_DATA@
INSTALL_PROGRAM = @INSTALL_PROGRAM@
INSTALL_SCRIPT = @INSTALL_SCRIPT@
INSTALL_STRIP_PROGRAM = @INSTALL_STRIP_PROGRAM@
LDFLAGS = @LDFLAGS@
LIBOBJS = @LIBOBJS@
LIBS = @LIBS@
LN_S = @LN_S@
LTLIBOBJS = @LTLIBOBJS@
MAINT = @MAINT@
MAINTAINER_MODE_FALSE = @MAINTAINER_MODE_FALSE@
MAINTAINER_MODE_TRUE = @MAINTAINER_MODE_TRUE@
MAKEINFO = @MAKEINFO@
NC_CFLAGS = @NC_CFLAGS@
NC_LDFLAGS = @NC_LDFLAGS@
NC_LIBS = @NC_LIBS@
NC_NETCDF_3_CPPFLAG = @NC_NETCDF_3_CPPFLAG@
OBJEXT = @OBJEXT@
PACKAGE = @PACKAGE@
PACKAGE_BUGREPORT = @PACKAGE_BUGREPORT@
PACKAGE_NAME = @PACKAGE_NAME@
PACKAGE_STRING = @PACKAGE_STRING@
PACKAGE_TARNAME = @PACKAGE_TARNAME@
PACKAGE_VERSION = @PACKAGE_VERSION@
PATH_SEPARATOR = @PATH_SEPARATOR@
PKG_CONFIG = @PKG_CONFIG@
READLINE_FALSE = @READLINE_FALSE@
READLINE_TRUE = @READLINE_TRUE@
SET_MAKE = @SET_MAKE@
SHELL = @SHELL@
STRIP = @STRIP@
SUPPLIBS = @SUPPLIBS@
UDUNITS_LIBS = @UDUNITS_LIBS@
USEDAP_FALSE = @USEDAP_FALSE@
USEDAP_TRUE = @USEDAP_TRUE@
USEGADAP_FALSE = @USEGADAP_FALSE@
USEGADAP_TRUE = @USEGADAP_TRUE@
USEGUI_FALSE = @USEGUI_FALSE@
USEGUI_TRUE = @USEGUI_TRUE@
USEHDF_FALSE = @USEHDF_FALSE@
USEHDF_TRUE = @USEHDF_TRUE@
USESHP_FALSE = @USESHP_FALSE@
USESHP_TRUE = @USESHP_TRUE@
VERSION = @VERSION@
XAW7_CFLAGS = @XAW7_CFLAGS@
XAW7_LIBS = @XAW7_LIBS@
XAW_CFLAGS = @XAW_CFLAGS@
XAW_LIBS = @XAW_LIBS@
XAW_XLIBS = @XAW_XLIBS@
X_CFLAGS = @X_CFLAGS@
X_EXTRA_LIBS = @X_EXTRA_LIBS@
X_LIBS = @X_LIBS@
X_PRE_LIBS = @X_PRE_LIBS@
ac_ct_CC = @ac_ct_CC@
ac_ct_CXX = @ac_ct_CXX@
ac_ct_STRIP = @ac_ct_STRIP@
ac_pt_PKG_CONFIG = @ac_pt_PKG_CONFIG@
am__leading_dot = @am__leading_dot@
am__tar = @am__tar@
am__untar = @am__untar@
bindir = @bindir@
build = @build@
build_alias = @build_alias@
build_cpu = @build_cpu@
build_os = @build_os@
build_vendor = @build_vendor@
dap_libs = @dap_libs@
datadir = @datadir@
exec_prefix = @exec_prefix@
extra_utils = @extra_utils@
gadap_inc = @gadap_inc@
geotiff_inc = @geotiff_inc@
geotiff_libs = @geotiff_libs@
grads_xlibs = @grads_xlibs@
grib2_inc = @grib2_inc@
grib2_libs = @grib2_libs@
gui_inc = @gui_inc@
gui_libs = @gui_libs@
hdf5_inc = @hdf5_inc@
hdf5_libs = @hdf5_libs@
hdf_inc = @hdf_inc@
hdf_libs = @hdf_libs@
host = @host@
host_alias = @host_alias@
host_cpu = @host_cpu@
host_ldadd = @host_ldadd@
host_os = @host_os@
host_vendor = @host_vendor@
includedir = @includedir@
infodir = @infodir@
install_sh = @install_sh@
libdir = @libdir@
libexecdir = @libexecdir@
localstatedir = @localstatedir@
mandir = @mandir@
mkdir_p = @mkdir_p@
nc_inc = @nc_inc@
nc_libs = @nc_libs@
oldincludedir = @oldincludedir@
prefix = @prefix@
printim_inc = @printim_inc@
printim_libs = @printim_libs@
program_transform_name = @program_transform_name@
readline_inc = @readline_inc@
readline_libs = @readline_libs@
sbindir = @sbindir@
sharedstatedir = @sharedstatedir@
shp_inc = @shp_inc@
shp_libs = @shp_libs@
sysconfdir = @sysconfdir@
target_alias = @target_alias@

######################################################################
#
# Compiler and linker settings
#

# Paths to external headers and libraries
supp_include_dir = $(SUPPLIBS)/include
supp_lib_dir = $(SUPPLIBS)/lib

# Settings used for all binaries
LDADD = -L$(supp_lib_dir) 
INCLUDES = $(readline_inc) $(printim_inc) $(grib2_inc) $(gui_inc) $(nc_inc) \
			  $(hdf_inc) $(hdf5_inc) $(geotiff_inc) $(shp_inc) $(gadap_inc) \
                          $(X_CFLAGS) $(XAW_CFLAGS) $(GD_CFLAGS) $(HDF4_CFLAGS)


# Settings used for all GrADS binaries
common_ldadd = $(LDADD) $(X_LIBS) $(host_ldadd) -lX11

######################################################################
#
# Headers and data
#

# Headers must be listed here to be included in the distribution.  The
# "noinst_" prefix prevents "make install" from trying to do anything
# with them
hdr_core = gagmap.h grads.h gs.h gatypes.h \
		      gvt.h gx.h gxmap.h wx.h

hdr_bufr = gabufr.h
hdr_x11 = gx.h bitmaps.h
hdr_sdf = gasdf.h gasdf_std_time.h 
hdr_gui = gagui.h
hdr_png = mtables.c
noinst_HEADERS = $(hdr_core) $(hdr_x11) $(hdr_sdf) $(hdr_png) $(hdr_gui) $(hdr_bufr)

# Get rid of buildinfo.h on "make distclean"
DISTCLEANFILES = buildinfo.h

######################################################################
#
# Configuration-dependent sources & headers
#
@USEGADAP_TRUE@src_gadap = dodstn.c
@USEGADAP_TRUE@obj_gadap = dodstn.o
@USEGUI_TRUE@src_gui = gagui.c gsgui.c

##############################################################
#
# Sources for GrADS binary

# Source files to be compiled
grads_SOURCES = grads.c gxsubs.c gxmeta.c gxchpl.c gxcntr.c gxstrm.c \
			 gxwmap.c gxshad.c gxshad2.c gaexpr.c gafunc.c gautil.c gagx.c \
			 gscrpt.c gamach.c bufrstn.c gabufr.c gabufrtbl.c \
			 gxX.c gxdxwd.c galloc.c $(src_gui) $(src_gadap) \
                         gaddes.c gaio.c gacfg.c gauser.c gasdf.c gatxt.c


# Sources that will not always be compiled
# Since gradsc is the only GrADS binary that is not conditionally compiled,
# any source file that we want to go in the distribution must be listed.
#EXTRA_grads_SOURCES    = gagmap.c gagui.c gsgui.c gxhpng.c dodstn.c
EXTRA_grads_SOURCES = gagmap.c gagui.c gsgui.c dodstn.c

# libraries needed 
grads_LDADD = $(common_ldadd) $(readline_libs) $(printim_libs) \
			 $(grib2_libs) $(hdf_libs) $(hdf5_libs) $(nc_libs) \
			 $(gui_libs) $(geotiff_libs) $(shp_libs) $(dap_libs)


# Custom compilation for object files specific to this GrADS binary
COMPILE_C = $(COMPILE) 
@USEGADAP_FALSE@grads_LINK = $(CC) $(AM_CFLAGS) $(CFLAGS) $(AM_LDFLAGS) $(LDFLAGS) -o $@

##############################################################
#
# gradsdap
#

# If gadap is enabled, use C++ linker instead of C linker
@USEGADAP_TRUE@grads_LINK = $(CXX) $(AM_CFLAGS) $(CFLAGS) $(AM_LDFLAGS) $(LDFLAGS) -o $@

# Object files that should not be reused by the other GrADS binaries,
# plus libraries needed by this GrADS binary

# Custom compilation for object files specific to this GrADS binary
COMPILE_DAP = $(COMPILE) 

##############################################################
#
# stnmap
#
stnmap_SOURCES = stnmap.c gamach.c galloc.c
stnmap_LDADD = gaddes.sa.o gautil.sa.o gatxt.o $(LDADD) $(readline_libs)

##############################################################
#
# gribmap
#
gribmap_SOURCES = gribmap.c gagmap.c gamach.c galloc.c
gribmap_LDADD = gaddes.sa.o gautil.sa.o gatxt.o $(LDADD) $(readline_libs) $(grib2_libs)

##############################################################
#
# wgrib
#
wgrib_SOURCES = wgrib.c

##############################################################
#
# gxps
#
gxps_SOURCES = gxps.c
gxeps_SOURCES = gxeps.c

##############################################################
#
# gxtran
#
gxtran_SOURCES = gxtran.c gxsubs.c gxchpl.c gxX.c gxdxwd.c galloc.c 
gxtran_LDADD = gxmeta.sa.o $(LDADD) $(X_LIBS) $(printim_libs) -lX11

##############################################################
#
# gribscan
#
gribscan_SOURCES = gribscan.c gamach.c galloc.c
gribscan_LDADD = gautil.sa.o gatxt.o $(LDADD) $(readline_libs)

##############################################################
#
# grib2scan
#
grib2scan_SOURCES = grib2scan.c gamach.c galloc.c
grib2scan_LDADD = gautil.sa.o gatxt.o $(LDADD) $(grib2_libs) $(readline_libs)

##############################################################
#
# bufrscan
#
bufrscan_SOURCES = bufrscan.c gabufr.c gabufrtbl.c gamach.c
all: config.h
	$(MAKE) $(AM_MAKEFLAGS) all-am

.SUFFIXES:
.SUFFIXES: .c .o .obj
$(srcdir)/Makefile.in: @MAINTAINER_MODE_TRUE@ $(srcdir)/Makefile.am  $(am__configure_deps)
	@for dep in $?; do \
	  case '$(am__configure_deps)' in \
	    *$$dep*) \
	      cd $(top_builddir) && $(MAKE) $(AM_MAKEFLAGS) am--refresh \
		&& exit 0; \
	      exit 1;; \
	  esac; \
	done; \
	echo ' cd $(top_srcdir) && $(AUTOMAKE) --gnu  --ignore-deps src/Makefile'; \
	cd $(top_srcdir) && \
	  $(AUTOMAKE) --gnu  --ignore-deps src/Makefile
.PRECIOUS: Makefile
Makefile: $(srcdir)/Makefile.in $(top_builddir)/config.status
	@case '$?' in \
	  *config.status*) \
	    cd $(top_builddir) && $(MAKE) $(AM_MAKEFLAGS) am--refresh;; \
	  *) \
	    echo ' cd $(top_builddir) && $(SHELL) ./config.status $(subdir)/$@ $(am__depfiles_maybe)'; \
	    cd $(top_builddir) && $(SHELL) ./config.status $(subdir)/$@ $(am__depfiles_maybe);; \
	esac;

$(top_builddir)/config.status: $(top_srcdir)/configure $(CONFIG_STATUS_DEPENDENCIES)
	cd $(top_builddir) && $(MAKE) $(AM_MAKEFLAGS) am--refresh

$(top_srcdir)/configure: @MAINTAINER_MODE_TRUE@ $(am__configure_deps)
	cd $(top_builddir) && $(MAKE) $(AM_MAKEFLAGS) am--refresh
$(ACLOCAL_M4): @MAINTAINER_MODE_TRUE@ $(am__aclocal_m4_deps)
	cd $(top_builddir) && $(MAKE) $(AM_MAKEFLAGS) am--refresh

config.h: stamp-h1
	@if test ! -f $@; then \
	  rm -f stamp-h1; \
	  $(MAKE) stamp-h1; \
	else :; fi

stamp-h1: $(srcdir)/config.h.in $(top_builddir)/config.status
	@rm -f stamp-h1
	cd $(top_builddir) && $(SHELL) ./config.status src/config.h
$(srcdir)/config.h.in: @MAINTAINER_MODE_TRUE@ $(am__configure_deps) 
	cd $(top_srcdir) && $(AUTOHEADER)
	rm -f stamp-h1
	touch $@

distclean-hdr:
	-rm -f config.h stamp-h1
install-binPROGRAMS: $(bin_PROGRAMS)
	@$(NORMAL_INSTALL)
	test -z "$(bindir)" || $(mkdir_p) "$(DESTDIR)$(bindir)"
	@list='$(bin_PROGRAMS)'; for p in $$list; do \
	  p1=`echo $$p|sed 's/$(EXEEXT)$$//'`; \
	  if test -f $$p \
	  ; then \
	    f=`echo "$$p1" | sed 's,^.*/,,;$(transform);s/$$/$(EXEEXT)/'`; \
	   echo " $(INSTALL_PROGRAM_ENV) $(binPROGRAMS_INSTALL) '$$p' '$(DESTDIR)$(bindir)/$$f'"; \
	   $(INSTALL_PROGRAM_ENV) $(binPROGRAMS_INSTALL) "$$p" "$(DESTDIR)$(bindir)/$$f" || exit 1; \
	  else :; fi; \
	done

uninstall-binPROGRAMS:
	@$(NORMAL_UNINSTALL)
	@list='$(bin_PROGRAMS)'; for p in $$list; do \
	  f=`echo "$$p" | sed 's,^.*/,,;s/$(EXEEXT)$$//;$(transform);s/$$/$(EXEEXT)/'`; \
	  echo " rm -f '$(DESTDIR)$(bindir)/$$f'"; \
	  rm -f "$(DESTDIR)$(bindir)/$$f"; \
	done

clean-binPROGRAMS:
	-test -z "$(bin_PROGRAMS)" || rm -f $(bin_PROGRAMS)
bufrscan$(EXEEXT): $(bufrscan_OBJECTS) $(bufrscan_DEPENDENCIES) 
	@rm -f bufrscan$(EXEEXT)
	$(LINK) $(bufrscan_LDFLAGS) $(bufrscan_OBJECTS) $(bufrscan_LDADD) $(LIBS)
grads$(EXEEXT): $(grads_OBJECTS) $(grads_DEPENDENCIES) 
	@rm -f grads$(EXEEXT)
	$(grads_LINK) $(grads_LDFLAGS) $(grads_OBJECTS) $(grads_LDADD) $(LIBS)
grib2scan$(EXEEXT): $(grib2scan_OBJECTS) $(grib2scan_DEPENDENCIES) 
	@rm -f grib2scan$(EXEEXT)
	$(LINK) $(grib2scan_LDFLAGS) $(grib2scan_OBJECTS) $(grib2scan_LDADD) $(LIBS)
gribmap$(EXEEXT): $(gribmap_OBJECTS) $(gribmap_DEPENDENCIES) 
	@rm -f gribmap$(EXEEXT)
	$(LINK) $(gribmap_LDFLAGS) $(gribmap_OBJECTS) $(gribmap_LDADD) $(LIBS)
gribscan$(EXEEXT): $(gribscan_OBJECTS) $(gribscan_DEPENDENCIES) 
	@rm -f gribscan$(EXEEXT)
	$(LINK) $(gribscan_LDFLAGS) $(gribscan_OBJECTS) $(gribscan_LDADD) $(LIBS)
gxeps$(EXEEXT): $(gxeps_OBJECTS) $(gxeps_DEPENDENCIES) 
	@rm -f gxeps$(EXEEXT)
	$(LINK) $(gxeps_LDFLAGS) $(gxeps_OBJECTS) $(gxeps_LDADD) $(LIBS)
gxps$(EXEEXT): $(gxps_OBJECTS) $(gxps_DEPENDENCIES) 
	@rm -f gxps$(EXEEXT)
	$(LINK) $(gxps_LDFLAGS) $(gxps_OBJECTS) $(gxps_LDADD) $(LIBS)
gxtran$(EXEEXT): $(gxtran_OBJECTS) $(gxtran_DEPENDENCIES) 
	@rm -f gxtran$(EXEEXT)
	$(LINK) $(gxtran_LDFLAGS) $(gxtran_OBJECTS) $(gxtran_LDADD) $(LIBS)
stnmap$(EXEEXT): $(stnmap_OBJECTS) $(stnmap_DEPENDENCIES) 
	@rm -f stnmap$(EXEEXT)
	$(LINK) $(stnmap_LDFLAGS) $(stnmap_OBJECTS) $(stnmap_LDADD) $(LIBS)
wgrib$(EXEEXT): $(wgrib_OBJECTS) $(wgrib_DEPENDENCIES) 
	@rm -f wgrib$(EXEEXT)
	$(LINK) $(wgrib_LDFLAGS) $(wgrib_OBJECTS) $(wgrib_LDADD) $(LIBS)

mostlyclean-compile:
	-rm -f *.$(OBJEXT)

distclean-compile:
	-rm -f *.tab.c

.c.o:
	$(COMPILE) -c $<

.c.obj:
	$(COMPILE) -c `$(CYGPATH_W) '$<'`
uninstall-info-am:

ID: $(HEADERS) $(SOURCES) $(LISP) $(TAGS_FILES)
	list='$(SOURCES) $(HEADERS) $(LISP) $(TAGS_FILES)'; \
	unique=`for i in $$list; do \
	    if test -f "$$i"; then echo $$i; else echo $(srcdir)/$$i; fi; \
	  done | \
	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	mkid -fID $$unique
tags: TAGS

TAGS:  $(HEADERS) $(SOURCES) config.h.in $(TAGS_DEPENDENCIES) \
		$(TAGS_FILES) $(LISP)
	tags=; \
	here=`pwd`; \
	list='$(SOURCES) $(HEADERS) config.h.in $(LISP) $(TAGS_FILES)'; \
	unique=`for i in $$list; do \
	    if test -f "$$i"; then echo $$i; else echo $(srcdir)/$$i; fi; \
	  done | \
	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	if test -z "$(ETAGS_ARGS)$$tags$$unique"; then :; else \
	  test -n "$$unique" || unique=$$empty_fix; \
	  $(ETAGS) $(ETAGSFLAGS) $(AM_ETAGSFLAGS) $(ETAGS_ARGS) \
	    $$tags $$unique; \
	fi
ctags: CTAGS
CTAGS:  $(HEADERS) $(SOURCES) config.h.in $(TAGS_DEPENDENCIES) \
		$(TAGS_FILES) $(LISP)
	tags=; \
	here=`pwd`; \
	list='$(SOURCES) $(HEADERS) config.h.in $(LISP) $(TAGS_FILES)'; \
	unique=`for i in $$list; do \
	    if test -f "$$i"; then echo $$i; else echo $(srcdir)/$$i; fi; \
	  done | \
	  $(AWK) '    { files[$$0] = 1; } \
	       END { for (i in files) print i; }'`; \
	test -z "$(CTAGS_ARGS)$$tags$$unique" \
	  || $(CTAGS) $(CTAGSFLAGS) $(AM_CTAGSFLAGS) $(CTAGS_ARGS) \
	     $$tags $$unique

GTAGS:
	here=`$(am__cd) $(top_builddir) && pwd` \
	  && cd $(top_srcdir) \
	  && gtags -i $(GTAGS_ARGS) $$here

distclean-tags:
	-rm -f TAGS ID GTAGS GRTAGS GSYMS GPATH tags

distdir: $(DISTFILES)
	@srcdirstrip=`echo "$(srcdir)" | sed 's|.|.|g'`; \
	topsrcdirstrip=`echo "$(top_srcdir)" | sed 's|.|.|g'`; \
	list='$(DISTFILES)'; for file in $$list; do \
	  case $$file in \
	    $(srcdir)/*) file=`echo "$$file" | sed "s|^$$srcdirstrip/||"`;; \
	    $(top_srcdir)/*) file=`echo "$$file" | sed "s|^$$topsrcdirstrip/|$(top_builddir)/|"`;; \
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	  if test -f $$file || test -d $$file; then d=.; else d=$(srcdir); fi; \
	  dir=`echo "$$file" | sed -e 's,/[^/]*$$,,'`; \
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	    dir="/$$dir"; \
	    $(mkdir_p) "$(distdir)$$dir"; \
	  else \
	    dir=''; \
	  fi; \
	  if test -d $$d/$$file; then \
	    if test -d $(srcdir)/$$file && test $$d != $(srcdir); then \
	      cp -pR $(srcdir)/$$file $(distdir)$$dir || exit 1; \
	    fi; \
	    cp -pR $$d/$$file $(distdir)$$dir || exit 1; \
	  else \
	    test -f $(distdir)/$$file \
	    || cp -p $$d/$$file $(distdir)/$$file \
	    || exit 1; \
	  fi; \
	done
check-am: all-am
check: check-am
all-am: Makefile $(PROGRAMS) $(HEADERS) config.h
installdirs:
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	  test -z "$$dir" || $(mkdir_p) "$$dir"; \
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install: install-am
install-exec: install-exec-am
install-data: install-data-am
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install-am: all-am
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installcheck: installcheck-am
install-strip:
	$(MAKE) $(AM_MAKEFLAGS) INSTALL_PROGRAM="$(INSTALL_STRIP_PROGRAM)" \
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mostlyclean-generic:

clean-generic:

distclean-generic:
	-test -z "$(CONFIG_CLEAN_FILES)" || rm -f $(CONFIG_CLEAN_FILES)
	-test -z "$(DISTCLEANFILES)" || rm -f $(DISTCLEANFILES)

maintainer-clean-generic:
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clean: clean-am

clean-am: clean-binPROGRAMS clean-generic mostlyclean-am

distclean: distclean-am
	-rm -f Makefile
distclean-am: clean-am distclean-compile distclean-generic \
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dvi: dvi-am

dvi-am:

html: html-am

info: info-am

info-am:

install-data-am:

install-exec-am: install-binPROGRAMS

install-info: install-info-am

install-man:

installcheck-am:

maintainer-clean: maintainer-clean-am
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maintainer-clean-am: distclean-am maintainer-clean-generic

mostlyclean: mostlyclean-am

mostlyclean-am: mostlyclean-compile mostlyclean-generic

pdf: pdf-am

pdf-am:

ps: ps-am

ps-am:

uninstall-am: uninstall-binPROGRAMS uninstall-info-am

.PHONY: CTAGS GTAGS all all-am check check-am clean clean-binPROGRAMS \
	clean-generic ctags distclean distclean-compile \
	distclean-generic distclean-hdr distclean-tags distdir dvi \
	dvi-am html html-am info info-am install install-am \
	install-binPROGRAMS install-data install-data-am install-exec \
	install-exec-am install-info install-info-am install-man \
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	maintainer-clean maintainer-clean-generic mostlyclean \
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	tags uninstall uninstall-am uninstall-binPROGRAMS \
	uninstall-info-am


# Convenience target
utils: bufrscan gribscan gribmap gxeps gxps stnmap wgrib $(extra_utils)

##############################################################
#
# Utilities
#

# Object files that need to be recompiled for standalone utilities
gaddes.sa.o: $(srcdir)/gaddes.c
	$(COMPILE) -DSTNDALN -o gaddes.sa.o -c $(srcdir)/gaddes.c

gautil.sa.o: $(srcdir)/gautil.c
	$(COMPILE) -DSTNDALN -o gautil.sa.o -c $(srcdir)/gautil.c

gxmeta.sa.o: $(srcdir)/gxmeta.c
	$(COMPILE) -DSTNDALN -o gxmeta.sa.o -c $(srcdir)/gxmeta.c
# Tell versions [3.59,3.63) of GNU make to not export all variables.
# Otherwise a system limit (for SysV at least) may be exceeded.
.NOEXPORT:
grads-2.0.1/src/grads.h0000644000175000017500000017350311634625525016026 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

#include 
#include 
#include 
#include "gabufr.h"
/* #include   JMA why is this causing problems? */
#if GRIB2==1
#include "grib2.h"
#endif
#if USESHP==1
#include "shapefil.h"
#endif
#if USEHDF5==1
#include 
#endif

/* Handling of missing data values. After the data I/O is done, 
   grid values are tested to see if they are within a small range 
   (+-value/EPSILON) of the missing value. If true, then the undef 
   mask is set to 0. If false, then the grid data values are good, 
   and the undef mask is set to 1. Everywhere else in the code, 
   undef tests are done on the mask values, not the data. */

#define EPSILON 1e5
#define FUZZ_SCALE 1e-5

/* RPTNUM: Number of garpt blocks to allocate per memory block
   BLKNUM: Max number of memory requests
   A max of RPTNUM*BLKNUM stations can be held per request
   Static memory usage is sizeof(pointer) * BLKNUM bytes */

#define RPTNUM 200
#define BLKNUM 5000

#ifdef __hpux
#define CPULIMSIG _SIGXCPU
#else
#define CPULIMSIG SIGXCPU
#endif

 /*******************\
 *  Data Structures  *
 \*******************/

/* Pointer to data object */
union gadata {
  struct gagrid *pgr;
  struct gastn  *stn;
};

/* Date/time structure */
struct dt {
  gaint yr;
  gaint mo;
  gaint dy;
  gaint hr;
  gaint mn;
};

/* Collection structure */
struct gaclct {
  struct gaclct *forw;        /* Forward Pointer */
  struct gastn  *stn;         /* Pointer to station data */
  struct gastn  *stn2;        /* Pointer to station data */
};

/* Structure for info for the gxout "writegds" option, 
   for writing data for the use of the GDS */
struct gawgds {
  char *fname;                /* File name to write */
  char *opts;                 /* User specified options */
};


/*mf 9612105 Contains global information for Mike Fiorino and Gary Love 980114 mf*/

struct gamfcmn {
  gaint cal365 ;               /* 365 (no leap year) calendar */
  gaint fullyear ;             /* 1 - must specify full year 0 old default */
  gaint warnflg;               /* warning level flag for messages */
  gaint winid;                 /* Window ID */
  gaint winx;                  /* Window X position (upper left) */
  gaint winy;                  /* Window Y position (upper left) */
  gauint winw;                 /* Window width */
  gauint winh;                 /* Window height */
  gauint winb;                 /* Window border width */

};

/* Contains information about the user interface and graphics output. */
struct gacmn {
 
  gadouble dmin[5],dmax[5];    /* Current absolute coordinate limits    */
                               /* Grid-to-world conversion info follows */
  gadouble (*xgr2ab) (gadouble *, gadouble);
  gadouble (*ygr2ab) (gadouble *, gadouble);
  gadouble (*xab2gr) (gadouble *, gadouble);
  gadouble (*yab2gr) (gadouble *, gadouble);
  gadouble *xgrval;
  gadouble *ygrval;
  gadouble *xabval;
  gadouble *yabval;
  struct gawgds *wgds;         /* Pointer to gds output structure       */
  gaint hbufsz;                /* Metafile buffer size                  */
  gaint g2bufsz;               /* Grib2 cache buffer size               */
  gaint pass;                  /* Number of passes since last clear     */
  gaint gpass[10];             /* Number of passes for each gx type     */
  gaint loopdim;               /* Looping dimension                     */
  gaint loopflg;               /* Looping on or off                     */
  struct gafile *pfi1;         /* Pointer to first gafile in chain      */
  struct gafile *pfid;         /* Pointer to default gafile             */
  gaint fnum;                  /* File count                            */
  gaint dfnum;                 /* Default file number   */
  gaint fseq;                  /* Unique sequence num for files opened  */
  struct gadefn *pdf1;         /* Pointer to first define block         */
  struct dt tmin,tmax;
  gaint vdim[5];               /* Which dimensions vary?                */
  gaint x1ex,x2ex,y1ex,y2ex;   /* For -ex flag on fwrite */
  gaint xexflg,yexflg;         /* -ex -- are dims valid? */
  gadouble pxsize,pysize;      /* Physical page size in inches          */
  gaint orient;                /* Page orientation                      */
  gaint vpflag;                /* If 1, virtual page being used         */
  gadouble xsiz,xsiz1,xsiz2;   /* Physical plotting size in X direction */
  gadouble ysiz,ysiz1,ysiz2;   /* Physical plotting size in Y direction */
  gaint paflg;                 /* User has specified plotting area      */
  gadouble pxmin,pxmax;        /* User specified plotting area          */
  gadouble pymin,pymax;
  gaint clab;                  /* control contour labels.               */
  gaint clskip;                /* Contour label skipping                */
  char *clstr;                 /* Contour label template                */
  gadouble rainmn,rainmx;      /* control rainbow colors                */
  gaint rbflg;                 /* User rainbow colors specified         */
  gaint rbcols[256];           /* User rainbow colors                   */
  gadouble cmin,cmax,cint;     /* User specified contour limits         */
  gaint cflag;                 /* If true, user specifies contour levels*/
  gadouble clevs[256];         /* User specified contour levels         */
  gaint ccflg;                 /* If true, user specifies contour colors*/
  gaint ccols[256];            /* User specified contour colors         */
  gaint shdcls[256];           /* Shade colors after shading            */
  gadouble shdlvs[256];        /* Shade levels                          */
  gaint shdcnt;                /* Number of shdlvs, shdcls              */
  gaint cntrcnt;               /* Number of contours (after countouring)*/
  gaint cntrcols[256];         /* Contour colors (after contouring)     */
  gadouble cntrlevs[256];      /* Contour levels (after contouring)     */
  gaint ccolor,cstyle;         /* User contour/line appearance          */
  gaint cthick;                /* User gx display line thickness        */
  gaint cmark;                 /* Line marker type                      */
  gaint csmth;                 /* Contour smoothing on or off           */
  gaint cterp;                 /* Spline fit on or off                  */
  gadouble rmin,rmax,rint;     /* Axis limits for 1-D plots             */
  gadouble rmin2,rmax2,rint2;  /* Axis limits for 1-D plots             */
  gaint aflag,aflag2;          /* Keep 1D axis limits fixed             */
  gaint grflag,grstyl,grcolr;  /* Grid flag, linestyle, color           */
  gaint dignum;                /* grid value plot control (gxout=grid)  */
  gadouble digsiz;
  gaint arrflg;                /* Use already set arrow scaling         */
  gadouble arrsiz;             /* Arrow size in inches                  */
  gaint arlflg;                /* Arrow label flag */
  gadouble arrmag;             /* Vector magnitude producing arrsiz arrw*/
  gadouble ahdsiz;             /* Arrow head size.       */
  gaint hemflg;                /* -1; auto  0; nhem  1; shem */
  gaint miconn;                /* Connect line graph accross missing    */
  gaint strmden;               /* Streamline density indicator  */
  gadouble strmarrd;           /* Streamline distance between arrowheads */
  gadouble strmarrsz;          /* Streamline arrowhead size */
  gaint strmarrt;              /* Streamline arrowhead type */
  gaint mdlblnk,mdldig3;       /* Station model plot opts */
  char *prstr;                 /* Format string for gxout print */
  gaint prlnum;                /* Number of values per record */
  gaint prbnum;                /* Number of blanks to add between values */
  gaint prudef;                /* Undef printed as "undef" or value */
  gaint fgvals[50];            /* Values for grid fill */
  gaint fgcols[50];
  gaint fgcnt;
  gaint gridln;                /* Line attributes for gxout grid */
  gaint stidflg;               /* Plot station ids with values      */
  gadouble axmin,axmax,axint;  /* Overrides for X-axis labels           */
  gadouble aymin,aymax,ayint;  /* Overrides for Y-axis labels           */
  gaint axflg, ayflg;          /* Is override in effect for the axis?   */
  gaint frame;                 /* Display frame?  */
  gaint rotate;                /* Rotate plot from default orientation  */
  gaint xflip, yflip;          /* Flip X or Y axes                      */
  gaint zlog;                  /* Z coordinate in log scale */
  gaint log1d;                 /* Log scaling for 1D plots              */
  gaint coslat;                /* Lat coordinate scaled as cos lat */
  gaint mproj;                 /* Map projection -- used for X,Y plot   */
                               /*  only.  0 = no map.                   */
  gaint mpdraw;                /* Draw map outline - 0=no               */
  gadouble mpvals[10];         /* Map projection option values.         */
  gaint mpflg;                 /* Map projection option values are set. */
  char *mpdset[8];             /* Map data set names.                   */
  gaint mpcols[256];           /* Map Color array                       */
  gaint mpstls[256];           /* Map line styles array                 */
  gaint mpthks[256];           /* Map line widths array                 */
  gaint mapcol,mapstl,mapthk;  /* Default map color, style, thickness   */
  gaint gout0;                 /* Graphics output type for stat.        */
  gaint gout1;                 /* Graphics output type for 1-D.         */
  gaint gout1a;                /* Graphics output type for 1-D.         */
  gaint gout2a;                /* Graphics output type for 2-D.         */
  gaint gout2b;                /* Graphics output type for 2-D.         */
  gaint goutstn;               /* Graphics output type for stns */
  gaint blkflg;                /* Leave certain values black when shadng*/
  gadouble blkmin, blkmax;     /* Black range */
  gaint reccol,recthk;         /* Draw Rectangle color, brdr thickness  */
  gaint lincol,linstl,linthk;  /* Draw line color, style, thickness     */
  gaint mcolor;                /* auto color (orange or grey)           */
  gaint strcol,strthk,strjst;  /* Draw string color, thckns, justifictn */
  gadouble strrot;             /* Draw string rotation */
  gadouble strhsz,strvsz;      /* Draw string hor. size, vert. size     */
  gaint anncol,annthk;         /* Draw title color, thickness           */
  gaint grflg;                 /* Grey Scale flag   */
  gaint devbck;                /* Device background */
  gaint xlcol,xlthck,ylcol,ylthck,clcol,clthck;  /* color, thickness */
  gaint xlside,ylside,ylpflg;
  gadouble xlsiz,ylsiz,clsiz,xlpos,ylpos,yllow;         /* Axis lable size */
  gadouble xlevs[50],ylevs[50]; /* User specified x/y axis labels  */
  gaint xlflg,ylflg;           /* Number of user specified labels */
  gaint xtick,ytick;           /* Number of extra tick marks      */
  gadouble xlint,ylint;        /* User specified label increment */
  char *xlstr, *ylstr;         /* user substitution string for labels */
  gaint xlab,ylab;             /* Axis label options */
  char *xlabs, *ylabs;         /* User specifies all labels */
  gaint ixlabs, iylabs;        /* Count of user labels */
  gaint tlsupp;                /* Suppress year or month of time labels */
  gaint lfc1,lfc2;             /* Linefill colors */
  gaint wxcols[5];             /* wx symbol colors */
  gaint wxopt;                 /* wx options */
  gaint tser;                  /* station time series type */
  gaint bargap;                /* Bar Gap in percent  */
  gaint barolin;               /* Bar outline flag */
  gadouble barbase;            /* Bar Base Value      */
  gaint barflg;                /* Bar flag: 1, use base value  */
                               /*           0, draw from plot base */
                               /*          -1, draw from plot top  */
  gaint btnfc,btnbc,btnoc,btnoc2;     /* Current button attributes */
  gaint btnftc,btnbtc,btnotc,btnotc2;
  gaint btnthk;
  gaint dlgfc,dlgbc,dlgoc;   /* Current dialog attributes */
  gaint dlgpc,dlgth,dlgnu;
  gaint drvals[15];          /* Attributes for drop menus */
  char *shpfname;            /* shapefile write file name */
  gaint shptype;             /* shapefile output type: 1=point, 2=line */
  gaint gtifflg;             /* geotiff data type: 1=float 2=double */
  char *gtifname;            /* geotiff write file name */
  char *tifname;             /* kml image  file name */
  char *kmlname;             /* kml text file name */
  gaint kmlflg;              /* kml output: 1==img, 2==contours */
  char *sdfwname;            /* netcdf/hdf write file name */
  gaint sdfwtype;            /* type of sdf output: 1=classic, 2=nc4 */
  gaint sdfwpad;             /* pad the sdf output with extra dims: 1=4D, 2=5D */
  gaint sdfprec;             /* precision (8==double, 4==float, etc.) */
  gaint sdfchunk;            /* flag to indicate whether or not to chunk */
  gaint sdfzip;              /* flag to indicate whether or not to compress */
  gaint ncwid;               /* netcdf write file id  */
  gaint xchunk;              /* size of sdfoutput file chunk in X dimension */
  gaint ychunk;              /* size of sdfoutput file chunk in Y dimension */
  gaint zchunk;              /* size of sdfoutput file chunk in Z dimension */
  gaint tchunk;              /* size of sdfoutput file chunk in T dimension */
  gaint echunk;              /* size of sdfoutput file chunk in E dimension */
  struct gaattr *attr;       /* pointer to link list of user-specified SDF attributes */
#if USESHP==1
  struct dbfld *dbfld;       /* pointer to link list of user-specified data base fields */
#endif
  gaint dblen;               /* total number of digits for formatting data base fields */
  gaint dbprec;              /* precision digits for formatting data base fields: %len.prec */
  FILE *ffile;               /* grads.fwrite file handle */
  FILE *sfile;               /* grads.stnwrt file handle */
  char *fwname;              /* fwrite file name */
  gaint fwenflg;             /* fwrite byte order control */
  gaint fwsqflg;             /* fwrite stream vs fortran seq */
  gaint fwappend;            /* write mode (1): append */
  gaint fwexflg;             /* fwrite exact grid dims */
  gaint grdsflg;             /* Indicate whether to put grads atrib.  */
  gaint timelabflg;          /* Indicate whether to put cur time atrib.  */
  gaint stnprintflg;         /* Indicate whether to put cur time atrib.  */
  gaint dbflg;               /* Double buffer mode flag     */
  gaint batflg;              /* Batch mode */
  gaint numgrd,relnum;       /* Number of data objects held           */
  gaint type[16];            /* Data type of each data object         */
  union gadata result[16];   /* Pointers to held data objects         */
  struct gaclct *clct[32];   /* Anchor for collection */
  gaint clctnm[32];          /* Number of items collected */
  gaint clcttp[32];          /* Varying dimension of collection */
  gaint lastgx;              /* Last gx plotted */
  gaint xdim, ydim;          /* Which dimensions on X and Y axis */
  gaint statflg;             /* stat txt output on all displays */
  gaint impflg;              /* Implied run flag */
  char *impnam;              /* Implided run script name */
  gaint impcmd;              /* Implicit run */
  gaint sig;                 /* User has signalled */
  gaint ptflg;		     /* Pattern fill flag */
  gaint ptopt;		     /* Pattern option: */
			     /*		0, open  */
			     /*		1, solid */
			     /*		2, dot */
			     /*		3, line  */
  gaint ptden;		     /* Dot or line pattern density */
  gaint ptang;		     /* Line pattern angle */
  gaint dwrnflg;             /* Issue, or not, warnings about missing or constant data */
  gadouble undef;            /* default or user-defined undef value for print and file output */
  gadouble cachesf;          /* global scale factor for netcdf4/hdf5 cache size */
  gaint fillpoly;            /* color to fill shapfile polygons, -1 for no fill */
  gaint marktype;            /* type of mark for shapefile points */
  gadouble marksize;         /* size of mark for shapefile points */
};

/* Sructure for string substitution in templating -- the %ch template.  
   This forms a linked list chained from pchsub1 in gafile */
struct gachsub {
  struct gachsub *forw;       /* Forward pointer */
  gaint t1;                   /* First time for this substitution */
  gaint t2;                   /* Last time.  -99 indicates open ended */
  char *ch;                   /* Substitution string */
};

/* Structure for ensemble metadata */
struct gaens {
  char name[16];             /* name of ensemble */
  gaint length;              /* length of time axis */
  struct dt tinit;           /* initial time */
  gaint gt;                  /* initial time in grid units */
  gaint grbcode[4];          /* grib2 codes */
};

/* GA status structure.  Contains necessary info about the scaling
   and file structure in force.                                       */
struct gastat {
  struct gafile *pfi1;       /* Pointer to first gafile in chain      */
  struct gafile *pfid;       /* Pointer to default gafile             */
  struct gadefn *pdf1;       /* Pointer to first define block         */
  struct gaclct **pclct;     /* Pointer to the collection pointers    */
  union gadata result;       /* Result goes here                      */
  struct dt tmin,tmax;
  gadouble dmin[5],dmax[5];  /* Range of absolute dimensions          */
  gaint fnum;                /* Default file number                   */
  gaint type;                /* Result type (grid==1 or stn==0)       */
  gaint idim,jdim;           /* Varying dimensions                    */
};


/* Description of a data file.                                        */
  struct gafile {
  struct gafile *pforw;      /* Forward pointer to next gafile block.
                                List is anchored within gastat.       */
  gaint fseq;                /* Unique sequence number for cache detection */
  char name[4096];           /* File name or URL                      */
  char *tempname;            /* File name of open file (differs with templates) */
  char dnam[4096];           /* Descriptor file name                  */
  char *mnam;                /* Map(index) file name */
  FILE *infile;              /* File pointer.                         */
  gaint type;                /* Type of file:  1 = grid
                                               2 = simple station
                                               3 = mapped station
                                               4 = defined grid       */
  char title[512];           /* Title -- describes the file.          */
  gadouble undef;            /* Global undefined value for this file  */
  gadouble ulow,uhi;         /* Undefined limits for missing data test  */
  gafloat *sbuf;             /* Buffer for file I/O equal in length
                                to the size needed to hold
                                the largest station report            */
  gadouble *rbuf;            /* Buffer for file I/O equal in length
                                to one grid row in the file           */
  unsigned char *pbuf;       /* Same as rbuf, for unpacking           */
  char *bbuf;                /* Same as rbuf, for bit map I/O         */
  char *ubuf;                /* Same as rbuf, for undef mask          */
  gaint bswap;               /* Byte swapping needed */
  gaint dhandle;             /* libgadap file handle.                 */
  gaint dapinf[5];           /* pointer to coordinate variable indices
				(first four elements are lon,lat,lev,time
				fifth is station id)
				for opendap station data only */
  gaint mtype;               /* Stn map file type                     */
  gaint *tstrt;              /* Pointer to list length dnum[3] of
                                start points of times in the file     */
  gaint *tcnt;               /* Count of stns for assctd time         */
  gaint stcnt;               /* Count of mapped stids when stn data
                                and map file is type stidmap.         */
  gaint stpos;               /* Position in map file of start of
                                stid info for map file type stidmap.  */
  FILE *mfile;               /* File pointer to stidmap file          */
  gaint dnum[5];               /* Dimension sizes for this file.        */
  gaint tlpflg;                /* Circular file flag                    */
  gaint tlpst;                 /* Start time offset in circular file    */
  gaint vnum;                  /* Number of variables.                  */
  gaint ivnum;                 /* Number of level independent variables
                                for station data file                 */
  gaint lvnum;                 /* Number of level dependent variables
                                for station data file                 */
  struct gavar *pvar1;       /* Pointer to an array of structures.
                                Each structure in the array has info
                                about the specific variable.          */
  struct gaens *ens1;          /* pointer to array of ensemble structures */
  long gsiz;                   /* Number of elements in a grid (x*y)    */
                               /* This is for actual grid on disk,
                                  not psuedo grid (when pp in force) */
  long tsiz;                   /* Number of elements in an entire time
                                  group (all variables at all levels
                                  for one time).                        */
  gaint trecs;                 /* Number of records (XY grids) per time
                                  group.                                */
  long fhdr;                   /* Number of bytes to ignore at file head*/
  gaint wrap;                  /* The grid globally 'wraps' in X        */
  gaint seqflg, yrflg, zrflg;  /* Format flags */
  gaint ppflag;                /* Pre-projected data in use */
  gaint pdefgnrl;              /* Keyword 'general' used instead of 'file' */
  gaint ppwrot;                /* Pre-projection wind rotation flag */
  gaint ppisiz, ppjsiz;        /* Actual size of preprojected grid */
  gadouble ppvals[20];         /* Projection constants for pre-projected
                                  grids.  Values depend on projection. */
  gaint *ppi[9];               /* Pointers to offsets for pre-projected
                                  grid interpolation */
  gadouble *ppf[9];            /* Pointers to interpolation constants
                                  for pre-projected grids */
  gadouble *ppw;               /* Pointer to wind rotation array */
  gadouble (*gr2ab[5]) (gadouble *, gadouble);
                               /* Addresses of routines to do conversion
                                  from grid coordinates to absolute
                                  coordinates for X, Y, Z.  All Date/time
                                  conversions handled by gr2t.          */
  gadouble (*ab2gr[5]) (gadouble *, gadouble);
                               /* Addresses of routines to do conversion
                                  from absolute coordinates to grid
                                  coordinates for X,Y,Z.  All date/time
                                  conversions handled by t2gr.          */
  gadouble *grvals[5];         /* Pointers to conversion information for
                                  grid-to-absolute conversion routines. */
  gadouble *abvals[5];         /* Pointers to conversion information for
                                  absolute-to-grid conversion routines. */
  gaint linear[5];             /* Indicates if a dimension has a linear
                                  grid/absolute coord transformation
                                  (Time coordinate always linear).      */
  gaint dimoff[5];             /* Dimension offsets for defined grids   */
  gaint climo;                 /* Climatological Flag (defined grids)   */
  gaint cysiz;                 /* Cycle size for climo grids            */
  gaint idxflg;                /* File records are indexed; 1==grib,station 2==grib2 */
  gaint grbgrd;                /* GRIB Grid type */
  struct gaindx *pindx;        /* Index Strucure if indexed file */
  struct gaindxb *pindxb;      /* Index Strucure if off_t offsets are being used */
#if GRIB2
  struct gag2indx *g2indx;     /* Index Strucure if GRIB2 file */
#endif
  gaint tmplat;                /* File name templating:
                                   3==templating on E and T 
                                   2==templating only on E 
                                   1==templating only on T, or when 
                                      ddf has 'options template', but no % in dset 
                                   0==no templating  */
  gaint *fnums;                /* File number for each time */
  gaint fnumc;                 /* Current file number that is open */
  gaint fnume;                 /* Current ensemble file number that is open */
  struct gachsub *pchsub1;     /* Pointer to first %ch substitution */
  gaint errcnt;                /* Current error count */
  gaint errflg;                /* Current error flag */
  gaint ncflg;                 /* 1==netcdf  2==hdfsds */
  gaint ncid;                  /* netcdf file id */
  gaint sdid;                  /* hdf-sds file id */
  gaint h5id;                  /* hdf5 file id */
  gaint packflg;               /* Data are packed with scale and offset values */
  gaint undefattrflg;          /* Undefined values are retrieved individually  */
  char *scattr;                /* scale factor attribute name for unpacking data */
  char *ofattr;                /* offset attribute name for unpacking data */
  char *undefattr;             /* undef attribute name */
  long xyhdr;                  /* Number of bytes to ignore at head of xy grids*/
  gaint calendar;              /* Support for 365-day calendars */
  gaint pa2mb;                 /* convert pressure values in descriptor file from Pa -> mb */
  gaint bufrflg;               /* 1==dtype bufr */
  struct bufrinfo *bufrinfo;   /* x,y pairs from descriptor file */ 
  gabufr_dset *bufrdset;       /* pointer to parsed bufr data */
  struct gaattr *attr;         /* pointer to link list of attribute metadata */
  gaint nsdfdims; 
  gaint sdfdimids[100];
  gaint sdfdimsiz[100];
  gaint time_type;             /* temporary flag for SDF time handling */
  char sdfdimnam[100][129];
  long cachesize;            /* default netcdf4/hdf5 cache size */
};

/* Structure that describes a grid (requestor or descriptor block).  */
struct gagrid {
  struct gafile *pfile;        /* Address of the associated gafile
                                  structure to get the data from
                                  (requestor block only)               */
  gadouble *grid;              /* Address of the grid.                 */
  gaint mnum;                  /* Number of grids when a multiple
                                  grid result.  Note in this case, *grid
                                  points to more than one grid, with the
                                  "default" result being the 1st grid  */ 
  gaint mtype;                 /* Type of multiple result grid         */
  gaint *mnums;                /* See mvals  */
  gadouble *mvals;             /* Metadata associated with a multiple
                                  grid result.  What is here depends on
                                  the value of mtype.                  */
  gadouble undef;              /* Undefined value for this grid.       */
  gadouble rmin,rmax;          /* Minimum/Maximum grid value
                                  (rmin is set to the grid value when
                                  isiz=jsiz=1.  *grid points to here.) */
  char *umask;                 /* Mask for undefined values in the grid */
  char umin,umax;              /* Min/max undefined mask values. 
                                  (when isiz=jsiz=1, umin is set to the 
                                  mask value and *umask points to umin) */
  gaint isiz,jsiz;             /* isiz = number of elements per row.
                                  jsiz = number of rows.               */
  gaint idim,jdim;             /* Dimension of rows and columns.
                                  -1 = This dimension does not vary
                                   0 = X dimension (usually longitude)
                                   1 = Y dimension (usually lattitude)
                                   2 = Z dimension (usually pressure)
                                   3 = Time
                                   4 = Ensemble
                                  If both dimensions are -1, then the
                                  grid has one value, which will be
                                  placed in rmin.                      */
  gaint iwrld, jwrld;          /* World coordinates valid?             */
  gaint dimmin[5],dimmax[5];   /* Dimension limits for each dimension
                                  (X,Y,Z,T,E) in grid units.           */
  struct gavar *pvar;          /* Pointer to the structure with info
                                  on this particular variable.  If
                                  NULL, this grid is the result of
                                  an expression evaluation where the
                                  variable type is unkown.             */
  char *exprsn;                /* If grid is a 'final' result, this
                                  will point to a character string that
                                  contains the original expression.    */
  gaint alocf;                  /* Scaling info allocated for us only  */
  gadouble (*igrab) (gadouble *, gadouble);
  gadouble (*jgrab) (gadouble *, gadouble);
                                /* Addresses of routines to perform
                                   grid-to-absolute coordinate
                                   transforms for this grid's i and j
                                   dimensions (unless i or j = 3).      */
  gadouble (*iabgr) (gadouble *, gadouble);
  gadouble (*jabgr) (gadouble *, gadouble);
                                /* Absolute to grid conversion routines */
  gadouble *ivals, *jvals;      /* Conversion info for grid to abs      */
  gadouble *iavals, *javals;    /* Conversion info for abs to grid      */
  gaint ilinr,jlinr;            /* Indicates if linear transformation   */
  gaint toff;                   /* Indicates if T dim values are forecast offsets */
};

/* Structure that contains attribute metadata */
struct gaattr {
  struct gaattr *next;          /* Address of next attribute */
  char  varname[129];           /* Name of variable or 'global' */
  char  name[129];              /* Name of attribute -- e.g. "units" */
  char  type[129];              /* Type of attribute -- e.g. "String", "Float32", etc. */
  gaint nctype;                 /* NetCDF (or HDF) data type index value */
  gaint len;                    /* Length of this attribute */
  gaint fromddf;                /* Flag for attributes from descriptor file */
  void  *value;                 /* Attribute value -- strings may contains blanks. */
};

#if USESHP==1
/* Structure that contains dBase field metadata */
struct dbfld {
  struct dbfld *next;           /* Address of next data base field */
  DBFFieldType type;            /* string, integer, double, or logical */
  char name[12];                /* library interface limits length to 11 charaters */
  gaint len;                    /* for type string: width of string
				   for type int and double: total number of digits */
  gaint prec; 			/* for type double: used with len for format string %len.prec */
  gaint index;                  /* index value (for identifying this field in a list of fields) */
  gaint flag;                   /* 0==static fiels (same for all shapes), 1==dynamic (varies w/ shape) */
  void *value;                  /* field value */
};
#endif

/* Structure that contains the x,y pairs for bufr time values */
struct bufrtimeinfo {
  gaint yrxy[2];
  gaint moxy[2];
  gaint dyxy[2]; 
  gaint hrxy[2]; 
  gaint mnxy[2];  
  gaint scxy[2];  
};

/* Structure that contains the x,y pairs for file-wide bufr variables */
struct bufrinfo {
  gaint lonxy[2];
  gaint latxy[2];
  gaint levxy[2];
  gaint stidxy[2];
  struct bufrtimeinfo base,offset;   /* structures for base and offset time values */
};

/* Structure that contains the header (coordinate) info for a gabufr_msg */
struct bufrhdr {
  double lon;
  double lat;
  double lev;
  double sec,offsec;
  char   stid[8];
  struct dt tvals,toffvals;
};

/* Structure that describes a report header in a stn file */
struct rpthdr {
  char id[8];                  /* Character station id           */
  gafloat lat;                 /* Latitude of report             */
  gafloat lon;                 /* Longitude of report            */
  gafloat t;                   /* Time in relative grid units    */
  gaint nlev;                  /* Number of levels following     */
  gaint flag;                  /* Level independent var set flag */
};

/* Structure that describes a stid info block within a stidmap file */
struct stninf {
  char stid[8];
  gaint offset;
  gaint rcnt;
};

/* Structure that describes a single report                          */
struct garpt {
  struct garpt *rpt;           /* Address of next report               */
  char stid[8];                /* Station id                           */
  gadouble lat,lon,lev,tim;    /* Location of station                  */
  gaint work;                  /* Work area                            */
  gadouble val;                /* Value of variable                    */
  char umask;                  /* Undef mask                           */
};

/* Structure that describes a collection of station reports.         */
struct gastn {
  struct garpt *rpt;           /* Address of start of link list        */
  gaint rnum;                  /* Number of reports.                   */
  struct garpt *blks[BLKNUM];  /* ptrs to memory holding rpts      */
  struct gafile *pfi;          /* Address of the associated gafile
                                  structure to get the data from
                                  (requestor block only)               */
  gadouble undef;              /* Undefined value for this data.       */
  gadouble smin, smax;         /* Min and Max values for this data     */
  gaint idim,jdim;             /* Varying dimensions for this data
                                 -1 = This dimension does not vary
                                  1 = X dimension (longitude)
                                  2 = Y dimension (lattitude)
                                  3 = Z dimension (pressure)
                                  4 = Time                           */
  gadouble dmin[5],dmax[5];    /* Dimension limits for each dimension
                                  (X,Y,Z) in world coords.
                                  Non-varying dimensions can have
                                  limits in this structure.           */
  gaint rflag;                 /* Get stations within specified radius in
                                  degrees of fixed lat and lon         */
  gadouble radius;             /* Radius */
  gaint sflag;                 /* Get specific station  */
  char stid[8];                /* Station id to get */
  gaint tmin,tmax;             /* Grid limits of time */
  gadouble ftmin,ftmax;        /* Float-valued grid limits of time, 
			  	  equivalent to dmin[3],dmax[3]         */
  gadouble *tvals;             /* Pointer to conversion info for the
                                  time conversion routines.            */
  struct gavar *pvar;          /* Pointer to the structure with info
                                  on this particular variable.  If
                                  NULL, this grid is the result of
                                  an expression evaluation where the
                                  variable type is unkown.             */
  struct garpt **prev;         /* Used for allocating rpt structures   */
  struct garpt *crpt;
  gaint rptcnt,blkcnt;
};

/* Structure that describes a variable in a file.  These structures
   are built in arrays that are hung off of gafile structures.         */
struct gavar {
  char varnm[128];             /* Variable description.                */
  char abbrv[16];              /* Variable abbreviation.               */
  char longnm[257];            /* netcdf/hdf var name if different     */
  gadouble units[16];          /* Units indicator.                     
				  Vals 0-7 are for variable codes:
				  grib, non-float data, nc/hdf dims
				  Vals  8-11 are for grib level codes  */
  gaint offset;                /* Offset in grid elements of the start
                                  of this variable within a time group
                                  within this file.                    */
  gaint recoff;                /* Record (XY grid) offset of the start
                                  of this variable within a time group */
  gaint ncvid;                 /* netcdf vid for this variable         */
  gaint sdvid;                 /* hdf vid for this variable            */
  gaint h5vid;                 /* hdf5 dataset id for this variable    */
  gaint levels;                /* Number of levels for this variable.
                                  0 is special and indiates one grid is
                                  available for the surface only.      */
  gaint dfrm;                  /* format  type indicator
  				  1 - unsigned char
				  4 - int  			       */
  gaint var_t ;                /* variable t transform                 */
  gadouble scale;              /* scale factor for unpacking data      */
  gadouble add;                /* offset value for unpacking data      */
  gadouble undef;              /* undefined value                      */
  gaint vecpair;               /* Variable has a vector pair           */
  gaint isu;                   /* Variable is the u-component of a vector pair */
  gaint isdvar;                /* Variable is a valid data variable (for SDF files) */
  gaint nvardims;              /* Number of variable dimensions        */
  gaint vardimids[100];        /* Variable dimension IDs. 	       */
#if USEHDF5==1
  hid_t h5varflg;              /* hdf5 variable has been opened */
  hid_t dataspace;             /* dataspace allocated for hdf5 variable */
#endif
};

/* Structure that describes a function call.                           */
struct gafunc {
  gaint argnum;                /* Number of arguments found by fncprs  */
  char *argpnt[20];            /* Pointers to the argument strings     */
  char buff[1000];             /* Argument string buffer               */
};

/* Structure that describes a user defined function                    */
struct gaufb {
  struct gaufb *ufb;           /* Forward pointer                      */
  char name[8];                /* Function name                        */
  gaint alo,ahi;               /* Limits on number of args             */
  gaint atype[8];              /* Types of args. 0=expr,1=float,2=int,3=char */
  gaint sflg;                  /* Sequential or direct                 */
  char *fname;                 /* Name of user executable              */
  char *oname;                 /* File name for data transfer to user  */
  char *iname;                 /* File name for data transfer from user */
};

/* Structure that describes a defined grid */
struct gadefn {
  struct gadefn *pforw;        /* Linked list pointer                  */
  struct gafile *pfi;          /* File Structure containing the data   */
  char abbrv[20];              /* Abbreviation assigned to this        */
};

/* Stack to evaluate the expression.  The stack consists of an
   array of structures.                                               */
struct smem {
  gaint type;        /* Entry type: -2 stn,-1 grid,1=op,2='(',3=')'    */
  union sobj {
    gaint op;        /* Operator: 0=*, 1=/, 2=+                        */
    struct gagrid *pgr; /* Operand (grid or stn)                      */
    struct gastn *stn;
  } obj;
};

/* Index structure, for when the records in a data file are indexed.
   The indexing file will contain this structure at the front, followed
   by the specified number of header and indexing values.  These
   header and indexing values are file format specific. */

struct gaindx {
  gaint type;                   /* Indexing file type */
  gaint hinum;                  /* Number of header ints */	       
  gaint hfnum;                  /* Number of header floats */      
  gaint intnum;                 /* Number of index ints (long) */  
  gaint fltnum;                 /* Number of index floats */       
  gaint *hipnt;                 /* Pointer to header int values */ 
  gafloat *hfpnt;               /* Pointer to header float values */
  gaint *intpnt;                /* Pointer to index int values */  
  gafloat *fltpnt;              /* Pointer to index float values */
} ;
struct gaindxb {
  gaint bignum;                 /* Number of off_t values */	       
  off_t *bigpnt;                /* Pointer to off_t values */
} ;

#if GRIB2
/* Structures for GRIB2 data */
struct gag2indx {
  gaint version;                /* Version number: 1: gaint offsets  2: off_t offsets */
  gaint g2intnum;               /* Number of index offset values */  
  gaint *g2intpnt;              /* Pointer to index g2ints */
  off_t *g2bigpnt;              /* Pointer to record offsets when off_t offsets in use */
} ;

struct g2anchor {               /* structure for grib2 cache anchor */
  struct g2buff *start;         /* pointer to next grid in cache */
  struct g2buff *end;           /* pointer to previous grid in cache */
  gaint total;                  /* size of cache */
};

struct g2buff {                 /* structure for grib2 cache grids*/
  struct g2buff *next;          /* pointer to next grid in cache */
  struct g2buff *prev;          /* pointer to previous grid in cache */
  gaint fseq;                   /* file sequence number */
  gaint z,t,e;                  /* grid coordinates of non-varying dimensions */
  gaint size;                   /* number of grid points in the grid */
  char abbrv[16];               /* name of variable */
  gafloat *fld;                 /* grib2 field (returned by g2_getfld) */
  char *mask;                   /* undef mask for grib2 field */
};  
#endif

#if (USENETCDF == 1 || USEHDF == 1)
typedef struct {
    struct sdfnames *names1;                   /* Pointer to an array of varname structures. */
    gaint xsrch,ysrch,zsrch,tsrch,esrch ;      /* if these need to be searched for */
    gaint dvsrch;                              /* data var names need to be searched */
    gaint isxdf;                               /* is it xdf */
    gaint xsetup,ysetup,zsetup,tsetup,esetup;  /* if these need setting up */
    gaint needtitle, needundef, needunpack;
    gaint dvcount ;                            /* number of data variables */
    gaint *dvsetup ;                           /* does this var need levelcnt and longname? */
    gaint hasDDFundef ;
    char *xdimname;
    char *ydimname;
    char *zdimname;
    char *tdimname;
    char *edimname;
} GASDFPARMS ;

struct sdfnames {
  char abbrv[16];            /* GrADS var name                    */
  char longnm[257];          /* netcdf/hdf var name if different  */
};
#endif
 /***********************\
 *  Function Prototypes  *
 \***********************/

/* Functions in GRADS.C */

void gasig (gaint);
gaint gaqsig (void);

/* Functions in GAUSER:
    gacmd:  Process a user command
    gacln:  Reset variables
    gaenab: Process an enable command
    gadraw: Process a draw command
    gadef:  Process a define command
    gaudef: Process undefine command
    gamodf: Modify defined grid
    gaqury: Process a query command
    gahelp: Process a help command
    gaset:  Process the SET command
    gadspl: Process a display command
    gapars: Parse a compound expression for gadspl
    gagrel: Release all held grids
    gaopen: Open a data file from a descriptor file
    cleanup: Clean up an input record
    gaprnt: Process output messages
    prntgaattr: Print out a descriptor attribute 
    gagsdo: Execute command for a script
    getpst: Allocate and initialize a gastat block              */

void gainit (void);
gadouble qcachesf (void);

gaint gacmd (char *, struct gacmn *, gaint);
void gacln (struct gacmn *,gaint);
gaint gaenab (char *, struct gacmn *);
gaint gadraw (char *, struct gacmn *);
gaint gardrw (char *, struct gacmn *);
gaint gaexec (char *, struct gacmn *);
char *gagsdo (char *, gaint *);
gaint gadef (char *, struct gacmn *, gaint);
gaint gaudef (char *, struct gacmn *);
gaint gamodf (char *, struct gacmn *);
gaint gaqdef (char *, struct gacmn *, gaint);
gaint gaqury (char *, char *, struct gacmn *);
gaint gahelp (char *, struct gacmn *);
gaint gaset (char *, char *, struct gacmn *);
void set_nc_cache(size_t);
#if USESHP==1
SHPHandle gaopshp (char *);
DBFHandle gaopdbf (char *);
struct dbfld* parsedbfld (char *);
#endif
gaint gacoll (char *, struct gacmn *);
gaint gadspl (char *, struct gacmn *);
gaint gaspcl (char *, struct gacmn *);
gaint gapars (char *, struct gastat *, struct gacmn *) ;
void gagrel (struct gacmn *);
gaint gaopen (char *, struct gacmn *);
void cleanup (char *);
void mygreta(char *);
struct gastat *getpst (struct gacmn *);
void gaprnt (gaint, char *);
gaint prntgaattr (struct gafile *, char *, gaint, gaint);
#if READLINE == 1
gaint gahistory(char*, char *, struct gacmn *);
#endif /* READLINE == 1 */
gaint ncwrite (char *, struct gacmn *);
gaint sdfwatt (struct gacmn*, gaint, char *, char *, char *);
gaint sdfwdim (struct gafile *, struct gacmn *, gaint, gaint);
gaint sdfdefdim (gaint, char *, gaint, gaint *, gaint *);

gaint gaddes (char *, struct gafile *, gaint);
gaint deflin (char *, struct gafile *, gaint, gaint);
gaint deflev (char *, char *, struct gafile *, gaint);
gaint ddfattr (char *, struct gafile *);
struct gaattr *parseattr (char *);
struct gafile *getpfi (void);
void frepfi (struct gafile *, gaint);

/* Functions in GAEXPR:
    gaexpr: Evaluate an expression by creating a stack
    eval:   Process the expression stack
    gaoper: Perforam operation between two operands
    gagrop: Perform a grid operation
    gastop: Perform a station operation
    gascop: Perform an op between a constant and stations
    gagrvl: Put a constant in grid format
    varprs: Parse a variable in the expression
    getdfn: Search defined grid chain for a predifined grid
    gagchk: Check validity of operation between two grids
    stnvar: Handle specialized parsing of stn variable                */

gaint gaexpr (char *, struct gastat *) ;
gaint eval (gaint, struct smem *, gaint *);
gaint gaoper (struct smem *, gaint, gaint, gaint, gaint);
struct gagrid *gagrop (struct gagrid *, struct gagrid *, gaint, gaint);
struct gastn *gastop (struct gastn *, struct gastn *, gaint, gaint);
struct gastn *gascop (struct gastn *, gadouble, gaint, gaint);
struct gagrid *gagrvl (gadouble);
char *varprs (char *, struct gastat *) ;
gaint gagchk (struct gagrid *, struct gagrid *, gaint);
struct gafile *getdfn (char *, struct gastat *);
char *stnvar (char *, char *, struct gafile *, struct gavar *,
              struct gastat *);

/* Functions in GAFUNC:
    rtnprs: Parse and execute a function call
    gafopr: Perform opration for two-op function call
    gafdef: Read user function definition table
                                                                     */

char *rtnprs (char *, char *, struct gastat *) ;
gaint gafopr (struct gastat *, struct gastat *, gaint );
void gafdef (void);

/* Functions in GAIO:
    gaggrd: Get a grid from a data file
    gagrow: Get a row of data, possibly wrapped, from the file
    gafcor: Calculate file position of an item of data
    garrow: Get an item or items from the data file
    gagstn: Get a collection of stations
    garead:
    gaglvs: Get appropriate var and levs from rpt
    gaarpt: Allocate report block
    gasstn: Seek to location in station file
    garstn: Read station data
    gacstn: Cache a station report
    gagdef: Get grid from defined variable
    clicyc: Adjust for cyclic climatological defined variable
    gagpre: Predefined variable access        
    ganrow: Get an item or items from the netcdf data file
    ganhow: Get an item or items from the HDF-SDS data file
    gaopnc: Open a netcdf file 
    gaophdf: Open an HDF-SDS file

Note:  function prototype for garead is now in gaio.c
*/

gaint gaggrd (struct gagrid *);
gaint gagrow (gadouble *, char *, gaint *);
long gafcor (gaint, gaint, gaint, gaint);
gaint garrow (gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *, gaint);
gaint gagstn (struct gastn *);
gaint gaglvs (gaint, struct rpthdr *, struct gastn *);
struct garpt *gaarpt (struct gastn *);
gaint gasstn (off_t);
gaint garstn (gaint, char *, off_t);
void gacstn (char *, char *, gaint, gaint);
void gagcst (gaint, char *);
gaint gagdef (void);
void clicyc(gaint *);
gaint gagpre (void);
gaint gairow (gaint, gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *);
gaint gaird (off_t, gaint, gaint, gaint, gaint, gaint);
gaint gaprow (gaint, gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *);
gaint gaopfn (gaint, gaint, gaint *, gaint *, struct gafile *);
gaint gappcn (struct gafile *, gaint, gaint);
void w3fb04 (gadouble, gadouble, gadouble, gadouble, gadouble *, gadouble *);
void ll2lc (gadouble *, gadouble, gadouble, gadouble *, gadouble *, gadouble *);
void ll2rotll (gadouble *, gadouble, gadouble, gadouble *, gadouble *, gadouble *);
void gaiomg (void);
gaint gancsetup (void);
gaint gancgrid(gadouble *, char *, gaint, gaint);
gaint gancrow (gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *);
gaint gahrow  (gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *);
gaint gah5row  (gaint, gaint, gaint, gaint, gaint, gaint, gadouble *, char *);
gaint gaopnc (struct gafile *, gaint, gaint);
gaint gaclosenc (struct gafile *);
gaint gaclosehdf (struct gafile *);
gaint gacloseh5 (struct gafile *);
gaint gaophdf (struct gafile *, gaint, gaint);
gaint gaoph5 (struct gafile *, gaint, gaint);
gaint h5setup (void);
#if USEHDF5==1
gaint h5openvar (gaint,char*,hid_t*,hid_t*);
gaint h5closevar (hid_t, hid_t);
#endif
gaint h5attr(gaint, char *, char *, gadouble *);
gaint hdfattr (gaint, char *, gadouble *);
gaint ncpattrs(gaint, char *, char *, gaint, gaint, char *);
gaint hdfpattrs(gaint, char *, char *, gaint, gaint, char *);
gaint h5pattrs(gaint, char *, char *, gaint, gaint, char *);
void prntwrap(char *, char *, char *);
#if GRIB2
struct g2buff * g2check (gaint, gaint, gaint);
struct g2buff * g2read (off_t, g2int, gaint, gaint, gaint);
void g2clear(void);
#endif

/* Functions in GAGX:
    gagx:   Initialize graphics interface
    gaplot: Generalized graphics output routine
    gas1d:  Set up scaling for a 1-D grid
    gas2d:  Set up scaling for a 2-D grid
    gagrph: Plot line graph
    gacntr: Plot contour plot
    gastrm: Plot streamline plot
    gafgrd: Fill grid boxes
    gashad: Plot shaded plot
    gavect: Plot vector feild
    gascat: Plot scatter plot from two grids
    gaarrw: Plot individual arrow
    gaplvl: Plot grid values
    gawmap: Plot appropriate map
    gacsel: Select a contour interval
    gaaxis: Generate proper axis labels for axes
    galnch: Convert a longitude value to character form
    galtch: Convert a latitude value to character form
    gaconv: Perform grid level scaling
    gatinc: Get date/time increment for time axis
    gasfil: Shade fill a grid sqaure
    trfill: Fill half a grid square (triangle)
    gagfil: Fill grids with shaded ranges
    gaimap: Output grid with image dump
                                                                      */
void gagx (struct gacmn *);
void gaplot (struct gacmn *);
void gas1d (struct gacmn *, gadouble, gadouble, gaint, gaint, struct gagrid *, struct gastn *);
void gas2d (struct gacmn *, struct gagrid *, gaint);
void gagrph (struct gacmn *,gaint);
void gastts (struct gacmn *);
void gadprnt (struct gacmn *);
void gaoutgds (struct gacmn *);
void galfil (struct gacmn *);
void lfint (gadouble, gadouble, gadouble, gadouble, gadouble *, gadouble *);
void lfout (gadouble *, gadouble *, gadouble *, gadouble *, gaint, gaint);
gaint gacntr (struct gacmn *, gaint, gaint);
void gastrm (struct gacmn *);
void gashad (struct gacmn *);
void gavect (struct gacmn *, gaint);
void gascat (struct gacmn *);
void gafgrd (struct gacmn *);
void gagtif (struct gacmn *, gaint);
void gakml (struct gacmn *);
void gashpwrt (struct gacmn *);
#if USESHP==1
struct dbfld* newdbfld (char *, DBFFieldType, gaint, gaint, gaint, char*);
#endif
void getcorners(struct gacmn *, struct gagrid *, gadouble *);
void ij2ll (struct gacmn *, gadouble, gadouble, gadouble, gadouble, gadouble *, gaint);
gaint write_kml(struct gacmn *, gadouble *);
void gafwrt (struct gacmn *);
void gastnwrt (struct gacmn *);
void gaarrw (gadouble, gadouble, gadouble, gadouble, gadouble);
void gaplvl (struct gacmn *);
void gamscl (struct gacmn *);
void gawmap (struct gacmn *, gaint);
void gacsel (gadouble, gadouble, gadouble *, gadouble *, gadouble *);
void gaaxis (gaint, struct gacmn *, gaint);
gaint galnch (gadouble, char *);
gaint galtch (gadouble, char *);
void gaconv (gadouble, gadouble, gadouble *, gadouble *);
void gagexp (gadouble *, gaint, gaint, gadouble *, gaint, gaint, char *, char *);
void gaglin (gadouble *, gaint, gaint, gadouble *, gaint, gaint, char *, char *);
struct gagrid *gaflip (struct gagrid *, struct gacmn *);
gaint gatinc (struct gacmn *, struct dt *, struct dt *);
void gasfil (gaint, gaint, float, float, float, float, float, float, float, float);
void trfill (float, float, float, float, float, float, float, float,
     float, gaint, gaint);
void gafstn (struct gacmn *);
void gapstn (struct gacmn *);
void gawsym (struct gacmn *);
void gasmrk (struct gacmn *);
void gabarb (gadouble, gadouble, gadouble, gadouble, gadouble, gadouble, gadouble, gaint);
void gapmdl (struct gacmn *);
gaint gasmdl (struct gacmn *, struct garpt *, gadouble *, char *);
gadouble wndexit (gadouble, gadouble, gadouble, gadouble, gadouble, gadouble *,
                                   gadouble *, gadouble *, gadouble *);
void gapprf (struct gacmn *);
void gatser (struct gacmn *);
void gampax (struct gacmn *);
void wxsym (gaint, gadouble, gadouble, gadouble, gaint, gaint *);
void wxprim (gaint, gadouble, gadouble, gadouble);
void gagsav (gaint, struct gacmn *, struct gagrid *);
void galnx (gadouble, gadouble, gadouble *, gadouble *);
void galny (gadouble, gadouble, gadouble *, gadouble *);
void gaalnx (gadouble, gadouble, gadouble *, gadouble *);
void gaalny (gadouble, gadouble, gadouble *, gadouble *);
void galogx (gadouble, gadouble, gadouble *, gadouble *);
void galogy (gadouble, gadouble, gadouble *, gadouble *);
void galog2 (gadouble, gadouble, gadouble *, gadouble *);
void gaalogx (gadouble, gadouble, gadouble *, gadouble *);
void gaalogy (gadouble, gadouble, gadouble *, gadouble *);
void gaalog2 (gadouble, gadouble, gadouble *, gadouble *);
void gaclx (gadouble, gadouble, gadouble *, gadouble *);
void gacly (gadouble, gadouble, gadouble *, gadouble *);
void gaaclx (gadouble, gadouble, gadouble *, gadouble *);
void gaacly (gadouble, gadouble, gadouble *, gadouble *);
void gagfil (gadouble *, gaint, gaint, gadouble *, gaint *, gaint, char *);
void gaimap (gadouble *, gaint, gaint, gadouble *, gaint *, gaint, char *, 
                   gadouble, gadouble, gadouble, gadouble);
void gafram (struct gacmn *);
void gaaxpl (struct gacmn *, gaint, gaint);
void gaselc (struct gacmn *, gadouble, gadouble);
gaint gashdc (struct gacmn *, gadouble);

/* Functions in GAUTIL:
    nxtcmd: Get next command from the user
    timadd: Add an increment to a time
    timsub: Subtract an increment from a time
    t2gr:   Convert an absolute time to a grid value
    gr2t:   Convert a grid value to an absolute time
    timdif: Calculate difference between two times
    qleap:  Determine if a year is a leap year
    adtprs: Parse an absolute date/time expression
    rdtprs: Parse a relative date/time expression
    cmpwrd: Compare two character strings
    nxtwrd: Point to the next blank delimited word in a string
    liconv: Linear conversion routine
    gr2lev: Discrete level scaling routine
    lev2gr: Discrete level scaling routine
    intprs: Parse an integer expression
    longprs: Parse an long integer expression kk 020624 --- 
    valprs: Parse a floating number expression
    dimprs: Parse a dimension expression
    lowcas: Convert a string to lower case
    uppcas: Convert a string to upper case
    getstr: Move part of a string to another string
    getwrd: Get next word in a string as a string
    gamnmx: Get minimum and maximum grid value
    garemb: Remove blanks from and terminate a string
    gagaus: Set up scaling for gaussian grid (R40)
    gags30: Set up scaling for gaussian grid (R30)
    gags20: Set up scaling for gaussian grid (R20)
    gags15: Set up scaling for Ocean Grid (MOM32)
    gamo32: Set up scaling for gaussian grid (R15)
    gat2ch: Date/Time to character form
    cmpch:  Compare two strings of specified length
    gafree: Free stuff hung off pst block
    gagfre: Free gagrid block and associated data
    gasfre: Free gastn block and associated data
    gagbb:  Unpack bit value
    gagby:  Unpack byte value
    gabswp: Byte swap data values
    gahswp: Byte swap report header
    flt2ibm: convert float to ibm float (ebisuzaki)
    ibm2flt: convert ibm float to float (ebisuzaki)
    cpscal: Copy grid scaling info
    getvnm: Get variable long name and abbrv 
    e2ens:  Converts ensemble number to name
    getenm: Get ensemble name
    dqual: test if two doubles are equal                                                 */

gaint nxtcmd (char *, char *);
void timadd (struct dt *, struct dt *);
void timsub (struct dt *, struct dt *);
gadouble t2gr (gadouble *, struct dt *);
void gr2t (gadouble *, gadouble, struct dt *);
gaint timdif (struct dt *, struct dt *);
gaint qleap (gaint);
char *adtprs (char *, struct dt *, struct dt *);
char *rdtprs (char *, struct dt *);
gaint cmpwrd (char *, char *);
gaint cmpwrdl (char *, char *);
char *nxtwrd (char *);
gadouble liconv (gadouble *, gadouble);
gadouble gr2lev (gadouble *, gadouble);
gadouble lev2gr (gadouble *, gadouble);
char *e2ens (struct gafile *, gadouble );
char *intprs (char *, gaint *);
char *longprs (char *, long *);
char *getdbl (char *, gadouble *);
char *getflt (char *, gafloat *);
char *dimprs (char *, struct gastat *, struct gafile *, gaint *, gadouble *, gaint, gaint *);
void lowcas (char *);
void uppcas (char *);
void getstr (char *, char *, gaint);
void getwrd (char *, char *, gaint);
void gamnmx (struct gagrid *);
void gasmnmx (struct gastn *);
gaint garemb (char *);
gadouble *gagaus(gaint,gaint);
gadouble *gags30(gaint,gaint);
gadouble *gagst62(gaint,gaint);
gadouble *gags20(gaint,gaint);
gadouble *gags15(gaint,gaint);
gadouble *gamo32(gaint,gaint);
gaint gat2ch (struct dt *, gaint, char *, gaint);
gaint cmpch (char *, char *, gaint);
void gafree (struct gastat *);
void gagfre (struct gagrid *);
void gasfre (struct gastn *);
void fnmexp (char *, char *, char *);
gaint gagbb (unsigned char *, gaint, gaint);
gaint gagby (unsigned char *, gaint, gaint);
void gapby (gaint, unsigned char *, gaint, gaint);
void gapbb (gaint, unsigned char *, gaint, gaint);
char *gafndt (char *, struct dt *, struct dt *, gadouble *, 
	      struct gachsub *, struct gaens *, gaint, gaint, gaint *);
void gabswp2 (void *, gaint);
void gabswp (void *, gaint);
void gabswp8 (void *, gaint);
void gahswp (struct rpthdr *);
gaint dayweek (struct dt *);
gaint wrdlen (char *);
void ganbswp(char *, gaint);
/* Wesley Ebisuzaki routines */
gaint flt2ibm(gafloat x, unsigned char *ibm);
gafloat ibm2flt(unsigned char *ibm);
gafloat ieee2flt(unsigned char *);
gadouble ieee2dbl(unsigned char *);
gaint flt2ieee(gafloat , unsigned char *);
gadouble scaled2dbl(gaint, gaint);
gadouble Int_Power(gadouble, gaint );

gadouble *cpscal (gadouble *, gaint, gaint, gaint);
gaint getvnm (struct gavar *, char *);
gaint getenm (struct gaens *, char *);
gaint dequal(gadouble, gadouble, gadouble);
gaint nxrdln (char *, char *);

/* Functions in GASRCP:
    gsfile: run a script file used in gauser.c */
char *gsfile (char *, gaint *, gaint);

/* Functions in gxX:
    gxwdln: use X server for wide lines */
void gxwdln(void);


#ifdef USEGADAP
/* Function in dodstn */
gaint dappfi (char *, struct gafile *);  
gaint dapget (struct gastn *);
void  dapclo (struct gafile *);
#endif


/* Functions in bufrstn.c */
void getbufrhdr (gabufr_val *, gabufr_val *, struct bufrinfo *, struct bufrhdr *, gaint, gaint *);
gaint  getbufr (struct gastn *);
struct garpt * sortrpt(struct garpt *);



void gacfg (gaint); 
void gaqufb (void); 
gaint gxhpng (char *, gaint, gaint, gaint, gaint, char *, char *, gaint) ;


#if (USENETCDF == 1 || USEHDF == 1)
/* Functions in gasdf.c */
gaint gasdfopen(char *, struct gacmn *) ;
gaint gaxdfopen(char *, struct gacmn *) ;
struct gaattr *find_att(char *, struct gaattr *, char *);
struct gavar *find_var(struct gafile *, char *);
gaint findX(struct gafile *, struct gavar **);
gaint findY(struct gafile *, struct gavar **);
gaint findZ(struct gafile *, struct gavar **, gaint *);
gaint findT(struct gafile *, struct gavar **);
gaint findE(struct gafile *, struct gavar **);
gaint isdvar(struct gafile *, struct gavar *, gaint,  gaint, gaint, gaint, gaint) ;
gaint read_metadata(struct gafile *);
gaint read_hdfatts (gaint, char *, gaint, struct gafile *);
gaint read_ncatts (gaint, gaint, char *, gaint, struct gafile *);
gaint set_time_type (struct gafile *);
void  initparms(GASDFPARMS *);
void  freeparms(GASDFPARMS *);
gaint read_one_dimension (struct gafile *, struct gavar *, gaint, gaint, gadouble *);
gaint compare_units(char *, char *);
gaint find_dim(struct gafile *, char *);
void  handle_error(gaint);
void  close_sdf(struct gafile *);
gaint decode_standard_time(gadouble, gaint *, gaint *, gaint *, gaint *, gaint *, gafloat *);
gaint decode_delta_t(char *, gaint *, gaint *, gaint *, gaint *, gaint *, gaint *);
gaint init_standard_arrays (gaint);
gaint gadxdf(struct gafile *, GASDFPARMS *);
gaint gadsdf(struct gafile *, GASDFPARMS);
gaint sdfdeflev(struct gafile *, struct gavar *, gaint, gaint) ;
gaint getncvnm (struct sdfnames *, char *);
#endif

void *galloc(size_t,char *);
void gree();
void glook();
grads-2.0.1/src/gabufrtbl.c0000644000175000017500000003470311540444125016656 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by Joe Wielgosz */

#include 
#include 
#include 
#include 
#include 
#include "gabufr.h"

#ifndef GABUFR_TBL_DEBUG
#define GABUFR_TBL_DEBUG 0
#endif

const char* base_path;

/* Size of buffer for each line of the table text file */
#define GABUFR_MAX_LINE_LEN 4096

/* Used in parsing */
#define GABUFR_FIRST_PASS  0
#define GABUFR_SECOND_PASS 1

/* Length of a filename for a MEL-style plain text BUFR table */
#define GABUFR_TBL_NAME_LEN 14

/* Static storage for currently loaded tables B and D */
gabufr_varinf * tbl_b = NULL;
gabufr_varid ** tbl_d_entries = NULL;

void gabufr_set_tbl_base_path(const char * path) {
  base_path = path;
}

gaint gabufr_valid_varid(gaint f, gaint x, gaint y) {
  return ((f >= 0 && f <= 3)
	  && (x >= 0 && x < 64)
	  && (y >= 0 && y < 256));
}

gaint gabufr_tbl_index(gaint x, gaint y) {
  return (x << GABUFR_Y_BITS) +  y;
}

gabufr_varinf * gabufr_get_varinf(gaint x, gaint y) {
  if (!tbl_b) {
    return NULL;
  } else {
    return &tbl_b[gabufr_tbl_index(x, y)]; 
  }
}

gabufr_varid * gabufr_get_seq(gaint x, gaint y) {
  return tbl_d_entries[gabufr_tbl_index(x, y)]; 
}

gaint gabufr_have_tbl(gabufr_tbl_inf * tbl_inf) {
  return (tbl_b && tbl_d_entries);
}

void gabufr_free_varids(gabufr_varid * entry) {
  gabufr_varid * next;
  while (entry) {
    next = entry->next;
    free(entry);
    entry = next;
  }
}

void gabufr_reset_tbls() {
  gaint i;

  if (tbl_b != NULL) {
    free(tbl_b);
  }
  if (tbl_d_entries != NULL) {
    for (i = 0; i < GABUFR_TBL_SIZE; i++) {
      gabufr_free_varids(tbl_d_entries[i]);
    }
    free(tbl_d_entries);
  }
  tbl_b = NULL;
  tbl_d_entries = NULL;
}

gaint gabufr_entry_is_text(const char *entry) {
  gaint i;
  const char * pos, * endpos, * found;
  pos = entry;
  for (i = 0; i < 6; i++) {
    pos = strchr(pos, ';');
    pos++;
  }
  endpos = strchr(pos, ';');
  found = strstr(pos, "CCITT_IA5");
  if (found && 
      (found < endpos)) {
    return GABUFR_STR_TYPE;
  } else {
    return GABUFR_NUM_TYPE;
  }
}

char * gabufr_copy_desc(const char *entry) {
  gaint i, len;
  const char * pos, * endpos;
  char * retval;
  pos = entry;
  for (i = 0; i < 7; i++) {
    pos = strchr(pos, ';');
    pos++;
  }
  endpos = strchr(pos, '\n');
  len = endpos - pos;
  retval = (char *) malloc(len + 1);
  if (retval == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }  
  strncpy(retval, pos, len);
  retval[len] = '\0';
  if (GABUFR_TBL_DEBUG) printf("description: %s\n", retval);
  return retval;
}

gaint gabufr_read_tbl_b(const char * tbl_b_path) { 
  FILE *tbl_b_file;  
  char line[GABUFR_MAX_LINE_LEN];
  gaint f, x, y, scale, offset, width;
  gabufr_varinf * entry;
  
  /* allocate memory and initialize to zero */
  tbl_b = (gabufr_varinf *) calloc(GABUFR_TBL_SIZE, sizeof(gabufr_varinf));
  if (tbl_b == NULL) {
    printf("Memory error loading table B\n");
    return GABUFR_ERR;
  }
  
  /* open file */
  tbl_b_file = fopen(tbl_b_path, "r");
  if (tbl_b_file == NULL) {
    printf ("Error opening table B file (%s): %s\n", 
	    tbl_b_path, strerror(errno));
    return GABUFR_ERR;
  }
  
  /* read entries into table array */
  while ( fgets(line, GABUFR_MAX_LINE_LEN, tbl_b_file) ) {
    if (GABUFR_TBL_DEBUG) printf("line: %s", line);
    if (line[0] == '#' || strlen(line) < 2) {
      continue;
    }
    sscanf(line, "%d;%d;%d;%d;%d;%d",
	   &f, &x, &y, &scale, &offset, &width);

    entry = gabufr_get_varinf(x, y);
    entry->scale = scale;
    entry->offset = offset;
    entry->width = width;
    entry->datatype = gabufr_entry_is_text(line);

    entry->description = gabufr_copy_desc(line);

    if (GABUFR_TBL_DEBUG) printf("(%d,%d,%d): (val+%d)*%d - %d bits of %s data\n",
			  f, x, y, offset, scale, width,
			  (entry->datatype == GABUFR_STR_TYPE) ? 
			  "text" : "numeric");    
  }
  fclose(tbl_b_file);

  return GABUFR_OK;
} 

gaint gabufr_read_tbl_d(const char * tbl_d_path) { 
  FILE *tbl_d_file; 
  gabufr_varid * head, * next;
  char line[GABUFR_MAX_LINE_LEN];
  gaint f, x, y, tbl_x, tbl_y;
  gaint entry_index = 0;
  gaint line_mode = 0; /* 0 for tbl D index; 
			1 for list of FXY's;
		     */
  
  head = NULL;
  tbl_x = tbl_y = 0;

  /* allocate memory and initialize to zero */
  if( ! (tbl_d_entries = 
	 (gabufr_varid **) calloc(GABUFR_TBL_SIZE, 
				  sizeof(gabufr_varid *)))) {
    printf("Memory error loading table D\n");
    return GABUFR_ERR;
  }
  
  
  /* open file */
  tbl_d_file = fopen(tbl_d_path, "r");
  if (tbl_d_file == NULL) {
    printf ("Error opening table D file (%s): %s\n", 
	    tbl_d_path, strerror(errno));
    return GABUFR_ERR;
  }

  /* read entries into table array */
  while ( fgets(line, GABUFR_MAX_LINE_LEN, tbl_d_file) ) {
    if (line[0] == '#') {
      continue;
    }
    sscanf(line, "%d %d %d", &f, &x, &y);
    if (GABUFR_TBL_DEBUG) printf("(%d,%d,%d): ", f, x, y);
    if (line_mode == 0) {
      if (f == 3) {
	tbl_x = x;
	tbl_y = y;
	head = NULL;
	line_mode = 1;
      } else {
	if (GABUFR_TBL_DEBUG) printf("\n");
      }
    } else {
      if (f >= 0) {
	next = (gabufr_varid *) calloc(sizeof(gabufr_varid), 1);
	if (next == NULL) {
	  printf("Memory allocation failed during parsing\n");
	  fclose(tbl_d_file);
	  return GABUFR_ERR;
	}
	next->f = f;
	next->x = x;
	next->y = y;
	if (head) {
	  head->next = next;
	} else {
	  tbl_d_entries[gabufr_tbl_index(tbl_x, tbl_y)] = next;	  
	}
	head = next;
	if (GABUFR_TBL_DEBUG) printf("\t adding (%d, %d) at (%d, %d) [%d]\n", 
			      x, y, tbl_x, tbl_y, entry_index);
      } else {
	if (GABUFR_TBL_DEBUG) printf("finished entry (%d, %d) at %d\n", 
			      x,y,entry_index);       	
	line_mode = 0;
      }
      entry_index++;
    }
  }

  if (GABUFR_TBL_DEBUG) printf("done\n");
  fclose(tbl_d_file);
  return GABUFR_OK;
} 



gaint gabufr_read_tbls(gabufr_tbl_inf * tbl_inf) {
  gaint base_path_len;
  char * tbl_b_path, * tbl_d_path;

  gabufr_reset_tbls();
  
  base_path_len = strlen(base_path);

  tbl_b_path = (char *) malloc(base_path_len + GABUFR_TBL_NAME_LEN + 1);
  if (tbl_b_path == NULL) {
    printf("Memory allocation failed during parsing\n");
    return GABUFR_ERR;
  }
  strncpy(tbl_b_path, base_path, base_path_len);
  tbl_b_path[base_path_len] = '/';
  sprintf((tbl_b_path + base_path_len + 1), "B%dM-%.3d-%.3d-B", 
	  tbl_inf->bufr_edition, 
	  tbl_inf->master_tbl_num,
	  tbl_inf->master_tbl_version);
  if (GABUFR_TBL_DEBUG) printf("reading from table B file %s\n", tbl_b_path);

  tbl_d_path = (char *) malloc(strlen(base_path) + GABUFR_TBL_NAME_LEN + 1);
  if (tbl_d_path == NULL) {
    printf("Memory allocation failed during parsing\n");
    return GABUFR_ERR;
  }
  strncpy(tbl_d_path, base_path, base_path_len);
  tbl_d_path[base_path_len] = '/';
  sprintf((tbl_d_path + base_path_len + 1), "B%dM-%.3d-%.3d-D", 
	  tbl_inf->bufr_edition, 
	  tbl_inf->master_tbl_num,
	  tbl_inf->master_tbl_version);
  if (GABUFR_TBL_DEBUG) printf("reading from table D file %s\n", tbl_d_path);

  if (gabufr_read_tbl_b(tbl_b_path) == GABUFR_ERR
      || gabufr_read_tbl_d(tbl_d_path) == GABUFR_ERR) {
    gabufr_reset_tbls();
    return GABUFR_ERR;
  }

  free(tbl_b_path);
  free(tbl_d_path);
  return GABUFR_OK;
}

/* order of events for NCEP encoded BUFR tables:
 
   Table A:

   1-3-0 delayed rep of three descriptors
   0-31-1 8-bit delayed rep count
   0-0-1 table A entry
   0-0-2 table A desc line 1
   0-0-3 table A desc line 2

   Table B:

   1-1-0 delayed rep of one descriptor
   0-31-1 8-bit delayed rep count
   3-0-4
    3-0-3
     0-0-10 F descriptor to be added or defined
     0-0-11 X descriptor to be added or defined
     0-0-12 Y descriptor to be added or defined
    0-0-13 Element name, line 1
    0-0-14 Element name, line 2
    0-0-15 Units name
    0-0-16 Units scale sign
    0-0-17 Units scale
    0-0-18 Units reference sign
    0-0-19 Units reference value
    0-0-20 Element data width

   Table D:

   1-5-0 delayed rep of five descriptors
   0-31-1 8-bit delayed rep count
   3-0-3
     0-0-10 F descriptor to be added or defined
     0-0-11 X descriptor to be added or defined
     0-0-12 Y descriptor to be added or defined
   2-5-64 Add 64-byte associated character field
   1-1-0 delayed rep of one descriptor
   0-31-1 8-bit delayed rep count
   0-0-30 Descriptor defining sequence

   0-0-0  ignore
*/

gabufr_val * gabufr_update_ncep_tbl_b(gabufr_dset * file, gabufr_msg * msg, gabufr_val * pos) {
  gabufr_varinf new_entry;
  gaint new_x, new_y;
  gaint y_expected, z_expected;
  char description[65];
  gabufr_varinf * entry_to_replace;
 
  new_x = new_y = 0;

  description[64] = '\0';
  z_expected = pos->z;
  for (y_expected = 11; y_expected <= 20; y_expected++) {
    if (!pos) {
      printf("Ran out of data in middle of entry!\n");
      return pos;
    }
    if (pos->y != y_expected) {
      printf("Expected y = %d; got y = %d\n", y_expected, pos->y);
      return pos;
    }
    if (pos->z != z_expected) {
      printf("Expected z = %d; got z = %d\n", z_expected, pos->z);
      return pos;
    }
    if (!pos->sval) {
      printf("Expected string data!\n");
      return pos;
    }      

    switch (pos->y) {
    case 11:
      new_x = strtol(pos->sval, NULL, 10);
      break;
    case 12:
      new_y = strtol(pos->sval, NULL, 10);
      break;
    case 13:
      memcpy(description, pos->sval, 32);
      break;
    case 14:
      memcpy(description + 32, pos->sval, 32);
      break;
    case 15:
      if (strstr(pos->sval, "CCITT_IA5") 
	  || strstr(pos->sval, "CCITT IA5")) {
	new_entry.datatype = GABUFR_STR_TYPE;
      } else {
	new_entry.datatype = GABUFR_NUM_TYPE;
      }
      break;
    case 16:
      if (strchr(pos->sval, '-')) {
	new_entry.scale = -1;
      } else if (strchr(pos->sval, '+')) {
	new_entry.scale = 1;
      } else {
	printf("invalid scale sign string: %s\n", pos->sval);
      }
      break;
    case 17:
      new_entry.scale *= strtol(pos->sval, NULL, 10);
      break;
    case 18: 
      if (strchr(pos->sval, '-')) {
	new_entry.offset = -1;
      } else if (strchr(pos->sval, '+')) {
	new_entry.offset = 1;
      } else {
	printf("invalid offset sign string: %s\n", pos->sval);
      }
      break;
    case 19:
      new_entry.offset *= strtol(pos->sval, NULL, 10);
      break;
    case 20:
      new_entry.width = strtol(pos->sval, NULL, 10);
      break;
    } 
    pos = pos->next;
  }

  if (GABUFR_TBL_DEBUG) 
    printf("updated entry: (%d,%d,%d): (val+%d)*%d - %d bits of %s data\n",
	 0, new_x, new_y, 
	 new_entry.offset, 
	 new_entry.scale, 
	 new_entry.width,
	 (new_entry.datatype == GABUFR_STR_TYPE) ? 
	 "text" : "numeric");

  new_entry.description = (char *) malloc(65);
  if (new_entry.description == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }
  strcpy(new_entry.description, description);

  if (GABUFR_TBL_DEBUG) printf("\tdescription: %s\n", 
				 new_entry.description);    


  /* copy entry into table */
  entry_to_replace = gabufr_get_varinf(new_x, new_y);
  memcpy(entry_to_replace, &new_entry, sizeof(gabufr_varinf));


  return pos;
 
}



gabufr_val * gabufr_update_ncep_tbl_d(gabufr_dset * file, gabufr_msg * msg, 
				      gabufr_val * pos) {
  gaint new_x, new_y;
  gaint y_expected, z_expected;
  char fstr[2], xstr[3], ystr[4];
  gabufr_varid * head, * next;
  gabufr_varid ** entry_ptr;

  new_x = new_y = 0;

  head = NULL;
  z_expected = pos->z;
  for (y_expected = 11; y_expected <= 12; y_expected++) {
    if (!pos) {
      printf("ran out of data in middle of entry!\n");
      return pos;
    }
    if (pos->y != y_expected) {
      printf("expected y = %d; got y = %d\n", y_expected, pos->y);
      return pos;
    }
    if (pos->z != z_expected) {
      printf("expected z = %d; got z = %d\n", z_expected, pos->z);
      return pos;
    }
    if (!pos->sval) {
      printf("expected string data!\n");
      return pos;
    }      

    switch (pos->y) {
    case 11:
      new_x = strtol(pos->sval, NULL, 10);
      break;
    case 12:
      new_y = strtol(pos->sval, NULL, 10);
      break;
    }
    pos = pos->next;
  }
    
  if (GABUFR_TBL_DEBUG) printf("new table D entry is (3, %d, %d)\n", 
				 new_x, new_y);
  entry_ptr = &tbl_d_entries[gabufr_tbl_index(new_x, new_y)];
  gabufr_free_varids(*entry_ptr);
  head = *entry_ptr = NULL;


  while (pos) {
    if (pos->x == -1 && pos->y == -1) {
      if (GABUFR_TBL_DEBUG) printf("sequence description: [%s]\n", 
				     pos->sval);
    } else if (pos->x == 0 && pos->y == 30) {
      next = (gabufr_varid *) calloc(sizeof(gabufr_varid), 1);
      if (next == NULL) {
	printf("Memory allocation failed during parsing\n");
	return NULL;
      }

      memcpy(fstr, pos->sval, 1);
      fstr[1] = '\0';
      memcpy(xstr, pos->sval+1, 2);
      xstr[2] = '\0';
      memcpy(ystr, pos->sval+3, 3);
      ystr[3] = '\0';

      next->f = strtol(fstr, NULL, 10);
      next->x = strtol(xstr, NULL, 10);
      next->y = strtol(ystr, NULL, 10);
      
      if (GABUFR_TBL_DEBUG) printf("\tadding (%d, %d, %d) to sequence\n", 
	     next->f, next->x, next->y);

      if (head) {
	head->next = next;
      } else {
	*entry_ptr = next;
      }
      head = next;
      
    } else {
      break;
    }
    pos = pos->next;
  }
  if (GABUFR_TBL_DEBUG) printf("\n");

  return pos;
}



void gabufr_update_ncep_tbl(gabufr_dset * file, gabufr_msg * msg) {
  gabufr_val * pos;
  gaint i;
  long f;

  for (i = 0; i < msg->subcnt; i++) {
    pos = msg->subs[i];
    while (pos) {
      if (pos->x == 0 && pos->y == 10 && pos->sval!=NULL) {
	f = strtol(pos->sval, NULL, 10);
	switch (f) {
	case 0:
	  pos = gabufr_update_ncep_tbl_b(file, msg, pos->next);
	  break;
	case 3:
	  pos = gabufr_update_ncep_tbl_d(file, msg, pos->next);
	  break;
	default:
	  printf("warning: invalid table definition, f = %ld\n", f);
	}
      } else {
	pos = pos->next;
      }
    }
    
  }
}

#ifdef GABUFR_TBL_STANDALONE
void gabufr_print_tbl_b() {
  gaint x, y;
  gabufr_varinf * entry;
  for (x = 0; x < (1<<6); x++) {
    for (y = 0; y < (1<<8); y++) {
      entry = gabufr_get_varinf(x, y);
      if (entry->width > 0) {
	printf("(%d,%d,%d): ", 0, x, y);
	if (entry->datatype == GABUFR_STR_TYPE) {
	  printf("text: ");
	} else {
	  printf("numeric ((%d bits + %d) * 10^%d): ",
		 entry->width,
		 entry->offset, 
		 entry->scale);
	}
	printf(entry->description);
	printf("\n");
      }
    }
  }
}

gaint main (gaint argc, char *argv[]) {
  if (argc > 1) {
    gabufr_read_tbl_b(argv[1]);
    gabufr_print_tbl_b();
  }
  return 0;
}
#endif /* GABUFR_TBL_STANDALONE */
grads-2.0.1/src/gaexpr.c0000644000175000017500000012106311602451211016161 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 
#include 
#include "grads.h"

static char pout[256];     /* Build error msgs here */
static gaint pass=0;  /* Internal pass number */

/* Debugging routine to print the current stack */

/*
void stkdmp (struct smem *, gaint);

void stkdmp (struct smem *stack, gaint curr) {
struct gagrid *pgr;
gaint i;

  printf ("Stack: %i\n",curr);
  for (i=0;i<=curr;i++) {
    printf ("->");
    if (stack[i].type==0) {
      pgr = stack[i].obj.pgr;
      printf ("  Grid %g \n",*pgr->grid);
    } else if (stack[i].type==1) {
      printf ("  Oper %i \n",stack[i].obj.op);
    } else if (stack[i].type==2) {
      printf ("  Right Paren \n");
    } else if (stack[i].type==3) {
      printf ("  Left Paren \n");
    } else printf ("  Unknown %i \n",stack[i].type);
  }
}
*/

/* Evaluate a GrADS expression.  The expression must have
   blanks removed.  The expression is evaluated with respect
   to the environment defined in the status block (pst).
   This routine is invoked recursively from functions in order
   to evaluate sub-expressions.                                  */

gaint gaexpr (char *expr, struct gastat *pst) {
struct gagrid *pgr;
struct gastn *stn;
struct smem *stack;
char *ptr, *pos;
gadouble val;
gaint cmdlen,i,j,rc,curr;
gaint state,cont,err;
gaint size;

  if (gaqsig()) return(1);
  pass++;

  cmdlen = strlen(expr);
/*   size = cmdlen * ( 7 + sizeof(struct smem) ); */
  size = sizeof(struct smem[cmdlen+10]);
  stack = (struct smem *)malloc(size);
  if (stack==NULL) {
    gaprnt (0,"Memory Allocation Error:  parser stack\n");
    return (1);
  }

  state=1;
  curr = -1;
  pos = expr;

  cont=1; err=0;
  while (cont) {                     /* Loop while parsing exprssn  */

    if (state) {                     /* Expect operand or '('       */

      if (*pos=='(') {               /* Handle left paren           */
        curr++;
        stack[curr].type = 2;
        pos++;
      }

      else if (*pos=='-') {          /* Handle unary '-' operator   */
        curr++;
        stack[curr].type = -1;
        stack[curr].obj.pgr = gagrvl(-1.0);
        curr++;
        stack[curr].type=1;  stack[curr].obj.op = 0;
        pos++;
      }

      else if (*pos>='0' && *pos<='9') {  /* Handle numeric value   */
        if ((ptr=getdbl(pos,&val))==NULL) {
          cont=0; err=1;
          i = 1 + pos - expr;
          gaprnt (0,"Syntax Error:  Invalid numeric value\n");
        } else {
          curr++;
          stack[curr].type = -1;
          stack[curr].obj.pgr  = gagrvl(val);
   /*     stkdmp(stack,curr);  */
          rc = eval(0, stack, &curr);
          if (rc) {
            err=1; cont=0;
          }
          state = 0;
          pos=ptr;
        }
      }

      else if (*pos>='a' && *pos<='z') {  /* Handle variable        */
        if ((ptr=varprs(pos, pst))==NULL) {
          cont=0; err=1;
        } else {
          curr++;
          if (pst->type) {
            stack[curr].type = -1;
            stack[curr].obj.pgr  = pst->result.pgr;
          } else {
            stack[curr].type = -2;
            stack[curr].obj.stn  = pst->result.stn;
          }
  /*      stkdmp(stack,curr);  */
          rc = eval(0, stack, &curr);
          if (rc) {
            err=1; cont=0;
          }
          state = 0;
          pos=ptr;
        }
      }

      else {
        cont=0; err=1;
        gaprnt (0,"Syntax Error:  Expected operand or '('\n");
      }

    } else {                         /* Expect operator or ')'      */

      if (*pos==')') {               /* Handle right paren          */
        curr++;
        stack[curr].type = 3;
        pos++;
        rc = eval(0, stack, &curr);  /* Process stack         */
        if (rc) {
          err=1; cont=0;
          pos--;
        }
      }

                                     /* Handle operator             */

      else if ( (*pos=='*')||(*pos=='/')||(*pos=='+')||(*pos=='-') ) {
        curr++;
        stack[curr].type=1;
        if (*pos=='*') stack[curr].obj.op=0;
        if (*pos=='/') stack[curr].obj.op=1;
        if (*pos=='+') stack[curr].obj.op=2;
        if (*pos=='-') {
          stack[curr].obj.op=2;
          curr++;
          stack[curr].type = -1;
          stack[curr].obj.pgr = gagrvl(-1.0);
          curr++;
          stack[curr].type=1;  stack[curr].obj.op = 0;
        }
   /*   stkdmp(stack,curr);  */
        pos++;
        state=1;
      }

      else {
        gaprnt (0,"Syntax Error:  Expected operator or ')'\n");
        cont=0; err=1;
      }
    }
    if (*pos=='\0'||*pos=='\n') cont=0;
  }

  if (!err) {
    rc = eval(1, stack, &curr);
/*  stkdmp(stack,curr);  */
    if (rc) {
      err=1;
    } else {
      if (curr==0) {
        if (stack[0].type == -1) {
          pst->type = 1;
          pst->result.pgr = stack[0].obj.pgr;
        } else if (stack[0].type == -2) {
          pst->type = 0;
          pst->result.stn = stack[0].obj.stn;
        } else {
          gaprnt (0,"GAEXPR Logic Error Number 29\n");
          err=1;
        }
      }
      else {
        gaprnt (0,"Syntax Error:  Unmatched Parens\n");
        err=1;
      }
    }
  }

  if (err) {
    if (pass==1) {
      i = 1 + pos - expr;
      snprintf(pout,255,"  Error ocurred at column %i\n",i);
      gaprnt (0,pout);
    }

/*  release any memory still hung off the stack  */
    for (i=0; iblks[j] != NULL) free(stn->blks[j]);
        }
        free(stn);
      }
    }
  }

  free(stack);
  pass--;
  return (err);
}


/* Evaluate the stack.  If the state is zero, then don't go
   past an addition operation unless enclosed in parens.
   If state is one, then do all operations to get the result.
   If we hit an error, set up the stack pointer to insure
   everything gets released properly.                                   */

gaint eval (gaint state, struct smem *stack, gaint *cpos) {
gaint cont,op,pflag,err,rc;
gaint curr,curr1,curr2;

  curr = *cpos;
  err = 0;
  cont = 1;
  pflag = 0;
  while (curr>0 && cont) {

    /* Handle an operand in the stack.  An operand is preceded by
       either a left paren, or an operator.  We will do an operation
       if it is * or /, or if it is enclosed in parens, or if we
       have hit the end of the expression.                           */

    if (stack[curr].type<0) {          /* Operand?                   */
      curr2 = curr;                    /* Remember operand           */
      curr--;                          /* Look at prior item         */
      if (stack[curr].type==2) {       /* Left paren?                */
        if (pflag) {                   /* Was there a matching right?*/
          stack[curr].type = stack[curr2].type; /* Yes, restack oprnd*/
          stack[curr].obj = stack[curr2].obj;
          pflag=0;                     /* Have evaluated parens      */
        } else {                       /* If not,                    */
          cont = 0;                    /*  stop here,                */
          curr++;                      /*  leaving operand on stack  */
        }
      } else if (stack[curr].type==1) {  /* Prior item an operator?  */
        op = stack[curr].obj.op;       /* Remember operator          */
        curr--;                        /* Get other operand          */
        if (stack[curr].type>0) {      /* Better be an operand       */
          cont = 0;                    /* If not then an error       */
          err = 1;
          gaprnt (0,"Internal logic check 12 \n");
        } else {                       /* Is an operand...           */
          curr1 = curr;                /* Get the operand            */
          if ( op<2 || pflag || state ) {             /* Operate?    */
            rc = gaoper(stack,curr1,curr2,curr,op);   /* Yes...      */
            if (rc) {                  /* Did we get an error?       */
              cont = 0; err = 1;       /* Yes...  don't continue     */
              curr+=2;                 /* Leave ptr so can free ops  */
            }
          } else {                     /* Don't operate...           */
            curr+=2;                   /* Leave stuff stacked        */
            cont = 0;                  /* Won't continue             */
          }
        }
      } else {                         /* Prior item invalid         */
        gaprnt (0,"Internal logic check 14 \n");
        cont = 0; err = 1;
      }

    } else if (stack[curr].type==3) {  /* Current item right paren?  */
      pflag=1;                         /* Indicate we found paren    */
      curr--;                          /* Unstack it                 */

    } else { cont=0; err=1; }          /* Invalid if not op or paren */
  }
  *cpos = curr;
  return (err);
}

/* Perform an operation on two data objects.  Determine what class
   of data we are working with and call the appropriate routine     */

gaint gaoper (struct smem *stack, gaint c1, gaint c2, gaint c, gaint op) {
struct gagrid *pgr=NULL;
struct gastn *stn;

  /* If both grids, do grid-grid operation */
  if (stack[c1].type==-1 && stack[c2].type==-1) {
    pgr = NULL; 
    pgr = gagrop(stack[c1].obj.pgr, stack[c2].obj.pgr, op, 1);
    if (pgr==NULL) return (1);
    stack[c].type = -1;
    stack[c].obj.pgr = pgr;
    return (0);
  }

  /* If both stns, do stn-stn operation */

  if (stack[c1].type==-2 && stack[c2].type==-2) {
    stn = NULL; 
    stn = gastop(stack[c1].obj.stn, stack[c2].obj.stn, op, 1);
    if (stn==NULL) return (1);
    stack[c].type = -2;
    stack[c].obj.stn = stn;
    return (0);
  }

  /* Operation between grid and stn is invalid -- unless the grid
     is really a constant.  Check for this.  */

  if (stack[c1].type == -1) pgr=stack[c1].obj.pgr;
  if (stack[c2].type == -1) pgr=stack[c2].obj.pgr;
  if (pgr->idim == -1 && pgr->jdim == -1) {
    if (stack[c1].type == -2) {
      stn = gascop (stack[c1].obj.stn, pgr->rmin, op, 0);
    } else {
      stn = gascop (stack[c2].obj.stn, pgr->rmin, op, 1);
    }
    if (stn==NULL) return (1);
    gagfre (pgr);
    stack[c].type = -2;
    stack[c].obj.stn = stn;
  } else {
    gaprnt (0,"Operation Error: Incompatable Data Types\n");
    gaprnt (0,"  One operand was stn data, other was grid\n");
    return (1);
  }
  return (0);
}

/* Perform the operation between two grid data objects.
   Varying dimensions must match.  Grids with fewer varying dimensions
   are 'expanded' to match the larger grid as needed.                 */

struct gagrid *gagrop (struct gagrid *pgr1, struct gagrid *pgr2,
                       gaint op, gaint rel) {

gadouble *val1, *val2;
gaint dnum1,dnum2;
struct gagrid *pgr;
gaint incr,imax,omax;
gaint i,i1,i2,swap;
char *uval1,*uval2;

  /* Figure out how many varying dimensions for each grid.            */

  val1 = pgr1->grid;
  uval1 = pgr1->umask;
  dnum1 = 0;
  if (pgr1->idim > -1) dnum1++;
  if (pgr1->jdim > -1) dnum1++;

  val2 = pgr2->grid;
  uval2 = pgr2->umask;
  dnum2 = 0;
  if (pgr2->idim > -1) dnum2++;
  if (pgr2->jdim > -1) dnum2++;

  /* Force operand 1 (pgr1, dnum1, etc.) to have fewer varying dims.  */
  swap = 0;
  if (dnum2grid;
    val2 = pgr2->grid;
    uval1 = pgr1->umask;
    uval2 = pgr2->umask;
    swap = 1;
    i = dnum1; dnum1 = dnum2; dnum2 = i;
  }

  /* Check the validity of the operation (same dimensions varying;
     same absolute dimension ranges.    First do the case where there
     are the same number of dimensions varying (dnum1=dnum2=0,1,2).   */

  if (dnum1==dnum2) {
    if (pgr1->idim != pgr2->idim || pgr1->jdim!=pgr2->jdim) goto err1;
    i = pgr1->idim;
    if (dnum1>0 && gagchk(pgr1,pgr2,pgr1->idim)) goto err2;
    i = pgr1->jdim;
    if (dnum1>1 && gagchk(pgr1,pgr2,pgr1->jdim)) goto err2;
    incr = 0;
    imax = pgr1->isiz * pgr1->jsiz;

  /* Case where dnum1=0, dnum2=1 or 2.  */

  } else if (dnum1==0) {
    incr = pgr2->isiz * pgr2->jsiz;
    imax = 1;

  /* Case where dnum1=1, dnum2=2.  */

  } else {
    i = pgr1->idim;
    if (gagchk(pgr1,pgr2,pgr1->idim)) goto err2;
    if (pgr1->idim==pgr2->idim) {
      incr = 0;
      imax = pgr1->isiz;
    } else if (pgr1->idim==pgr2->jdim) {
      incr = pgr2->isiz;
      imax = pgr1->isiz;
    } else goto err1;
  }
  omax = pgr2->isiz * pgr2->jsiz;

  /* Perform the operation.  Put the result in operand 2 (which is
     always the operand with the greater number of varying
     dimensions).  The smaller grid is 'expanded' by using incrementing
     variables which will cause the values in the smaller grid to be
     used multiple times as needed.                                   */

  i1 = 0; i2 = 0;
  for (i=0; i=incr) {i2=0; val1++; uval1++; i1++;}        /* Special increment for*/
    if (i1>=imax) {i1=0; val1=pgr1->grid; uval1=pgr1->umask;}     /*   the smaller grid   */
  }

  /* If requested, release the storage for operand 1 (which does not
     contain the result).  Note that this refers to operand 1 AFTER
     the possible grid swap earlier in the routine.                   */

  if (rel) {
    gagfre(pgr1);
  }

  return (pgr2);

  err1:
    gaprnt (0,"Operation error:  Incompatable grids \n");
    gaprnt (1,"   Varying dimensions are different\n");
    snprintf(pout,255,"  1st grid dims = %i %i   2nd = %i %i \n",
            pgr1->idim, pgr2->idim, pgr1->jdim, pgr2->jdim);
    gaprnt (2,pout);
    return (NULL);

  err2:
    gaprnt (0,"Operation error:  Incompatable grids \n");
    snprintf(pout,255,"  Dimension = %i\n",i);
    gaprnt (2, pout);
    snprintf(pout,255,"  1st grid range = %i %i   2nd = %i %i \n",
            pgr1->dimmin[i],pgr1->dimmax[i],
            pgr2->dimmin[i],pgr2->dimmax[i]);
    gaprnt (2,pout);
    return (NULL);
}


/* Perform operation on two stn data items.  The operation is done
   only when the varying dimensions are equal.  Currently, only
   three station data dimension environments are supported:
   X,Y varying (X,Y plot), T varying (time series), and Z
   varying (vertical profile).  This routine will probably need to
   be rewritten at some point.                                     */

struct gastn *gastop (struct gastn *stn1, struct gastn *stn2,
                      gaint op, gaint rel) {
struct gastn *stn;
struct garpt *rpt1,*rpt2;
gaint swap,i,j,flag,dimtyp;

  /* Verify dimension environment */

  if (stn1->idim==0 && stn1->jdim==1 && 
      stn2->idim==0 && stn2->jdim==1) 
    dimtyp = 1;                                 /* X and Y are varying */
  else if (stn1->idim==2 && stn1->jdim==-1 && 
	   stn2->idim==2 && stn2->jdim==-1) 
    dimtyp = 2;                                 /* Z is varying */
  else if (stn1->idim==3 && stn1->jdim==-1 && 
	   stn2->idim==3 && stn2->jdim==-1) 
    dimtyp = 3;                                 /* T is varying */
  else {
    gaprnt (0,"Invalid dimension environment for station data");
    gaprnt (0," operation\n");
    return (NULL);
  }

  /* Set it up so first stn set has fewer stations */

  swap=0;
  if (stn1->rnum > stn2->rnum) {
    stn=stn1;
    stn1=stn2;
    stn2=stn;
    swap=1;
  }

  /* Loop through stations of 1st station set.  Find matching
     stations in 2nd station set.  If a match, perform operation.
     Any duplicates in the 2nd station set get ignored.      */

  rpt1 = stn1->rpt;
  for (i=0; irnum; i++,rpt1=rpt1->rpt) {
    if (rpt1->umask == 0) continue;
    flag = 0;
    rpt2 = stn2->rpt;
    for (j=0; jrnum; j++,rpt2=rpt2->rpt) {
      if (rpt2->umask == 0) continue;
      if (dimtyp==1 && dequal(rpt1->lat,rpt2->lat,1e-08)!=0) continue;
      if (dimtyp==1 && dequal(rpt1->lon,rpt2->lon,1e-08)!=0) continue;
      if (dimtyp==2 && dequal(rpt1->lev,rpt2->lev,1e-08)!=0) continue;
      if (dimtyp==3 && dequal(rpt1->tim,rpt2->tim,1e-08)!=0) continue;
      if (op==2) 
	rpt1->val = rpt1->val + rpt2->val;
      else if (op==0) 
	rpt1->val = rpt1->val * rpt2->val;
      else if (op==1) {
        if (swap) {
          if (dequal(rpt1->val,0.0,1e-08)==0) rpt1->umask = 0;
          else rpt1->val = rpt2->val / rpt1->val;
        } else {
          if (dequal(rpt2->val,0.0,1e-08)==0) rpt1->umask = 0;
          else rpt1->val = rpt1->val / rpt2->val;
        }
      } 
      else if (op==10) {
        if (swap) rpt1->val = pow(rpt2->val,rpt1->val);
        else rpt1->val = pow(rpt1->val,rpt2->val);
      } 
      else if (op==11)  
	rpt1->val = hypot(rpt1->val,rpt2->val);
      else if (op==12) {
        if ((dequal(rpt1->val,0.0,1e-08)==0) && (dequal(rpt2->val,0.0,1e-08)==0)) 
	  rpt1->val = 0.0;
        else rpt1->val = atan2(rpt1->val,rpt2->val);
      } 
      else if (op==13) {
        if (swap) {
          if (rpt1->val<0.0) rpt1->umask = 0;
          else rpt1->val = rpt2->val;
        } else {
          if (rpt2->val<0.0) rpt1->umask = 0;
        }
      }
      else {
        gaprnt (0,"Internal logic check 57: invalid oper value\n");
        return (NULL);
      }
      flag=1;
      break;
    }
    if (!flag) rpt1->umask = 0;
  }

  /* Release storage if requested then return */

  if (rel) {
    for (i=0; iblks[i] != NULL) gree(stn2->blks[i],"f168");
    }
    gree(stn2,"f169");
  }
  return (stn1);
}

/* Perform operation between a stn set and a constant   */

struct gastn *gascop (struct gastn *stn, gadouble val, gaint op, gaint swap) {
struct garpt *rpt;
gaint i;

  /* Loop through stations.  Perform operation.              */

  rpt = stn->rpt;
  for (i=0; irnum; i++,rpt=rpt->rpt) {
    if (rpt->umask == 0) continue;
    if (op==2) 
      rpt->val = rpt->val + val;
    else if (op==0) 
      rpt->val = rpt->val * val;
    else if (op==1) {
      if (swap) {
        if (dequal(rpt->val,0.0,1e-08)==0) rpt->umask = 0;
        else rpt->val = val / rpt->val;
      } else {
        if (dequal(val,0.0,1e-08)==0) rpt->umask = 0;
        else rpt->val = rpt->val / val;
      }
    } 
    else if (op==10) {
      if (swap) rpt->val = pow(val,rpt->val);
      else rpt->val = pow(rpt->val,val);
    } 
    else if (op==11)  
      rpt->val = hypot(rpt->val,val);
    else if (op==12) {
      if (dequal(rpt->val,0.0,1e-08)==0 && dequal(val,0.0,1e-08)==0) 
	rpt->val = 0.0;
      else {
        if (swap) rpt->val = atan2(val,rpt->val);
        else rpt->val = atan2(rpt->val,val);
      }
    } 
    else if (op==13) {
      if (rpt->val<0.0) rpt->umask = 0;
    }
    else {
      gaprnt (0,"Internal logic check 57: invalid oper value\n");
      return (NULL);
    }
  }
  return (stn);
}

/* Put a constant value into a grid.  We will change this at
   some point to have three data types (grid, stn, constant) but
   for now it is easier to keep the constant grid concept.     */

struct gagrid *gagrvl (gadouble val) {
struct gagrid *pgr;
gaint i;
size_t sz;

  /* Allocate memory */ 
  sz = sizeof(struct gagrid);
  pgr = (struct gagrid *)galloc(sz,"pgr1");
  if (pgr==NULL) {
    gaprnt (0,"Unable to allocate memory for grid structure \n");
    return (NULL);
  }
  /* Fill in gagrid variables */
  pgr->pfile = NULL;
  pgr->undef = -9.99e8;
  pgr->pvar  = NULL;
  pgr->idim  = -1;
  pgr->jdim  = -1;
  pgr->alocf = 0;
  for (i=0;i<5;i++) {
    pgr->dimmin[i]=0;
    pgr->dimmax[i]=0;
  }
  pgr->rmin = val;
  pgr->rmax = val;
  pgr->grid = &pgr->rmin;
  pgr->umin = 1;
  pgr->umask = &pgr->umin;
  pgr->isiz = 1;
  pgr->jsiz = 1;
  pgr->exprsn = NULL;
  return (pgr);
}

/* Handle a variable or function call.  If successful, we return
   a data object (pointed to by the pst) and a ptr to the first
   character after the variable or function name.  If an error
   happens, we return a NULL pointer.                                */

char *varprs (char *ch, struct gastat *pst) {
struct gagrid *pgr,*pgr2=NULL;
struct gafile *pfi;
struct gavar  *pvar, *pvar2, vfake;
gadouble (*conv) (gadouble *, gadouble);
gadouble dmin[5],dmax[5],d1,d2;
gadouble *cvals,*r,*r2;
gafloat wrot;
gaint i,fnum,ii,jj,rc,dotflg,idim,jdim,dim,sbu;
gaint id[5],toff=0;
gaint size,j,dotest,defined;
char *ru, *r2u, name[20], vnam[20], *pos;
size_t sz;

  /* Get the variable or function name.  It must start with a
     letter, and consist of letters or numbers or underscore.  */
  i=0;
  while ( (*ch>='a' && *ch<='z') || (*ch>='0' && *ch<='9' ) || (*ch == '_') ) {
    name[i] = *ch;
    vnam[i] = *ch;
    ch++; i++;
    if (i>16) break;
  }
  name[i] = '\0';
  vnam[i] = '\0';  /* Save 'i' for next loop */

  /* Check for the data set number in the variable name.  If there,
     then this has to be a variable name.                            */

  fnum = pst->fnum;
  dotflg=0;
  if (*ch == '.') {
    dotflg=1;
    ch++;
    pos = intprs(ch,&fnum);
    if (pos==NULL || fnum<1) {
      snprintf(pout,255,"Syntax error: Bad file number for variable %s \n",name);
      gaprnt (0,pout);
      return (NULL);
    }
    vnam[i] = '.';
    i++;
    while (chpfid;
    }
    else {
      pfi = pst->pfi1;
      for (i=1; ipforw;
      if (pfi==NULL) {
        gaprnt (0,"Data Request Error:  File number out of range \n");
        snprintf(pout,255,"  Variable = %s \n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
    }

    /* Check here for predefined variable name: lat,lon,lev */
    if ( cmpwrd(name,"lat") ||
         cmpwrd(name,"lon") ||
         cmpwrd(name,"lev") ) {
      pvar = &vfake;
      vfake.levels = -999;
      vfake.vecpair = -999;
      if (cmpwrd(name,"lon")) {vfake.offset = 0; snprintf(vfake.abbrv,5,"lon");}
      if (cmpwrd(name,"lat")) {vfake.offset = 1; snprintf(vfake.abbrv,5,"lat");}
      if (cmpwrd(name,"lev")) {vfake.offset = 2; snprintf(vfake.abbrv,5,"lev");}
      if (pfi->type==2 || pfi->type==3) {
        snprintf(pout,255,"Data Request Error:  Predefined variable %s\n", vnam);
        gaprnt (0,pout);
        gaprnt (0,"   is only defined for grid type files\n");
        snprintf(pout,255,"   File %i is a station file\n",fnum);
        gaprnt (0,pout);
        return (NULL);
      }
    } 
    else {
      /* See if this is a variable name.  
	 If not, give an error message (if a file number was specified) 
	 or check for a function call via rtnprs.   */
      pvar = pfi->pvar1;
      for (i=0; (ivnum)&&(!cmpwrd(name,pvar->abbrv)); i++) pvar++;
      if (i>=pfi->vnum) {
        if (dotflg) {
          gaprnt (0,"Data Request Error:  Invalid variable name \n");
          snprintf(pout,255,"  Variable '%s' not found in file %i\n",vnam,fnum);
          gaprnt (0,pout);
          return (NULL);
        } else {
          ch = rtnprs(ch,name,pst);              /* Handle function call */
          return (ch);
        }
      }
    }
  }

  /* It wasn't a function call (or we would have returned).
     If the variable is to a stn type file, call the parser
     routine that handles stn requests.                         */
  if (pfi->type==2 || pfi->type==3) {
    ch = stnvar (ch, vnam, pfi, pvar, pst);
    return (ch);
  }

  /* We are dealing with a grid data request.  We handle this inline.
     Our default dimension limits are defined in gastat.  These
     may be modified by the user (by specifying the new settings
     in parens).  First get grid coordinates of the limits, then
     figure out if user modifies these.        */

  /* Convert world coordinates in the status block to grid
     dimensions using the file scaling for this variable.  */

  for (i=0;i<5;i++) {
    if (i==3) {
      dmin[i] = t2gr(pfi->abvals[i],&(pst->tmin));
      dmax[i] = t2gr(pfi->abvals[i],&(pst->tmax));
    }
    else {
      conv  = pfi->ab2gr[i];
      cvals = pfi->abvals[i];
      dmin[i] = conv(cvals,pst->dmin[i]);
      dmax[i] = conv(cvals,pst->dmax[i]);
    }
  }

  /* Round varying dimensions 'outwards' to integral grid units. */
  for (i=0;i<5;i++) {
    if (i==pst->idim || i==pst->jdim) {
      dmin[i] = floor(dmin[i]+0.0001);
      dmax[i] = ceil(dmax[i]-0.0001);
      if (dmax[i]<=dmin[i]) {
        gaprnt (0,"Data Request Error: Invalid grid coordinates\n");
        snprintf(pout,255,"  Varying dimension %i decreases: %g to %g\n",i,dmin[i],dmax[i]);
        gaprnt (0,pout);
        snprintf(pout,255,"  Error ocurred getting variable '%s'\n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
    }
  }

  /* Check for user provided dimension expressions */
  if (*ch=='(') {
    ch++;
    for (i=0;i<5;i++) id[i] = 0;
    while (*ch!=')') {
      pos = dimprs(ch, pst, pfi, &dim, &d1, 1, &rc);
      if (pos==NULL) {
        snprintf(pout,255,"  Variable name = %s\n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
      if (id[dim]) {
        gaprnt (0,"Syntax Error: Invalid dimension expression\n");
        gaprnt (0,"  Same dimension specified multiple times ");
        snprintf(pout,255,"for variable = %s\n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
      id[dim] = 1;
      if ( dim==pst->idim || dim==pst->jdim) {
        gaprnt (0,"Data Request Error: Invalid dimension expression\n");
        gaprnt (0,"  Attempt to set or modify varying dimension\n");
        snprintf(pout,255,"  Variable = %s, Dimension = %i \n",vnam,dim);
        gaprnt (0,pout);
        return (NULL);
      }
      dmin[dim] = d1;
      dmax[dim] = d1;
      /* check if we need to set flag for time offset */
      if (rc>1) {
	if (defined==1) {
	  gaprnt (0,"Error: The \"offt\" dimension expression is \n");
          gaprnt (0,"       not supported for defined variables. \n");
	  return (NULL);
	}
	else toff=1;
      }
      ch = pos;
      if (*ch == ',') ch++;
    }
    ch++;
  }

  /* If request from a defined grid, ignore fixed dimensions
     in the defined grid */

  if (pfi->type==4) {
    for (i=0; i<5; i++) {
      if (pfi->dnum[i]==1) {
        dmin[i] = 0.0;
        dmax[i] = 0.0;
      }
    }
  }

  /* All the grid level coordinates are set.  Insure they
     are integral values, otherwise we can't do it.   The varying
     dimensions will be integral (since we forced them to be
     earlier) so this is only relevent for fixed dimensions. */

  for (i=0; i<5; i++) {
    if (dmin[i]<0.0) 
      ii = (gaint)(dmin[i]-0.1);
    else 
      ii = (gaint)(dmin[i]+0.1);
    d1 = ii;
    if (dmax[i]<0.0) 
      ii = (gaint)(dmax[i]-0.1);
    else 
      ii = (gaint)(dmax[i]+0.1);
    d2 = ii;
    /* ignore z test if variable has no levels */
    dotest=1;
    if(pvar) {
      if(!pvar->levels && i == 2) dotest=0;
    }
    if (( dequal(dmin[i],d1,1e-8)!=0 || dequal(dmax[i],d2,1e-8)!=0) && dotest ) {
      gaprnt (0,"Data Request Error: Invalid grid coordinates\n");
      gaprnt (0,"  World coordinates convert to non-integer");
      gaprnt (0,"  grid coordinates\n");
      snprintf(pout,255,"    Variable = %s  Dimension = %i \n",vnam,i);
      gaprnt (0,pout);
      return (NULL);
    }
  }
  /* Variable has been parsed and is valid, and the ch pointer is
     set to the first character past it.  We now need to set up
     the grid requestor block and get the grid.  */

  pgr = NULL; 
  sz = sizeof(struct gagrid);
  pgr = (struct gagrid *)galloc(sz,"gpgr");
  if (pgr==NULL) {
    gaprnt (0,"Memory Allocation Error:  Grid Request Block\n");
    return (NULL);
  }

  /* Fill in gagrid variables */

  idim = pst->idim; 
  jdim = pst->jdim;
  pgr->alocf = 0;
  pgr->pfile = pfi;
  pgr->undef = pfi->undef;
  pgr->pvar  = pvar;
  pgr->idim  = idim;
  pgr->jdim  = jdim;
  pgr->iwrld = 0;  
  pgr->jwrld = 0;
  pgr->toff  = toff;
  for (i=0;i<5;i++) {
    if (dmin[i]<0.0) {
      pgr->dimmin[i] = (gaint)(dmin[i]-0.1);
    }
    else {
      pgr->dimmin[i] = (gaint)(dmin[i]+0.1);
    }
    if (dmax[i]<0.0) {
      pgr->dimmax[i] = (gaint)(dmax[i]-0.1);
    }
    else {
      pgr->dimmax[i] = (gaint)(dmax[i]+0.1);
    }
  }
  pgr->exprsn = NULL;
  pgr->ilinr = 1;
  pgr->jlinr = 1;
  if (idim>-1 && idim!=3) {  
    pgr->igrab = pfi->gr2ab[idim];
    pgr->iabgr = pfi->ab2gr[idim];
  }
  if (jdim>-1 && jdim!=3) {
    pgr->jgrab = pfi->gr2ab[jdim];
    pgr->jabgr = pfi->ab2gr[jdim];
  }
  if (idim>-1 && jdim<=4) {    /* qqqqq xxxxx fix this later ? */
    pgr->ivals  = pfi->grvals[idim];
    pgr->iavals = pfi->abvals[idim];
    pgr->ilinr  = pfi->linear[idim];
  }
  if (jdim>-1 && jdim<=4) {    /* qqqqq xxxxx fix this later ? */
    pgr->jvals  = pfi->grvals[jdim];
    pgr->javals = pfi->abvals[jdim];
    pgr->jlinr  = pfi->linear[jdim];
  }
  pgr->grid = NULL;

  if (pfi && pvar && pfi->ppflag && pfi->ppwrot && pvar->vecpair>0) {
    pgr2 = NULL; 
    sz = sizeof(struct gagrid);
    pgr2 = (struct gagrid *)galloc(sz,"gpgr2");
    if (pgr2==NULL) {
      gaprnt (0,"Memory allocation error: Data I/O \n");
      gagfre(pgr);
      return (NULL);
    }
    *pgr2 = *pgr;
  }

  /* Get grid */
  rc = gaggrd (pgr);
  if (rc>0) {
    snprintf(pout,255,"Data Request Error:  Error for variable '%s'\n", vnam);
    gaprnt (0,pout);
    gagfre(pgr);
    return (NULL);
  }
  if (rc<0) {
    snprintf(pout,255,"  Warning issued for variable = %s\n",vnam);
    gaprnt (2,pout);
  }

  /* Special test for auto-interpolated data, when the
     data requested is U or V.  User MUST indicate variable unit
     number in the descriptor file for auto-rotation to take place */

  if (pfi && pvar && pfi->ppflag && pfi->ppwrot && pvar->vecpair>0) {

    /* Find the matching vector component */
    if (pvar->isu) sbu=0;    /* if pvar is u, then matching component should not be u */
    else sbu=1;              /* pvar is v, so matching component should be u */
    pvar2 = pfi->pvar1;
    i = 0;
    while (ivnum) {
      if ((pvar2->vecpair == pvar->vecpair) && 
	  (pvar2->isu     == sbu)) break;
      pvar2++; i++;
    }
    if (i>=pfi->vnum) { /* didn't find a match */
      ru = pgr->umask;
      size = pgr->isiz*pgr->jsiz;
      for (i=0; ipvar = pvar2;
      rc = gaggrd (pgr2);
      if (rc>0) {
        snprintf(pout,255,"Data Request Error:  Error for variable '%s'\n", vnam);
        gaprnt (0,pout);
        gagfre(pgr);
        gagfre(pgr2);
        return (NULL);
      }
      /* r is u component, r2 is v component */
      if (pvar2->isu) { 
        r = pgr2->grid;
        r2 = pgr->grid;
        ru = pgr2->umask;
        r2u = pgr->umask;
      } else {
        r = pgr->grid;
        r2 = pgr2->grid;
        ru = pgr->umask;
        r2u = pgr2->umask;
      }
      ii = pgr->dimmin[0];
      jj = pgr->dimmin[1];
      for (j=0; jjsiz; j++) {
        if (pgr->idim == 0) ii = pgr->dimmin[0];
        if (pgr->idim == 1) jj = pgr->dimmin[1];
        for (i=0; iisiz; i++) {
         if (*ru==0 || *r2u==0) {  /* u or v is undefined */
            *ru = 0;
            *r2u = 0;
          } else {
            if (ii<1 || ii>pfi->dnum[0] ||
                jj<1 || jj>pfi->dnum[1]) {   /* outside file's grid dimensions */
              *ru = 0;
              *r2u = 0;
            } else {
 	      /* get wrot value for grid element */
	      wrot = *(pfi->ppw + (jj-1)*pfi->dnum[0] + ii - 1);
              if (wrot < -900.0) {
                *ru = 0;
                *r2u = 0;
              }
              else if (wrot != 0.0) {
                if (pvar2->isu) {
 		  *r2 = (*r)*sin(wrot) + (*r2)*cos(wrot); /* display variable is v */
		  *r2u = 1;
		}
                else {
 		  *r = (*r)*cos(wrot) - (*r2)*sin(wrot); /* display variable is u */
		  *ru = 1;
		}
              }
            }
          }
          r++; r2++; ru++; r2u++;
          if (pgr->idim == 0) ii++;
          if (pgr->idim == 1) jj++;
        }
        if (pgr->jdim == 1) jj++;
      }
      gagfre(pgr2);
    }
  }

  pst->result.pgr = pgr;
  pst->type = 1;
  return (ch);
}

/* Check that a specific dimension range is equivalent
   between two grids.  The dimension range is defined in the
   grid descriptor block in terms of grid coordinates, so
   conversions are made to absolute coordinates to insure
   equivalence in an absolute sense.

   A true result means the grids don't match.                       */

gaint gagchk (struct gagrid *pgr1, struct gagrid *pgr2, gaint dim) {
gadouble gmin1,gmax1,gmin2,gmax2,fuz1,fuz2,fuzz;
gadouble (*conv1) (gadouble *, gadouble);
gadouble (*conv2) (gadouble *, gadouble);
gadouble *vals1, *vals2;
gaint i1,i2,i,siz1,siz2,rc;
struct dt dtim1,dtim2;

  if (dim<0) return(0);

  if (dim==pgr1->idim) {
    conv1 = pgr1->igrab;
    vals1 = pgr1->ivals;
    i1 = pgr1->ilinr;
    siz1 = pgr1->isiz;
  } else if (dim==pgr1->jdim) {
    conv1 = pgr1->jgrab;
    vals1 = pgr1->jvals;
    i1 = pgr1->jlinr;
    siz1 = pgr1->jsiz;
  } else return (1);

  if (dim==pgr2->idim) {
    conv2 = pgr2->igrab;
    vals2 = pgr2->ivals;
    i2 = pgr2->ilinr;
    siz2 = pgr2->isiz;
  } else if (dim==pgr2->jdim) {
    conv2 = pgr2->jgrab;
    vals2 = pgr2->jvals;
    i2 = pgr2->jlinr;
    siz2 = pgr2->jsiz;
  } else return (1);

  if (siz1 != siz2) {
    gaprnt(0,"Error in gagchk: axis sizes are not the same\n");
    return(1);
  }

  gmin1 = pgr1->dimmin[dim];
  gmax1 = pgr1->dimmax[dim];
  gmin2 = pgr2->dimmin[dim];
  gmax2 = pgr2->dimmax[dim];

  if (dim==3) {                         /* Dimension is time.      */
    rc=0;
    gr2t (vals1, gmin1, &dtim1);
    gr2t (vals2, gmin2, &dtim2);
    if (dtim1.yr != dtim2.yr) rc=1;
    if (dtim1.mo != dtim2.mo) rc=1;
    if (dtim1.dy != dtim2.dy) rc=1;
    if (dtim1.hr != dtim2.hr) rc=1;
    if (dtim1.mn != dtim2.mn) rc=1;
    gr2t (vals1, gmax1, &dtim1);
    gr2t (vals2, gmax2, &dtim2);
    if (dtim1.yr != dtim2.yr) rc=1;
    if (dtim1.mo != dtim2.mo) rc=1;
    if (dtim1.dy != dtim2.dy) rc=1;
    if (dtim1.hr != dtim2.hr) rc=1;
    if (dtim1.mn != dtim2.mn) rc=1;
    if (rc) {
      gaprnt(0,"Error in gagchk: time axis endpoint values are not equivalent\n");
      return (1);
    }
    return (0);
  }

  /* Check endpoints.  If unequal, then automatic no match.        */

  fuz1=fabs(conv1(vals1,gmax1)-conv1(vals1,gmin1))*FUZZ_SCALE;
  fuz2=fabs(conv2(vals2,gmax2)-conv2(vals2,gmin2))*FUZZ_SCALE;
  fuzz=(fuz1+fuz2)*0.5;
  
  rc=0;
  if ( fabs((conv1(vals1,gmin1)) - (conv2(vals2,gmin2))) > fuzz ) rc=1;
  if ( fabs((conv1(vals1,gmax1)) - (conv2(vals2,gmax2))) > fuzz ) rc=1;
  if (rc) {
    gaprnt(0,"Error in gagchk: axis endpoint values are not equivalent\n");
    return (1);
  }
  if (i1!=i2) {
    gaprnt(0,"Error in gagchk: one axis is linear and the other is non-linear\n");
    return (1);
  }
  if (i1) return (0);                   /* If linear then matches  */

  /* Nonlinear, but endpoints match.  Check every grid point for a
     match.  If any non-matches, then not a match.     */

  for (i=0; i fuzz ) {
      gaprnt(0,"Error in gagchk: axis values are not all the same\n");
      return (1);
    }
  }
  return (0);
}

/* Check for defined data object. If found, make copy and return descriptor. */

struct gafile *getdfn (char *name, struct gastat *pst) {
struct gadefn *pdf;

  /* See if the name is a defined grid */
  pdf = pst->pdf1;
  while (pdf!=NULL && !cmpwrd(name,pdf->abbrv)) pdf = pdf->pforw;
  if (pdf==NULL) return (NULL);
  return (pdf->pfi);
}

/* Handle a station data request variable.                      */

char *stnvar (char *ch, char *vnam, struct gafile *pfi,
              struct gavar *pvar, struct gastat *pst) {
struct gastn *stn;
gadouble dmin[5],dmax[5],d,radius;
gaint id[6],dim,i,rc,rflag,sflag;
char *pos;
char stid[10];
size_t sz;

  rflag = 0;
  sflag = 0;
  radius = 0;

  /* We want to finish parsing the variable name by looking at
     any dimension settings by the user.  First initialize the
     request environment to that found in the pst.             */

  for (i=0;i<3;i++) {
    dmin[i] = pst->dmin[i];
    dmax[i] = pst->dmax[i];
  }
  dmin[3] = t2gr(pfi->abvals[3],&(pst->tmin));
  dmax[3] = t2gr(pfi->abvals[3],&(pst->tmax));

  /* Check for user provided dimension expressions */
  if (*ch=='(') {
    ch++;
    for (i=0;i<6;i++) id[i] = 0;
    while (*ch!=')') {
      if (!cmpch(ch,"stid=",5)) {   /* special stid= arg */
        for (i=0; i<8; i++) stid[i] = ' ';
        stid[8] = '\0';
        pos = ch+5;
        i=0;
        while (*pos!=',' && *pos!=')' && i<8) {
          stid[i] = *pos;
          pos++;
          i++;
        }
        if (i==0) {
          gaprnt (0,"Dimension Expression Error: No stid provided\n");
          pos=NULL;
        }
        if (i>8) {
          gaprnt (0,"Dimension Expression Error: stid too long\n");
          pos=NULL;
        }
	dim=11; 
      } else {
        pos = dimprs(ch, pst, pfi, &dim, &d, 0, &rc);
      }
      if (pos==NULL) {
        snprintf(pout,255,"  Variable name = %s\n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
      if (dim<6 && id[dim]>1) {
        gaprnt (0,"Syntax Error: Invalid dimension expression\n");
        gaprnt (0,"  Same dimension specified more than twice ");
        snprintf(pout,255,"for variable = %s\n",vnam);
        gaprnt (0,pout);
        return (NULL);
      }
      if ( dim==pst->idim || dim==pst->jdim ||
           ( dim>3 && (pst->idim==0 || pst->idim==1 || pst->jdim==1))) {
        gaprnt (0,"Data Request Error: Invalid dimension expression\n");
        gaprnt (0,"  Attempt to set or modify varying dimension\n");
        snprintf(pout,255,"  Variable = %s, Dimension = %i \n",vnam,dim);
        gaprnt (0,pout);
        return (NULL);
      }
      if (dim==10) {
        rflag = 1;
        radius = d;
      } else if (dim==11) {
        sflag = 1;
      } else {
        if (id[dim]==0) dmin[dim] = d;
        dmax[dim] = d;
      }
      ch = pos;
      if (*ch == ',') ch++;
      id[dim]++;
    }
    ch++;
  }

  /* Verify that dmin is less than or equal to dmax for all our dims */
  for (i=0; i<4; i++) {
    if ((i!=2 && dmin[i]>dmax[i]) || (i==2 && dmax[i]>dmin[i])) {
      gaprnt (0,"Data Request Error: Invalid grid coordinates\n");
      snprintf(pout,255,"  Varying dimension %i decreases: %g to %g \n",i,dmin[i],dmax[i]);
      gaprnt (0,pout);
      snprintf(pout,255,"  Error ocurred getting variable '%s'\n",vnam);
      gaprnt (0,pout);
      return (NULL);
    }
  }

  /* Looks like the user specified good stuff, and we are ready to
     try to get some data.  Allocate and fill in a gastn block.     */

  sz = sizeof(struct gastn);
  stn = (struct gastn *)galloc(sz,"stn");
  if (stn==NULL) {
    gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
    return (NULL);
  }
 
  stn->rnum = 0;
  stn->rpt = NULL;
  stn->pfi = pfi;
  stn->idim = pst->idim;
  stn->jdim = pst->jdim;
  stn->undef = pfi->undef;
  stn->tmin = dmin[3];
  stn->tmax = dmax[3];
  stn->ftmin = dmin[3];
  stn->ftmax = dmax[3];
  stn->pvar = pvar;
  for (i=0; i<3; i++) {
    stn->dmin[i] = dmin[i];
    stn->dmax[i] = dmax[i];
  }
  stn->rflag = rflag;
  stn->radius = radius;
  stn->sflag = sflag;
  if (sflag) {
    for (i=0; i<8; i++) stn->stid[i] = stid[i];
  }
  sz = sizeof(gadouble)*8;
  stn->tvals = (gadouble *)galloc(sz,"stntvals");
  if (stn->tvals==NULL) {
    gree(stn,"f170");
    gaprnt (0,"Memory Allocation Error:  Station Request Block \n");
    return (NULL);
  }
  for (i=0; i<8; i++) *(stn->tvals+i) = *(pfi->grvals[3]+i);

  rc = gagstn (stn);

  if (rc) {
    snprintf(pout,255,"Data Request Error:  Variable is '%s'\n",vnam);
    gaprnt (0,pout);
    gree(stn,"f171");
    return (NULL);
  }
  pst->result.stn = stn;
  pst->type = 0;
  return (ch);
}
grads-2.0.1/src/gribmap.c0000644000175000017500000001762011540444125016326 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */
#include 
#include 
#include 

#define DRIVER_GAGMAP
#include "grads.h"
#include "gagmap.h"
#include "gx.h"

extern struct gamfcmn mfcmn;
gaint help=0;
void command_line_help(void) ;

gaint main (gaint argc, char *argv[]) {


/* ---------------- command line processing   ------------------- */

/* Initialize */
  skip=0;
  verb=0;         /* verbose default is NO */
  quiet=0;        /* quiet mode default is NO */
  bigflg=0;       /* assume small <2GB files sizes */
  g1ver=3;        /* default version for grib1 maps */
  g2ver=1;        /* default version for grib2 maps */
  scaneof=0;      /* option to ignore failure to find data at end of file */
  scanEOF=0;      /* option to ignore failure to find data at end of file */
  scanlim=1000;   /* the default # of max bytes between records */
  notau=0;        /* force time to be base time */
  tauave=0;       /* use end time (default) for averaged products vs. start time */
  tauflg=0;       /* search for a fixed tau in filling the 4-D volume */
  tauoff=0;       /* the fixed tau in h */
  tau0=0;         /* set the base dtg for tau search */
  update=0;       /* set the base dtg for tau search */
  write_map=1;    /* write out the map  */
  diag=0;         /* full diagnostics */
  mpiflg=0;
  ifile = NULL;
  no_min=0;	  /* keep minutes code */

  mfcmn.fullyear=1; /* initialize the GrADS calendar so it is set to the file calendar in gaddes */

  if (argc>1) {
    iarg = 1;
    while (iarg2GB sizes */
        if (sizeof(off_t) != 8) {
          printf ("Gribmap Error:  -big flag requires size of off_t to be 8.\n");
          printf ("                The size of off_t is %ld\n",sizeof(off_t));
          return (4);
        }
        bigflg=1;
        g1ver=4;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='b') {    /* Valid time for averages is beginning of period */
        tauave=1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='d') {    /* Diagnostic output -- has no effect anymore */
        diag=1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='e') {    /* Ignore junk bytes at end of file (ECMWF) */
        scaneof = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='E') {    /* Ignore junk bytes at middle or end of file (ECMWF) */
        scanEOF = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='f') {    /* Match only the given forecast time */
        tauflg = 1;
        ch+=2;
        i = 0;
        while(*(ch+i) && i<900) {
          if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
          i++;
        }
        if (i<900) {
          sscanf(ch,"%i",&tauoff);
          flg = 0;
        }
      }
      else if (*ch=='-' && *(ch+1)=='h' && *(ch+2)=='e' && *(ch+3)=='l' && *(ch+4)=='p' ) {
	help=1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='h') {          /* Header bytes to skip before scanning */
        ch+=2;
	i = 0;
	while(*(ch+i) && i<900) {
	  if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
	  i++;
	}
	if (i<900) {
	  sscanf(ch,"%i",&skip);
	  flg = 0;
	}
      }
      else if (*ch=='-' && *(ch+1)=='m' && *(ch+2)=='i' && *(ch+3)=='n' && *(ch+4)=='0') { /* Ignore minutes */
        no_min = 1;
        flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='m') {         /* Use base time from descriptor instead of grib header */
        mpiflg = 1;
        flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='N') {    /* Do not write a map file */
        write_map=0;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='q') {    /* Quiet mode */
        quiet=1;
	verb=0;
        flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='s') {    /* Skip over bytes between records */ 
        scanflg = 1;
        ch+=2;
        i = 0;
        while(*(ch+i) && i<900) {
          if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
          i++;
        }
        if (i<900) {
          sscanf(ch,"%i",&scanlim);
          flg = 0;
        }
      }
      else if (*ch=='-' && *(ch+1)=='t' && *(ch+2)=='0') {  /* Match only if base time == initial time */
        tau0=1;
        flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='u') {    /* Update existing map (for templated data sets) */
	printf("The -u option has been temporarily disabled\n");
	/* update = 1; */
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='v') {    /* Verbose mode */
        if(!quiet) verb=1;
        flg = 0;
      }
      if (flg) {
        printf ("Invalid command line argument: %s  Ignored.\n",argv[iarg]);
      }
      iarg++;
    }

  } 
  else {
    command_line_help();
  }

  if (help) {
    command_line_help();
    return(0);
  }

  mfcmn.cal365=-1; /* initialize the GrADS calendar so it is set to the file calendar in gaddes */
  rc=gribmap();
  return(rc);
}


void command_line_help (void) {

/* output command line options */
printf("This is gribmap for GrADS Version " GRADS_VERSION "\n");
printf("creates the index file for using GRIB data in grads\n\n");
printf("Command line options are as follows: \n\n");
printf("   -0        ignores the forecast time in the mapping; only uses the base time\n");
/* printf("   -1        creates a machine specific version 1 map \n"); */
/* printf("   -2        creates a machine-INDEPENDENT version 2 map \n"); */
printf("   -b        set the valid time for averages to be the beginning of the period rather than the end (default)\n\n");
printf("   -big      required if the GRIB1 or GRIB2 files are > 2 Gb\n\n");
printf("   -e        ignores junk bytes (non GRIB msg) at end of file (e.g., ECMWF GRIB files)\n");
printf("   -E        ignores junk bytes in middle and/or end of GRIB file\n");
printf("   -fNNNN    forces a match for forecast time in hours = NNNNN (e.g., f24 for t=24 h)\n");
printf("   -hNNNN    where NNNN is the # of header bytes to look for first GRIB messages (default is 100)\n");
printf("   -help     prints out this help\n");
printf("   -i fname  provides the name of data descriptor file to map\n");
printf("   -m        uses the initial time from the descriptor file instead of the base time in the grib header \n");
printf("   -min0     ignores minutes code \n");
printf("   -N        does NOT write out the map \n");
printf("   -q        quiet mode gives no listing except for errors\n");
printf("   -sNNNN    where NNNN is the maximum # of bytes to skip between GRIB messages (default is 1000)\n");
printf("   -t0       forces a match if base time in the GRIB header equals the initial time in the descriptor file\n");
/* printf("   -u        updates existing gribmap (N.B. This option is temporarily disabled)\n"); */
printf("   -v        verbose option shows details of the mapping\n");
printf("\n");
}

void gaprnt (gaint i, char *ch) {
  printf ("%s",ch);
}

char *gxgsym(char *ch) {
  return (getenv(ch));
}

gadouble qcachesf(void) {
  return(1.0);
}

void set_nc_cache(size_t arg) {
  return;
}
grads-2.0.1/src/wx.h0000644000175000017500000001474311540444125015353 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/*  Constants for generating wx symbols */

gaint stype[83] =
    { 11, 8, 8, 2, 8, 1, 8,16, 8, 6, 9, 9, 2, 9, 1,
       9,16, 9, 6,10, 2, 2,10, 2, 5, 2, 4, 2, 2, 2,
       2, 2, 2, 2, 2, 2, 2, 4, 1, 5, 1, 1, 1, 1, 1,
       1, 1, 1, 1, 1, 7, 2, 7, 2,10, 3, 3,10, 3, 3,
       3, 3, 3, 3, 3, 3, 3, 3, 4, 6, 5, 6,13,12,14,
      15, 2, 1,17,18,19,19,20};
gadouble sxpos[83] =
    {   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  , -0.175,
        0.175,  0.0  , -0.175,  0.0  ,  0.0  ,  0.0  ,  0.0,
       -0.150,  0.150, -0.150,  0.150,  0.0  , -0.150,  0.150,
        0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.0  , -0.200,
        0.200, -0.200,  0.200,  0.0  , -0.200,  0.200,  0.0,
        0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.0  , -0.175,
        0.175,  0.0  , -0.175, -0.150,  0.150, -0.150,  0.150,
        0.0  , -0.150,  0.150,  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};
gadouble sypos[83] =
    {   0.0  ,  0.0  , -0.1  ,  0.375, -0.1  ,  0.400, -0.1,
        0.350, -0.1  ,  0.375,  0.0  ,  0.0  ,  0.475,  0.0,
        0.500,  0.0  ,  0.450,  0.0  ,  0.475,  0.0  , -0.10,
        0.10 ,  0.0  , -0.1  , -0.1 ,  0.275, -0.1  ,  0.275,
        0.0  ,  0.0  , -0.100, -0.100,  0.150,  0.0  ,  0.0,
        0.250, -0.250, -0.2  ,  0.250, -0.2  ,  0.250,  0.0,
        0.0  , -0.150, -0.150,  0.200,  0.0  ,  0.0  ,  0.300,
       -0.300,  0.0  , -0.100,  0.0  , -0.100,  0.0  , -0.150,
        0.150,  0.0  , -0.150,  0.0  ,  0.0  , -0.100, -0.100,
        0.150,  0.0  ,  0.0  ,  0.250, -0.250, -0.15 ,  0.300,
       -0.15 ,  0.300,  0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.200,
       -0.200,  0.0  ,  0.0  ,  0.0  ,  0.0  ,  0.0};
gaint strt[43] = {1,2,3,5,7,9,11,12,14,16,18,20,23,25,27,29,31,
       34,38,40,42,44,47,51,53,55,58,60,62,65,69,71,73,74,75,
       76,77,79,80,81,82,83,83};
gaint scnt[43] = {1,1,2,2,2,2,1,2,2,2,2,3,2,2,2,2,3,4,2,2,
       2,3,4,2,2,3,2,2,3,4,2,2,1,1,1,1,2,1,1,1,1,1,1};
gadouble symin[39] = {-.35,-.3,-.4,-.4,-.4,-.4,-.45,-.45,-.45,-.45,-.45,
       -.2,-.2,-.3,-.3,-.1,-.25,-.35,-.45,
       -.45,-.15,-.30,-.45,-.3,-.3,-.25,-.25,-.15,-.25,-.4,-.35,
       -.35,-.15,-.15,-.25,-.35,-.35,-.25,-.2};
gadouble symax[39] = {.35,.3,.45,.5,.45,.45,.3,.55,.6,.55,.55,
       .2,.2,.35,.35,.1,.25,.35,.4,.4,.15,.35,.45,.3,.3,.25,.2,
       .15,.3,.4,.40,.40,.15,.15,.25,.35,.4,.25,.25};
gadouble sxwid[39] = {.4,.5,.5,.5,.5,.5,.5,.5,.5,.5,.5,
       .7,.7,.4,.4,.5,.5,.5,.5,.5,.7,.7,.7,.7,.7,.7,.7,
       .5,.5,.5,.4,.4,.6,.5,.5,.3,.3,.3,.4};
gaint soff[20] =  {1,7,20,35,39,45,49,53,61,70,84,92,96,104,
                         114,131,139,145,157,171};
gaint slen[20] =  {6,13,15,4,6,4,4,8,9,14,8,4,8,10,17,8,6,12,14,14};
gaint scol[20] =  {2,1,1,1,1,0,0,0,0,0,0,3,4,4,4,0,0,4,0,0};
gadouble xpts[184] =
       { -0.150, 0.150,-0.150, 0.150, 0.0  , 0.0  ,-0.100,-0.087,
         -0.050, 0.0  , 0.050, 0.087, 0.100, 0.087, 0.050, 0.0  ,
         -0.050,-0.087,-0.100, 0.030,-0.050,-0.100,-0.087,-0.050,
          0.0  , 0.050, 0.087, 0.100, 0.100, 0.087, 0.050, 0.0  ,
          0.030, 0.030,-0.200, 0.200, 0.0  ,-0.200,-0.200, 0.200,
          0.0  ,-0.200,-0.150, 0.150,-0.150, 0.0  , 0.150,-0.150,
         -0.350, 0.0  , 0.350,-0.350,-0.250,-0.250, 0.250,-0.150,
          0.250, 0.200, 0.250, 0.100,-0.250,-0.250, 0.250,-0.150,
          0.250, 0.050, 0.100, 0.050, 0.200,-0.350,-0.350,-0.320,
         -0.250,-0.175,-0.100,-0.050, 0.050, 0.100, 0.175, 0.250,
          0.320, 0.350, 0.350,-0.200,-0.100,-0.100,-0.200, 0.200,
          0.100, 0.100, 0.200,-0.250, 0.250,-0.250, 0.250,-0.175,
         -0.300,-0.175,-0.300, 0.300, 0.175, 0.300, 0.175,-0.250,
          0.250, 0.150, 0.250, 0.150, 0.0  , 0.0  ,-0.100, 0.0  ,
          0.100, 0.0  , 0.0  ,-0.100, 0.0  , 0.100, 0.150, 0.050,
         -0.050,-0.130,-0.150,-0.120, 0.120, 0.150, 0.130, 0.050,
         -0.050,-0.150,-0.150,-0.150,-0.100,-0.050, 0.050, 0.100,
          0.150, 0.150, 0.150,-0.150, 0.150, 0.110, 0.150, 0.000,
         -0.150,-0.150,-0.130,-0.100,-0.070,-0.030, 0.000, 0.030,
          0.070, 0.100, 0.130, 0.170,-0.200,-0.200,-0.180,-0.150,
         -0.100,-0.030, 0.050, 0.200, 0.200, 0.180, 0.150, 0.100,
          0.030,-0.050,-0.200,-0.200,-0.180,-0.150,-0.100,-0.030,
          0.050, 0.200, 0.200, 0.180, 0.150, 0.100, 0.030,-0.050};
gadouble ypts[184] =
       { 0.100,-0.100,-0.100, 0.100, 0.175,-0.175, 0.0  , 0.050,
         0.087, 0.100, 0.087, 0.050, 0.0  ,-0.050,-0.087,-0.100,
        -0.087,-0.050, 0.0  , 0.0  , 0.0  , 0.050, 0.100, 0.137,
         0.150, 0.137, 0.100, 0.050, 0.0  ,-0.050,-0.100,-0.150,
        -0.075, 0.0  , 0.200, 0.200,-0.200, 0.200, 0.200, 0.200,
        -0.200, 0.200, 0.100, 0.100,-0.100, 0.100,-0.100,-0.100,
        -0.300, 0.300,-0.300,-0.300,-0.300, 0.300, 0.300, 0.0  ,
        -0.300,-0.150,-0.300,-0.280,-0.300, 0.300, 0.300, 0.0  ,
        -0.300,-0.450,-0.300,-0.450,-0.430,-0.150, 0.0  , 0.100,
         0.160, 0.175, 0.160, 0.100,-0.100,-0.160,-0.175,-0.160,
        -0.100, 0.0  , 0.150, 0.350, 0.250,-0.250,-0.350, 0.350,
         0.250,-0.250,-0.350, 0.100, 0.100,-0.100,-0.100, 0.125,
         0.0  ,-0.125, 0.0  , 0.0  , 0.125, 0.0  ,-0.125, 0.0  ,
         0.0  , 0.100, 0.0  ,-0.100,-0.250, 0.250, 0.150, 0.250,
         0.150,-0.350, 0.350, 0.200, 0.350, 0.200, 0.100, 0.150,
         0.150, 0.100, 0.050, 0.0  ,-0.100,-0.150,-0.200,-0.250,
        -0.250,-0.200,-0.075, 0.0  , 0.075, 0.075,-0.075,-0.075,
         0.0  , 0.075, 0.250, 0.0  ,-0.250,-0.100,-0.250,-0.220,
        -0.200, 0.200, 0.240, 0.255, 0.240, 0.160, 0.145, 0.160,
         0.240, 0.255, 0.240, 0.160, 0.000, 0.200, 0.300, 0.380,
         0.430, 0.470, 0.500, 0.000,-0.200,-0.300,-0.380,-0.430,
        -0.470,-0.500, 0.000,-0.200,-0.300,-0.380,-0.430,-0.470,
        -0.500, 0.000, 0.200, 0.300, 0.380, 0.430, 0.470, 0.500};
gaint spens[184] =
      { 3,2,3,2,3,2,3,2,2,2,2,2,2,2,2,2,2,2,2,3,2,2,2,2,2,
        2,2,2,2,2,2,2,2,2,3,2,2,2,3,2,2,2,3,2,3,2,2,2,3,2,
        2,2,3,2,2,2,2,2,3,2,3,2,2,2,2,2,2,3,2,3,2,2,2,2,2,
        2,2,2,2,2,2,2,2,3,2,2,2,3,2,2,2,3,2,3,2,3,2,2,3,2,
        3,2,2,3,2,3,2,2,3,2,3,2,2,3,2,3,2,2,3,2,2,2,2,2,2,
        2,2,2,2,2,3,2,2,2,2,2,2,2,3,2,2,2,3,2,3,2,2,2,2,2,
        2,2,2,2,2,2,3,2,2,2,2,2,2,3,2,2,2,2,2,2,3,2,2,2,2,
        2,2,3,2,2,2,2,2,2};
grads-2.0.1/src/gatxt.c0000644000175000017500000001323111437727023016034 0ustar  amckinstryamckinstry/*
    Copyright (C) 2009 by Arlindo da Silva 
    All Rights Reserved.

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; using version 2 of the License.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, please consult  
              
              http://www.gnu.org/licenses/licenses.html

    or write to the Free Software Foundation, Inc., 59 Temple Place,
    Suite 330, Boston, MA 02111-1307 USA

 */

/* Simple functions to produce color text using ANSI color sequences,
   see:

        http://en.wikipedia.org/wiki/ANSI_escape_code

   The main function used from grads is gatxtl(string,level) which
   colorizes a *string* given a "level" as in gaprnt(), except that
   level=-1 means the prompt.

   The actual colors used dependend on the color scheme specified
   during initialization; see gatxtl() below for the specific colors.
   Usually,

   color scheme          works well with a
   ------------          -----------------
       0                 black background
       1                 white background
       2                 green background

*/


#include 
#include "gatypes.h"

static gaint color_on = 0; /* off by default */
static gaint scheme   = 0;   /* color scheme */

/* Normal colors */
static char *black   = "";
static char *red     = "";
static char *green   = "";
static char *yellow  = "";
static char *blue    = "";
static char *magenta = "";
static char *cyan    = "";
static char *white   = "";
static char *reset   = "";

static char *normal  = "";
static char *bold    = "";

/* Normal colors */
/* static char *Black   = ""; */
/* static char *Red     = ""; */
/* static char *Green   = ""; */
/* static char *Yellow  = ""; */
/* static char *Blue    = ""; */
/* static char *Magenta = ""; */
/* static char *Cyan    = ""; */
/* static char *White   = ""; */

void gatxti(gaint on, gaint cs) {  /* Turn this feature ON/OFF */
  color_on = on;
  if ( cs < 0 ) cs = 0;
  scheme = cs;
}

/* Print ANSI sequence associated with a color name.
   Available options for *nomal* intensite colors are:

          black  
          red    
          green  
          yellow 
          blue   
          magenta
          cyan   
          white  

    Bright colors are specified by capitalizing the first leter,
    e.g., "Red". Specify color=NULL for a reset.

*/

void gatxt(char *color) {
  if ( !color_on ) return;
  if ( color==NULL ) {
    printf("%s",reset);
    return;
  }

  /* Normal */
       if ( color[0]=='b' && 
            color[2]=='a' ) printf("%s",black);
  else if ( color[0]=='r' ) printf("%s",red);
  else if ( color[0]=='g' ) printf("%s",green);
  else if ( color[0]=='y' ) printf("%s",yellow);
  else if ( color[0]=='b' ) printf("%s",blue);
  else if ( color[0]=='m' ) printf("%s",magenta);
  else if ( color[0]=='c' ) printf("%s",cyan);
  else if ( color[0]=='w' ) printf("%s",white);

  else if ( color[0]=='o' ) printf("%s",normal);
  else if ( color[0]=='*' ) printf("%s",bold);

  /* Bright colors */
  else if ( color[0]=='B' && 
            color[2]=='a' ) printf("%s",black);
  else if ( color[0]=='R' ) printf("%s",red);
  else if ( color[0]=='G' ) printf("%s",green);
  else if ( color[0]=='Y' ) printf("%s",yellow);
  else if ( color[0]=='B' ) printf("%s",blue);
  else if ( color[0]=='M' ) printf("%s",magenta);
  else if ( color[0]=='C' ) printf("%s",cyan);
  else if ( color[0]=='W' ) printf("%s",white);

}

static char buffer[256];
#define COLORIZE(c) snprintf(buffer,255,"%s%s%s",c,str,reset)

char *gatxts(char *str, char *color) { /* colorize the string */


  if ( !color_on ) return str;

  /* Normal */
       if ( color[0]=='b' && 
            color[2]=='a' ) COLORIZE(black);
  else if ( color[0]=='r' ) COLORIZE(red);
  else if ( color[0]=='g' ) COLORIZE(green);
  else if ( color[0]=='y' ) COLORIZE(yellow);
  else if ( color[0]=='b' ) COLORIZE(blue);
  else if ( color[0]=='m' ) COLORIZE(magenta);
  else if ( color[0]=='c' ) COLORIZE(cyan);
  else if ( color[0]=='w' ) COLORIZE(white);

  /* Bright colors */
  else if ( color[0]=='B' && 
            color[2]=='a' ) COLORIZE(black);
  else if ( color[0]=='R' ) COLORIZE(red);
  else if ( color[0]=='G' ) COLORIZE(green);
  else if ( color[0]=='Y' ) COLORIZE(yellow);
  else if ( color[0]=='B' ) COLORIZE(blue);
  else if ( color[0]=='M' ) COLORIZE(magenta);
  else if ( color[0]=='C' ) COLORIZE(cyan);
  else if ( color[0]=='W' ) COLORIZE(white);

  buffer[255] = '\0';
  return (char *) buffer;

}

char *gatxtl(char *str, gaint level) { /* colorize according to level */

  if ( scheme==0 ) {
    if (level==-1) return gatxts(str,"Green"); /* prompt */
    if (level==0 ) return gatxts(str,"Red");
    if (level==1 ) return gatxts(str,"magenta");
    if (level==2 ) return gatxts(str,"yellow");
  }
  else if ( scheme==1 ) {
    if (level==-1) return gatxts(str,"Green"); /* prompt */
    if (level==0) return gatxts(str,"Red");
    if (level==1) return gatxts(str,"magenta");
    if (level==2) return gatxts(str,"blue");
  }
  else if ( scheme==2 ) {
   if (level==-1) return gatxts(str,"Blue"); /* prompt */
    if (level==0) return gatxts(str,"black");
    if (level==1) return gatxts(str,"magenta");
    if (level==2) return gatxts(str,"white");
  } 
  return (str);
}
grads-2.0.1/src/gxwmap.c0000644000175000017500000010064311634362432016212 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "gatypes.h"
#include "gx.h"
/* #include "gxmap.h" */

int gagby (char *, int, int);
void gree();
void *galloc(size_t,char *);

static FILE *imap;
static gadouble lomin, lomax, lamin, lamax;
static gadouble lonref;    /* Reference longitude for adjustment */
static gaint adjtyp = 0;  /* Direction adjustment class */

void gxrsmapt (void) {
  adjtyp = 0;
}

void gxdmap (struct mapopt *mopt) {
gadouble lon[255],lat[255],xx,yy,lnmin,lnmax,ltmin,ltmax,lnfact;
gaint num,i,ipen,rc,type,ilon,ilat,rnum,flag,st1,st2,spos;
gafloat sln1,sln2,slt1,slt2;
gafloat lnsav,ltsav,lndif,ltdif,lntmp,lttmp,llinc,llsum,lldist;
char *fname;
char hdr[3],rec[1530];

  llinc = hypot(mopt->lnmax-mopt->lnmin,mopt->ltmax-mopt->ltmin);
  llinc = llinc/200;
  if (llinc<0.0001) llinc=0.0001;

  /* Open the map data set */

  if (*(mopt->mpdset)=='/' || *(mopt->mpdset)=='\\') {
    imap = fopen(mopt->mpdset,"rb");
    if (imap==NULL) {
      printf ("Open Error on Map Data Set: %s\n",mopt->mpdset);
      return;
    }
  } else {
    fname = gxgnam(mopt->mpdset);
    imap = fopen(fname,"rb");
    if (imap==NULL) {
      imap = fopen(mopt->mpdset,"rb");
      if (imap==NULL) {
        printf ("Open Error on Map Data Set: %s\n",fname);
        gree(fname,"f297");
        return;
      }
    }
    gree(fname,"f298");
  }

  /* Read and process each record */

  rnum = 0;
  while (1) {
    rc = fread(hdr,1,3,imap);
    if (rc!=3) break;
    rnum++;
    i = gagby (hdr,0,1);
    if (i<1 || i>3) {
      printf ("Map file format error: Invalid rec type %i rec num %i\n",i,rnum);
      return;
    }
    if (i==2) {
      st1 = gagby(hdr,1,1);
      st2 = gagby(hdr,2,1);
      fread(rec,1,16,imap);
      spos = gagby(rec,0,4);
      ilon = gagby(rec,4,3);
      sln1 = ((float)ilon)/1e4;
      ilon = gagby(rec,7,3);
      sln2 = ((float)ilon)/1e4;
      ilat = gagby(rec,10,3);
      slt1 = ((float)ilat)/1e4 - 90.0;
      ilat = gagby(rec,13,3);
      slt2 = ((float)ilat)/1e4 - 90.0;
      flag = 0;
      for (i=0; i<256; i++) {
        if (*(mopt->mcol+i)!=-9 && i>=st1 && i<=st2) flag = 1;
      }
      if (flag==0) {
        if (spos==0) {
          fclose(imap);
          return;
        }
        fseek(imap,spos,0);
        continue;
      }
      flag = 0;
      if (sln1>360.0) flag = 1;
      else {
        if (slt2 <= mopt->ltmin || slt1 >= mopt->ltmax) flag = 0;
        else {
          lnfact = 0.0;
          while (sln2+lnfact > mopt->lnmin) lnfact -= 360.0;
          lnfact += 360.0;
          if (sln1+lnfact >= mopt->lnmax) flag = 0;
          else flag = 1;
        }
      }
      if (flag==0) {
        if (spos==0) {
          fclose(imap);
          return;
        }
        fseek(imap,spos,0);
      }
      continue;
    }
    type = gagby(hdr,1,1);
    num = gagby(hdr,2,1);

    /* Read the next record; convert the data points;
       and get the lat/lon bounds for this line segment */

    fread(rec,1,num*6,imap);
    if (*(mopt->mcol+type) == -9) continue;
    if (*(mopt->mcol+type) == -1) {
      gxcolr(mopt->dcol);
      gxstyl(mopt->dstl);
      gxwide(mopt->dthk);
    } else {
      gxcolr(*(mopt->mcol+type));
      gxstyl(*(mopt->mstl+type));
      gxwide(*(mopt->mthk+type));
    }
    lnmin = 9999.9; lnmax = -9999.9; ltmin = 9999.9; ltmax = -9999.9;
    for (i=0; iltmax) ltmax=lat[i];
      if (lon[i]lnmax) lnmax=lon[i];
    }

    /* Plot this line segment if it falls within the
       appropriate lat/lon bounds */

    if (ltmax < mopt->ltmin) continue;
    if (ltmin > mopt->ltmax) continue;

    lnfact = 0.0;
    while (lnmax+lnfact > mopt->lnmin) lnfact -= 360.0;
    lnfact += 360.0;

    while (lnmin+lnfact < mopt->lnmax) {
      if (lnmax+lnfact < mopt->lnmin) {
        lnfact += 360.0;
        continue;
      }

      /* Split long lines into shorter segments and limit
         drawing at lat-lon bounds */

      ipen = 3;
      lnsav = lon[0]; ltsav = lat[0];
      for (i=1; iltdif) lldist = lndif;
        else lldist = ltdif;
        llsum = llinc;
        lntmp = lnsav; lttmp = ltsav;
        while (llsum=lldist-llinc/4.0) {
            lntmp = lon[i]; lttmp = lat[i];
            llsum += llinc;   /* Insure loop dropout */
          } else {
            if (lndif>ltdif) {
              if (lon[i-1]lnmin ||
              lntmp+lnfact>mopt->lnmax ||
              lttmpltmin || lttmp>mopt->ltmax) {
            if (ipen==2) {
              gxconv (lntmp+lnfact,lttmp,&xx,&yy,2);
              gxplot (xx,yy,ipen);
            }
            ipen = 3;
          } else {
            if (ipen==3) {
              gxconv (lnsav+lnfact,ltsav,&xx,&yy,2);
              gxplot (xx,yy,ipen);
            }
            ipen = 2;
            gxconv (lntmp+lnfact,lttmp,&xx,&yy,2);
            gxplot (xx,yy,ipen);
          }
          lnsav = lntmp; ltsav = lttmp;
          llsum += llinc;
        }
      }
      lnfact += 360.0;
    }
  }
  fclose (imap);
}

/* Routine to set up scaling for lat-lon projection.  The aspect
   ratio is *not* maintained.                                   */

int gxscld (struct mapprj *mpj, int xflip, int yflip) {
float x1,x2,y1,y2;

  if (mpj->lnmn>=mpj->lnmx) return(1);
  if (mpj->ltmn>=mpj->ltmx) return(1);
  if (mpj->xmn>=mpj->xmx) return(1);
  if (mpj->ymn>=mpj->ymx) return(1);
  mpj->axmn = mpj->xmn;
  mpj->axmx = mpj->xmx;
  mpj->aymn = mpj->ymn;
  mpj->aymx = mpj->ymx;
  x1 = mpj->lnmn; x2 = mpj->lnmx; y1 = mpj->ltmn; y2 = mpj->ltmx;
  if (xflip) { x1 = mpj->lnmx; x2 = mpj->lnmn; }
  if (yflip) { y1 = mpj->ltmx; y2 = mpj->ltmn; }
  gxscal (mpj->axmn, mpj->axmx, mpj->aymn, mpj->aymx, x1, x2, y1, y2);
  gxproj (NULL);
  adjtyp = 0;
  return (0);
}

/* Routine to set up scaling for lat-lon projection.  Aspect
   ratio of the projection is maintained as a constant, and it
   fills the plotting area as much as possible.                 */

int gxltln (struct mapprj *mpj) {
float lndif,ltdif,aspect,aspect2,xdif,xlo,xhi,ydif,ylo,yhi;

  if (mpj->lnmn>=mpj->lnmx) return(1);
  if (mpj->ltmn>=mpj->ltmx) return(1);
  if (mpj->xmn>=mpj->xmx) return(1);
  if (mpj->ymn>=mpj->ymx) return(1);

  lndif = mpj->lnmx - mpj->lnmn;
  ltdif = mpj->ltmx - mpj->ltmn;
  aspect = 1.2*ltdif/lndif;
  aspect2 = (mpj->ymx - mpj->ymn) / (mpj->xmx - mpj->xmn);
  if (aspect > aspect2) {
    xdif = (mpj->xmx - mpj->xmn) * aspect2/aspect;
    xlo = ((mpj->xmx - mpj->xmn)/2.0)-(xdif*0.5);
    xhi = ((mpj->xmx - mpj->xmn)/2.0)+(xdif*0.5);
    mpj->axmx = mpj->xmn + xhi;
    mpj->axmn = mpj->xmn + xlo;
    mpj->aymn = mpj->ymn;
    mpj->aymx = mpj->ymx;
  } else {
    ydif = (mpj->ymx - mpj->ymn) * aspect/aspect2;
    ylo = ((mpj->ymx - mpj->ymn)/2.0)-(ydif*0.5);
    yhi = ((mpj->ymx - mpj->ymn)/2.0)+(ydif*0.5);
    mpj->aymx = mpj->ymn + yhi;
    mpj->aymn = mpj->ymn + ylo;
    mpj->axmn = mpj->xmn;
    mpj->axmx = mpj->xmx;
  }

  gxscal (mpj->axmn, mpj->axmx, mpj->aymn, mpj->aymx,
          mpj->lnmn, mpj->lnmx, mpj->ltmn, mpj->ltmx);
  gxproj (NULL);
  adjtyp = 0;
  return (0);
}

/* Routine for north polar stereographic.  Projection scaling
   is set along with level 1 linear scaling.   The only difficult
   aspect to this is to set the level 1 linear scaling such that
   the proper aspect ratio is maintained.   */

static float londif;

int gxnste (struct mapprj *mpj) {
gadouble x1,x2,y1,y2,dum,lonave;
gadouble w1,xave,yave;
gadouble lonmn, lonmx, latmn, latmx, xmin, xmax, ymin, ymax;

  lonmn = mpj->lnmn; lonmx = mpj->lnmx;
  latmn = mpj->ltmn; latmx = mpj->ltmx;
  xmin = mpj->xmn; xmax = mpj->xmx;
  ymin = mpj->ymn; ymax = mpj->ymx;

  if ((lonmx-lonmn) > 360.0) {
    return (1);
  }
  if (lonmn<-360.0 || lonmx>360.0) {
    return (1);
  }
  if (latmn<-80.0 || latmx>90.0) {
    return (1);
  }
  if (latmn>=latmx||lonmn>=lonmx||xmin>=xmax||ymin>=ymax) {
    return(1);
  }

  lonave = (lonmx+lonmn)/2.0;            /* Longitude adjustment to put */
  londif = -90.0 - lonave;               /*  central meridian at bottom.*/
  lonref = lonave;

  /* Plotting limits depend on how much of the hemisphere we are
     actually plotting.  */

  if ( (lonmx-lonmn) < 180.0 ) {

     gxnpst ( lonmn, latmn, &x1, &dum );         /* Left side coord  */
     gxnpst ( lonmx, latmn, &x2, &dum );         /* Right side coord */
     gxnpst ( lonmn, latmx, &dum, &y2 );         /* Top coord        */
     gxnpst ( lonave, latmn, &dum, &y1 );        /* Bottom coord     */

  } else {

     gxnpst ( lonave-90.0, latmn, &x1, &dum );   /* Left side coord  */
     gxnpst ( lonave+90.0, latmn, &x2, &dum );   /* Right side coord */
     gxnpst ( lonmn, latmn, &dum, &y2 );         /* Top coord        */
     gxnpst ( lonave, latmn, &dum, &y1 );        /* Bottom coord     */

  }

  /* Set up linear level scaling while maintaining aspect ratio.   */

  if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) ) {
    w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
    xave = (xmax+xmin)/2.0;
    gxscal ( xave-w1, xave+w1, ymin, ymax, x1, x2, y1, y2 );
    mpj->axmn = xave-w1;  mpj->axmx = xave+w1;
    mpj->aymn = ymin;  mpj->aymx = ymax;
  } else {
    w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
    yave = (ymax+ymin)/2.0;
    gxscal ( xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
    mpj->axmn = xmin;  mpj->axmx = xmax;
    mpj->aymn = yave-w1;  mpj->aymx = yave+w1;
  }

  gxproj (gxnpst);
  gxback (gxnrev);
  adjtyp = 1;
  return (0);

}

void gxnpst (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y) {
gadouble radius,theta;

  radius = tan (0.785315-(0.00872572*rlat));
  theta = (rlon+londif)*0.0174514;
  *x = radius * cos(theta);
  *y = radius * sin(theta);
}

/* Routine for back transform for npst */

void gxnrev (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
gadouble rad,alpha;

  rad = hypot(x,y);
  alpha = 180.0*atan(rad)/pi;
  *rlat = 90.0 - 2.0*alpha;

  if (x==0.0 && y==0.0) *rlon = 0.0;
  else {
    *rlon = (180.0*atan2(y,x)/pi)-londif;
    while (*rlon < lonref-180.0) *rlon += 360.0;
    while (*rlon > lonref+180.0) *rlon -= 360.0;
  }
}

/* Routine for south polar stereographic.  Projection scaling
   is set along with level 1 linear scaling.   The only difficult
   aspect to this is to set the level 1 linear scaling such that
   the proper aspect ratio is maintained.   */

int gxsste (struct mapprj *mpj) {
gadouble x1,x2,y1,y2,dum,lonave;
gadouble w1,xave,yave;
gadouble lonmn, lonmx, latmn, latmx, xmin, xmax, ymin, ymax;

  lonmn = mpj->lnmn; lonmx = mpj->lnmx;
  latmn = mpj->ltmn; latmx = mpj->ltmx;
  xmin = mpj->xmn; xmax = mpj->xmx;
  ymin = mpj->ymn; ymax = mpj->ymx;

  if ((lonmx-lonmn) > 360.0) {
    return (1);
  }
  if (lonmn<-360.0 || lonmx>360.0) {
    return (1);
  }
  if (latmn<-90.0 || latmx>80.0) {
    return (1);
  }
  if (latmn>=latmx||lonmn>=lonmx||xmin>=xmax||ymin>=ymax) {
    return(1);
  }

  lonave = (lonmx+lonmn)/2.0;            /* Longitude adjustment to put */
  londif = -90.0 - lonave;               /*  central meridian at bottom.*/
  lonref = lonave;

  /* Plotting limits depend on how much of the hemisphere we are
     actually plotting.  */

  if ( (lonmx-lonmn) < 180.0 ) {

     gxspst ( lonmn, latmx, &x1, &dum );         /* Left side coord  */
     gxspst ( lonmx, latmx, &x2, &dum );         /* Right side coord */
     gxspst ( lonmn, latmn, &dum, &y1 );         /* Top coord        */
     gxspst ( lonave, latmx, &dum, &y2 );        /* Bottom coord     */

  } else {

     gxspst ( lonave-90.0, latmx, &x1, &dum );   /* Left side coord  */
     gxspst ( lonave+90.0, latmx, &x2, &dum );   /* Right side coord */
     gxspst ( lonmn, latmx, &dum, &y1 );         /* Top coord        */
     gxspst ( lonave, latmx, &dum, &y2 );        /* Bottom coord     */

  }

  /* Set up linear level scaling while maintaining aspect ratio.   */

  if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) ) {
    w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
    xave = (xmax+xmin)/2.0;
    gxscal ( xave-w1, xave+w1, ymin, ymax, x1, x2, y1, y2 );
    mpj->axmn = xave-w1;  mpj->axmx = xave+w1;
    mpj->aymn = ymin;  mpj->aymx = ymax;
  } else {
    w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
    yave = (ymax+ymin)/2.0;
    gxscal ( xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
    mpj->axmn = xmin;  mpj->axmx = xmax;
    mpj->aymn = yave-w1;  mpj->aymx = yave+w1;
  }
  gxproj (gxspst);
  gxback (gxsrev);
  adjtyp = 2;
  return (0);

}

void gxspst (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y) {
gadouble radius,theta;

  radius = tan(0.785315+(0.00872572*rlat));
  theta = (rlon+londif)*(-0.0174514);
  *x = radius * cos(theta);
  *y = radius * sin(theta);
}

/* Routine for back transform for spst */

void gxsrev (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
gadouble rad,alpha;

  rad = hypot(x,y);
  alpha = 180.0*atan(rad)/pi;
  *rlat = 2.0*alpha - 90.0;

  if (x==0.0 && y==0.0) *rlon = 0.0;
  else {
    *rlon = (-180.0*atan2(y,x)/pi)-londif;
    while (*rlon < lonref-180.0) *rlon += 360.0;
    while (*rlon > lonref+180.0) *rlon -= 360.0;
  }
}

/* Return adjustment angle (in radians) to apply to a wind direction
   to correct for current map projection and position. */

gadouble gxaarw (gadouble lon, gadouble lat) {
gadouble xx1,yy1,xx2,yy2,dir;

  if (adjtyp==0) return(0.0);
  if (adjtyp==1) {
    lon = (lon - lonref)*pi/180.0;
    return (lon);
  }
  if (adjtyp==2) {
    lon = (lonref - lon)*pi/180.0;
    return (lon);
  }

  /* For type 3 map projections that lack back transforms, estimate the north
     direction using finite difference. */

  if (adjtyp==3) {
    if (lat>89.9) {     /* back difference if near np */
      gxconv (lon,lat-0.05,&xx1,&yy1,2);
      gxconv (lon,lat,&xx2,&yy2,2);
    } else if (lat<-89.9) {  /* forward difference if near sp */
      gxconv (lon,lat,&xx1,&yy1,2);
      gxconv (lon,lat+0.05,&xx2,&yy2,2);
    } else {                 /* otherwise centered diff */
      gxconv (lon,lat-0.03,&xx1,&yy1,2);
      gxconv (lon,lat+0.03,&xx2,&yy2,2);
    }
    dir = atan2(xx1-xx2,yy2-yy1);
    return (dir);
  }

  /* type 4 map projections do not have lat/lon lines that cross at 
     right angles (non-conformal).  This is too hard to deal with.  */

  return (-999.9);
}

/*  Set up Robinson Projection */

int gxrobi (struct mapprj *mpj) {
gadouble lonmn, lonmx, latmn, latmx, xmin, xmax, ymin, ymax;
gadouble x1,x2,y1,y2,xd,yd,xave,yave,w1;

  lonmn = mpj->lnmn; lonmx = mpj->lnmx;
  latmn = mpj->ltmn; latmx = mpj->ltmx;
  xmin = mpj->xmn; xmax = mpj->xmx;
  ymin = mpj->ymn; ymax = mpj->ymx;

  /* Check for errors */

  if (lonmn<-180.0 || lonmx>180.0 || latmn<-90.0 || latmx>90.0) {
    return (1);
  }
  if (latmn>=latmx||lonmn>=lonmx||xmin>=xmax||ymin>=ymax) {
    return(1);
  }

  /* Get bounds of the map in linear units */

  gxrobp ( lonmn, latmn, &x1, &y1);           /* Lower Left       */
  gxrobp ( lonmn, latmx, &xd, &y2);           /* Upper Left       */
  if (xd0.0) {
    gxrobp (lonmn, 0.0, &xd, &yd);            /* Left Middle      */
    if (xdx2) x2 = xd;
  if (latmn<0.0 && latmx>0.0) {
    gxrobp (lonmx, 0.0, &xd, &yd);            /* Right Middle     */
    if (xd>x2) x2 = xd;
  }

  /* Set up linear level scaling while maintaining aspect ratio.   */

  if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) ) {
    w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
    xave = (xmax+xmin)/2.0;
    gxscal ( xave-w1, xave+w1, ymin, ymax, x1, x2, y1, y2 );
    mpj->axmn = xave-w1;  mpj->axmx = xave+w1;
    mpj->aymn = ymin;  mpj->aymx = ymax;
  } else {
    w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
    yave = (ymax+ymin)/2.0;
    gxscal ( xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
    mpj->axmn = xmin;  mpj->axmx = xmax;
    mpj->aymn = yave-w1;  mpj->aymx = yave+w1;
  }

  gxproj (gxrobp);
  gxback (gxrobb);
  adjtyp = 4;
  return (0);
}

/* Transform routine for Robinson Projection */

gadouble rob1[37] = {-1.349,-1.317,-1.267,-1.206,-1.138,-1.066,-0.991,
    -0.913,-0.833,-0.752,-0.669,-0.586,-0.502,-0.418,-0.334,-0.251,
    -0.167,-0.084,0.000,0.084,0.167,0.251,0.334,0.418,0.502,0.586,
    0.669,0.752,0.833,0.913,0.991,1.066,1.138,1.206,1.267,1.317,1.349};
gadouble rob2[37] = {1.399,1.504,1.633,1.769,1.889,1.997,2.099,
    2.195,2.281,2.356,2.422,2.478,2.532,2.557,2.582,2.602,2.616,
    2.625,2.628,2.625,2.616,2.602,2.582,2.557,2.532,2.478,2.422,
    2.356,2.281,2.195,2.099,1.997,1.889,1.769,1.633,1.504,1.399};

void gxrobp (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y) {
int i;
  rlat = (rlat+90.0)/5.0;
  i = (int)rlat;
  rlat = rlat - (gadouble)i;
  if (i<0) {
    *y = -1.349;
    *x = 1.399*rlon/180.0;
    return;
  }
  if (i>=36) {
    *y = 1.349;
    *x = 1.399*rlon/180.0;
    return;
  }
  *y = rob1[i] + rlat*(rob1[i+1]-rob1[i]);
  *x = rob2[i] + rlat*(rob2[i+1]-rob2[i]);
  *x = *x * rlon/180.0;
  return;
}

/* Back Transform for Robinson Projection */

void gxrobb (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
  *rlon = -999.9;
  *rlat = -999.9;
}
/*------------------------------------------------------------------
     DKRZ appends: Mollweide Projection
     10.08.95   Karin Meier (karin.meier@dkrz.de)
  ------------------------------------------------------------------*/

int gxmoll (struct mapprj *mpj) {
    gadouble lonmn, lonmx, latmn, latmx, xmin, xmax, ymin, ymax;
    gadouble x1,x2,y1,y2,xd,yd,xave,yave,w1;

	lonmn  = mpj->lnmn; lonmx = mpj->lnmx;
	latmn  = mpj->ltmn; latmx = mpj->ltmx;
	xmin   = mpj->xmn;  xmax  = mpj->xmx;
	ymin   = mpj->ymn;  ymax  = mpj->ymx;
	lomin  = lonmn;     lomax = lonmx;
	lamin  = latmn;     lamax = latmx;

/* Check for errors */

  	if (latmn<-90.0 || latmx>90.0) {
    	  return (1);
  	}
  	if (latmn>=latmx||lonmn>=lonmx||xmin>=xmax||ymin>=ymax) {
  	  return(1);
  	}

  /* Get bounds of the map in linear units */

  	gxmollp ( lonmn, latmn, &x1, &y1);           /* Lower Left       */
  	gxmollp ( lonmn, latmx, &xd, &y2);           /* Upper Left       */
  	if (xd0.0) {
  	  gxmollp (lonmn, 0.0, &xd, &yd);            /* Left Middle      */
  	  if (xdx2) x2 = xd;
  	if (latmn<0.0 && latmx>0.0) {
  	  gxmollp (lonmx, 0.0, &xd, &yd);            /* Right Middle     */
  	  if (xd>x2) x2 = xd;
  	}

  /* Set up linear level scaling while maintaining aspect ratio.   */

  	if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) ) {
  	  w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
 	  xave = (xmax+xmin)/2.0;
  	  gxscal ( xave-w1, xave+w1, ymin, ymax, x1, x2, y1, y2 );
  	  mpj->axmn = xave-w1;  mpj->axmx = xave+w1;
  	  mpj->aymn = ymin;     mpj->aymx = ymax;
  	} else {
  	  w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
	  yave = (ymax+ymin)/2.0;
  	  gxscal ( xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
  	  mpj->axmn = xmin;     mpj->axmx = xmax;
  	  mpj->aymn = yave-w1;  mpj->aymx = yave+w1;
  	}

  	gxproj (gxmollp);
  	gxback (gxmollb);
  	adjtyp = 4;
  	return (0);
}

void gxmollp (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y) {
   gadouble diff, radlat, radlon;

	if (lomin != -180.0) {
	  diff = -180.0 - lomin;
	  rlon = rlon + diff;
	}
	radlat = (pi*rlat)/180.0;
	radlon = (pi*rlon)/180.0;

	*x = cos(radlat);
	*y = sin(radlat)/2.0;
	*x = *x*rlon/180.0;

  	return;
}

/* Back Transform for Mollweide Projection */

void gxmollb (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
  *rlon = -999.9;
  *rlat = -999.9;
}

/* Orthographic projection.  Requires exact setup with the lat/lon range
   being exactly what is visible.  lat -90 to 90 and lon diff exactly 180. */

/* A secret mpvals mod, where the area can be clipped by x1,y1,x2,y2 where the
   values are in the range of -1 to 1 */

int gxortg (struct mapprj *mpj) {
    gadouble lonmn, lonmx, latmn, latmx, xmin, xmax, ymin, ymax;
    gadouble x1,x2,y1,y2,xd,yd,xave,yave,w1;
    gadouble xlmn, xlmx, ylmn, ylmx;
    gaint lflg;

        lflg = 0;
	xlmn = xlmx = ylmn = ylmx = -999; 
	lonmn  = mpj->lnmn; lonmx = mpj->lnmx;
	latmn  = mpj->ltmn; latmx = mpj->ltmx;
	xmin   = mpj->xmn;  xmax  = mpj->xmx;
	ymin   = mpj->ymn;  ymax  = mpj->ymx;
	lomin  = lonmn;     lomax = lonmx;
	lamin  = latmn;     lamax = latmx;
	lonref = (lonmx+lonmn)/2.0;
        if (mpj->axmn > -999.0) {
          xlmn = mpj->axmn; xlmx = mpj->axmx;
          ylmn = mpj->aymn; ylmx = mpj->aymx;
          if (xlmn >= -1.0 && xlmn <= 1.0 && xlmx >= -1.0 && xlmx <= 1.0 &&
              ylmn >= -1.0 && ylmn <= 1.0 && ylmx >= -1.0 && ylmx <= 1.0 &&
              ylmx > ylmn && xlmx > xlmn) lflg = 1;
        }

  /* Check boundaries */

	if (latmn != -90.0 || latmx != 90.0) {
	   printf("Map Projection Error:  Latitude must be in range -90 90\n");
	   return (1);
	}
	if ((lonmx - lonmn) > 180.001 ) {   
	   printf("Map Projection Error:  %.1f - %.1f  > 180.0\n", 
		   lonmx, lonmn);
	   return (1);
	}
	if ((lonmx - lonmn) < 179.999) {    
	   printf("Map Projection Error:  %.1f - %.1f  < 180.0\n",
		   lonmx, lonmn);
	   return (1);
	}
  	if (latmn>=latmx||lonmn>=lonmx||xmin>=xmax||ymin>=ymax) return(1);

	if (lonmn < -180.0) {
	    mpj->lnmn = lonmn + 360.0;
	    mpj->lnmx = lonmx + 360.0;
	    lonmn  = mpj->lnmn; lonmx = mpj->lnmx;
	}
	if (lonmx > 180.0 ) {
	    mpj->lnmn = lonmn - 360.0;
	    mpj->lnmx = lonmx - 360.0;
	    lonmn  = mpj->lnmn; lonmx = mpj->lnmx;
	}

  /* Get bounds of the map in linear units */

	  gxortgp ( lonmn,  latmn, &x1, &y1);
	  gxortgp ( lonmn,  latmx, &xd, &y2);
	  if (xd0.0) {
  	     gxortgp ( lonmn, 0.0, &xd, &yd);
	     if (xdx2) x2 = xd;
	  if (latmn<0.0 && latmx>0.0) {
	     gxortgp ( lonmx, 0.0, &xd, &yd);
	     if (xd>x2) x2 = xd;
	  }
         
         if (lflg) {
           x1 = xlmn; x2 = xlmx; y1 = ylmn; y2 = ylmx;
         }

  /* Set up linear level scaling while maintaining aspect ratio.   */

  	if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) ) {
  	  w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
 	  xave = (xmax+xmin)/2.0;
  	  gxscal ( xave-w1, xave+w1, ymin, ymax, x1, x2, y1, y2 );
  	  mpj->axmn = xave-w1;  mpj->axmx = xave+w1;
  	  mpj->aymn = ymin;     mpj->aymx = ymax;
  	} else {
  	  w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
	  yave = (ymax+ymin)/2.0;
  	  gxscal ( xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
  	  mpj->axmn = xmin;     mpj->axmx = xmax;
  	  mpj->aymn = yave-w1;  mpj->aymx = yave+w1;
  	}

  	gxproj (gxortgp);
  	gxback (gxortgb);
  	adjtyp = 4;
  	return (0);
}

void gxortgp (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y) {

  gadouble radlat, radlon, diff;

  if (lomin != -90.0) {
    diff = -90.0 - lomin;
    rlon = rlon + diff;
  }
  
  radlat = (pi*rlat)/180.0;
  radlon = (pi*rlon)/180.0;
  
  *x = cos(radlat);
  *y = sin(radlat);
  *x = *x * sin(radlon);
  
  return;
}

/* Back Transform for Orthographic Projection */

void gxortgb (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
  *rlon = -999.9;
  *rlat = -999.9;
}

/*------------------------------------------------------------------
     DKRZ appends: Lambert conformal conic Projection
     15.03.96                       Karin Meier (karin.meier@dkrz.de)
  ------------------------------------------------------------------*/
static gadouble  hemi, r;

int gxlamc (struct mapprj *mpj) {
  gadouble  lonmn, lonmx, latmn, latmx, dlat, dlon, dx, dy;
  gadouble  xave,yave, w1, lonave, xmin, xmax, ymin, ymax, x1, x2, y1, y2, xd, yd;

	lonmn  = mpj->lnmn;          lonmx = mpj->lnmx;
	latmn  = mpj->ltmn;          latmx = mpj->ltmx;
	xmin   = mpj->xmn;           xmax  = mpj->xmx;
	ymin   = mpj->ymn;           ymax  = mpj->ymx;
	lomin  = lonmn;              lomax = lonmx;
	lamin  = latmn;              lamax = latmx;
	lonave = (lonmx+lonmn)/2.0;
	dlat   = lamax - lamin;	     dlon  = lomax - lomin;
	dx     = xmax - xmin;	     dy    = ymax - ymin;

  	if ((lonmn>=lonmx)||(latmn>=latmx)||(xmin>=xmax)||(ymin>=ymax)) {
	   return(1);
  	}
	if (((latmn > 0.0) && (latmx < 0.0)) || ((latmn < 0.0) && (latmx >0.0))) {
	   printf("Map Projection Error:  Latitude must be in range -90 0 or 0 90\n");
	   return (1);
	}

/*--- set constant for northern or southern hemisphere  ---*/

	if (latmn >= 0.0) {
	    hemi = 1.0;		/** northern hemisphere **/
	} else {
	    hemi = -1.0;	/** southern hemisphere **/
	}

/*--- reset 90.0/-90.0 degrees to 89.99/-89.99 because of tangent  ---*/

	if (latmn == -90.0) latmn = -89.99;
	if (latmx ==  90.0) latmx =  89.99;

/*--- get viewport coordinates  x1, x2, y1, y2---*/

	gxlamcp (lonmn, latmn, &x1, &y1);
	gxlamcp (lonmn, latmx, &xd, &y2);
	if (xd=0.0 && latmx>0.0) {
	    gxlamcp (lonmn,0.0,&xd,&yd);
	    if (xdx2)  x2=xd;
	if (y2x2) x2=xd;
	}

/*--- determining terms for scaling  ---*/

	xave = (xmin+xmax)/2.0;
	yave = (ymin+ymax)/2.0;

 	if ( ((xmax-xmin)/(ymax-ymin)) > ((x2-x1)/(y2-y1)) )
	{
	  if (hemi==-1.0 && 180.0<(lomax-lomin) && (lomax-lomin)<=270.0)
		yave -= 1.5;
	  else if (hemi==1.0 && 180.0<(lomax-lomin) && (lomax-lomin)<=270.0)
		yave += 1.5;
	  else if (hemi==-1.0 && 270.0<=(lomax-lomin) && (lomax-lomin)<=360.0)
		yave -= 1.2;
	  else if (hemi==1.0 && 270.0<=(lomax-lomin) && (lomax-lomin)<=360.0)
		yave += 1.2;
	  else if (hemi==-1.0 && 90.0<(lomax-lomin) && (lomax-lomin)<=180.0)
		yave -= 0.5;
	  else if (hemi==1.0 && 90.0<(lomax-lomin) && (lomax-lomin)<=180.0)
		yave += 1.0;
	  else if (hemi==-1.0 && (lomax-lomin)<=90.0)
		yave += 0.0;
	  else if (hemi==1.0 && (lomax-lomin)<=90.0)
		yave += 1.0;

  	 w1 = 0.5*(ymax-ymin)*(x2-x1)/(y2-y1);
	  if (w1 < 1.0)
		gxscal (xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
	  else if (w1 < 2.0)
		gxscal (xave-0.5*(w1), xave+0.5*w1, yave-w1, yave+w1,
			x1, x2, y1, y2 );
	  else if (w1 < 3.0)
		gxscal (xave-0.5*w1, xave+0.5*w1, yave-w1, yave+w1,
			x1, x2, y1, y2 );
	  else if (w1 > 3.0)
		gxscal (xave-0.75*w1, xave+0.75*w1, yave-0.75*w1,
			yave+0.75*w1, x1, x2, y1, y2 );
	  else
  	  	gxscal (xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
	}
	else
	{
	  if (hemi==-1.0 && 180.0<(lomax-lomin) && (lomax-lomin)<=270.0)
		yave -= 1.0;
	  else if (hemi==1.0 && 180.0<(lomax-lomin) && (lomax-lomin)<=270.0)
		yave += 1.5;
	  else if (hemi==-1.0 && 270.0<=(lomax-lomin) && (lomax-lomin)<=360.0)
		yave -= 1.0;
	  else if (hemi==1.0 && 270.0<=(lomax-lomin) && (lomax-lomin)<=360.0)
		yave += 1.0;
	  else if (hemi==-1.0 && 90.0<(lomax-lomin) && (lomax-lomin)<=180.0)
		yave -= 0.5;
	  else if (hemi==1.0 && 90.0<(lomax-lomin) && (lomax-lomin)<=180.0)
		yave += 1.0;
	  else if (hemi==-1.0 && (lomax-lomin)<=90.0)
		yave += 0.0;
	  else if (hemi==1.0 && (lomax-lomin)<=90.0)
		yave += 1.0;

  	  w1 = 0.5*(xmax-xmin)*(y2-y1)/(x2-x1);
	  if (w1 < 1.0)
		gxscal (xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
	  else if (w1 < 2.0)
		gxscal (xmin+0.5*w1, xmax-0.5*w1, yave-1.25*w1,
			yave+1.25*w1, x1, x2, y1, y2 );
	  else if (w1 < 3.0)
		gxscal (xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
	  else if (w1 > 3.0)
		gxscal (xave-0.5*w1, xave+0.5*w1, yave-0.5*w1,
			yave+0.5*w1, x1, x2, y1, y2 );
	  else
  	  	gxscal (xmin, xmax, yave-w1, yave+w1, x1, x2, y1, y2 );
	}

  	mpj->axmn = xmin;  mpj->axmx = xmax;
  	mpj->aymn = ymin;  mpj->aymx = ymax;

  	gxproj (gxlamcp);
	gxback (gxlamcb);
  	adjtyp = 3;
  	return (0);
}



/*--- transform routine for lambert conformal conic projection  ---*/

void gxlamcp (gadouble rlon, gadouble rlat, gadouble *x, gadouble *y)
{
	gadouble d2r, cone, phis, phin, clon, term1, term2;

	d2r    = pi/180.0;

/*--- standard latitudes:  north - phin;  south - phis  ---*/
	phis   = lamin;
	phin   = lamax;

/*--- reset 90.0/-90.0 degrees to 89.99/-89.99 because of tangent  ---*/
        if(phis == -90.0)  phis = -89.99;
        if(phin ==  90.0)  phin =  89.99;

/*--- calculate the constant of the cone +++ radius, x, y ---*/
/*--- clon -  central meridian;    cone -  cone constant  ---*/
	 clon  = floor((lomax + lomin)/2.0);
	 term1 = tan((45.0-hemi*phis/2.0)*d2r);
	 term2 = tan((45.0-hemi*phin/2.0)*d2r);

         if(phis!=phin)
		cone = (log10(cos(phis*d2r))-log10(cos(phin*d2r)))/
                       (log10(term1)-log10(term2));
	 else
		cone = cos((90.0-hemi*phis)*d2r);

	  r = pow(tan((45.0-hemi*rlat/2.0)*d2r),cone);
	 *x =        r*sin((rlon-clon)*d2r*cone);
	 *y =  -hemi*r*cos((rlon-clon)*d2r*cone);

  	 return;
}



/*--- Back Transform for Lambert conformal Projection ---*/

void gxlamcb (gadouble x, gadouble y, gadouble *rlon, gadouble *rlat) {
  *rlon = -999.9;
  *rlat = -999.9;
}

/* Interpolate lat/lon boundaries, and convert to xy, on 
   behalf of 'draw mappoly' .  For most part, the same
   code as in gxdmap  */

gadouble *gxmpoly(gadouble *xy, gaint cnt, gadouble llinc, gaint *newcnt) {
gadouble ln1, ln2, lt1, lt2, lnsav, ltsav, llsum;
gadouble lndif, ltdif, lldist, lntmp, lttmp, xx, yy; 
gadouble *newxy;
gaint i,j,ip,ncnt;

  /* Determine total 'path' length */

  llsum = 0.0;
  for (i=1; iltdif) lldist = lndif;
    else lldist = ltdif;
    llsum += lldist;
  }

  /* Estimate number of output points, and allocate storage for them. */
  /* add one more point in case polygon doesn't close, 
     an extra point (to close polygon) needs to be added by calling routine 
     add one more point to include the very first point, before interpolation begins */

  ncnt = cnt + llsum/llinc + 2;  
  newxy = (gadouble *)galloc(sizeof(gadouble)*ncnt*2,"newxy");
  if (newxy==NULL) return(NULL);  /* caller issues error */

  /* Write out the very first point, before interpolation begins (this is for j=0) */
  gxconv (*xy,*(xy+1),&xx,&yy,2);
  *(newxy) = xx;
  *(newxy+1) = yy;
  /* Now interpolate each point, convert to x,y, and put in list */
  j = 1;
  lnsav = *xy; ltsav = *(xy+1);
  for (i=1; iltdif) lldist = lndif;
    else lldist = ltdif;
    llsum = llinc;
    lntmp = lnsav; lttmp = ltsav;
    while (llsum=lldist-llinc/4.0) {
        lntmp = ln2; lttmp = lt2;
        llsum += llinc;   /* Insure loop dropout */
      } else {
        if (lndif>ltdif) {
          if (ln1=ncnt) {
        printf ("Logic Error in gxmpoly\n");
        free (newxy);
        return (NULL);
      }
      lnsav = lntmp; ltsav = lttmp;
      llsum += llinc;
    }
  }
  *newcnt = j;
  return (newxy);
}
grads-2.0.1/src/gasdf.c0000644000175000017500000035523611632415733016006 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/*  
   Reads the metadata from a Self-Describing File 
   and fill in the information into a gafile structure.
   Authored by Don Hooper and modified by Jennifer M. Adams 
*/

#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#if (USENETCDF==1 || USEHDF==1)

#define Success	0
#define Failure	1
#define XINDEX 0
#define YINDEX 1
#define ZINDEX 2
#define TINDEX 3
#define EINDEX 4
#define DFLTORIGIN " since 1-1-1 00:00:0.0"

#include 
#include 
#include 
#include 
#include 
#include 
#include "grads.h"
#if USENETCDF==1
#include "netcdf.h"
#include "gasdf_std_time.h"
#endif
#include "udunits.h"
#include "gasdf.h"
#if USEHDF == 1
#include "mfhdf.h"
#endif


extern struct gamfcmn mfcmn ;
extern FILE *descr ;

char *gxgnam(char *) ;     /* This is also in gx.h */
static char pout[256];    /* Build error msgs here */
gaint utISinit = 0 ;


/* STNDALN requires gaxdfopen routine and others contained therein, 
   which turns out to be everything except the gasdfopen() routine. 
   It is used for parsing a descriptor file to see if GrADS will open it. */
#ifndef STNDALN


/* Open a self-describing file by reading the metadata 
   and filling in a gafile structure. Chain the gafile 
   structure on to the list anchored in the gastat. */

gaint gasdfopen (char *args, struct gacmn *pcm) {
  struct gafile *pfi, *pfio;
  gaint rc, len;
  char pathname[4096];
  GASDFPARMS parms ;

  /* allocate memory for the gafile structure */
  pfi = getpfi();
  if (pfi == NULL) {
    gaprnt (0,"sdfopen: Memory Allocation Error (getpfi failed)\n");
    return Failure;
  }
  getwrd(pathname, args, 4095) ;
  gaprnt (2, "Scanning self-describing file:  ");
  gaprnt (2, pathname);
  gaprnt (2, "\n");

  /* set a flag for detecting sdf file type: HDF or NetCDF */
  pfi->ncflg = 1;             /* NetCDF */
#if USEHDF==1
  rc = Hishdf(pathname);
  if (rc==1) pfi->ncflg = 2;  /* HDF-SDS */
#endif
  len=strlen(pathname);
  strncpy(pfi->name,pathname,len);
  strncpy(pfi->dnam,pathname,len);
  pfi->name[len]='\0';
  pfi->dnam[len]='\0';
  pfi->tmplat = 0 ;     /* no more templating with sdfopen */
  initparms(&parms) ;   /* set up for sdfopen calling gadsdf */

  rc = gadsdf(pfi, parms);
  if (rc==Failure) {
    frepfi (pfi, 0) ;
    freeparms (&parms);
    return Failure ;
  }
  if (pcm->pfi1==NULL) {
    pcm->pfi1 = pfi;
  } else {
    pfio = pcm->pfi1;
    while (pfio->pforw!=NULL) pfio = pfio->pforw;
    pfio->pforw = pfi;
  }
  pfi->pforw = NULL;
  pcm->fnum++;

  if (pcm->fnum==1) {
    pcm->pfid = pcm->pfi1; 
    pcm->dfnum = 1;
  }
  snprintf(pout,255,"SDF file %s is open as file %i\n",pfi->name,pcm->fnum);
  gaprnt (2,pout);

  /* If first file open, set up some default dimension ranges for the user */
  if (pcm->fnum==1) {
    if (pfi->wrap) {
      gacmd ("set lon 0 360",pcm,0);
    }
    else {
      snprintf(pout,255,"set x 1 %i",pfi->dnum[0]);
      gacmd (pout,pcm,0);
    }
    snprintf(pout,255,"set y 1 %i",pfi->dnum[1]);
    gacmd (pout,pcm,0);
    gacmd ("set z 1",pcm,0);
    gacmd ("set t 1",pcm,0);
    gacmd ("set e 1",pcm,0);
  }
  freeparms(&parms);
  return Success;
}

#endif  /* matches #ifndef STNDALN */


/* Open an XDF data set by parsing the descriptor and 
   reading the metadata to fill-in a gafile structure. 
   Chain the gafile structure on to the list anchored in the gastat.  */

gaint gaxdfopen (char *args, struct gacmn *pcm) {
  struct gafile *pfi, *pfio;
  gaint rc, idummy,len ;
  char pathname[256];
  char *fileone;
  struct dt tdefi;
  gaint flag;
  GASDFPARMS parms ;

  /* allocate memory for gafile structure */
  pfi = getpfi();
  if (pfi == NULL) {
    gaprnt (0,"xdfopen: Memory Allocation Error (getpfi failed)\n");
    return Failure;
  }
  getwrd(pathname, args, 255) ;
  gaprnt (2, "Scanning Descriptor File:  ");
  gaprnt (2, pathname);
  gaprnt (2, "\n");
  len = strlen(pathname);
  strncpy(pfi->dnam,pathname,len);
  pfi->dnam[len]='\0';
  pfi->tmplat = 0 ;     /* may be reset when parsing xdf descriptor */
  pfi->ncflg = 1;       /* may be reset when parsing dtype in descriptor */

  /* get metadata from the descriptor file */
  rc = gadxdf(pfi, &parms) ;
  if (rc==Failure) {
    freeparms(&parms);
    frepfi (pfi, 0) ;
    return Failure ;
  }
  if (pcm->pfi1==NULL) {
    pcm->pfi1 = pfi;
  } 
  else {
    pfio = pcm->pfi1;
    while (pfio->pforw!=NULL) pfio = pfio->pforw;
    pfio->pforw = pfi;
  }
  pfi->pforw = NULL;
  pcm->fnum++;
  if (pcm->fnum==1) {
    pcm->pfid = pcm->pfi1; 
    pcm->dfnum = 1;
  }

  /* see if the file format is HDF*/
#if USEHDF==1
  if (pfi->tmplat==0) {
    rc = Hishdf(pfi->name);
    if (rc==1) pfi->ncflg = 2;  /* HDF-SDS */
  }
  else {
    gr2t(pfi->grvals[3], 1.0, &tdefi);
    fileone = gafndt(pfi->name, &tdefi, &tdefi, pfi->abvals[3], pfi->pchsub1, pfi->ens1,1,1,&flag);
    rc = Hishdf(fileone);
    if (rc==1) pfi->ncflg = 2;  /* HDF-SDS */
  }
#endif

  /* get remaining required metadata */
  rc = gadsdf(pfi, parms) ;
  if (rc==Failure) {
    snprintf(pout,255, "SDF Descriptor file %s was not successfully opened & parsed.\n", pfi->dnam) ;
    gaprnt(0, pout) ;
    frepfi (pfi, 0) ;
    freeparms(&parms);
    if (pcm->fnum <= 1) { 
      pcm->pfid = pcm->pfi1 = (struct gafile *) 0 ;
      pcm->fnum  = 0 ; 
      pcm->dfnum = 0 ;
    } else {
      pcm->fnum-- ;
      for (idummy = 1, pfi = pcm->pfi1 ; (idummy < pcm->fnum) && pfi ; ++idummy) {
	pfi = pfi->pforw ;
      }
      if (pfi) {
	pfi->pforw = (struct gafile *) 0 ;
      }
    }
    pfi = (struct gafile *) 0 ;
    return Failure;
  } 
  else {
    snprintf(pout,255, "SDF file %s is open as file %i\n", pfi->name, pcm->fnum);
    gaprnt(2, pout);
  }

  /* If SDF is first file open, set up some default dimension ranges for the user */
  if (pcm->fnum==1) {
    if (pfi->wrap) {
      gacmd ("set lon 0 360",pcm,0);
    }
    else {
      snprintf(pout,255,"set x 1 %i",pfi->dnum[0]);
      gacmd (pout,pcm,0);
    }
    snprintf(pout,255,"set y 1 %i",pfi->dnum[1]);
    gacmd (pout,pcm,0);
    gacmd ("set z 1",pcm,0);
    gacmd ("set t 1",pcm,0);
    gacmd ("set e 1",pcm,0);
  }
  freeparms(&parms);
  return Success;
}



/* Retrieves self-describing file metadata and fills in the gafile structure. */

gaint gadsdf(struct gafile *pfi, GASDFPARMS parms) {
struct gavar *pvar,*newpvar,*savepvar;
struct gavar *Xcoord=NULL,*Ycoord=NULL,*Zcoord=NULL,*Tcoord=NULL,*Ecoord=NULL ;
struct gaattr *attr,*attr1,*attr2,*deltat_attr,*timeunits_attr;
struct sdfnames *varnames;
struct gaens *ens;
struct dt dt2,tdef,tdefi,tdefe;
gadouble v1,v2,*zvals,*tvals=NULL,*evals=NULL;
gadouble time1,time2,lat1,lat2,lev1,lev2,incrfactor,sf;
gafloat dsec;
size_t len_time_units,trunc_point,sz ;
gaint len,noname,notinit,nolength;
gaint i,j,c,rc,flag,numdvars,e,t;
gaint iyr,imo,idy,ihr,imn,isec,ispress,isDatavar ;
gaint xdimid,ydimid,zdimid,tdimid,edimid ;
gaint istart,icount,havesf,haveao;
char *ch,*utname,*pos=NULL,*pos1=NULL,*pos2=NULL; 
char *time_units=NULL,*trunc_units=NULL,*temp_str ;
utUnit timeunit ;

  /* Enable griping, disable aborting, from within NetCDF library */
#if USENETCDF==1
  ncopts = NC_VERBOSE ;
#endif
  if (!utISinit) {
    utname = gxgnam("udunits.dat") ;
    if (utname != NULL) {
      if (utInit(utname)) {
	gaprnt(0, "gadsdf: UDUNITS package initialization failure.\n") ;
	return Failure ;
      }
    }
    utISinit = 1 ;
  } 

  /* Grab the metadata */
  if (read_metadata(pfi) == Failure) {
    gaprnt(0, "gadsdf: Couldn't ingest SDF metadata.\n") ;
    return Failure ;
  }
  if (!parms.isxdf) {
    pfi->calendar = 0 ;  /* 365 day kind not available under COARDS */
  }

  /* Get the title */
  if (parms.needtitle) {
    attr = NULL;
    attr = find_att("global", pfi->attr, "title") ;
    if (attr) {
      if ((attr->len) > 510) {
	getstr(pfi->title, (char *)(attr->value), 511) ;
      } else {
	getstr(pfi->title, (char *)(attr->value), attr->len) ;
      }
    }
  }

  /* Handle undef attribute */
  if (parms.needundef) {
    attr = NULL;
    attr = find_att("ALL", pfi->attr, "missing_value") ;
    if (!attr) {
      attr = find_att("ALL", pfi->attr, "_FillValue") ;
    }
    if (!attr) {
      pfi->undef =  -9.99e33;  /* must use default */
      pfi->undefattrflg = 0;
    } else {
      /* set the undef attribute name and trip the flag */
      pfi->undefattrflg = 1;
      len = strlen(attr->name);
      sz = len+1;
      if ((pfi->undefattr = (char *)galloc(sz,"undefattr1")) == NULL) goto err1;
      strncpy(pfi->undefattr, attr->name, len);
      *(pfi->undefattr+len) = '\0';
      /* If undef type is NC_FLOAT or NC_DOUBLE, use it for file-wide, otherwise use default */
      if (attr->len == 1) {
	if (attr->nctype == 5) {
	  pfi->undef = *(gafloat*)(attr->value);
	  }
	else if (attr->nctype == 6) {
	  pfi->undef = *(gadouble*)(attr->value);
	}
	else {
	  pfi->undef = -9.99e33;
	}
      }
      else {
	pfi->undef = -9.99e33;
      }
    }
  } 

  /* Look for scale factor or slope attribute */
  if (parms.needunpack) {
    havesf = 0; 
    haveao = 0;
    attr = NULL;
    attr = find_att("ALL", pfi->attr, "scale_factor") ;
    if (!attr) {
      attr = find_att("ALL", pfi->attr, "slope") ;
    }
    if (attr) {
      len = strlen(attr->name);
      sz = len+1;
      if ((pfi->scattr = (char *)galloc(sz,"scattr1")) == NULL) goto err1;
      strncpy(pfi->scattr,attr->name,len);
      *(pfi->scattr+len) = '\0';
      havesf = 1;
      if (!strncmp(pfi->scattr, "NULL", 4) || !strncmp(pfi->scattr, "null", 4)) havesf = 0;
    }
    /* Look for add offset or intercept attribute */
    attr = NULL;
    attr = find_att("ALL", pfi->attr, "add_offset") ;
    if (!attr) {
      attr = find_att("ALL", pfi->attr, "intercept") ;
    }
    if (attr) {
      len = strlen(attr->name);
      sz = len+1;
      if ((pfi->ofattr = (char *)galloc(sz,"ofattr1")) == NULL) goto err1;
      strncpy(pfi->ofattr,attr->name,len);
      *(pfi->ofattr+len) = '\0';
      haveao = 1;
      if (!strncmp(pfi->ofattr, "NULL", 4) || !strncmp(pfi->ofattr, "null", 4)) haveao = 0;
    }
    /* set the packflg */
    if (havesf) {
      pfi->packflg = haveao == 1 ? 2 : 1 ;
    } else {
      pfi->packflg = haveao == 1 ? 3 : 0 ;
    }
  }

  /* Set up the X Coordinate */
  if (parms.xsetup) {
    if (parms.xsrch) {   
    /* find an X axis */
      rc = findX(pfi, &Xcoord);
      if ((rc==Failure) || (Xcoord == NULL)) {
	gaprnt(0, "gadsdf: SDF file has no discernable X coordinate.\n") ;
	gaprnt(0,"  To open this file with GrADS, use a descriptor file with an XDEF entry.\n");
	gaprnt(0,"  Documentation is at http://iges.org/grads/gadoc/SDFdescriptorfile.html\n"); 
	return Failure ;
      }
    }
    else {    
      /* find the axis named in the descriptor file */
      Xcoord = find_var(pfi, parms.xdimname) ;
      if (!Xcoord) {
	snprintf(pout,255, "gadsdf: Can't find variable %s for X coordinate.\n",parms.xdimname);
	gaprnt(0,pout);
	return Failure ;
      }
    } 
    /* set the dimension size */
    for (i=0;insdfdims;i++) {
      if (pfi->sdfdimids[i] == Xcoord->vardimids[0]) {
	pfi->dnum[XINDEX] = pfi->sdfdimsiz[i];
	break;
      }
    }

    /* set the axis values */
    if ((sdfdeflev(pfi, Xcoord, XINDEX, 0)) == Failure)  {
      gaprnt(0, "gadsdf: Failed to define X coordinate values.\n") ;
      return Failure;
    }

  }
  /* set the xdimid */
  if (parms.isxdf && (!parms.xsrch)) {
    xdimid = find_dim(pfi, parms.xdimname) ;
    if (xdimid == -1) {
      snprintf(pout,255, "gadsdf: Lon dimension %s is not an SDF dimension.\n",parms.xdimname);
      gaprnt(0,pout);
      return Failure;
    }
  } else {
    if (Xcoord) {
      xdimid = find_dim(pfi, Xcoord->longnm) ;
    } else {
      xdimid = -1 ;
    }
  }

  /* Set up the Y coordinate */
  if (parms.ysetup) {
    /* find a Y axis */
    if (parms.ysrch) {
      rc=0;
      rc = findY(pfi, &Ycoord);
      if ((rc==Failure) || (Ycoord == NULL)) {
	gaprnt(0, "gadsdf: SDF file has no discernable Y coordinate.\n") ;
	gaprnt(0,"  To open this file with GrADS, use a descriptor file with a YDEF entry.\n");
	gaprnt(0,"  Documentation is at http://iges.org/grads/gadoc/SDFdescriptorfile.html\n"); 
	return Failure ;
      }
    }
    else {
      /* find the axis named in the descriptor file */
      Ycoord = find_var(pfi, parms.ydimname) ;
      if (!Ycoord) {
	snprintf(pout,255, "gadsdf: Can't find variable %s for Y coordinate.\n",parms.ydimname);
	gaprnt(0,pout);
	return Failure ;
      }
    } 
    /* set the dimension size */
    for (i=0;insdfdims;i++) {
      if (pfi->sdfdimids[i] == Ycoord->vardimids[0]) {
	pfi->dnum[YINDEX] = pfi->sdfdimsiz[i];
	break;
      }
    }

    /* Read first two values to deduce YREV flag */
    if (pfi->dnum[YINDEX] > 1)  {
      istart = 0;
      icount = 1; 
      if (read_one_dimension(pfi, Ycoord, istart, icount, &lat1) == Failure) {
	gaprnt(0, "gadsdf: Error reading first latitude value in SDF file.\n") ;
	return Failure;
      }
      istart = 1;
      icount = 1;
      if (read_one_dimension(pfi, Ycoord, istart, icount, &lat2) == Failure) {
	gaprnt(0, "gadsdf: Error reading second latitude value in SDF file.\n") ;
	return Failure;
      }
      /* Set yrev flag */
      if (lat2 < lat1) pfi->yrflg = 1 ;
    } 
    
    /* Read the axis values */
    if ((sdfdeflev(pfi, Ycoord, YINDEX, pfi->yrflg)) == Failure)  {
      gaprnt(0, "gadsdf: Failed to define Y coordinate values.\n") ;
      return Failure;
    }

  }
  /* set the ydimid */
  if (parms.isxdf && (!parms.ysrch)) {
    ydimid = find_dim(pfi, parms.ydimname) ;
    if (ydimid == -1) {
      snprintf(pout,255,"gadsdf: Lat dimension %s is not an SDF dimension.\n",parms.ydimname);
      gaprnt(0,pout);
      return Failure;
    }
  } 
  else {
    if (Ycoord) {
      ydimid = find_dim(pfi, Ycoord->longnm) ;
    } else {
      ydimid = -1 ;
    }
  }

  /* Set up the Z coordinate */
  if (parms.zsetup) {
    /* find a Z axis */
    if (parms.zsrch) {
      (void) findZ(pfi, &Zcoord, &ispress);
    }
    else {
      /* find the axis named in the descriptor file */
      Zcoord = find_var(pfi, parms.zdimname) ;
      if (!Zcoord) {
	snprintf(pout,255,"gadsdf: Can't find variable %s for Z coordinate.\n",parms.zdimname);
	gaprnt(0,pout);
	return Failure ;
      }
    }
    if (!Zcoord) {
      /* set up a dummy zaxis; the equivalent of "zdef 1 linear 0 1" */
      pfi->dnum[ZINDEX] = 1 ;
      sz = sizeof(gadouble)*6;
      if ((zvals = (gadouble *)galloc(sz,"zvals")) == NULL) {
	gaprnt(0,"gadsdf: Unable to allocate memory for dummy Z coordinate axis values\n");
	goto err1;
      }
      *(zvals) = 1.0;
      *(zvals+1) = 0.0 - 1.0;
      *(zvals+2) = -999.9;
      pfi->grvals[ZINDEX] = zvals;
      *(zvals+3) = 1.0;
      *(zvals+4) = 1.0;
      *(zvals+5) = -999.9;
      pfi->abvals[ZINDEX] = zvals+3;
      pfi->ab2gr[ZINDEX] = liconv;
      pfi->gr2ab[ZINDEX] = liconv;
      pfi->linear[ZINDEX] = 1;
    }
    else {
      /* set the dimension size */
      for (i=0;insdfdims;i++) {
	if (pfi->sdfdimids[i] == Zcoord->vardimids[0]) {
	  pfi->dnum[ZINDEX] = pfi->sdfdimsiz[i];
	  break;
	}
      }
      /* Read first two values to deduce ZREV flag */
      if (pfi->dnum[ZINDEX] > 1)  {
	istart = 0;
	icount = 1; 
	if (read_one_dimension(pfi, Zcoord, istart, icount, &lev1) == Failure) {
	  gaprnt(0, "gadsdf: Error reading first Zcoord value in SDF file.\n") ;
	  return Failure;
	}
	istart = 1;
	icount = 1;
	if (read_one_dimension(pfi, Zcoord, istart, icount, &lev2) == Failure) {
	  gaprnt(0, "gadsdf: Error reading second Zcoord value in SDF file.\n") ;
	  return Failure;
	}
	/* Set zrev flag */
	attr = NULL;
	attr = find_att(Zcoord->longnm, pfi->attr, "positive") ;
	if (attr != NULL) {
	  if (!strncmp("down", (char *)attr->value, 4)) {
	    if (lev2 > lev1) pfi->zrflg = 1 ;	    /* positive:down */
	  } 
	  else {
	    if (lev2 < lev1) pfi->zrflg = 1 ;        /* positive:up */
	  }
	}
	else if (ispress) {
	  if (lev2 > lev1) pfi->zrflg = 1 ;  /* pressure is always positive down */
	} else {
	  if (lev2 < lev1) pfi->zrflg = 1 ;  /* default is positive up */
	}
      } 
      /* Read the axis values */
      if ((sdfdeflev(pfi, Zcoord, ZINDEX, pfi->zrflg)) == Failure)  {
	gaprnt(0, "gadsdf: Failed to define Z coordinate values.\n") ;
	return Failure;
      }
    }
  }
  /* set the zdimid */
  if (parms.isxdf && (!parms.zsrch)) {
    zdimid = find_dim(pfi, parms.zdimname) ;
    if (zdimid == -1) {
      snprintf(pout,255, "gadsdf: Lev dimension %s is not an SDF dimension.\n",parms.zdimname);
      gaprnt(0,pout);
      return Failure;
    }
  } else {
    if (Zcoord) {
      zdimid = find_dim(pfi, Zcoord->longnm) ;
    } else {
      zdimid = -1 ;
    }
  }

  /* Set up the T coordinate */
  if (parms.tsetup) {
    if (parms.tsrch) {
      /* find a T axis */
      (void) findT(pfi, &Tcoord);
    }
    else {
      /* find the axis named in the descriptor file */
      Tcoord = find_var(pfi, parms.tdimname) ;
      if (!Tcoord) {
	snprintf(pout,255, "gadsdf: Can't find variable %s for T coordinate.\n",parms.tdimname);
	gaprnt(0,pout);
	return Failure ;
      }
    }
    if (!Tcoord) {
      /* initialize a dummy time coordinate */
      pfi->dnum[TINDEX] = 1 ;
      sz = sizeof(gadouble)*8;
      if ((tvals = (gadouble *) galloc(sz,"tvals1")) == NULL) {
	gaprnt(0, "gadsdf: memory allocation failed for dummy time coordinate info.\n") ;
	return Failure ;
      }
      tvals[0] = 1.0 ; /* initial year */
      tvals[1] = 1.0 ; /* initial month */
      tvals[2] = 1.0 ; /* initial day */
      tvals[3] = 0.0 ; /* initial hour */
      tvals[4] = 0.0 ; /* initial minutes */
      tvals[5] = 0.0 ; /* step in months */
      tvals[6] = 1.0 ; /* step in minutes */
      tvals[7] = -999.9 ;
      pfi->grvals[TINDEX] = tvals ;
      pfi->abvals[TINDEX] = tvals ;
      pfi->linear[TINDEX] = 1 ;
      gaprnt(2, "SDF file has no discernable time coordinate -- using default values.\n") ;
    }
    else {
      /* make sure it's not a 365 day calendar */
      attr = NULL;
      attr = find_att(Tcoord->longnm, pfi->attr, "calendar") ;
      if (attr) {
	if ((!strncasecmp((char *)attr->value,"cal365",      6)) ||
	    (!strncasecmp((char *)attr->value,"altcal365",   9)) ||
	    (!strncasecmp((char *)attr->value,"common_year",11)) ||
	    (!strncasecmp((char *)attr->value,"365_day",     7)) ||
	    (!strncasecmp((char *)attr->value,"noleap",      6))) {
	  
	  gaprnt(0,"SDF Error: 365 day calendars are no longer supported by sdfopen.\n"); 
	  gaprnt(0,"  To open this file with GrADS, use a descriptor file with \n");
	  gaprnt(0,"  a complete TDEF entry and OPTIONS 365_day_calendar. \n");
	  gaprnt(0,"  Documentation is at http://iges.org/grads/gadoc/SDFdescriptorfile.html\n"); 
	  return Failure;
	}
      }
      /* set dimension size */
      for (i=0;insdfdims;i++) {
	if (pfi->sdfdimids[i] == Tcoord->vardimids[0]) {
	  pfi->dnum[TINDEX] = pfi->sdfdimsiz[i];
	  break;
	}
      }
      /* Set time axis values */
      /* Get the units attribute */
      timeunits_attr = NULL;
      timeunits_attr = find_att(Tcoord->longnm, pfi->attr, "units") ;
      if (!timeunits_attr) {
	gaprnt(0, "gadsdf: Couldn't find units attribute for Time coordinate.\n") ;
	return Failure;
      }
      /* Read first two values to deduce time increment */
      istart = 0;
      icount = 1; 
      if (read_one_dimension(pfi, Tcoord, istart, icount, &time1) == Failure) {
	gaprnt(0, "gadsdf: Error reading first time value in SDF file.\n") ;
	return Failure;
      }
      if (pfi->dnum[TINDEX] > 1)  {
	istart = 1;
	icount = 1;
	if (read_one_dimension(pfi, Tcoord, istart, icount, &time2) == Failure) {
	  gaprnt(0, "gadsdf: Error reading second time values in SDF file.\n") ;
	  return Failure;
	}
      } 
      else {
	time2 = time1;
      }
      sz = sizeof(gadouble)*8;
      if ((tvals = (gadouble *) galloc(sz,"tvals2")) == NULL) {
	gaprnt(0,"Error finding storage to define time coordinate in SDF file.\n") ;
	return Failure; 
      }
	
      /* Handle YYMMDDHH time */
      if ((timeunits_attr->nctype==1) && 
	  (timeunits_attr->len < 10) &&  
	  (!strncmp((char *)timeunits_attr->value, "YYMMDDHH", 8))) {
	tvals[0] = (((gaint) time1) / 1000000) ;
	tvals[1] = ((((gaint) time1) / 10000) % 100) ;
	tvals[2] = ((((gaint) time1) / 100) % 100) ;
	tvals[3] = (((gaint) time1) % 100) ;
	tvals[4] =  0.0 ;
	/* If more than one time step, deduce increment */ 
	if (pfi->dnum[TINDEX] > 1) {
	  dt2.yr = (((gaint) time2) / 1000000) - (((gaint) time1) / 1000000) ;
	  dt2.mo = ((((gaint) time2) / 10000) % 100) - ((((gaint) time1) / 10000) % 100) ;
	  dt2.dy = ((((gaint) time2) / 100) % 100) - ((((gaint) time1) / 100) % 100) ;
	  dt2.hr = (((gaint) time2) % 100) - (((gaint) time1) % 100) ;
	  dt2.mn = 0 ;
	  if ((dt2.yr > 0) || (dt2.mo > 0)) {
	    tvals[5] = (dt2.yr * 12.0) + dt2.mo ;
	    tvals[6] = 0.0 ;
	  } else {
	    tvals[5] = 0.0 ;
	    tvals[6] = (dt2.dy * 1440.0) + (dt2.hr * 60.0) + dt2.mn ;
	    if (tvals[6] < 1.0) {
	      gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
	      goto err2;
	    }
	  }
	} 
	else  {
	  /* only one time step*/
	  tvals[5] = 0.0 ;
	  tvals[6] = 1.0 ; /* one time-step files get a (meaningless) delta t of one minute */
	}
      } 
      /* Handle YYYYMMDDHHMMSS time */
      else if (pfi->time_type == CDC) {
	if (!decode_standard_time(time1, &iyr, &imo, &idy, &ihr, &imn, &dsec)) {
	  gaprnt(0, "gadsdf: Error deciphering initial time value in SDF file.\n") ;
	  goto err2;
	}
	if (iyr <= 0) iyr = 1 ;
	if (imo <= 0) imo = 1 ;
	if (idy <= 0) idy = 1 ;
	tvals[0] = iyr ;
	tvals[1] = imo ;
	tvals[2] = idy ;
	tvals[3] = ihr ;
	tvals[4] = imn ;
	/* If more than one time step, deduce increment */ 
	if (pfi->dnum[TINDEX] > 1) {
	  /* For YYYYMMDDHHMMSS time type, delta_t attribute must be present. */
	  deltat_attr = NULL;
	  deltat_attr = find_att(Tcoord->longnm, pfi->attr, "delta_t") ;
	  if (!deltat_attr) {
	    gaprnt(0, "gadsdf: Error in determining time increment in SDF file.\n") ;
	    goto err2;
	  }
	  ch = (char *) deltat_attr->value ;
	  if (!decode_delta_t(ch, &dt2.yr, &dt2.mo, &dt2.dy, &dt2.hr, &dt2.mn, &isec)) {
	    gaprnt(0, "gadsdf: Error deciphering time increment in SDF file.\n") ;
	    goto err2;
	  }
	  if ((dt2.yr > 0) || (dt2.mo > 0)) {
	    tvals[5] = (dt2.yr * 12.0) + dt2.mo ;
	    tvals[6] = 0.0 ;
	  } else {
	    tvals[5] = 0.0 ;
	    tvals[6] = (dt2.dy * 1440.0) + (dt2.hr * 60.0) + dt2.mn ;
	    if (tvals[6] < 1.0) {
	      gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
	      goto err2;
	    }
	  }
	} 
	else {
	  /* only one time step*/
	  tvals[5] = 0.0 ;
	  tvals[6] = 1.0 ; /* one time-step files get a (meaningless) delta t of one minute */
	}
      } 
      /* Handle all other udunits-compatible times */ 
      else {
	/* check if units field has an origin */  
	if (!strstr((char *)timeunits_attr->value, " since ")) {    
	  /* no origin, use a default */
	  len_time_units = strlen((char *)timeunits_attr->value) + strlen(DFLTORIGIN) + 1 ;
	  sz = len_time_units;
	  time_units = (char *) galloc(sz,"time_un1") ;
	  if (time_units==NULL) {
	    gaprnt(0, "gadsdf: Memory allocation error for time_units\n") ;
	    goto err2;
	  }
	  strcpy(time_units, (char *) timeunits_attr->value);
	  strcat(time_units, DFLTORIGIN);
	} 
	else {
	  len_time_units = strlen((char *)timeunits_attr->value) + 1;
	  sz = len_time_units;
	  time_units = (char *) galloc(sz,"time_un2") ;
	  if (time_units==NULL) {
	    gaprnt(0, "gadsdf: Memory allocation error for time_units\n");
	    goto err2;
	  }
	  strcpy(time_units, (char *) timeunits_attr->value);
	} 
	/* convert unit string to a udunits format */
	if (utScan(time_units, &timeunit)) {
	  gaprnt(0, "gadsdf: Error parsing time_units for SDF file.\n") ;
	  goto err2;
	}
	/* convert udunits-formatted time to integer values for yr, mo, etc. */
	if (utCalendar (time1, &timeunit, &iyr, &imo, &idy, &ihr, &imn, &dsec)) {
	  gaprnt(0,"gadsdf: Error decoding initial udunits time value in SDF file.\n") ;
	  goto err2;
	}
	if (imo == 0) imo = 1 ;
	if (idy == 0) idy = 1 ;
	tvals[0] = iyr ;
	tvals[1] = imo ;
	tvals[2] = idy ;
	tvals[3] = ihr ;
	tvals[4] = imn ;

	/* If more than one time step, deduce increment */
	if (pfi->dnum[TINDEX] > 1) {
	  temp_str = strstr(time_units, " since ") ;
	  if (!temp_str) {
	    trunc_point = strlen(time_units) ;
	  } else {
	    trunc_point = strlen(time_units)-strlen(temp_str)+1;
	  }
	  sz = trunc_point+1;
          trunc_units = (char *) galloc(sz,"trunc_units");
	  if (trunc_units==NULL) {
	    gaprnt(0,"gadsdf: Memory Allocation Error for trunc_units\n");
	    goto err2;
	  }
	  strncpy(trunc_units, time_units, trunc_point) ;
	  trunc_units[trunc_point] = '\0' ;
	  istart = 1 ;
	  incrfactor = time2 - time1 ;
	    
	  if (compare_units("year", trunc_units) == Success) /* match is 1 */ {
	    tvals[5] = 12.0 * incrfactor;
	    if (tvals[5] < 1.0) {
	      gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
	      goto err2;
	    }
	    tvals[6] = 0.0 ;
	  } 
	  else {
	    /* COARDS conventions say only year, day, hour, and minute are OK, not month */
	    /* But I've accepted Camiel's patch for "months since ..."  -Hoop 2K/07/25 */
	    tvals[5] = 0.0 ;
	    if ((!strncmp(time_units, "month", 5)) ||
		(!strncmp(time_units, "common_year/12", 14)) ||
		(!strncmp(time_units, "common_years/12", 15))) {
	      tvals[5] = incrfactor;
	      tvals[6] = 0.0 ;
	      if (tvals[5] < 1.0) {
		gaprnt(0, "gadsdf: Fractional months are ill-defined and not supported by GrADS\n") ;
		goto err2;
	      }
	    } 
	    else if (compare_units("day", trunc_units) == Success) {
	      if (incrfactor < 28.0) {
		tvals[6] = incrfactor * 24.0 * 60.0 ;  /* convert units from days to minutes */
		/* round this to the nearest minute */
		tvals[6]=floor(tvals[6]+0.5);
		if (tvals[6] < 1.0) {
		  gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		  goto err2;
		}
	      } 
	      else if (incrfactor < 360.0) /* assume really months */ {
		/* This dirty trick should get the right number of months for monthly, */
		/* bi-monthly, and seasonal data.  If there's anything between that and */
		/* annual data (which should have units of "year(s) since"), we're broken */
		tvals[5] = ((gaint) (incrfactor + 0.5)) / 28;
		tvals[6] = 0.0 ;
		if (tvals[5] < 1.0) {
		  gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		  goto err2;
		}
	      } 
	      else /* annual or multi-annual w/"days since" */{
		/* also a dirty trick to figure out how many years & mult. by 12 */
		tvals[5] = 12.0 * ((gadouble)(((gaint) (incrfactor + 0.5))/360)) ;
		tvals[6] = 0.0 ;
	      }
	    } 
	    else if (compare_units("hour", trunc_units) == Success) {
	      if (incrfactor < (28.0 * 24.0)) {
		tvals[6] = incrfactor * 60.0 ;
		if (tvals[6] < 1.0) {
		  gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		  goto err2;
		}
	      } 
	      else  {
		if (incrfactor >= (360 * 24)) /* try years? */{
		  tvals[5] = 12.0 * ((gadouble) ((gaint)
						  (((gaint)(incrfactor + 0.5)) / (360.0 * 24.0)))) ;
		  tvals[6] = 0.0 ;
		} 
		else /* assume really months */ {
		  tvals[5] = ((gaint) (incrfactor + 0.5)) / (28 * 24);
		  tvals[6] = 0.0 ;
		}
		if (tvals[5] < 1.0) {
		  gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		  goto err2;
		}
	      }
	    } 
	    else if (compare_units("minute", trunc_units) == Success) {
	      if (incrfactor < (60.0 * 24.0 * 28.0)) {
		tvals[5] = 0.0 ;
		tvals[6] = incrfactor ;
		if (tvals[6] < 1.0) {
		  gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		  goto err2;
		}
	      } 
	      else /* monthly or greater */ {
		if (tvals[6] < (60.0 * 24.0 * 360.0)) {
		  tvals[5] = ((gaint) ((incrfactor / (60.0 * 24.0)) + 0.5)) / 28;
		  tvals[6] = 0.0 ;
		} 
		else {
		  gaprnt(0,"gadsdf: Time increment too large for 'minutes since' time units attribute\n");
		  goto err2;
		}
	      }
	    } 
	    else if (compare_units("seconds", trunc_units) == Success) {
	      if (incrfactor < 60.0) {
		gaprnt(0, "gadsdf: Time unit has too small an increment (min. 1 minute).\n") ;
		goto err2;
	      } 
	      else {
		if (incrfactor < (60.0 * 60.0 * 24.0 * 28.0)) {
		  /* less than monthly, so use tvals[6] */
		  tvals[6] = incrfactor / 60.0 ;
		} 
		else /* monthly or greater */ {
		  if (incrfactor < (60.0 * 60.0 * 24.0 * 360)) {
		    /* assume monthly */
		    tvals[5] = ((gaint) ((incrfactor/(60.0 * 60.0 * 24.0)) + 0.5)) / 28;
		    tvals[6] = 0.0 ;
		  } 
		  else {
		    gaprnt(0,"gadsdf: Time increment too large for 'seconds since' time units attribute\n");
		    goto err2;
		  }
		}
	      }
	    } 
	    else {
	      gaprnt(0, "gadsdf: Error parsing time units in SDF file.\n") ;
	      goto err2;
	    }
	  } /* finer than years resolution */
	}
	else {
	  /* only one time step */
	  tvals[5] = 0.0 ;
	  tvals[6] = 1.0 ; /* one time-step files get a (meaningless) delta t of one minute */
	} 
	if (time_units)  gree(time_units,"f1");
	if (trunc_units) gree(trunc_units,"f2") ;
      } /* end if udunits time */

      /* Set scaling values */
      tvals[7] = -999.9 ;
      pfi->grvals[TINDEX] = tvals ;
      pfi->abvals[TINDEX] = tvals ;
      pfi->linear[TINDEX] = 1 ;

    } /* has a T coordinate */
  } /* doing T setup */

  /* Set the tdimid */
  if (parms.isxdf && (!parms.tsrch)) {
    if (parms.tdimname != NULL) {
      tdimid = find_dim(pfi, parms.tdimname) ;
      if (tdimid == -1) {
	snprintf(pout,255, "gadsdf: Time dimension %s is not an SDF dimension.\n",parms.tdimname);
	gaprnt(0,pout);
	return Failure;
      }
    }
    else tdimid = -1;  /* this is for the %nodim% option in TDEF */
  }
  else {
    if (Tcoord) {
      tdimid = find_dim(pfi, Tcoord->longnm) ;
    } else {
      tdimid = -1 ;
    }
  }
  
   /* Set up the E coordinate */
  if (parms.esetup) {
    if (parms.esrch) {   
    /* find an E axis */
      (void) findE(pfi, &Ecoord);
    }
    else {    
      /* find the axis named in the descriptor file */
      Ecoord = find_var(pfi, parms.edimname) ;
      if (!Ecoord) {
	snprintf(pout,255,"gadsdf: Can't find variable %s for Ensemble coordinate.\n",parms.edimname);
	gaprnt(0,pout);
	return Failure ;
      }
    } 
    if (!Ecoord) {  /* no ensemble dimension found */
      if (parms.esetup != 4 && pfi->ens1==NULL ) { /* the dummy E axis was not set up in gadxdf */
	/* set up the default values */
	pfi->dnum[EINDEX] = 1;
	/* set up linear scaling */
	sz = sizeof(gadouble)*6;
	if ((evals = (gadouble *)galloc(sz,"evals")) == NULL) {
	  gaprnt(0,"gadsdf: memory allocation failed for default ensemble dimension scaling values\n");
	  goto err1;
	}
	v1=v2=1;
	*(evals+1) = v1 - v2;
	*(evals) = v2;
	*(evals+2) = -999.9;
	*(evals+4) = -1.0 * ( (v1-v2)/v2 );
	*(evals+3) = 1.0/v2;
	*(evals+5) = -999.9;
	pfi->grvals[EINDEX] = evals;
	pfi->abvals[EINDEX] = evals+3;
	pfi->ab2gr[EINDEX] = liconv;
	pfi->gr2ab[EINDEX] = liconv;
	pfi->linear[EINDEX] = 1;
	/* allocate a single ensemble structure */
	sz = sizeof(struct gaens);
	if ((ens = (struct gaens *)galloc(sz,"ens1")) == NULL) {
	  gaprnt(0,"gadsdf: memory allocation failed for default E axis values\n");
	  goto err1;
	}
	pfi->ens1 = ens;
	snprintf(ens->name,15,"1");
	ens->length = pfi->dnum[TINDEX];
	ens->gt = 1;
	gr2t(pfi->grvals[TINDEX],1.0,&ens->tinit);
	/* set grib codes to default values */
	for (j=0;j<4;j++) ens->grbcode[j]=-999;
      }
    }
    else { 
      /* We have a dimension */  
      if (parms.esetup == 3) {   /* we still need size, ensemble names, time metadata */
	/* set the dimension size */
	for (i=0;insdfdims;i++) {
	  if (pfi->sdfdimids[i] == Ecoord->vardimids[0]) {
	    pfi->dnum[EINDEX] = pfi->sdfdimsiz[i];
	    break;
	  }
	}
	/* set up linear scaling */
	sz = sizeof(gadouble)*6;
	if ((evals = (gadouble *)galloc(sz,"evals1")) == NULL) {
	  gaprnt(0,"gadsdf: memory allocation failed for ensemble dimension scaling values\n");
	  goto err1;
	}
	v1=v2=1;
	*(evals+1) = v1 - v2;
	*(evals) = v2;
	*(evals+2) = -999.9;
	*(evals+4) = -1.0 * ( (v1-v2)/v2 );
	*(evals+3) = 1.0/v2;
	*(evals+5) = -999.9;
	pfi->grvals[EINDEX] = evals;
	pfi->abvals[EINDEX] = evals+3;
	pfi->ab2gr[EINDEX] = liconv;
	pfi->gr2ab[EINDEX] = liconv;
	pfi->linear[EINDEX] = 1;
	/* allocate an array of ensemble structures */
	sz = pfi->dnum[EINDEX] * sizeof(struct gaens); 
	if ((ens = (struct gaens *)galloc(sz,"ens2")) == NULL) {
	  gaprnt(0,"gadsdf: memory allocation failed for E axis values\n");
	  goto err1;
	}
	pfi->ens1 = ens;
      }
      else {
	/* check to make sure the size given in xdf descriptor matches actual size */
	if (pfi->sdfdimsiz[Ecoord->vardimids[0]] != pfi->dnum[EINDEX]) {
	  gaprnt(0,"gadsdf: Ensemble dimension size in descriptor and data file do not match.\n");
	  return Failure;
	}
      }
      if (parms.esetup >= 2) {   /* still need ensemble names, time metadata */
	/* first see if there is an attribute containing ensemble names in the file */
	noname=1;
	if (pfi->ncflg==2) {
	  gaprnt(0,"Contact the GrADS developers if you have an HDF file with ensemble metadata\n");
	  return Failure;
	} 
	else {
	  attr = NULL;
	  attr = find_att("ens", pfi->attr, "grads_name");
	  if (attr) {
	    noname=0;
	    pos = (char*)attr->value;  /* set the pointer to the beginning of the string */
	  }
	}
	/* loop through array of ensemble structures, assigning names */
	ens = pfi->ens1;
	i=1;
	while (i<=pfi->dnum[EINDEX]) {
	  if (noname) {
	    snprintf(ens->name,15,"%d",i);   /* default to ensemble index number for a name */
	  }
	  else {
	    /* get the ensemble name */
	    len=0;
	    while (len<16 && *pos!=',' ) {
	      ens->name[len] = *pos;
	      len++; 
	      pos++;
	    }
	    ens->name[len] = '\0';
	    pos++;  /* advance past the comma */
	  }
	  i++; ens++;
	}
      }

      /* Get the time metadata for each ensemble */
      /* Look for attributes containing lengths and initial time indices */
      nolength=1;
      attr1 = NULL;
      attr1 = find_att("ens", pfi->attr, "grads_length");
      if (attr1) {
	nolength=0;
	pos1 = (char*)attr1->value;
      }
      notinit=1;
      attr2 = NULL;
      attr2 = find_att("ens", pfi->attr, "grads_tinit");
      if (attr2) {
	notinit=0;
	pos2 = (char*)attr2->value;
      }
      /* loop through array of ensemble structures, assigning lengths and initial times */
      ens = pfi->ens1;
      i=1;
      while (i<=pfi->dnum[EINDEX]) {
	/* assign length and start time index of each ensemble member */
	if (nolength) {
	  ens->length = pfi->dnum[3];     /* default to length of time axis */
	} else {
	  /* get the ensemble length */
	  pos1 = intprs(pos1,&ens->length);
	  pos1++;  /* advance past the comma */
	}
	if (notinit) {
	  ens->gt = 1;                     /* default to start of time axis */
	} else {
	  pos2 = intprs(pos2,&ens->gt);
	  pos2++;  /* advance past the comma */
	}
	/* populate the tinit structure for each ensemble */
	gr2t(pfi->grvals[TINDEX],(gadouble)ens->gt,&ens->tinit);
	/* set grib codes to default values */
	for (j=0;j<4;j++) ens->grbcode[j]=-999;  
	i++; ens++;

      }
    }
  }

  /* set the edimid */
  if (parms.isxdf && (!parms.esrch)) {
    edimid = find_dim(pfi, parms.edimname) ;
    if (edimid == -1) {
      snprintf(pout,255,"gadsdf: Ensemble dimension %s is not an SDF dimension.\n",parms.edimname);
      gaprnt(0,pout);
      return Failure;
    }
  } else {
    if (Ecoord) {
      edimid = find_dim(pfi, Ecoord->longnm) ;
    } else {
      edimid = -1 ;
    }
  }

  /* rewrite the fnums array if E > 1 */
  if (pfi->tmplat && pfi->dnum[4]>1) {
    /* first, free the memory used to set up fnums in gadxdf */
    if (pfi->fnums != NULL) gree(pfi->fnums,"f20a");

    /* The fnums array is the size of the time axis multiplied by the
       size of the ensemble axis. It contains the t index which generates
       the filename that contains the data for each timestep. If the ensemble 
       has no data file for a given time, the fnums value will be -1 */
    sz = sizeof(gaint)*pfi->dnum[3]*pfi->dnum[4];
    pfi->fnums = (gaint *)galloc(sz,"fnums1");   
    if (pfi->fnums==NULL) {
      gaprnt(0,"Open Error: memory allocation failed for fnums\n");
      goto err2;
    }
    /* get dt structure for t=1 */
    gr2t(pfi->grvals[3],1.0,&tdefi);
    /* loop over ensembles */
    ens=pfi->ens1;
    e=1;
    while (e<=pfi->dnum[4]) {
      j = -1; 
      t=1;
      /* set fnums value to -1 for time steps before ensemble initial time */
      while (tgt) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      j = ens->gt;
      /* get dt structure for ensemble initial time */
      gr2t(pfi->grvals[3],ens->gt,&tdefe);
      /* get filename for initial time of current ensemble member  */
      ch = gafndt(pfi->name,&tdefe,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,ens->gt,e,&flag);   
      if (ch==NULL) {
	snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,ens->gt);
	gaprnt(0,pout);
	goto err2;
      }
      if ((flag==1) && (pfi->dnum[4]>1)) {
	gaprnt(0,"Open Error: If the E dimension size is > 1 \n");
	gaprnt(0,"  and templating in the T dimension is used,\n");
	gaprnt(0,"  then templating in the E dimension must also be used.\n");
	goto err2;
      }
      pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      /* loop over remaining valid times for this ensemble */
      for (t=ens->gt+1; tgt+ens->length; t++) {
	/* get filename for time index=t ens=e */
	gr2t(pfi->grvals[3],(gadouble)t,&tdef);
	pos = gafndt(pfi->name,&tdef,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,t,e,&flag);  
	if (pos==NULL) {
	  snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,t);
	  gaprnt(0,pout);
	  goto err2;
	}
	if (strcmp(ch,pos)!=0) {    /* filename has changed */
	  j = t;   
	  gree(ch,"f47");
	  ch = pos;
	}
	else {
	  gree(pos,"f48");
	}
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      }
      gree(ch,"f48a");
      /* set fnums value to -1 for time steps after ensemble final time */
      j = -1;
      while (t<=pfi->dnum[3]) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      e++; ens++;
    }
    pfi->fnumc = 0;
    pfi->fnume = 0;
  }

  /* Find all the data variables */
  numdvars = 0 ;
  pvar = pfi->pvar1;  
  i=0;
  /* loop through complete variable list */
  while (ivnum) {
    isDatavar=0 ;
    pvar->isdvar=0;
    isDatavar = isdvar(pfi, pvar, xdimid, ydimid, zdimid, tdimid, edimid);
    if (isDatavar==Success) {
      /* Compare to varnames in the list from the xdf descriptor */
      if (parms.isxdf && (!parms.dvsrch)) {
	varnames = parms.names1;
	j=0;
        flag=1;
	while (jlongnm, varnames->longnm)) {
	    for (c=0; c<16; c++) pvar->abbrv[c] = varnames->abbrv[c];
	    numdvars++;
	    pvar->isdvar=1;
	    flag=0;
	  }
	  j++; varnames++;
	}
      }
      /* we'll use all data variables we can find */
      else {  
	numdvars++; 
	pvar->isdvar=1;
	/* create a GrADS-friendly variable name */
	strncpy(pvar->abbrv, pvar->longnm, 15);
	pvar->abbrv[15] = '\0';
	lowcas(pvar->abbrv);
      }
    }
    i++; pvar++;
  }                                                                                      
  if (numdvars == 0) {
    gaprnt(0,"gadsdf: SDF file does not have any non-coordinate variables.\n") ;
    return Failure;
  } 
  else {
    /* allocate a new array of gavar structures */
    sz = numdvars*sizeof(struct gavar);
    if ((newpvar = (struct gavar *) galloc(sz,"newpvar")) == NULL) {
      gaprnt(0, "gadsdf: unable to allocate memory for data variable array.\n");
      goto err1;
    }
    savepvar=newpvar;
    /* copy all the valid data variables into the new variable array */
    pvar = pfi->pvar1;  
    i=0;
    while (ivnum) {
      if (pvar->isdvar == 1) {
	*newpvar = *pvar;
	newpvar->ncvid = -999; /* reset the varid so undefs will be read in gaio.c */
	newpvar->sdvid = -999; /* reset the varid so undefs will be read in gaio.c */
	newpvar++;
      }
      i++; pvar++;
    }
    /* update the gafile structure with the new gavar array and new vnum */
    gree(pfi->pvar1,"f4");
    pfi->pvar1 = savepvar;
    pfi->vnum = numdvars;

  }

  /* Allocate an I/O buffer the size of one row */
  sz = pfi->dnum[XINDEX] * sizeof(gadouble);
  if ((pfi->rbuf = (gadouble *)galloc(sz,"rbuf")) == NULL) goto err1;
  sz = pfi->dnum[XINDEX] * sizeof(char);
  if ((pfi->ubuf = (char *)galloc(sz,"ubuf")) == NULL) goto err1;

  /* Set one last parameter in the gafile structure */
  pfi->gsiz = pfi->dnum[XINDEX] * pfi->dnum[YINDEX];

  /* Set the default netcdf/hdf5 cache size to be big enough to contain 
     a global 2D grid of 8-byte data values times the global cache scale factor */
  if (pfi->cachesize == (long)-1) {
    sf = qcachesf();
    sf = sf * 8 * pfi->dnum[0] * pfi->dnum[1];
    pfi->cachesize = (long)floor(sf) ;
  }
  /* set the netCDF-4 cache size */
  sz = (size_t)pfi->cachesize;
  set_nc_cache(sz);

  return Success;

err2:
  if (time_units) gree(time_units,"f5");
  if (trunc_units) gree(trunc_units,"f6") ;
  if (tvals) gree(tvals,"f7");
  return Failure;
err1:
  gaprnt (0,"gadsdf: Memory allocation error\n");
  return Failure;

}

int compare_units(char *test_unit, char *trunc_unit) {
  utUnit testing_unit, truncated_unit ;
  gaint rc ;
  gadouble slope, intercept ;
    
  rc = utScan(test_unit, &testing_unit) ;
  if (rc != 0) return Failure ;

  rc = utScan(trunc_unit, &truncated_unit) ;
  if (rc != 0) return Failure;

  rc = utConvert(&truncated_unit, &testing_unit, &slope, &intercept) ;
  if (rc != 0) return Failure;

  if (dequal(slope, 1.0, (gadouble)1.0e-8)==0 && dequal(intercept, 0.0, (gadouble)1.0e-8)==0) 
    return Success;
  else 
    return Failure;
}


gaint isdvar(struct gafile *pfi, struct gavar *var, 
	   gaint xdimid, gaint ydimid, gaint zdimid, gaint tdimid, gaint edimid) {
  gaint i, hasX, hasY, hasZ, hasT, hasE;
  struct gaattr *attr; 

  /* Check if var is a coordinate variable */
  if (var->nvardims == 1) {  /* var is 1-D */
    for (i=0; insdfdims; i++) {
      if (var->vardimids[0] == pfi->sdfdimids[i]) { /* var dimid matches a file dimid */
	if (!strcmp(pfi->sdfdimnam[i], var->longnm)) { /* var name matches dimension name */
	  return Failure;
	}
      }
    }
  }

  /* Determine which of var's coordinate dimensions match the 5 grid dimids */
  hasX = hasY = hasZ = hasT = hasE = 0;
  for (i=0 ; invardims; i++) {
    if      (var->vardimids[i] == xdimid) { var->units[i]=-100; hasX=1; }
    else if (var->vardimids[i] == ydimid) { var->units[i]=-101; hasY=1; }
    else if (var->vardimids[i] == zdimid) { var->units[i]=-102; hasZ=1; }
    else if (var->vardimids[i] == tdimid) { var->units[i]=-103; hasT=1; }
    else if (var->vardimids[i] == edimid) { var->units[i]=-104; hasE=1; }
  }

  if (hasX || hasY || hasZ || hasT || hasE) {

    /* Check if any of var's dimids do not match the 5 grid dimids */
    for (i=0 ; invardims; i++) {
      if (var->vardimids[i] != xdimid && 
	  var->vardimids[i] != ydimid && 
	  var->vardimids[i] != zdimid && 
	  var->vardimids[i] != tdimid && 
	  var->vardimids[i] != edimid) 
	return Failure;
    }

    /* Set the number of vertical levels for var */
    if (hasZ) {
      var->levels = pfi->dnum[ZINDEX];
    } 
    else {
      var->levels = 0;
    }

    /* Create a variable description */
    attr = NULL;
    attr = find_att(var->longnm, pfi->attr, "long_name");
    if (attr == NULL) attr = find_att(var->longnm, pfi->attr, "standard_name");
    if (attr == NULL) {
      strncpy(var->varnm,var->longnm,126);
      var->varnm[127] = '\0';
    }
    else {
      if (attr->len < 128) {
	strcpy(var->varnm,(char*)attr->value);
	var->varnm[attr->len-1] = '\0';
      }
      else {
	strncpy(var->varnm,(char*)attr->value,127);
	var->varnm[127] = '\0';
      }
    }
    return Success;
  }
  return Failure;
}


/* Adapted from deflev routine */
gaint sdfdeflev(struct gafile *pfi, struct gavar *coord, gaint dim, gaint revflag) {
gadouble *axisvals=NULL, *vals=NULL,*aptr=NULL,*vvs=NULL,*ddata=NULL;
gadouble delta1,delta2,val1,val2,incr,v1,v2;
gafloat  *fdata=0;
size_t sz,start[16],count[16];
gaint    rc,i,len,flag=0,status=0;
#if USEHDF == 1
int32 hstart[16],hcount[16];
int32 rank,natts,dim_sizes[H4_MAX_VAR_DIMS],dtype,sds_id;
int32 *idata=NULL;
uint32 *uidata=NULL;
#endif

  /* allocate an array of doubles to hold coordinate axis values */
  len = pfi->dnum[dim] ; 
  sz = sizeof(gadouble)*len;
  if ((axisvals = (gadouble *)galloc(sz,"axisvals")) == NULL) {
    gaprnt(0,"sdfdeflev: Unable to allocate memory for reading coordinate axis values\n");
    return Failure;
  }
  aptr=axisvals;  /* keep a copy of pointer to start of array */

  /* initialize start and count arrays */
#if USENETCDF==1
  for (i=0 ; i<16 ; i++) {
    start[i] = 0; 
    count[i] = 1; 
  }
  count[0] = (size_t)len; 
#endif
#if USEHDF == 1    
  for (i=0 ; i<16 ; i++) {
    hstart[i]=0;
    hcount[i]=0;
  }
  hcount[0] = (int32)len; 
#endif

  /* read the data */
#if USEHDF == 1
  if (pfi->ncflg==2) {
    /* get the data type */
    if ((sds_id = SDselect(pfi->sdid,coord->sdvid))==FAIL) return Failure;
    rc = SDgetinfo(sds_id, coord->longnm, &rank, dim_sizes, &dtype, &natts);
    if (rc == -1) {
      gaprnt(0,"sdfdeflev: unable to determine coordinate axis data type\n");
      goto err1;
    }
    switch (dtype) {
    case (DFNT_INT32):    /* definition value 24 */
      sz = len * sizeof (int32);
      if ((idata = (int32 *)galloc(sz,"idata"))==NULL) {
	gaprnt(0,"HDF-SDS Error: unable to allocate memory for dtype INT32\n");
	return(1);
      }
      if (SDreaddata(sds_id, hstart, NULL, hcount, (VOIDP *)idata) != 0) {
	gaprnt(0,"HDF-SDS Read Error for dtype INT32\n");
	return(1);
      } 
      if (revflag) {
	for (i=len-1; i>=0; i--) {
	  *aptr = (gadouble)idata[i]; 
	  aptr++;
	}
      }
      else {
	for (i=0; i=0; i--) {
	  *aptr = (gadouble)uidata[i]; 
	  aptr++;
	}
      }
      else {
	for (i=0; i=0; i--) {
	  *aptr = (gadouble)fdata[i]; 
	  aptr++;
	}
      }
      else {
	for (i=0; i=0; i--) {
	  *aptr = (gadouble)ddata[i]; 
	  aptr++;
	}
      }
      else {
	for (i=0; incflg==1) {
    sz = sizeof(gadouble)*len;
    if ((ddata = (gadouble *)galloc(sz,"ddata")) == NULL) {
      gaprnt(0,"sdfdeflev: unable to allocate memory for coordinate axis values\n");
      goto err1;
    }
    status = nc_get_vara_double(pfi->ncid, coord->ncvid, start, count, ddata);
    if (status != NC_NOERR) {
      gaprnt(0,"sdfdeflev: nc_get_vara_double failed to read coordinate axis values \n");
      handle_error(status);
      gree(ddata,"f15");
      goto err1;
    }
    if (revflag) {
      for (i=len-1; i>=0; i--) {
	*aptr = ddata[i];
	aptr++;
      }
    }
    else {
      for (i=0; ilinear[dim] = 1;
  }
  else {
    flag=0;
    delta1 = axisvals[1]-axisvals[0];
    for (i=2; ilinear[dim] = 0;
    else 
      pfi->linear[dim] = 1;
  }

  /* Set linear scaling values */
  if (pfi->linear[dim]==1) {
    sz = sizeof(gadouble)*6;
    vals = (gadouble *)galloc(sz,"linearvals");
    if (vals==NULL) goto err1;
    v1 = axisvals[0];
    if (len==1)
      v2 = 1.0;
    else
      v2 = axisvals[1]-axisvals[0];
    *(vals)   = v2;
    *(vals+1) = v1 - v2;
    *(vals+2) = -999.9;
    pfi->grvals[dim] = vals;
    *(vals+3) = 1.0/v2;
    *(vals+4) = -1.0 * ((v1-v2)/v2);
    *(vals+5) = -999.9;
    pfi->abvals[dim] = vals+3;
    pfi->ab2gr[dim] = liconv;
    pfi->gr2ab[dim] = liconv;
  }
  else {
    /* set non-linear scaling values */
    sz = (pfi->dnum[dim]+5)*sizeof(gadouble);
    vals = (gadouble *)galloc(sz,"levelvals");
    if (vals==NULL) goto err1;
    
    vvs = vals;
    *vvs = (gadouble)pfi->dnum[dim];
    vvs++;
    for (i=0; iabvals[dim] = vals;
    pfi->grvals[dim] = vals;
    pfi->ab2gr[dim] = lev2gr;
    pfi->gr2ab[dim] = gr2lev;
  }

  /* check if longitudes wrap around the globe */
  if ((dim==0) && (pfi->linear[dim]) && (len > 2) ) {
    val1 = axisvals[0]; 
    incr = axisvals[1]-axisvals[0];
    val2 = val1 + (len * incr);
    if (fabs((val2-360.0)-val1)<0.01) pfi->wrap = 1;
  }
  
  gree(axisvals,"f17a");
  return Success ;
 
err1:
  gree(axisvals,"f17");
  return Failure;
}


/* check for coordinate variable that 
   1) has units degrees_east, degree_east, degrees_E, or degree_E, or
   2) has an "axis" attribute with a value of "X"
*/
gaint findX (struct gafile *pfi, struct gavar **Xcoordptr) {
  struct gaattr *attr ;
  struct gavar *lclvar ;
  gaint iscoordvar, i, j, match;

  i=0;
  lclvar = pfi->pvar1;  
  while (ivnum) {
    iscoordvar = 0 ;
    if (lclvar->nvardims == 1) {  /* variable must be 1-D */
      for (j=0; jnsdfdims; j++) {
	if (lclvar->vardimids[0] == pfi->sdfdimids[j]) { /* var dimid matches a file dimid */
	  if (!strcmp(pfi->sdfdimnam[j], lclvar->longnm)) { /* var name matches dimension name */
	    iscoordvar = 1 ;
	  }
	}
      }
    }
    if (iscoordvar) {
      /* look for "units" attribute */
      attr = NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "units");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "degrees_east", 12)) match=1;
	if (!strncmp(attr->value, "degree_east",  11)) match=1;
	if (!strncmp(attr->value, "degrees_E",     9)) match=1;
	if (!strncmp(attr->value, "degree_E",      8)) match=1;
	if (match) {
	  *Xcoordptr = lclvar ;
	  return Success ;  /* got a match on one of them */
	}
      }
      /* look for "axis" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "axis");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "X", 1)) match=1;
	if (!strncmp(attr->value, "x", 1)) match=1;
	if (match) {
	  *Xcoordptr = lclvar ;
	  return Success ;  /* got a match on */
	}
      }
    }
    i++; lclvar++;
  } 
  return Failure ;
}
  
/* check for coordinate variable that 
   1) has units degrees_north, degree_north, degrees_N, or degree_N, or
   2) has an "axis" attribute with a value of "Y"
*/
gaint findY(struct gafile *pfi, struct gavar **Ycoordptr) {
  struct gaattr *attr;
  struct gavar *lclvar;
  gaint iscoordvar, i, j, match;

  i=0;
  lclvar=pfi->pvar1;
  while (ivnum) {
    iscoordvar = 0 ;
    if (lclvar->nvardims == 1) {  /* variable must be 1-D */
      for (j=0; jnsdfdims; j++) {
	if (lclvar->vardimids[0] == pfi->sdfdimids[j]) { /* variable dimid matches a file dimid */
	  if (!strcmp(pfi->sdfdimnam[j], lclvar->longnm)) { /* variable name matches dimension name */
	    iscoordvar = 1 ;
	  }
	}
      } 
    }
    if (iscoordvar) {
      /* look for "units" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "units");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "degrees_north", 13)) match=1;
	if (!strncmp(attr->value, "degree_north",  12)) match=1;
	if (!strncmp(attr->value, "degrees_N",      9)) match=1;
	if (!strncmp(attr->value, "degree_N",       8)) match=1;
	if (match) {
	  *Ycoordptr = lclvar;
	  return Success;  /* got a match on one of them */
	}
      }
      /* look for "axis" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "axis");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "Y", 1)) match=1;
	if (!strncmp(attr->value, "y", 1)) match=1;
	if (match) {
	  *Ycoordptr = lclvar ;
	  return Success ;  /* got a match on */
	}
      }
    }
    i++; lclvar++;
  }
  return Failure;
}

/* check for coordinate variable that 
   1) has units of pressure or another unit approved by COARDS conventions. 
   initially, the pressure units are "millibars" or "pascals" (caseless)
   should probably allow for prefixes through udunits package
   Will also allow exact match on "mb" 
   2) has an "axis" attribute with a value of "Z", or 
*/
gaint findZ(struct gafile *pfi, struct gavar **Zcoordptr, gaint *ispressptr) {
  struct gaattr *attr;
  struct gavar  *lclvar ;
  gaint iscoordvar, i, j, match;
  struct utUnit feet, thisguy, pascals, kelvins ;
  gadouble slope, intcept ;

  if (utScan("feet", &feet) != 0) {
    gaprnt(0, "The udunits library doesn't know feet; giving up...\n") ;
    return Failure;
  }
  if (utScan("pascals", &pascals) != 0) {
    gaprnt(0, "The udunits library doesn't know pascals; giving up...\n") ;
    return Failure;
  }
  if (utScan("kelvins", &kelvins) != 0) {
    gaprnt(0, "The udunits library doesn't know kelvins; giving up...\n") ;
    return Failure;
  }

  i=0;
  lclvar=pfi->pvar1;
  while (ivnum) {
    iscoordvar = 0 ;
    if (lclvar->nvardims == 1) {  /* variable must be 1-D */
      for (j=0; jnsdfdims; j++) {
	if (lclvar->vardimids[0] == pfi->sdfdimids[j]) { /* variable dimid matches a file dimid */
	  if (!strcmp(pfi->sdfdimnam[j], lclvar->longnm)) { /* variable name matches dimension name */
	    iscoordvar = 1 ;
	  }
	}
      } 
    }
    if (iscoordvar) {
      /* look for "units" attribute */
      attr = NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "units") ;
      if (attr) {
	match=0;
	if (!strncasecmp(attr->value, "hybrid_sigma_pressure", 21)) match=1;
	if (!strncasecmp(attr->value, "mb", 2)) match=1;  
	if (!strncasecmp(attr->value, "millibar", 8)) match=1;  
	if (match) {
	  *Zcoordptr = lclvar ;
	  *ispressptr = 1 ;
	  return Success ;
	}
	match=0;
	if (!strncasecmp(attr->value, "sigma_level", 11)) match=1;
	if (!strncasecmp(attr->value, "degreesk",     8)) match=1;
	if (!strncasecmp(attr->value, "degrees_k",    9)) match=1;
	if (!strncasecmp(attr->value, "level",        5)) match=1; 
	if (!strncasecmp(attr->value, "layer",        5)) match=1;
	if (!strncasecmp(attr->value, "layers",       6)) match=1;
	if (match) {
	  *Zcoordptr = lclvar ;
	  *ispressptr = 0 ;
	  return Success ;
	}
	/* if we can convert the units to feet, then it could be depth */
	if (utScan(attr->value, &thisguy) == 0) {
	  if (utConvert(&thisguy, &feet, &slope, &intcept) == 0) {
	    *Zcoordptr = lclvar ;
	    *ispressptr = 0 ;
	    return Success;
	  }
	  /* if we can convert the units to pascals, then it could be pressure */
	  if (utConvert(&thisguy, &pascals, &slope, &intcept) == 0) {
	    *Zcoordptr = lclvar ;
	    *ispressptr = 1 ;
	    return Success;
	  }
	  /* if we can convert the units to kelvins, then it could be isothermic */
	  if (utConvert(&thisguy, &kelvins, &slope, &intcept) == 0) {
	    *Zcoordptr = lclvar ;
	    *ispressptr = 0 ;
	    return Success;
	  }
	} /* if utScan-able */
      }
      /* look for "axis" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "axis");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "Z", 1)) match=1;
	if (!strncmp(attr->value, "z", 1)) match=1;
	if (match) {
	  *Zcoordptr = lclvar ;
          *ispressptr = 0 ;
	  return Success ;  
	}
      }
    }
    i++; lclvar++;
  } 
  return Failure;
}

/* find a coordinate variable 
   1) has units that mark it as one sort of time or another, or
   2) has an "axis" attribute with a value of "T" 
*/
gaint findT(struct gafile *pfi, struct gavar **Tcoordptr) {
  struct gaattr *attr ;
  struct gavar *lclvar ;
  gaint iscoordvar, i, j, match;
  utUnit timeunit ;

  i=0;
  lclvar=pfi->pvar1;
  while (ivnum) {
    iscoordvar = 0 ;
    if (lclvar->nvardims == 1) {  /* variable must be 1-D */
      for (j=0; jnsdfdims; j++) {
	if (lclvar->vardimids[0] == pfi->sdfdimids[j]) { /* variable dimid matches a file dimid */
	  if (!strcmp(pfi->sdfdimnam[j], lclvar->longnm)) { /* variable name matches dimension name */
	    iscoordvar = 1 ;
	  }
	}
      } 
    }
    if (iscoordvar) {
      attr = NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "units") ;
      if (attr) {
	match=0;
	if (!strncasecmp((char*)attr->value, "yyyymmddhhmmss", 14)) match=1;
	if (!strncasecmp((char*)attr->value, "yymmddhh",        8)) match=1;
	if (match) {
	  *Tcoordptr = lclvar ;
	  return Success ;
	}
	if ((utScan((char*)attr->value, &timeunit)) == 0) { 
	  if (utIsTime(&timeunit)) { /* will now supply default unit */
	    *Tcoordptr = lclvar ;
	    return Success ;
	  }
	}
      }
      /* look for "axis" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "axis");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "T", 1)) match=1;
	if (!strncmp(attr->value, "t", 1)) match=1;
	if (match) {
	  *Tcoordptr = lclvar ;
	  return Success ;  
	}
      }
    }
    i++; lclvar++;
  } 
  return Failure ;
}

/* check for ensemble coordinate variable with attribute "axis" or "grads_dim" equal to "e" */
gaint findE(struct gafile *pfi, struct gavar **Ecoordptr) {
  struct gaattr *attr;
  struct gavar *lclvar;
  gaint iscoordvar, i, j, match;

  i=0;
  lclvar=pfi->pvar1;
  while (ivnum) {
    iscoordvar = 0 ;
    if (lclvar->nvardims == 1) {  /* variable must be 1-D */
      for (j=0; jnsdfdims; j++) {
	if (lclvar->vardimids[0] == pfi->sdfdimids[j]) { /* variable dimid matches a file dimid */
	  if (!strcmp(pfi->sdfdimnam[j], lclvar->longnm)) { /* variable name matches dimension name */
	    iscoordvar = 1 ;
	  }
	}
      } 
    }
    if (iscoordvar) {
      /* look for "grads_dim" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "grads_dim");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "e", 1)) match = 1;
	if (match) {
	  *Ecoordptr = lclvar;
	  return Success;  /* got a match */
	}
      }
      /* look for "axis" attribute */
      attr=NULL;
      attr = find_att(lclvar->longnm, pfi->attr, "axis");
      if (attr) {
	match=0;
	if (!strncmp(attr->value, "E", 1)) match=1;
	if (!strncmp(attr->value, "e", 1)) match=1;
	if (match) {
	  *Ecoordptr = lclvar ;
	  return Success ;  
	}
      }
    }
    i++; lclvar++;
  }
  return Failure;
}


/* Strip the given number of characters from the string and return the
   new length.  If the number of characters to strip is less than
   or equal to zero, or if the strip length is greater than the
   string length, return Failure.  Otherwise, return Success. */
gaint strip_char (gaint strip_num, char *str1, gaint *int_len) {
  gaint slen;

  slen = strlen (str1);
  if (strip_num <= 0) return Failure;
  slen -= strip_num;
  if (slen < 0) return Failure;
  *int_len = slen;
  str1[slen] = '\0';
  return Success;
}

/* Decode standard time.  Return Success if OK, Failure if error. */
gaint decode_standard_time (gadouble time_val, gaint *year, gaint *month, 
			   gaint *day, gaint *hour, gaint *minn, gafloat *sec) {
char   str1[100];
gaint  i,slen,int_len;

  /* Make time value into character string. */
  snprintf(str1,99,"%f", time_val);

  /* Find decimal point. */
  slen = strlen (str1);
  for (i = 0; i < slen; i++) {
    if (str1[i] == '.') {
      int_len = i;
      break;
    }
  }
  if (int_len == 0) return Failure;

  /* Get second. */
  if (int_len <= 2) {
      sscanf (str1, "%g", sec);
      int_len = 0;
  }
  else {
    sscanf (&str1[int_len - 2], "%g", sec);
    str1[int_len] = '\0';
    (void) strip_char (2, str1, &int_len);
  }

  /* Get minute. */
  *minn = MISSING;
  if (int_len > 0) {
    if (int_len <= 2) {
      sscanf (str1, "%d", minn);
      int_len = 0;
    }
    else {
      sscanf (&str1[int_len - 2], "%d", minn);
      str1[int_len] = '\0';
      (void) strip_char (2, str1, &int_len);
    }
  }

  /* Get hour. */
  *hour = MISSING;
  if (int_len > 0) {
    if (int_len <= 2) {
      sscanf (str1, "%d", hour);
      int_len = 0;
    }
    else {
      sscanf (&str1[int_len - 2], "%d", hour);
      str1[int_len] = '\0';
      (void) strip_char (2, str1, &int_len);
    }
  }
  
  /* Get day. */
  *day = MISSING;
  if (int_len > 0) {
    if (int_len <= 2) {
      sscanf (str1, "%d", day);
      int_len = 0;
    }
    else {
      sscanf (&str1[int_len - 2], "%d", day);
      str1[int_len] = '\0';
      (void) strip_char (2, str1, &int_len);
    }
  }
  
  /* Get month. */
  *month = MISSING;
  if (int_len > 0) {
    if (int_len <= 2)	{
      sscanf (str1, "%d", month);
      int_len = 0;
    }
    else {
      sscanf (&str1[int_len - 2], "%d", month);
      str1[int_len] = '\0';
      (void) strip_char (2, str1, &int_len);
    }
  }
  
  /* Get year.  A year of 0000 or 9999 defaults to missing. */
  *year = MISSING;
  if (int_len > 0) 
    sscanf (str1, "%d", year);
  if ((*year == 0) || (*year == 9999))
    *year = MISSING;

  /* All OK. */
  return Success;
}


/* Free a netCDF attribute list. */
gaint free_att_info (struct gafile *pfi) { 
  struct gaattr *attrib, *nextattrib;

  if (pfi->attr) {
    for (attrib = pfi->attr; attrib != NULL; attrib = nextattrib) { 
      nextattrib = attrib->next;
      if (attrib->value) gree(attrib->value,"f18");
      gree(attrib,"f19");
    }
    pfi->attr = NULL;
  }
  return Success;
}

/* open and read the metadata in a netCDF file */
/* gafile structure should already be initialized */
gaint read_metadata (struct gafile *pfi) {
struct gavar *pvar;
gaint rc,i,ii,j,len,ngatts,natts,ndims,nvars,status,oflg,dummy;
size_t sz,size=0;
char name[300];
#if USEHDF ==1
int32 ndsets,dimsize,sds_id,dim_id,dtype,ndatts;
int32 dim_sizes[H4_MAX_VAR_DIMS],rank;
char sdsname[H4_MAX_NC_NAME+1];
char dimname[H4_MAX_NC_NAME+1];
#endif

  if ((pfi->name == NULL) || (strlen (pfi->name) == 0)) return Failure;

  /* Open the file */
  if (pfi->tmplat) {
    i = gaopfn(1,1,&dummy,&oflg,pfi);   /* assume 1st ensemble member */
    if (i==-99999) {
      gaprnt(0,"read_metadata: gaopfn failed (rc=-99999)\n");
      return Failure;
    }
    if (i==-88888) {
      gaprnt(0,"read_metadata: gaopfn failed (rc=-88888)\n");
      return Failure;
    }
  }
  else {
    if (pfi->ncflg==1) {
      rc = gaopnc (pfi,0,1);
      if (rc) return Failure;
    }
    if (pfi->ncflg==2) {
      rc = gaophdf (pfi,0,1);
      if (rc) return Failure;
    }    
  }

  /* get general information. */
#if USEHDF==1
  if (pfi->ncflg==2) {
    status = SDfileinfo(pfi->sdid, &ndsets, &ngatts);
    if (status == -1) {
      gaprnt(0,"read_metadata: SDfileinfo failed\n");
      goto err1;
    }
    /* find out how many data sets are coordinate variables */
    ndims=0;
    for (i=0; isdid, i);
      status = SDgetinfo(sds_id, sdsname, &rank, dim_sizes, &dtype, &natts);
      if (status == -1) {
	snprintf(pout,255,"read_metadata: SDgetinfo failed for sds_id=%d\n",sds_id);
	gaprnt(0,pout);
	goto err3;
      }
      /* coordinate variables must have only 1 dimension */
      if (rank==1) {   
	dim_id = SDgetdimid(sds_id,0);                                  
	status = SDdiminfo(dim_id, dimname, &dimsize, &dtype, &ndatts); 
	if (status == -1) {
	  snprintf(pout,255,"read_metadata: SDdiminfo failed for sds_id=%d, dimid=%d\n",sds_id,dim_id);
	  gaprnt(0,pout);
	  goto err3;
	}
	/* name of dimension must match name of variable */
	if (strcmp(dimname,sdsname)==0) {
	  /* it's a coordinate variable */
	  if (dimsize==0) {
	    /* This is the unlimited dimension. 
	       The first element of the dim_sizes array contains 
	       the number of records in the unlimited dimension. */
	    dimsize = dim_sizes[0]; 
	  }
	  pfi->sdfdimids[ndims] = (gaint)dim_id;
	  strcpy(&pfi->sdfdimnam[ndims][0],dimname);
	  pfi->sdfdimsiz[ndims] = (gaint)dimsize;
	  ndims++;
	}
      }
    }

    if (ndims==0 && ndsets>0) {
      /* file has data variables but no coordinate variables. 
	 Get the dimension ids and names from the first data variable */
      sds_id = SDselect(pfi->sdid, 0);
      status = SDgetinfo(sds_id, sdsname, &rank, dim_sizes, &dtype, &natts);
      for (j=0; jsdfdimids[ndims] = (gaint)dim_id;
	strcpy(&pfi->sdfdimnam[ndims][0],dimname);
	pfi->sdfdimsiz[ndims] = (gaint)dimsize;
	ndims++;
      }
    }
    pfi->nsdfdims = ndims;
    pfi->vnum = ndsets;

  }
#endif

#if USENETCDF==1
  if (pfi->ncflg==1) {
    status = nc_inq(pfi->ncid, &ndims, &nvars, &ngatts, NULL);
    if (status != NC_NOERR) {
      handle_error(status);
      goto err1;
    }
    pfi->nsdfdims = ndims;
    pfi->vnum = nvars;
    /* get NC coordinate information */
    for (i=0; insdfdims; i++) {
      pfi->sdfdimids[i] = i;
      status = nc_inq_dim (pfi->ncid, i, name, &size);
      if (status != NC_NOERR) {
	handle_error(status);
	goto err1;
      }
      strcpy(&pfi->sdfdimnam[i][0],name);
      pfi->sdfdimsiz[i] = (gaint)size;
    }
  }
#endif
  /* Retrieve global attributes */
#if USEHDF==1
  if (pfi->ncflg==2) {
    read_hdfatts (pfi->sdid, "global", ngatts, pfi);
  }
#endif
#if USENETCDF==1
  if (pfi->ncflg==1) {
    read_ncatts (pfi->ncid, NC_GLOBAL, NULL, ngatts, pfi); 
  }
#endif
  /* Get variable info and attributes */
  sz = pfi->vnum * sizeof(struct gavar);
  if ((pvar = (struct gavar *)galloc(sz,"pvar")) == NULL) {
    gaprnt(0,"read_metadata: memory allocation failed for pvar array \n");
    goto err2;
  }
  pfi->pvar1 = pvar;
  i = 0;
  while (ivnum)  {
    /* initialize variables in the pvar structure */
    pvar->offset = 0;
    pvar->recoff = 0;
    pvar->ncvid = -999;
    pvar->sdvid = -999;
    pvar->h5vid = -999;
    pvar->levels = 0;
    pvar->dfrm = 0;
    pvar->var_t = 0;
    pvar->scale = 1;
    pvar->add = 0;
    pvar->undef= -9.99E33;
    pvar->vecpair = -999;
    pvar->isu = 0;
    pvar->isdvar = 0;
    pvar->nvardims = 0;
    for (ii=0; ii<16; ii++) pvar->units[ii]=-999;

    /* get the variable info */
    natts=0;
#if USEHDF==1
    if (pfi->ncflg==2) {
      /* get info about the current data set */
      sds_id = SDselect(pfi->sdid, i);
      if (sds_id==FAIL) {
	snprintf(pout,255,"read_metadata: SDselect failed for varid %d\n",i);
	gaprnt(0,pout);
	goto err3;
      }
      status = SDgetinfo(sds_id, name, &(pvar->nvardims), dim_sizes, &dtype, &natts);
      if (status == -1) {
	snprintf(pout,255,"read_metadata: SDgetinfo failed for varid %d\n",i);
	gaprnt(0,pout);
	goto err3;
      }
      status = SDnametoindex(pfi->sdid, name);
      if (status == -1) {
	snprintf(pout,255,"read_metadata: SDnametoindex failed for varid %d\n",i);
	gaprnt(0,pout);
	goto err3;
      }
      pvar->sdvid = status;
      for (j=0; jnvardims; j++) {
	dim_id = SDgetdimid(sds_id,j);
	pvar->vardimids[j] = (gaint)dim_id;
      }
    }
#endif
#if USENETCDF==1
    if (pfi->ncflg==1) {
      status = nc_inq_var(pfi->ncid, i, name, NULL, &(pvar->nvardims), pvar->vardimids, &natts);
      if (status != NC_NOERR) {
	snprintf(pout,255,"read_metadata: nc_inq_var failed to retrieve variable info for varid %d\n",i);
	gaprnt(0,pout);
	handle_error(status);
	goto err3;
      }
      pvar->ncvid = i;
    }
#endif
    len = strlen(name);
    strncpy(pvar->longnm,name,len+1);

    /* Retrieve variable attribute values */
#if USEHDF==1
    if (pfi->ncflg==2) {
      read_hdfatts (pfi->sdid, pvar->longnm, natts, pfi);
    }
#endif
#if USENETCDF==1
    if (pfi->ncflg==1) {
      read_ncatts (pfi->ncid, pvar->ncvid, pvar->longnm, natts, pfi);
    }
#endif

    i++; pvar++;
  }  
  
  /* determine if new or old units are being used */
  set_time_type (pfi);
  
  /* set up standard tables according to time unit being used */
  init_standard_arrays (pfi->time_type);
  
  return Success;

err3:
  if (pfi->pvar1) gree(pfi->pvar1,"f20");
  goto err2;

err2:
  free_att_info (pfi);
  goto err1;

err1:
  close_sdf (pfi);
  return Failure;
}

/* Close a SDF file. */
void close_sdf (struct gafile *pfi) { 
#if USENETCDF==1
  if (pfi->ncflg==1) gaclosenc(pfi);
#endif
#if USEHDF==1
  if (pfi->ncflg==2) gaclosehdf(pfi); 
#endif
}
		
gaint set_time_type (struct gafile *pfi) {
#if USENETCDF==1
  struct gavar *time, *lclvar;
  utUnit timeunit ;
  struct gaattr *attr;
  gaint i,flag;

  time = NULL;
  time = find_var (pfi, cdc_vars[TIME_IX]);
  if (time == NULL) {
    i=0; flag=1;
    lclvar = pfi->pvar1;  
    while (ivnum && (flag) && (lclvar != NULL)) {
      if (lclvar->nvardims == 1) {
	attr = NULL;
	attr = find_att(lclvar->longnm, pfi->attr, cdc_time_atts[T_UNITS_IX]);
	if (attr != NULL) {
	  if ((utScan((char*)attr->value, &timeunit)) == 0) { 
	    if (utIsTime(&timeunit)) {
	      time = lclvar ;
	      flag=0;
	    }
	  }
	}
      }
      i++; lclvar++;
    } 
  }
  if (time == NULL) return Failure ;
  attr = NULL;
  attr = find_att(time->longnm, pfi->attr, cdc_time_atts[T_UNITS_IX]);
  if ((attr!=NULL) && (!strncasecmp ("yyyy", (char*)attr->value, 4))) 
    pfi->time_type = CDC;        /* it's the old style */
  else 
    pfi->time_type = COOP;
#endif
  return Success;
}
 
 
gaint init_standard_arrays (gaint time_type) {
#if USENETCDF==1
  if (time_type == CDC) {
    dims = cdc_dims;
    vars = cdc_vars;
    var_type = cdc_var_type;
    var_atts = cdc_var_atts;
    var_atts_type = cdc_var_atts_type;
    var_atts_val = cdc_var_atts_val;
    obs_atts_val = cdc_obs_atts_val;
    vatts_abbrev = cdc_vatts_abbrev;
    time_atts = cdc_time_atts;
    time_atts_val = cdc_time_atts_val;
    latlon_atts = cdc_latlon_atts;
    num_reqd_vatts = NUM_REQD_VATTS;
    num_reqd_vars = NUM_REQD_VARS;
    num_reqd_dims = NUM_REQD_DIMS;
  }
  else {
    dims = coop_dims;
    vars = coop_vars;
    var_type = coop_var_type;
    var_atts = coop_var_atts;
    var_atts_type = coop_var_atts_type;
    var_atts_val = coop_var_atts_val;
    obs_atts_val = coop_obs_atts_val;
    vatts_abbrev = coop_vatts_abbrev;
    time_atts = coop_time_atts;
    time_atts_val = coop_time_atts_val;
    latlon_atts = coop_latlon_atts;
    num_reqd_vatts = NUM_REQD_COOP_VATTS;
    num_reqd_vars = NUM_REQD_COOP_VARS;
    num_reqd_dims = NUM_REQD_COOP_DIMS;
  }
#endif
  return Success;
}


/* Return an attribute structure, given the variable and attribute names.
   The varname argument may be "global", "ALL", or a specific variable name. */

struct gaattr *find_att (char *varname, struct gaattr *first_att, char *attname) {
  static struct gaattr *attr = NULL;
  
  attr = first_att;
  while (attr != NULL) {
    if (!strcmp(varname,"ALL")) {
      /* don't test if varnames match */
      if (!strcasecmp(attname, attr->name)) { 
	return (attr);
      }
    }
    else {
      /* do test if varnames match */
      if (!strcmp(varname, attr->varname)) {
	if (!strcasecmp(attname, attr->name)) {
	  return (attr);
	}
      }    
    }
    attr = attr->next;
  }
  /* didn't find any match */
  return(NULL);
}


/* read netcdf attribute information for a file or variable */
gaint read_hdfatts (gaint sdid, char *vname, gaint natts, struct gafile *pfi) 
{
#if USEHDF ==1 
struct gaattr *attrib=NULL,*newattrib=NULL;
gaint   i,len=0,gotatt;
int32   sds_id,attr_dtype,attr_count;
char    *varname,*attname;
char8   *cval=NULL;
uchar8  *ucval=NULL;
int8    *icval=NULL;
uint8   *uicval=NULL;
int16   *sval=NULL;
uint16  *usval=NULL;
int32   *ival=NULL;
uint32  *uival=NULL;
float32 *fval=NULL;
float64 *dval=NULL;
size_t sz;

  if (cmpwrd("global",vname)) 
    len=7;
  else
    len=strlen(vname)+2;
  sz = len;
  if ((varname=(char*)galloc(sz,"hdfvname"))==NULL) {
    gaprnt(0,"read_hdfatts error: memory allocation failed for varname\n");
    return(Failure);
  }
  if (cmpwrd("global",vname)) {
    sds_id = sdid;
    strncpy(varname,"global",len);
  }
  else {
    strncpy(varname,vname,len);
    sds_id = SDnametoindex(sdid, vname);
    if (sds_id == -1) return (0);
    sds_id = SDselect(sdid,sds_id);
  }
  
  /* Loop through list of attributes */ 
  for (i = 0 ; i < natts ; i++) {
	 
    /* Get info about the current attribute  */
    attr_count = attr_dtype = 0;
    sz = H4_MAX_NC_NAME+1;
    if ((attname=(char*)galloc(sz,"hdatname"))==NULL) {
      gaprnt(0,"read_hdfatts error: memory allocation failed for attname\n");
      gree(varname,"f145a");
      return(Failure);
    }
    if (SDattrinfo(sds_id, i, attname, &attr_dtype, &attr_count) == -1) {
      snprintf(pout,255,"SDattrinfo failed for variable %s, attribute number %d\n", varname, i);
      gaprnt(2,pout);
    }
    else {
      if (attr_count > 0) {
	len = attr_count;
	gotatt = 0;
	switch (attr_dtype) 
	  {
	  case (DFNT_CHAR8):    /* definition value 4 */
	    len = len + 1; 
	    sz = len * sizeof (char8);
	    cval = (char8*) galloc(sz,"catval");
	    if (SDreadattr(sds_id, i, cval) == -1) {
	      gaprnt(2,"SDreadattr failed for type CHAR8\n"); 
	      gree(cval,"f145"); cval=NULL;
	    }
	    else { 
	      gotatt=1; 
	      cval[len-1]='\0';
	    }
	    break;
	  case (DFNT_UCHAR8):   /* definition value 3 */
	    sz = len * sizeof (uchar8);
	    ucval = (uchar8*) galloc(sz,"ucatval");
	    if (SDreadattr(sds_id, i, ucval) == -1) { 
	      gaprnt(2,"SDreadattr failed for type UCHAR8\n"); 
	      gree(ucval,"f146"); ucval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_INT8):     /* definition value 20 */
	    sz = len * sizeof (int8);
	    icval = (int8*) galloc(sz,"iatval");
	    if (SDreadattr(sds_id, i, icval) == -1) {
	      gaprnt(2,"SDreadattr failed for type INT8\n"); 
	      gree(icval,"f147"); icval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_UINT8):    /* definition value 21 */
	    sz = len * sizeof (uint8);
	    uicval = (uint8*) galloc(sz,"uiatval");
	    if (SDreadattr(sds_id, i, uicval) == -1) {
	      gaprnt(2,"SDreadattr failed for type UINT8\n"); 
	      gree(uicval,"f148"); uicval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_INT16):    /* definition value 22 */
	    sz = len * sizeof (int16);
	    sval = (int16*) galloc(sz,"satval");
	    if (SDreadattr(sds_id, i, sval) == -1) {
	      gaprnt(2,"SDreadattr failed for type INT16\n"); 
	      gree(sval,"f149"); sval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_UINT16):   /* definition value 23 */
	    sz = len * sizeof (uint16);
	    usval = (uint16*) galloc(sz,"usatval");
	    if (SDreadattr(sds_id, i, usval) == -1) { 
	      gaprnt(2,"SDreadattr failed for type UINT16\n"); 
	      gree(usval,"f150"); usval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_INT32):    /* definition value 24 */
	    sz = len * sizeof (int32);
	    ival = (int32*) galloc(sz,"latval");
	    if (SDreadattr(sds_id, i, ival) == -1) {
	      gaprnt(2,"SDreadattr failed for type INT32\n"); 
	      gree(ival,"f151"); ival=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_UINT32):   /* definition value 25 */
	    sz = len * sizeof (uint32);
	    uival = (uint32*) galloc(sz,"ulatval");
	    if (SDreadattr(sds_id, i, uival) == -1) { 
	      gaprnt(2,"SDreadattr failed for type UINT32\n"); 
	      gree(uival,"f151"); uival=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_FLOAT32):  /* definition value  5 */
	    sz = len * sizeof (float32);
	    fval = (float32*) galloc(sz,"fatval");
	    if (SDreadattr(sds_id, i, fval) == -1) {
	      gaprnt(2,"SDreadattr failed for type FLOAT32\n"); 
	      gree(fval,"f153"); fval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  case (DFNT_FLOAT64):  /* definition value  6 */
	    sz = len * sizeof (float64);
	    dval = (float64*) galloc(sz,"datval");
	    if (SDreadattr(sds_id, i, dval) == -1) {
	      gaprnt(2,"SDreadattr failed for type FLOAT64\n"); 
	      gree(dval,"f154"); dval=NULL;
	    }
	    else { 
	      gotatt=1; 
	    }
	    break;
	  default:
	    snprintf(pout,255,"Failed to retrieve attribute %d of type %d \n", i, attr_dtype);
	    gaprnt(2,pout);
	  };
	
	if (gotatt) {
	  /* Successfully extracted the attribute, so add a link to the list */
	  sz = sizeof(struct gaattr);
	  if ((newattrib = (struct gaattr *) galloc(sz,"newathdf")) == NULL) {
	    snprintf(pout,255,"read_hdfatts error: memory allocation failed when adding attribute number %d\n",i);
	    gaprnt(2,pout);
	    if (cval)   { gree(cval,"f145");   cval=NULL;   }
	    if (ucval)  { gree(ucval,"f146");  ucval=NULL;  }
	    if (icval)  { gree(icval,"f147");  icval=NULL;  }
	    if (uicval) { gree(uicval,"f148"); uicval=NULL; }
	    if (sval)   { gree(sval,"f149");   sval=NULL;   }
	    if (usval)  { gree(usval,"f150");  usval=NULL;  }
	    if (ival)   { gree(ival,"f151");   ival=NULL;   }
	    if (uival)  { gree(uival,"f151");  uival=NULL;  }
	    if (fval)   { gree(fval,"f153");   fval=NULL;   }
	    if (dval)   { gree(dval,"f154");   dval=NULL;   }
	  }
	  else {
	    if (pfi->attr) { /* some attributes already exist */
	      /* advance to end of chain */
	      attrib = pfi->attr;
	      while (attrib->next != NULL) attrib = attrib->next;
	      /* hang new attribute on end of chain */
	      attrib->next = newattrib;
	    }
	    else {
	      /* new attribute is the chain anchor */
	      pfi->attr = newattrib;
	    }
	    newattrib->next = NULL;
	    strcpy(newattrib->varname,varname);      
	    strcpy(newattrib->name,attname);      
	    newattrib->len  = len;
	    /* We're going to save HDF types as NC types */
	    /*	NC_BYTE =	1,	 signed 1 byte integer */
	    /*	NC_CHAR =	2,	 ISO/ASCII character */
	    /*	NC_SHORT =	3,	 signed 2 byte integer */
	    /*	NC_INT =	4,	 signed 4 byte integer */
	    /*	NC_FLOAT =	5,	 single precision floating point number */
	    /*	NC_DOUBLE =	6	 double precision floating point number */
	    if      (attr_dtype == DFNT_CHAR8)   { 
	      newattrib->value = cval;	
	      newattrib->nctype = 1;
	    }
	    else if (attr_dtype == DFNT_UCHAR8)  { 
	      newattrib->value = ucval;
	      newattrib->nctype = 2;
	    }
	    else if (attr_dtype == DFNT_INT8)    { 
	      newattrib->value = icval;
	      newattrib->nctype = 2;
	    }
	    else if (attr_dtype == DFNT_UINT8)   { 
	      newattrib->value = uicval; 
	      newattrib->nctype = 2;
	    }
	    else if (attr_dtype == DFNT_INT16)   { 
	      newattrib->value = sval;	
	      newattrib->nctype = 3;
	    }
	    else if (attr_dtype == DFNT_UINT16)  { 
	      newattrib->value = usval;
	      newattrib->nctype = 3;
	    }
	    else if (attr_dtype == DFNT_INT32)   { 
	      newattrib->value = ival;	
	      newattrib->nctype = 4;
	    }
	    else if (attr_dtype == DFNT_UINT32)  { 
	      newattrib->value = uival;
	      newattrib->nctype = 4;
	    }
	    else if (attr_dtype == DFNT_FLOAT32) { 
	      newattrib->value = fval;	
	      newattrib->nctype = 5;
	    } 
	    else if (attr_dtype == DFNT_FLOAT64) { 
	      newattrib->value = dval; 
	      newattrib->nctype = 6;
	    }
	  }
	}
      } /* end of if statement for attr_count > 0 */
    } /* end of if-else statement for getting attribute info */
    gree(attname,"155b");
  } /* end of for loop on i */
  gree(varname,"f155a");
  return (Success);
#endif
  return(Success);
}


/* read netcdf attribute information for a file or variable */
/* gaint read_ncatts (gaint cdfid, gaint varid, char *vname, gaint natts, struct gafile *pfi)  */
gaint read_ncatts (gaint cdfid, gaint varid, char *vname, gaint natts, struct gafile *pfi) 
{
#if USENETCDF == 1
struct gaattr *attrib=NULL,*newattrib=NULL;
gadouble *dval=NULL;
gafloat  *fval=NULL;
long   *ival=NULL;
short  *sval=NULL;
char   *bval=NULL;
char   *cval=NULL;
char   *attname,*varname=NULL;
gaint   i,len,status,gotatt;
size_t  sz,attlen;
nc_type type;

  /* Get the variable name */
  if ((varid == NC_GLOBAL) && (vname == NULL)) 
    len=8;
  else 
    len = strlen(vname)+2;
  sz = len;
  if ((varname=(char*)galloc(sz,"ncvname"))==NULL) {
    gaprnt(0,"read_ncatts: memory allocation failed for varname\n");
    return(Failure);
  }
  if ((varid == NC_GLOBAL) && (vname == NULL)) {
    strncpy(varname,"global",7);
  }
  else {
    strncpy(varname,vname,len);
  }
  
  /* Loop through all attributes */
  for (i=0 ; i 0) {
	  gotatt=0;
	  /* Retrieve the attribute's value */
	  switch (type) 
	    {
	    case (NC_BYTE):
	      sz = attlen*sizeof(char);
	      bval = (char *) galloc(sz,"bval");
  	      status = nc_get_att_schar(cdfid, varid, attname, (signed char*)bval);
              if (status != NC_NOERR) { 
		gree(bval,"f22"); 
		bval = NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type BYTE\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
	      }
	      break;
	    case (NC_CHAR):
	      attlen = attlen + 1;
	      sz = attlen*sizeof(char);
	      cval = (char *) galloc(sz,"cval");
	      status = nc_get_att_text(cdfid, varid, attname, cval);
              if (status != NC_NOERR) { 
		gree(cval,"f24");
		cval = NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type CHAR\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
		cval[attlen-1]='\0';
	      }
	      break;
	    case (NC_SHORT):
	      sz = attlen * sizeof(short);
	      sval = (short *) galloc(sz,"sval");
	      status = nc_get_att_short(cdfid, varid, attname, sval);
              if (status != NC_NOERR) { 
		gree(sval,"f26");
		sval=NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type SHORT\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
	      }
	      break;
	    case (NC_LONG):
	      sz = attlen * sizeof(long);
	      ival = (long *) galloc(sz,"ival");
	      status = nc_get_att_long(cdfid, varid, attname, ival);
              if (status != NC_NOERR) { 
		gree(ival,"f28");
		ival = NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type LONG\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
	      }
	      break;
	    case (NC_FLOAT):
	      sz = attlen * sizeof(gafloat);
	      fval = (gafloat *) galloc(sz,"fval");
	      status = nc_get_att_float(cdfid, varid, attname, fval);
              if (status != NC_NOERR) {
		gree(fval,"f30");
		fval = NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type FLOAT\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
	      }
	      break;
	    case (NC_DOUBLE): 
	      sz = attlen * sizeof(gadouble);
	      dval = (gadouble *) galloc(sz,"dval");
	      status = nc_get_att_double(cdfid, varid, attname, dval);
              if (status != NC_NOERR) { 
		gree(dval,"f32");
		dval = NULL;
		handle_error(status); 
		snprintf(pout,255,"read_ncatts: failed to get %s attribute %d type DOUBLE\n",varname,i);
		gaprnt(2,pout);
	      }
	      else { 
		gotatt=1; 
	      }
            break;
	    default:
	      snprintf(pout,255,"read_ncatts: %s attribute %d type %d not supported\n",varname,i,type);
	      gaprnt(2,pout);
	    };
	  
	  if (gotatt) {
	    /* Successfully extracted the attribute, so add a link to the list */
	    sz = sizeof(struct gaattr);
	    if ((newattrib = (struct gaattr *) galloc(sz,"newattr")) == NULL) {
	      snprintf(pout,255,"read_ncatts: memory allocation failed when adding attribute number %d\n",i);
	      gaprnt(2,pout);
	      if (bval) { gree(bval,"f33"); bval = NULL; }
	      if (cval) { gree(cval,"f34"); cval = NULL; }
	      if (sval) { gree(sval,"f35"); sval = NULL; }
	      if (ival) { gree(ival,"f36"); ival = NULL; }
	      if (fval) { gree(fval,"f37"); fval = NULL; }
	      if (dval) { gree(dval,"f38"); dval = NULL; }
	    }
	    else { 
	      if (pfi->attr) { /* some attributes already exist */
		/* advance to end of chain */
		attrib = pfi->attr;
		while (attrib->next != NULL) attrib = attrib->next;
		/* hang new attribute on end of chain */
		attrib->next = newattrib;
	      }
	      else {
		/* new attribute is first link in chain */
		pfi->attr = newattrib;
	      }
	      newattrib->next = NULL;
	      strcpy(newattrib->varname,varname);
	      strcpy(newattrib->name,attname);
	      newattrib->len  = attlen;
	      newattrib->nctype = (gaint)type;
	      if      (type == NC_BYTE)   newattrib->value = bval;
	      else if (type == NC_CHAR)   newattrib->value = cval;
	      else if (type == NC_SHORT)  newattrib->value = sval;
	      else if (type == NC_LONG)   newattrib->value = ival;
	      else if (type == NC_FLOAT)  newattrib->value = fval;
	      else if (type == NC_DOUBLE) newattrib->value = dval;
	    }
	  } /* end of if (gotatt) statement */
	} /* end of if statement for attlen > 0 */
      } /* end of if-else statement for getting attribute type and length */
    } /* end of if-else statement for getting attribute name */
    gree(attname,"f39a");
  } /* end of for loop on i */
  gree(varname,"f39b");
  return (Success);
#endif 
}


/* find a dimension id, given the dimension name */
gaint find_dim (struct gafile *pfi, char *name) {
  gaint i;
  for (i=0; insdfdims; i++) {
    if (!strcmp (pfi->sdfdimnam[i], name)) return(pfi->sdfdimids[i]);
  }
  return (-1);
}


/* Reads one dimension axis value. 
   Used to determine start and increment for time axis setup. */
gaint read_one_dimension (struct gafile *pfi, struct gavar *coord, 
			gaint start, gaint count, gadouble *data) {
  gaint rc;
  gadouble ddata;
  size_t st,cnt;

#if USEHDF == 1 
  int32 lst,lcnt,sds_id,dtype,rank,dim_sizes[H4_MAX_NC_DIMS],natts;
  float32  fdata;
  int32    idata;
  uint32   uidata;
 

  if (pfi->ncflg==2) {
    lst=start;
    lcnt=count;
    /* get the data type */
    if ((sds_id = SDselect(pfi->sdid,coord->sdvid))==FAIL) return Failure;
    rc = SDgetinfo(sds_id, coord->longnm, &rank, dim_sizes, &dtype, &natts);
    if (rc == -1) {
      gaprnt(0,"sdfdeflev: unable to determine coordinate axis data type\n");
      return Failure;
    }
    switch (dtype) {
    case (DFNT_INT32):  
      if ((SDreaddata (sds_id, &lst, NULL, &lcnt, (VOIDP *)&idata)) != 0) {
	gaprnt(0,"SDF Error: SDreaddatda failed to read coordinate axis value \n");
	return Failure;
      }
      *data = (gadouble)idata; 
      break;
    case (DFNT_UINT32):  
      if ((SDreaddata (sds_id, &lst, NULL, &lcnt, (VOIDP *)&uidata)) != 0) {
	gaprnt(0,"SDF Error: SDreaddatda failed to read coordinate axis value \n");
	return Failure;
      }
      *data = (gadouble)uidata; 
      break;
    case (DFNT_FLOAT32):
      if ((SDreaddata (sds_id, &lst, NULL, &lcnt, (VOIDP *)&fdata)) != 0) {
	gaprnt(0,"SDF Error: SDreaddatda failed to read coordinate axis value \n");
	return Failure;
      }
      *data = (gadouble)fdata; 
      break;
    case (DFNT_FLOAT64):
      if ((SDreaddata (sds_id, &lst, NULL, &lcnt, (VOIDP *)&ddata)) != 0) {
	gaprnt(0,"SDF Error: SDreaddatda failed to read coordinate axis value \n");
	return Failure;
      }
      *data = ddata;
      break;
    default:
      snprintf(pout,255,"SDF coordinate axis data type %d not handled\n",dtype);
      gaprnt(0,pout);
      return Failure;
    };
  }
#endif

#if USENETCDF == 1
  if (pfi->ncflg==1) {
    st=start;
    cnt=count;
    rc = nc_get_vara_double(pfi->ncid, coord->ncvid, &st, &cnt, &ddata);
    if (rc != NC_NOERR) {
      handle_error(rc);
      gaprnt(0,"SDF Error: nc_get_vara_double failed to read coordinate axis value \n");
      return Failure;
    }
    *data = ddata;
  }
#endif
  return Success ;
}


/* find a variable pointer, given the variable name */
struct gavar *find_var (struct gafile *pfi, char *varname) {
  gaint i;
  struct gavar *pvar;
  i=0;
  pvar = pfi->pvar1;
  while (i < pfi->vnum) {
    if (!strcmp(varname, pvar->longnm)) return (struct gavar *)pvar;
    i++; pvar++;
  }
  return NULL;  
}


gaint decode_delta_t (char *delta_t_str, gaint *year, gaint *month, gaint *day, gaint *hour, gaint *minn, gaint *sec) {
  char temp_str[100];
  gaint delta_t_len;
  gaint year_mark = 4, month_mark = 7, day_mark = 10;
  gaint hour_mark = 13, minute_mark = 16, second_mark = 19;

  *year = *month = *day = *hour = *minn = *sec = MISSING;

  delta_t_len = strlen (delta_t_str);
  if ((delta_t_len > day_mark)    && (delta_t_str[day_mark] != ' '))    return Failure;
  if ((delta_t_len > hour_mark)   && (delta_t_str[hour_mark] != ':'))   return Failure;
  if ((delta_t_len > minute_mark) && (delta_t_str[minute_mark] != ':')) return Failure;

  /* Get year. */
  strcpy (temp_str, delta_t_str);
  temp_str[year_mark] = '\0';
  sscanf (temp_str, "%d", year);

  /* Get month. */
  strcpy (temp_str, &delta_t_str[year_mark + 1]);
  temp_str[month_mark - year_mark - 1] = '\0';
  sscanf (temp_str, "%d", month);

  /* Get day. */
  strcpy (temp_str, &delta_t_str[month_mark + 1]);
  temp_str[day_mark - month_mark - 1] = '\0';
  sscanf (temp_str, "%d", day);

  /* Get other fields if present. */
  if (delta_t_len > day_mark) {

    /* Get hour. */
    strcpy (temp_str, &delta_t_str[day_mark + 1]);
    temp_str[hour_mark - day_mark - 1] = '\0';
    sscanf (temp_str, "%d", hour);
    
    /* Get minute. */
    strcpy (temp_str, &delta_t_str[hour_mark + 1]);
    temp_str[minute_mark - hour_mark - 1] = '\0';
    sscanf (temp_str, "%d", minn);
    
    /* Get second. */
    strcpy (temp_str, &delta_t_str[minute_mark + 1]);
    temp_str[second_mark - minute_mark - 1] = '\0';
    sscanf (temp_str, "%d", sec);
    
  }
  else {
    *hour = *minn = *sec = MISSING;
  }
  return Success;
}


/* Handle return codes */
void handle_error(gaint status) {
#if USENETCDF==1
  snprintf(pout,255," %s\n",nc_strerror(status));
  gaprnt(0,pout);
#endif
}

gaint gadxdf(struct gafile *pfi, GASDFPARMS *parms) 
{
struct gaens *ens;
struct gachsub *pchsub;
struct sdfnames *varnames=NULL;
struct dt tdef,tdefi,tdefe,dt1,dt2;
gadouble *tvals,*evals,v1,v2,temp;
gaint rc,len,ichar,tim1,tim2;
gaint flgs[1],i,j,ii,jj,t,e,reclen,err,flag;
char rec[512], mrec[512], *ch, *pos, *sname; 
size_t sz;
  
  /* Initialize variables */
  sname=NULL;
  initparms(parms);
  parms->isxdf = 1 ;
  
  /* Open descriptor file */
  descr = fopen (pfi->dnam, "r");  
  if (descr == NULL) {
    /* Add default suffix of .ctl */
    sz = strlen(pfi->dnam)+5;
    sname = (char *)galloc(sz,"sname");
    if (sname == NULL) {
      gaprnt(0,"gadxdf: memory allocation error in creating data descriptor file name\n");
      return Failure;
    }
    for(i=0;i<=strlen(pfi->dnam);i++) *(sname+i)=*(pfi->dnam+i);
    strcat(sname,".ctl");
    descr = fopen (sname, "r");
  }
  
  if (descr == NULL) {
    gaprnt (0,"gadxdf: Can't open description file\n");
    if (sname) gree(sname,"f45");
    return Failure;
  }
  
  /* Copy modified descriptor file name into gafile structure */
  if (sname != NULL) {
    getwrd (pfi->dnam,sname,255);
    if (sname) gree(sname,"f46");
  } 
  
  /* initialize variables */
  for (i=0;i<1;i++) flgs[i] = 1;
  
  /* Parse the descriptor file */
  pfi->vnum = 0 ;
  while (fgets(rec,512,descr)!=NULL) {
    
    /* Remove any leading blanks from rec */
    reclen = strlen(rec);
    jj = 0;
    while (jj= 0 ;  --ichar) {
      if (rec[ichar] == '\n') {
	rec[ichar] = '\0' ;
	break ; 
      }
    }
    /* Keep mixed case and lower case versions of rec handy */
    strcpy (mrec,rec);
    lowcas(rec);
    
    /* Parse comment -- check for attribute metadata */
    if (!isalnum(*(mrec))) {
      if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	if ((ddfattr(mrec,pfi)) == -1) goto retrn;
      }
    } 
    
    /* Parse OPTIONS */
    else if (cmpwrd("options",rec)) {
      if ((ch=nxtwrd(rec))!=NULL) {
        while (ch != NULL) {
          if (cmpwrd("yrev",ch)) pfi->yrflg = 1;
          else if (cmpwrd("zrev",ch)) pfi->zrflg = 1;
          else if (cmpwrd("template",ch)) pfi->tmplat = 1; 
          else if (cmpwrd("365_day_calendar",ch)) {
	    pfi->calendar=1;
	    mfcmn.cal365=pfi->calendar;
	  }
	  else {
	    gaprnt (0,"gadxdf error: invalid options keyword\n");
	    goto err9;
          }
          ch = nxtwrd(ch);
        }
      }
    } 
    
    /* Parse TITLE */
    else if (cmpwrd("title",rec)) {
      parms->needtitle = 0 ;
      if ((ch=nxtwrd(mrec))==NULL) {
        gaprnt (1,"gadxdf warning: missing title string\n");
	pfi->title[0] = '\0' ;
      } else {
        getstr (pfi->title,ch,511);
      }
    }
    
    /* Parse DTYPE */
    else if (cmpwrd("dtype",rec)) {
      if ((ch=nxtwrd(rec))==NULL ) pfi->ncflg = 1;   /* default to netcdf */
      else if (cmpwrd("netcdf",ch)) pfi->ncflg = 1;
      else if (cmpwrd("hdfsds",ch) || cmpwrd("hdf4",ch)) pfi->ncflg = 2;
      else {
        gaprnt (0,"gadxdf Error:  Data file type invalid\n");
        goto err9;
      }
    }

    /* Parse DSET */
    else if (cmpwrd("dset",rec)) {
      ch = nxtwrd(mrec);
      if (ch==NULL) {
        gaprnt (0,"gadxdf error: data file name is missing\n");
        goto err9;
      }
      if (*ch=='^' || *ch=='$') {
        fnmexp (pfi->name,ch,pfi->dnam);
      } else {
        getwrd (pfi->name,ch,511);
      }
      flgs[0] = 0;
    } 
    
    /* Parse CHSUB records.  time1, time2, then a string,  multiple times */
    else if (cmpwrd("chsub",rec)) {
      /* point to first block in chain */
      pchsub = pfi->pchsub1;    
      if (pchsub!=NULL) {
        while (pchsub->forw!=NULL) {
          pchsub = pchsub->forw;       /* advance to end of chain */
        }
      }
      flag = 0;
      ch = mrec;
      while (1) {
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        flag = 1;
        if ( (ch = intprs(ch,&tim1)) == NULL) break;
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        if (*ch=='*' && (*(ch+1)==' '||*(ch+1)=='\t')) tim2 = -99;
        else if ( (ch = intprs(ch,&tim2)) == NULL) break;
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        flag = 0;
        if (pchsub) {   /* chain exists */
	  sz = sizeof(struct gachsub);
          pchsub->forw = (struct gachsub *)galloc(sz,"chsub2");
          if (pchsub->forw==NULL) {
	    gaprnt(0,"gadxdf error: memory allocation failed for pchsub\n");
	    goto err8; 
	  }
          pchsub = pchsub->forw;
	  pchsub->forw = NULL;
        } else {        /* start a new chain */
	  sz = sizeof(struct gachsub);
          pfi->pchsub1 = (struct gachsub *)galloc(sz,"chsub3");
          if (pfi->pchsub1==NULL)  {
	    gaprnt(0,"gadxdf error: memory allocation failed for pchsub1\n");
	    goto err8; 
	  }
          pchsub = pfi->pchsub1;
	  pchsub->forw = NULL;
        }
        len = wrdlen(ch);
	sz = len+1;
        if ((pchsub->ch = (char *)galloc(sz,"chsub4")) == NULL) goto err8;
        getwrd(pchsub->ch,ch,len);
        pchsub->t1 = tim1;
        pchsub->t2 = tim2;
      }
      if (flag) {
        gaprnt (1,"gadxdf warning: Invalid chsub record; Ignored\n");
      }
    }

    /* Parse UNDEF */
    else if (cmpwrd("undef",rec)) {
      ch = nxtwrd(mrec);
      if (ch==NULL) {
        gaprnt (0,"gadxdf error: missing undef value\n");
        goto err9;
      }
      pos = getdbl(ch,&(pfi->undef));
      if (pos==NULL) {
        gaprnt (0,"gadxdf error: invalid undef value\n");
        goto err9;
      }
      /* Get the undef attribute name, if it's there */
      if ((ch=nxtwrd(ch))!=NULL) {
	len = 0;
	while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
	sz = len+1;
	if ((pfi->undefattr = (char *)galloc(sz,"undefattr2")) == NULL) goto err8;
	for (i=0; iundefattr+i) = *(ch+i);
	*(pfi->undefattr+len) = '\0';
	/* Set the undef attribute flag */
	pfi->undefattrflg = 1;
      }
      pfi->ulow = fabs(pfi->undef/EPSILON);
      pfi->uhi  = pfi->undef + pfi->ulow;
      pfi->ulow = pfi->undef - pfi->ulow;
      parms->needundef = 0 ;
      parms->hasDDFundef = 1 ;
    } 
      
    /* Parse XDEF */
    else if (cmpwrd("xdef",rec)) {
      if (pfi->type == 2) continue;
      if ((ch = nxtwrd(mrec)) == NULL) goto err0;   /* xdimname must be mixed case version*/
      parms->xsrch = 0 ;                    
      /* Copy the X dimension name into parms structure*/
      len = 0;
      while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
      sz = len+1;
      if ((parms->xdimname = (char *)galloc(sz,"xdimname")) == NULL) goto err8;
      for (i=0; ixdimname+i) = *(ch+i);
      *(parms->xdimname+len) = '\0';
      ch = nxtwrd(rec) ;                             /* skip over xdef in lowcase version */
      if ((ch = nxtwrd(ch)) == NULL) {
        parms->xsetup = 1 ;                    
      } 
      else {
        if ((pos = intprs(ch,&(pfi->dnum[0])))==NULL) goto err1;
	if (pfi->dnum[0]<1) {
	  snprintf(pout,255,"Warning: Invalid XDEF syntax in %s -- Changing size of X axis from %d to 1 \n",
		  pfi->dnam,pfi->dnum[0]);
	  gaprnt (1,pout);
	  pfi->dnum[0] = 1;
	}
        if (*pos != ' ') goto err1;
        if ((ch = nxtwrd(ch))==NULL) goto err2;
        if (cmpwrd("linear",ch)) {
	  rc = deflin(ch, pfi, 0, 0);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
	  /* Check if grid wraps around the globe */
	  v2 = *(pfi->grvals[0]);
	  v1 = *(pfi->grvals[0]+1) + v2;
	  temp = v1+(pfi->dnum[0])*v2;
	  temp=temp-360.0;
	  if (fabs(temp-v1)<0.01) pfi->wrap = 1;
        } 
	else if (cmpwrd("levels",ch)) {
	  rc = deflev (ch, rec, pfi, 0);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
        } else goto err2;
        parms->xsetup = 0 ;
      }
    } 

    /* Parse YDEF */
    else if (cmpwrd("ydef",rec)) {
      if (pfi->type == 2) continue;
      if ((ch = nxtwrd(mrec)) == NULL) goto err0;   /* ydimname must be mixed case version*/
      parms->ysrch = 0 ;
      /* Copy the Y dimension name into parms structure*/
      len = 0;
      while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
      sz = len+1;
      if ((parms->ydimname = (char *)galloc(sz,"ydimname")) == NULL) goto err8;
      for (i=0; iydimname+i) = *(ch+i);
      *(parms->ydimname+len) = '\0';
      ch = nxtwrd(rec) ;                             /* skip over ydef in lowcase version*/
      if ((ch = nxtwrd(ch))  == NULL) { 
        parms->ysetup = 1 ;
      } 
      else {
        if ((pos = intprs(ch,&(pfi->dnum[1])))==NULL) goto err1 ;
	if (pfi->dnum[1]<1) {
	  snprintf(pout,255,"Warning: Invalid YDEF syntax in %s -- Changing size of Y axis from %d to 1 \n",
		  pfi->dnam,pfi->dnum[1]);
	  gaprnt (1,pout);
	  pfi->dnum[1] = 1;
	}
        if (*pos!=' ') goto err1;
        if ((ch = nxtwrd(ch))==NULL) goto err2;
        if (cmpwrd("linear",ch)) {
	  rc = deflin(ch, pfi, 1, 0);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
        } else if (cmpwrd("levels",ch)) {
	  rc = deflev (ch, rec, pfi, 1);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
        } else if (cmpwrd("gausr40",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  if ((pos = intprs(ch,&i))==NULL) goto err3;
	  pfi->grvals[1] = gagaus(i,pfi->dnum[1]);
	  if (pfi->grvals[1]==NULL) goto err9;
	  pfi->abvals[1] = pfi->grvals[1];
	  pfi->ab2gr[1] = lev2gr;
	  pfi->gr2ab[1] = gr2lev;
	  pfi->linear[1] = 0;
        } else if (cmpwrd("mom32",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  if ((pos = intprs(ch,&i))==NULL) goto err3;
	  pfi->grvals[1] = gamo32(i,pfi->dnum[1]);
	  if (pfi->grvals[1]==NULL) goto err9;
	  pfi->abvals[1] = pfi->grvals[1];
	  pfi->ab2gr[1] = lev2gr;
	  pfi->gr2ab[1] = gr2lev;
	  pfi->linear[1] = 0;
        } else if (cmpwrd("gausr30",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  if ((pos = intprs(ch,&i))==NULL) goto err3;
	  pfi->grvals[1] = gags30(i,pfi->dnum[1]);
	  if (pfi->grvals[1]==NULL) goto err9;
	  pfi->abvals[1] = pfi->grvals[1];
	  pfi->ab2gr[1] = lev2gr;
	  pfi->gr2ab[1] = gr2lev;
	  pfi->linear[1] = 0;
        } else if (cmpwrd("gausr20",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  if ((pos = intprs(ch,&i))==NULL) goto err3;
	  pfi->grvals[1] = gags20(i,pfi->dnum[1]);
	  if (pfi->grvals[1]==NULL) goto err9;
	  pfi->abvals[1] = pfi->grvals[1];
	  pfi->ab2gr[1] = lev2gr;
	  pfi->gr2ab[1] = gr2lev;
	  pfi->linear[1] = 0;
        } else if (cmpwrd("gausr15",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  if ((pos = intprs(ch,&i))==NULL) goto err3;
	  pfi->grvals[1] = gags15(i,pfi->dnum[1]);
	  if (pfi->grvals[1]==NULL) goto err9;
	  pfi->abvals[1] = pfi->grvals[1];
	  pfi->ab2gr[1] = lev2gr;
	  pfi->gr2ab[1] = gr2lev;
	  pfi->linear[1] = 0;
        } else goto err2;
        parms->ysetup = 0 ;
      }
    } 

    /* Parse ZDEF */
    else if (cmpwrd("zdef",rec)) {
      if ((ch = nxtwrd(mrec)) == NULL) goto err0; /* get mixed case version */
      parms->zsrch = 0 ;
      /* Copy the Z dimension name into parms structure*/
      len = 0;
      while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
      sz = len+1;
      if ((parms->zdimname = (char *)galloc(sz,"zdimname")) == NULL) goto err8;
      for (i=0; izdimname+i) = *(ch+i);
      *(parms->zdimname+len) = '\0';
      ch = nxtwrd(rec) ;                           /* point past zdef in lowcased version */
      if ((ch = nxtwrd(ch))  == NULL) {
        parms->zsetup = 1 ;
      } 
      else {
        if ((pos = intprs(ch,&(pfi->dnum[2])))==NULL) goto err1 ;
	if (pfi->dnum[2]<1) {
	  snprintf(pout,255,"Warning: Invalid ZDEF syntax in %s -- Changing size of Z axis from %d to 1 \n",
		  pfi->dnam,pfi->dnum[2]);
	  gaprnt (1,pout);
	  pfi->dnum[2] = 1;
	}
        if (*pos!=' ') goto err1;
        if ((ch = nxtwrd(ch))==NULL) goto err2;
        if (cmpwrd("linear",ch)) {
	  rc = deflin(ch, pfi, 2, 0);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
        } else if (cmpwrd("levels",ch)) {
	  rc = deflev (ch, rec, pfi, 2);
	  if (rc==-1) goto err8;
	  if (rc) goto err9;
        } else goto err2;
        parms->zsetup = 0 ;
      }
    } 

    /* Parse TDEF */
    else if (cmpwrd("tdef",rec)) {
      if ((ch = nxtwrd(mrec)) == NULL) goto err0; /* get mixed case version */
      parms->tsrch = 0 ;
      if (!strncasecmp(ch, "%nodim%", 7)) {
        parms->tdimname = NULL ;             /* we won't be using any tdimname */
	pfi->dnum[TINDEX] = 1 ;              /* 1 time step ; be sure not to map any tdim */
      } 
      else {
	/* Copy the T dimension name into parms structure*/
	len = 0;
	while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
	sz = len+1;
	if ((parms->tdimname = (char *)galloc(sz,"tdimname")) == NULL) goto err8;
	for (i=0; itdimname+i) = *(ch+i);
	*(parms->tdimname+len) = '\0';
      }
      ch = nxtwrd(rec) ;                           /* skip over tdef in lowcased version */
      if ((ch = nxtwrd(ch)) == NULL) {
        if (parms->tdimname == NULL) {
	  sz = sizeof(gadouble)*8;
	  if ((tvals = (gadouble *)galloc(sz,"tvals3")) == NULL) goto err8;
	  tvals[0] = 1.0 ;
	  tvals[1] = 1.0 ;
	  tvals[2] = 1.0 ;
	  tvals[3] = 0.0 ; /* initial hours */
	  tvals[4] = 0.0 ;
	  tvals[5] = 0.0 ; /* step in months */
	  tvals[6] = 1.0 ; /* step in minutes */
	  tvals[7] = -999.9 ;
	  pfi->grvals[TINDEX] = tvals ;
	  pfi->abvals[TINDEX] = tvals ;
	  pfi->linear[TINDEX] = 1 ;
	  parms->tsetup = 0 ;
        } 
	else {
	  parms->tsetup = 1 ;
        }
      } 
      else { 
        if ((pos = intprs(ch,&(pfi->dnum[3])))==NULL) goto err1 ;
	if (parms->tdimname == NULL) {
	  /*  %nodim% case can only have 1 timestep */
	  if (pfi->dnum[3] != 1) {
	    gaprnt(0, "TDEF with %nodim% has timestep count != 1; resetting to 1.\n") ;
	    pfi->dnum[3] = 1 ;
 	  }
	}
	else if (pfi->dnum[3]<1) {
	  snprintf(pout,255,"Warning: Invalid TDEF syntax in %s -- Changing size of T axis from %d to 1 \n",
		  pfi->dnam,pfi->dnum[3]);
	  gaprnt (1,pout);
	  pfi->dnum[3] = 1;
	}
        if (*pos!=' ') goto err1;
        if ((ch = nxtwrd(ch))==NULL) goto err2;
        if (cmpwrd("linear",ch)) {
	  if ((ch = nxtwrd(ch))==NULL) goto err3;
	  tdef.yr = -1000;
	  tdef.mo = -1000;
	  tdef.dy = -1000;
	  if ((pos = adtprs(ch,&tdef,&dt1))==NULL) goto err3;
	  if (*pos!=' ' || dt1.yr == -1000 || dt1.mo == -1000.0 || dt1.dy == -1000) goto err3;
	  if ((ch = nxtwrd(ch))==NULL) goto err4;
	  if ((pos = rdtprs(ch,&dt2))==NULL) goto err4;
	  v1 = (dt2.yr * 12) + dt2.mo;
	  v2 = (dt2.dy * 1440) + (dt2.hr * 60) + dt2.mn;
	  if (dequal(v1, 0.0, 1.0e-08)==0 && dequal(v2, 0.0, 1.0e-08)==0) goto err4a ;
	  sz = sizeof(gadouble)*8;
	  if ((tvals = (gadouble *)galloc(sz,"tvals4")) == NULL) goto err8;
	  *(tvals) = dt1.yr;
	  *(tvals+1) = dt1.mo;
	  *(tvals+2) = dt1.dy;
	  *(tvals+3) = dt1.hr;
	  *(tvals+4) = dt1.mn;
	  *(tvals+5) = v1;
	  *(tvals+6) = v2;
	  *(tvals+7) = -999.9;
	  pfi->grvals[3] = tvals;
	  pfi->abvals[3] = tvals;
	  pfi->linear[3] = 1;
        } else goto err2;
        parms->tsetup = 0 ;
      }
    } 

    /* Parse EDEF */
    else if (cmpwrd("edef",rec)) {
      if ((ch = nxtwrd(mrec)) == NULL) goto err1;   /* get mixed case version */
      parms->esrch  = 0;  /* got the coordinate variable name */
      /* copy the E dimension name into parms structure */
      len = 0;
      while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
      sz = len+1;
      if ((parms->edimname = (char *)galloc(sz,"edimname")) == NULL) {
	gaprnt(0,"Unable to allocate memory for E coordinate axis name\n");
	goto err8;
      }
      for (i=0; iedimname+i) = *(ch+i);
      *(parms->edimname+len) = '\0';
      parms->esetup = 3;       /* still need size, ensemble names, time metadata */
      ch = nxtwrd(rec) ;                           /* point past edef in lowcased version */
      if ((ch = nxtwrd(ch)) != NULL) {
	if ((pos = intprs(ch,&(pfi->dnum[EINDEX]))) == NULL) goto err1;
	if (pfi->dnum[EINDEX]<1) {
	  snprintf(pout,255,"Warning: Invalid EDEF syntax in %s -- Changing size of E axis from %d to 1 \n",
		  pfi->dnam,pfi->dnum[EINDEX]);
	  gaprnt (1,pout);
	  pfi->dnum[EINDEX] = 1;
	}
	/* allocate an array of ensemble structures */
	sz = pfi->dnum[EINDEX] * sizeof(struct gaens); 
	if ((ens = (struct gaens *)galloc(sz,"ens3")) == NULL) {
	  gaprnt(0,"Unable to allocate memory for E coordinate axis values\n");
	  goto err8;
	}
	pfi->ens1 = ens;
	parms->esetup = 2;    /* still need ensemble names, time metadata */
	j = 0;
	ch = nxtwrd(ch);
	/* Check for keyword "names" followed by list of ensemble members.
	   The option for separate lines containing names, lengths, and 
	   initial times is not supported in xdfopen */
	if ((ch!=NULL) && cmpwrd("names",ch)) {
	  while (jdnum[4]) {
	    if ((ch=nxtwrd(ch))==NULL) goto err7b;
	    /* get the ensemble name */
	    if ((getenm(ens, ch))!=0) goto err7c;
	    j++; ens++;
	  }
	  parms->esetup=1;  /* still need time metadata */
	} 
      }
    } 
	
    /* Parse the variable declarations */
    else if (cmpwrd("vars",rec)) {
      if ((ch = nxtwrd(rec)) == NULL) goto err5;
      if ((pos = intprs(ch,&(pfi->vnum)))==NULL) goto err5;
      sz = pfi->vnum * sizeof(struct sdfnames) ;
      if ((varnames = (struct sdfnames *) galloc(sz,"varnames")) == NULL) goto err8;
      parms->names1 = varnames;
      parms->dvsrch = 0 ;
      parms->dvcount = pfi->vnum ;
      i = 0;
      while (ivnum) {
        if (fgets(rec,512,descr)==NULL) {
          gaprnt (0,"gadxdf error: Unexpected EOF reading variables\n");
          snprintf(pout,255, "Was expecting %i records.  Found %i.\n", pfi->vnum, i);
          gaprnt (2,pout);
          goto retrn;
        }
	/* Remove any leading blanks from rec */
	reclen = strlen(rec);
	jj = 0;
	while (jj= 0 ;  --ichar) {
	  if (rec[ichar] == '\n') {
	    rec[ichar] = '\0' ;
	    break ; 
	  }
        }
	/* Keep mixed case and lower case versions of rec handy */
        strcpy (mrec,rec);
        lowcas(rec);
	/* Allow comments between VARS and ENDVARS */
        if (!isalnum(*(mrec))) {
	  /* Parse comment if it contains attribute metadata  */
	  if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	    if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	    else continue;
	  }
  	  else continue; 
	}
        if (cmpwrd("endvars",rec)) {
          gaprnt (0,"gadxdf error: Unexpected ENDVARS record\n");
          snprintf(pout,255, "Was expecting %i records.  Found %i.\n", pfi->vnum, i);
          gaprnt (2,pout);
          goto err9;
        }
	/* Get the compound variable name (longnm=>abbrv). */
	/* We'll extract # levels and other metadata later. */
        if ((getncvnm(varnames, mrec))!=0) goto err6;
        i++; varnames++;
      }

      /* Check for final record */
      if (fgets(rec,512,descr)==NULL) {
        gaprnt (0,"gadxdf error: Missing ENDVARS statement.\n");
        goto retrn;
      }

      /* See if final record is an attribute comment or 'endvars'. If not, send error message */
      strcpy (mrec,rec);
      lowcas(rec);
      while (!cmpwrd("endvars",rec)) {
	if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	  if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	}
        else {
	  snprintf(pout,255,"gadxdf error: Looking for \"endvars\", found \"%s\" instead.\n",rec);
	  gaprnt (0,pout);
	  goto err9;
	}
  	if (fgets(rec,256,descr)==NULL) {
	  gaprnt (0,"gadxdf error: Missing ENDVARS statement.\n");
	  goto retrn;
	}
      }

    } else {
      /* Parse error of descriptor file */
      gaprnt (0,"gadxdf error: Unknown keyword in description file\n");
      goto err9;
    }
  }
  
  /* Check if required DSET entry is present */
  err=0;
  for (i=0; i<1; i++) {
    if (flgs[i]) {
      gaprnt (0,"gadxdf error: missing DSET record \n");
      err=1;
    }
  }
  if (err) goto retrn;
  
  /* Done scanning.  Check if scanned stuff makes sense, 
     and then set things up correctly */

  /* set the global calendar and check if we are trying to change with a new file... */
  if(mfcmn.cal365<0) {
    mfcmn.cal365=pfi->calendar;
  } else {
    if (pfi->calendar != mfcmn.cal365) {
      gaprnt(0,"Attempt to change the global calendar...\n");
      if(mfcmn.cal365) {
	gaprnt(0,"The calendar is NOW 365 DAYS and you attempted to open a standard calendar file\n");
      } else {
	gaprnt(0,"The calendar is NOW STANDARD and you attempted to open a 365-day calendar file\n");
      }
      goto retrn;
    }
  }

  /* if time series templating was specified, & the TDEF line was incomplete, ERROR! */
  if (pfi->tmplat && parms->tsetup) {
    gaprnt (0,"gadxdf error: Use of OPTIONS template requires a complete TDEF entry\n");
    goto retrn ;
  }

  /* temporarily set the E dimension size to 1 until we can parse the rest of the metadata */
  if (pfi->tmplat && parms->esetup==3) {
    pfi->dnum[4]=1;
    /* set up linear scaling */
    sz = sizeof(gadouble)*6;
    if ((evals = (gadouble *)galloc(sz,"evals")) == NULL) {
      gaprnt(0,"gadsdf: memory allocation failed for default ensemble dimension scaling values\n");
      goto err1;
    }
    v1=v2=1;
    *(evals+1) = v1 - v2;
    *(evals) = v2;
    *(evals+2) = -999.9;
    *(evals+4) = -1.0 * ( (v1-v2)/v2 );
    *(evals+3) = 1.0/v2;
    *(evals+5) = -999.9;
    pfi->grvals[EINDEX] = evals;
    pfi->abvals[EINDEX] = evals+3;
    pfi->ab2gr[EINDEX] = liconv;
    pfi->gr2ab[EINDEX] = liconv;
    pfi->linear[EINDEX] = 1;
    /* allocate a single ensemble structure */
    sz = sizeof(struct gaens);
    if ((ens = (struct gaens *)galloc(sz,"ens1")) == NULL) {
      gaprnt(0,"gadsdf: memory allocation failed for default E axis values\n");
      goto err1;
    }
    pfi->ens1 = ens;
    snprintf(ens->name,15,"1");
    ens->length = pfi->dnum[TINDEX];
    ens->gt = 1;
    gr2t(pfi->grvals[TINDEX],1.0,&ens->tinit);
    /* set grib codes to default values */
    for (j=0;j<4;j++) ens->grbcode[j]=-999;
    parms->esetup=4; /* set this to 4 so we know there's a dummy E axis set up */
  }


  /* If the file name is a time series template, figure out
     which times go with which files, so we don't waste a lot
     of time later opening and closing files unnecessarily. */

  if (pfi->tmplat) {
    /* The fnums array is the size of the time axis multiplied by the size of the ensemble axis. 
       It contains the t index which generates the filename that contains the data for each timestep 
       If the ensemble has no data file for a given time, the fnums value will be -1 */
    sz = sizeof(gaint)*pfi->dnum[3]*pfi->dnum[4];
    pfi->fnums = (gaint *)galloc(sz,"fnums1");   
    if (pfi->fnums==NULL) {
      gaprnt(0,"Open Error: memory allocation failed for fnums\n");
      goto err2;
    }
    /* get dt structure for t=1 */
    gr2t(pfi->grvals[3],1.0,&tdefi);
    /* loop over ensembles */
    ens=pfi->ens1;
    e=1;
    while (e<=pfi->dnum[4]) {
      j = -1; 
      t=1;
      /* set fnums value to -1 for time steps before ensemble initial time */
      while (tgt) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      j = ens->gt;
      /* get dt structure for ensemble initial time */
      gr2t(pfi->grvals[3],ens->gt,&tdefe);
      /* get filename for initial time of current ensemble member  */
      ch = gafndt(pfi->name,&tdefe,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,ens->gt,e,&flag);   
      if (ch==NULL) {
	snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,ens->gt);
	gaprnt(0,pout);
	goto err2;
      }
      if ((flag==1) && (pfi->dnum[4]>1)) {
	gaprnt(0,"Open Error: If the E dimension size is > 1 \n");
	gaprnt(0,"  and templating in the T dimension is used,\n");
	gaprnt(0,"  then templating in the E dimension must also be used.\n");
	goto err2;
      }
      pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      /* loop over remaining valid times for this ensemble */
      for (t=ens->gt+1; tgt+ens->length; t++) {
	/* get filename for time index=t ens=e */
	gr2t(pfi->grvals[3],(gadouble)t,&tdef);
	pos = gafndt(pfi->name,&tdef,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,t,e,&flag);  
	if (pos==NULL) {
	  snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,t);
	  gaprnt(0,pout);
	  goto err2;
	}
	if (strcmp(ch,pos)!=0) {    /* filename has changed */
	  j = t;   
	  gree(ch,"f47");
	  ch = pos;
	}
	else {
	  gree(pos,"f48");
	}
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      }
      gree(ch,"f48a");
      /* set fnums value to -1 for time steps after ensemble final time */
      j = -1;
      while (t<=pfi->dnum[3]) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      e++; ens++;
    }
    pfi->fnumc = 0;
    pfi->fnume = 0;
  }
  
  fclose (descr);
  return Success;
  
 err0:
  gaprnt(0, "gadxdf error: Missing or invalid dimension name.\n") ;
  goto err9;

 err1:
  gaprnt (0,"gadxdf error: Missing or invalid dimension size.\n");
  goto err9;
  
 err2:
  gaprnt (0,"gadxdf error: Missing or invalid dimension");
  gaprnt (0," scaling type\n");
  goto err9;
  
 err3:
  gaprnt (0,"gadxdf error: Missing or invalid dimension");
  gaprnt (0," starting value\n");
  goto err9;
  
 err4:
  gaprnt (0,"gadxdf error: Missing or invalid dimension");
  gaprnt (0," increment value\n");
  goto err9;

 err4a:
  gaprnt (0,"gadxdf error: 0 time increment in tdef\n");
  gaprnt (0," use 1 for single time data\n");
  goto err9;
  
 err5:
  gaprnt (0,"gadxdf error: Missing or invalid variable");
  gaprnt (0," count\n");
  goto err9;
  
 err6:
  gaprnt (0,"gadxdf error: Invalid variable record\n");
  goto err9;
  
 err7b:
  gaprnt (0,"gadxdf error: Invalid number of ensembles\n");
  goto err9;

 err7c:
  gaprnt (0,"gadxdf error: Invalid ensemble name\n");
  goto err9;

 err8:
  gaprnt (0,"gadxdf error: Memory allocation Error\n");
  goto retrn;
  
 err9:
  gaprnt (0,"  --> The invalid description file record is: \n");
  gaprnt (0,"  --> ");
  gaprnt (0,rec);
  gaprnt (0,"\n");
  
 retrn:
  gaprnt (0,"  The data file was not opened. \n");
  fclose (descr);
  return Failure;
  
}


/*  handle var name of the form longnm=>abbrv
    or just the abbrv with no long name */

gaint getncvnm (struct sdfnames *var, char *mrec) {
gaint ib,i,j,k,len,flag;

  ib = 0;
  while (*(mrec+ib)==' ') ib++;

  if (*(mrec+ib)=='\0' || *(mrec+ib)=='\n') return(1);

  /* Scan for the '=>' string */
  len = 0;
  i = ib;
  flag = 0;

  while (1) {
    if (*(mrec+i)==' ' || *(mrec+i)=='\0' || *(mrec+i)=='\n') break;
    if (*(mrec+i)=='=' && *(mrec+i+1)=='>') {
      flag = 1;
      break;
    }
    len++ ; i++; 
  }

  if (flag) {
    for (j=ib; jlongnm[k] = *(mrec+j); 
    }
    var->longnm[len] = '\0';
    i+=2;
  } else {
    i = 0;
    var->longnm[0] = '\0';
  } 

  if (*(mrec+i)=='\n' || *(mrec+i)=='\0') return (1);

  getwrd(var->abbrv, mrec+i, 15);
  lowcas(var->abbrv);

  /* Check if 1st character is lower-case alphabetic */
  if (islower(*(var->abbrv))) return(0);
  else return (1);
}

/* Initialize parms structure */
void initparms(GASDFPARMS *parms) {
  parms->isxdf = 0;
  parms->xsrch = 1;
  parms->ysrch = 1;
  parms->zsrch = 1;
  parms->tsrch = 1;
  parms->esrch = 1;
  parms->dvsrch = 1;
  parms->xsetup = 1;
  parms->ysetup = 1;
  parms->zsetup = 1;
  parms->tsetup = 1;
  parms->esetup = 3;
  parms->needtitle = 1;
  parms->needundef = 1;
  parms->needunpack = 1;
  parms->xdimname = NULL;
  parms->ydimname = NULL;
  parms->zdimname = NULL;
  parms->tdimname = NULL;
  parms->edimname = NULL;
  parms->names1 = NULL;
  parms->dvcount = -1;
  parms->dvsetup = (gaint *) 0 ; 
  parms->hasDDFundef = 0 ;
  return;
}

/* Free memory for parms structure */
void freeparms (GASDFPARMS *parms) {
  if (parms->xdimname) gree(parms->xdimname,"f50");
  if (parms->ydimname) gree(parms->ydimname,"f51");
  if (parms->zdimname) gree(parms->zdimname,"f52");
  if (parms->tdimname) gree(parms->tdimname,"f53");
  if (parms->edimname) gree(parms->edimname,"f54");
  if (parms->names1)   gree(parms->names1,"f55");
  return;
}

#endif
grads-2.0.1/src/gabufr.c0000644000175000017500000006045411572177474016175 0ustar  amckinstryamckinstry/* Copyright (C) 1988-2011 by Brian Doty and the 
   Institute of Global Environment and Society (IGES).  
   See file COPYRIGHT for more information.   */

/* Authored by Joe Wielgosz */

#include 
#include 
#include 
#include 
#include 
#include 

#include "gabufr.h"
#include "grads.h"

#ifndef GABUFR_DEBUG
#define GABUFR_DEBUG 0
#endif

#define GABUFR_NO_PARSE_DATA 0
#define GABUFR_PARSE_DATA 1

typedef struct {
  gabufr_msg * msg; /* msg being parsed */
  gabufr_varid * descpos; /* current descriptor */
  gabufr_varid * parentpos; /* descriptor in next level out (needed
			       for NCEP use of a sequence to indicate
			       replication of next descriptor */
  unsigned char * datapos; /* position in raw data */
  gaint databits;   /* bit offset in raw data */
  gaint z;  /* current replication count in outermost level */
  gaint sub; /* current subset */
  gaint delrep; /* flag set if previous descriptor was delayed
		 replication (F=2,Y=0) */
  gabufr_val * curval; /* end of list of parsed data values */
} gabufr_parseinf;


void gabufr_free_val(gabufr_val * val) {
  if (val->sval) {
    free(val->sval);
  }
  free(val);
}
  

void gabufr_free_msg(gabufr_msg * msg) {
  gabufr_val * val, * nextval;
  gaint i;
  if (msg->subs) {
    for (i = 0; i < msg->subcnt; i++) {
      if (msg->subs[i]) {
	for (val = msg->subs[i]; val != NULL; val = nextval) {
	  nextval = val->next;
	  gabufr_free_val(val);
	}
      }
    }
    free(msg->subs);
  }
  free(msg);
}  
 
void gabufr_close(gabufr_dset * dset) {
  gabufr_msg * msg, * nextmsg;

  for (msg = dset->msgs; msg != NULL; msg = nextmsg) {
    nextmsg = msg->next;
    gabufr_free_msg(msg);
 }

  if (dset->buf) {
    printf("should have been done already");
    free(dset->buf);
  }

  free(dset);
}

/* loads file contents into a memory block */
gaint gabufr_load2mem(const char * path, gabufr_dset * dset) {
  off_t bytesread, bytesleft, filesize;
  FILE * datafile;
  unsigned char * filebuf;
  unsigned char * pos;

  if ((datafile = fopen(path, "r")) == NULL) {
      printf("Can't open BUFR file %s: %s\n", path, strerror(errno));
      return GABUFR_ERR;
  }

  fseeko(datafile, 0, SEEK_END);
  bytesleft = filesize = ftello(datafile);
  fseeko(datafile, 0, SEEK_SET);
  if (GABUFR_DEBUG) printf("filesize is %ld\n", filesize);

  pos = filebuf = malloc(filesize);
  if (filebuf == NULL) {
    printf("Couldn't allocate memory for file parsing\n");
    return GABUFR_ERR;
  }

  while (bytesleft > 0) {
    bytesread = fread(pos, 1, bytesleft, datafile);
    if (GABUFR_DEBUG) printf("read %ld bytes\n", bytesleft);
    if (ferror(datafile)) {
      printf("Low level read error on BUFR file %s\n", path);
      free(filebuf);
      fclose(datafile);
      return GABUFR_ERR;
    }
    
    if (feof(datafile) && bytesleft) {
      if (GABUFR_DEBUG) printf("Ran out of data in BUFR file %s!\n", path);
      free(filebuf);
      fclose(datafile);
      return GABUFR_ERR;
    }

    bytesleft -= bytesread;
    pos += bytesread;
  }
  fclose(datafile);
  dset->buf = filebuf;
  dset->len = filesize;
  dset->msgs = NULL;
  return GABUFR_OK;
}  

/* prints a full description of a varid, expanding sequence contents*/
void gabufr_print_varid (gabufr_varid *varid, gaint indent) {
  gabufr_varid * seq_varid;
  gabufr_varinf * varinf;
  gaint i;
  static gaint delrep = 0;

  for (i = 0; i < indent; i++) {
    printf(" ");
  }

  printf("%d %.2d %.3d  ", 
	 varid->f, varid->x, varid->y);
  
  if (delrep) {
    printf("(replication count)\n");
    delrep = 0;
    return;
  }
  switch (varid->f) {

  case 0:
    varinf = gabufr_get_varinf(varid->x, varid->y);
    printf("(%s) %s\n",
	   (varinf->datatype == GABUFR_STR_TYPE) ? "text" : "numeric",
	   varinf->description);
    break;

  case 1:
    printf("(replicate next %d", varid->x);
    if (varid->y == 0) {
      printf(", not including replication count)\n");
      delrep = 1;
    } else {
      printf(", %d times)\n", varid->y);
    }
      
    break;

  case 2:
    printf("(operator)\n");
    break;

  case 3:
    printf("(sequence)\n");
    for (seq_varid = gabufr_get_seq(varid->x, varid->y); 
	 seq_varid; 
	 seq_varid = seq_varid->next) {
      gabufr_print_varid(seq_varid, indent + 2);
    }
    break;
  }


}

/* builds a list of varid's from the message header */
gabufr_varid * gabufr_extract_msg_desc(gabufr_msg * msg, gaint parse_data) {
  unsigned char * pos, * start, * end;
  gabufr_varid * head, * current, * next;
  gabufr_varinf * varinf;

  if (msg == NULL) {
    return NULL;
  }

  if (GABUFR_DEBUG || parse_data == GABUFR_NO_PARSE_DATA)  {
    printf("\n\n\n>>> start of message\n");
  }

  head = current = NULL;
  start = msg->section3 + 7;
  end = msg->section4;
  for (pos = start; pos < end; pos += 2) {
    next = (gabufr_varid *) malloc(sizeof(gabufr_varid));
    if (next == NULL) {
      printf("Memory allocation failed during parsing\n");
      gabufr_free_varids(head);
      return NULL;
    }
      
    next->f = gagbb(pos, 0, 2);
    next->x = gagbb(pos, 2, 6);
    next->y = gagbb(pos, 8, 8);
    
    if (next->f == 0 && next->x == 0 && next->y == 0) {
      free(next);
      continue;
    }

    next->next = NULL;

    if (!gabufr_valid_varid(next->f, next->x, next->y)) {
      printf("error: corrupt message (contains invalid FXY %d-%.2d-%.3d)\n", 
	     next->f, next->x, next->y);
      free(next);
      gabufr_free_varids(head);
      return NULL;
    }

    if (next->f == 0) {
      varinf = gabufr_get_varinf(next->x, next->y);
      if (varinf->width == 0) {
	printf("error: no table information for FXY %d-%.2d-%.3d\n", 
	       next->f, next->x, next->y); 
	free(next);
	gabufr_free_varids(head);
	return NULL;
      }
    }

    if (GABUFR_DEBUG || parse_data == GABUFR_NO_PARSE_DATA) gabufr_print_varid(next, 0);

    if (head) {
      current->next = next;
    } else {
      head = next;
    }
    current = next;
  }

  if (GABUFR_DEBUG || parse_data == GABUFR_NO_PARSE_DATA)  {
    printf("\n<<< end of message");
  }

  return head;
}

void gabufr_seekbits(gabufr_parseinf *inf, gaint bits) {
  inf->databits += bits;
  inf->datapos += (inf->databits / 8);
  inf->databits %= 8;
  /* if (GABUFR_DEBUG) printf("set position to %p (offset %d)\n", 
     inf->datapos, inf->databits); */
}  

gaint gabufr_all_ones(gaint bitcnt) {
  return (1 << bitcnt) - 1;
}

long gabufr_readbits2num(unsigned char * pos, gaint offset, gaint bitcnt) {
  long retval;
  if (bitcnt <= 0 || bitcnt > sizeof(long) * 8) {
    printf("warning: can't read %d-bit data value; max is %d\n",
	   bitcnt, (gaint) (sizeof(long) * 8));
    return gabufr_all_ones(bitcnt);
  } else {
    retval = gagbb(pos, offset, bitcnt);
    if (GABUFR_DEBUG) printf("read %2d bits at (%p + %d):  %ld\n", 
			     bitcnt, pos, offset, retval);
    return retval;
  }
}

char * gabufr_readbits2str(unsigned char * pos, gaint offset, gaint bitcnt) {
  gaint i, bytecnt;
  char * retval;
  if (bitcnt < 0 || bitcnt % 8) {
    printf("error: invalid bit count for string: %d\n", 
	   bitcnt);
    return NULL;
  }
  bytecnt = bitcnt / 8;

  if (GABUFR_DEBUG) printf("read %2d chars at (%p + %d): [", 
	 bytecnt, pos, offset);
  retval = (char *) malloc(bytecnt+1);
  if (retval == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }
  if (offset) {
    for (i = 0; i < bytecnt; i++) {
      retval[i] = (char) gagbb(pos + i, offset, 8);
    }
  } else {
    memcpy(retval, pos, bytecnt);
  }
  retval[bytecnt] = '\0';
  if (GABUFR_DEBUG) printf("%s]\n", retval);
  return retval;
}

double gabufr_exp10(double mant, gaint exp) {
  gaint i;
  if (exp > 0) {
    for (i = 0; i < exp; i++) {
      mant /= 10;
    }
  } else {
    for (i = 0; i > exp; i--) {
      mant *= 10;
    }
  }    
  return mant;
}

gaint gabufr_parseval(gabufr_parseinf *inf, gaint x, gaint y, gabufr_val * val) {
  gabufr_varinf * varinf;
  long packedval;

  varinf = gabufr_get_varinf(x, y);
  if (varinf->width == 0) {
    printf("error: no entry for descriptor (0, %d, %d)\n", x, y);
    return GABUFR_ERR;
  }

  if (varinf->datatype == GABUFR_STR_TYPE) {
    val->sval = 
      gabufr_readbits2str(inf->datapos, inf->databits, varinf->width);
    val->val = DBL_MIN;
  } else {
    packedval = 
      (double) gabufr_readbits2num(inf->datapos, inf->databits, varinf->width);

    if (packedval == gabufr_all_ones(varinf->width)) {
	val->undef = GABUFR_UNDEF;
	if (GABUFR_DEBUG) printf("missing data flag set\n");
      } else {
	val->undef = GABUFR_DEF;
      }

    val->val = gabufr_exp10(packedval + varinf->offset, varinf->scale);
    if (GABUFR_DEBUG) printf("unpacking: ( %d + %d ) / 10^%d -> %g\n",
			     (gaint) packedval, 
			     varinf->offset, 
			     varinf->scale, 
			     val->val);
    val->sval = NULL;
  } 
  
  val->x = x;
  val->y = y;
  val->z = inf->z;
  gabufr_seekbits(inf, varinf->width);
  return GABUFR_OK;
}

/* adds a new value to the current linked list, creating it if necessary */
void gabufr_addval(gabufr_parseinf *inf, gabufr_val *val) {
  if (! inf->curval) {
    inf->msg->subs[inf->sub] = val;
  } else {
    inf->curval->next = val;
  }    
  val->next = NULL;
  inf->curval = val;
}

gaint gabufr_parsedesc(gabufr_parseinf * inf, gaint f, gaint x, gaint y); 

/* reads data associated with a list of (f,x,y) descriptors */
gaint gabufr_parselist(gabufr_parseinf * inf, gabufr_varid * list) {
  gabufr_varid * saved;
  saved = inf->descpos;
  for(inf->descpos = list; 
      inf->descpos; 
      inf->descpos = inf->descpos->next) {
    if (gabufr_parsedesc(inf, inf->descpos->f, inf->descpos->x, 
			 inf->descpos->y) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
  }
  inf->descpos = saved;
  return GABUFR_OK;
}  

/* performs replication - parses the next numdesc descriptors in the list, numreps times */
gaint gabufr_replicate(gabufr_parseinf * inf, gaint numdesc, gaint numreps) {
  gaint i, z, nestedrep;
  gabufr_varid * base, * pos, * end, ** pos_addr;

  if (GABUFR_DEBUG) printf("**** replicating %d descriptors %d times\n", 
			   numdesc, numreps);

    /* NCEP has sequences that just contain a replication factor,
     * which are supposed to apply to the id that follows after that
     * sequence.  so we may be inside a sequence with no more id's in
     * the list.  Thus, we either increment the pointer for the
     * current list, or the id pointer for the parent list, depending.
     */
  if (inf->descpos->next) {
    if (GABUFR_DEBUG) printf("using descpos (currently %p)\n", inf->descpos);
    pos_addr = &inf->descpos;
  } else {
    if (GABUFR_DEBUG) printf("using parentpos (currently %p)\n", inf->descpos);
    pos_addr = &inf->parentpos;
  }

  pos = base = (*pos_addr);
  for (i = 0; i < numdesc; i++) {
      pos = pos->next;
      if (!pos) {
	printf("error: ran out of descriptors to replicate!\n");
	return GABUFR_ERR;
      }
  }
  end = pos;

  nestedrep = (inf->z >= 0);
  if (nestedrep) {
    /* we handle nested rep fine, except that we don't print out the replication counts */
    if (GABUFR_DEBUG) printf("warning: nested replication in dataset\n");
  }

  for (z = 0; z < numreps; z++) {
    if (GABUFR_DEBUG) printf("\n** rep = %d of %d\n", z, numreps);

    /* increment global var during looping, so that nested loops start 
     *  from the right place */
    (*pos_addr) = base;

    if (!nestedrep) {
      inf->z = z;
    }

    while ((*pos_addr) != end) {
      (*pos_addr) = (*pos_addr)->next;
      if (GABUFR_DEBUG) printf("descpos=%d-%d-%d\n", 
			       (*pos_addr)->f, (*pos_addr)->x, (*pos_addr)->y);
      if (gabufr_parsedesc(inf, (*pos_addr)->f, (*pos_addr)->x, 
			   (*pos_addr)->y) == GABUFR_ERR) {
	return GABUFR_ERR;
      }
    }
  }

  if (!nestedrep) {
    inf->z = -1;
  }

  /* Move pointer to end of replicated descriptors */ 
  (*pos_addr) = end;

  if (GABUFR_DEBUG) printf("**** done replicating %d descriptors %d times\n\n",
			   numdesc, numreps);
  return GABUFR_OK;
}

gaint gabufr_parse_f0(gabufr_parseinf * inf, gaint x, gaint y) {
  gabufr_val * val;
  gabufr_val delrepval;
  gabufr_varinf * varinf;
  gaint numdesc, numreps;

  if (x == 0 && y == 0) {
    if (GABUFR_DEBUG) printf("null descriptor\n");
    return GABUFR_OK;
  } else {
    varinf = gabufr_get_varinf(x, y);
    if (GABUFR_DEBUG) printf("\t%s\n", varinf->description);
  }

  if (inf->delrep) {
    if ( x != 31 ) {
      printf("error: expected F=0 Y=31 X=... for delayed replication\n");
      return GABUFR_ERR;
    }
    if (gabufr_parseval(inf, x, y, &delrepval) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
    numreps = delrepval.val;
    numdesc = inf->delrep;
    inf->delrep = 0;
    if (gabufr_replicate(inf, numdesc, numreps) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
  } else {
    val = (gabufr_val *) malloc(sizeof(gabufr_val));
    if (val == NULL) {
      printf("Memory allocation failed during parsing\n");
      return GABUFR_ERR;
    }
    if (gabufr_parseval(inf, x, y, val) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
    gabufr_addval(inf, val);
  }
  return GABUFR_OK;
}

gaint gabufr_parse_f1(gabufr_parseinf * inf, gaint x, gaint y) {
  gaint numdesc, numreps;

  if (GABUFR_DEBUG) printf("\n\n");
  numdesc = x;
  if (y > 0) {
    if (GABUFR_DEBUG) printf("**** normal replication\n");
    numreps = y;
    if (gabufr_replicate(inf, numdesc, numreps) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
  } else {
    if (GABUFR_DEBUG) printf("**** delayed replication\n");
    inf->delrep = x;
  }
  return GABUFR_OK;
}


gaint gabufr_parse_f2(gabufr_parseinf * inf, gaint x, gaint y) {
  gabufr_val * val;
  /*  gaint width; if we decide to skip local fields */

  switch (x) {
  case 4: /* associated field */
    if (GABUFR_DEBUG) printf("reading %d-bit associated field\n", y);
    val = (gabufr_val *) malloc(sizeof(gabufr_val));
    if (val == NULL) {
      printf("Memory allocation failed during parsing\n");
      return GABUFR_ERR;
    }
    val->x = -1;
    val->y = -1;
    val->z = inf->z;
    val->val = gabufr_readbits2num(inf->datapos, inf->databits, y);
    val->sval = NULL;
    gabufr_seekbits(inf, y);
    gabufr_addval(inf, val);
    break;

  case 5: /* associated string */
    if (GABUFR_DEBUG) printf("reading %d-byte associated string\n", y);
    val = (gabufr_val *) malloc(sizeof(gabufr_val));
    if (val == NULL) {
      printf("Memory allocation failed during parsing\n");
      return GABUFR_ERR;
    }
    val->x = -1;
    val->y = -1;
    val->z = inf->z;
    val->sval = gabufr_readbits2str(inf->datapos, inf->databits, y * 8);
    if (val->sval == NULL) {
      return GABUFR_ERR;
    }
    val->val = DBL_MIN;
    gabufr_seekbits(inf, y * 8);
    gabufr_addval(inf, val);
    break;

  case 6: /* local field length */
    /*
      width = y;
    inf->descpos = inf->descpos->next;
    if (GABUFR_DEBUG) printf("skipping %d-bit local field F=%d X=%d Y=%d\n",
	   y, inf->descpos->f, inf->descpos->x, inf->descpos->y);
    gabufr_seekbits(inf, y);
    */
    break;

  default:
    printf("warning: ignoring unsupported operator F=2 X=%d Y=%d\n", x, y);
  }

  return GABUFR_OK;

}

gaint gabufr_parse_f3(gabufr_parseinf * inf, gaint x, gaint y) {
  gabufr_varid * saved;
  if (GABUFR_DEBUG) 
    printf("\n==== recursing into table entry for F=3 X=%d Y=%d\n", x, y);
  /*
  table_d_entry = gabufr_get_seq(x, y);
  if (table_d_entry->f == 1 && 
      table_d_entry->y == 0 &&
      table_d_entry->next->next == NULL) {
  */
    
  saved = inf->parentpos;
  inf->parentpos = inf->descpos;
  for (inf->descpos = gabufr_get_seq(x, y); 
       inf->descpos; 
       inf->descpos = inf->descpos->next) {
    if (gabufr_parsedesc(inf, inf->descpos->f, inf->descpos->x, 
			 inf->descpos->y) == GABUFR_ERR) {
      return GABUFR_ERR;
    }
  }
  if (GABUFR_DEBUG) printf("==== finished F=3 X=%d Y=%d\n\n", x, y);
  inf->descpos = inf->parentpos;
  inf->parentpos = saved;

  return GABUFR_OK;
}

gaint gabufr_parsedesc(gabufr_parseinf * inf, gaint f, gaint x, gaint y) {
  gaint rc = GABUFR_OK;
  if (GABUFR_DEBUG) printf("descriptor: (%d, %d, %d)\n", f, x, y);
  switch (f) {
  case 0: 
    rc = gabufr_parse_f0(inf, x, y); 
    break;
  case 1: 
    rc = gabufr_parse_f1(inf, x, y); 
    break;
  case 2: 
    rc = gabufr_parse_f2(inf, x, y); 
    break;
  case 3: 
    rc = gabufr_parse_f3(inf, x, y); 
    break;
  }
  return rc;
}


/* parses the raw data for a msg into a list of val structures */
gaint gabufr_parsevals(gabufr_msg * msg, gaint parse_data) {
  gabufr_parseinf inf;
  gabufr_varid * msg_descs;
  gaint extra;

  inf.delrep = 0;
  inf.z = -1;
  inf.datapos = msg->section4 + 4;  
  inf.databits = 0;
  inf.msg = msg;
  msg_descs = gabufr_extract_msg_desc(msg, parse_data);
  if (msg_descs == NULL) {
    return GABUFR_ERR;
  }

  if (parse_data == GABUFR_PARSE_DATA || msg->is_new_tbl) {
    for (inf.sub = 0; inf.sub < msg->subcnt; inf.sub++) {
      if (GABUFR_DEBUG) printf("\n\n@@@ parsing subset %d @@@\n", inf.sub);
      inf.parentpos = NULL;
      inf.curval = NULL;
      if (gabufr_parselist(&inf, msg_descs) == GABUFR_ERR) {
	return GABUFR_ERR;
      }
    }
    if (GABUFR_DEBUG) printf("data position is (%p + %d); end of data is %p\n", 
			     inf.datapos, inf.databits, inf.msg->end);
    
    extra = inf.msg->end - inf.datapos;
    if (extra > 1) {
      printf("Corrupt message: %d extra bytes in data section\n", extra);
      return GABUFR_ERR;
    }
  } else {
    return GABUFR_ERR;
  }

  gabufr_free_varids(msg_descs);
  return GABUFR_OK;
}

/* reads header data (not the descriptor list but the one-off required
   fields) and creates a new message structure */
gabufr_msg * gabufr_parsehdr(unsigned char * section0) {
  gaint section2flag, century;
  unsigned char *section2;
  gabufr_msg * msg;

  msg = (gabufr_msg *) malloc(sizeof(gabufr_msg));
  if (msg == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }
  
  msg->next = NULL;

  msg->section0 = section0;
  
  msg->section1 = msg->section0 + 8;
  section2flag = gagbb(msg->section1+7, 0, 1);
  if (section2flag) {
    if (GABUFR_DEBUG) printf("found msg->section 2\n");
    section2 = msg->section1 + gagby(msg->section1, 0, 3);
    msg->section3 = section2 + gagby(section2, 0, 3);
  } else {
    if (GABUFR_DEBUG) printf("no msg->section 2\n");
    msg->section3 = msg->section1 + gagby(msg->section1, 0, 3);
  }
 msg->section4 = msg->section3 + gagby(msg->section3, 0, 3);
 msg->end = msg->section4 + gagby(msg->section4, 0, 3);
 
 if (GABUFR_DEBUG) printf("sections: %p / %p / %p / %p (end %p)\n",
			  msg->section0, 
			  msg->section1, 
			  msg->section3, 
			  msg->section4,
			  msg->end); 
 
 if (GABUFR_DEBUG) printf("lengths: %ld / %ld / %ld / %ld (total %ld)\n",
			  (galint)(msg->section1 - msg->section0), 
			  (galint)(msg->section3 - msg->section1), 
			  (galint)(msg->section4 - msg->section3), 
			  (galint)(msg->end      - msg->section4),
			  (galint)(msg->end      - msg->section0)); 

  msg->tbl_inf.bufr_edition = gagby(msg->section0, 7, 1);
  msg->tbl_inf.master_tbl_num = gagby(msg->section1, 3, 1);
  msg->tbl_inf.master_tbl_version = gagby(msg->section1, 10, 1);
  msg->tbl_inf.local_tbl_version = gagby(msg->section1, 11, 1);

  if (GABUFR_DEBUG) 
    printf ("edition: %d; master #: %d; master v: %d; local v: %d\n",
	    msg->tbl_inf.bufr_edition, 
	    msg->tbl_inf.master_tbl_num, 
	    msg->tbl_inf.master_tbl_version, 
	    msg->tbl_inf.local_tbl_version);

  msg->is_new_tbl = (gagby(msg->section1, 8, 1) == 11);

/* 
   Per Jack Woollen, the message section 1 date 
   has the year broken into two separate bytes. 
   Byte #13 contains the year of the century.
   Byte #18 contains the number of the century. 
   For 1999, the century would be 20, and the year of the century 99
   For 2000, the century would be 20, and the year of the century 100
   For 2003, the century would be 21, and the year of the century 1
*/

  msg->year = gagby(msg->section1, 12, 1);   
  msg->month = gagby(msg->section1, 13, 1);
  msg->day = gagby(msg->section1, 14, 1);
  msg->hour = gagby(msg->section1, 15, 1);
  msg->min = gagby(msg->section1, 16, 1);
  msg->subcnt = gagby(msg->section3, 4, 2);

  century = gagby(msg->section1,17,1);     
  msg->year = msg->year + ((century-1)*100);

  if (msg->subcnt) {
    msg->subs = (gabufr_val **) calloc(msg->subcnt, sizeof(gabufr_val *));
    if (msg->subs == NULL) {
      printf("Memory allocation failed during parsing\n");
      free(msg);
      return NULL;
    }
  } else {
    msg->subs = NULL;
  }
  if (GABUFR_DEBUG) printf("date: %.2d:%.2d %.2d-%.2d-%.2d   subsets: %d\n", 
			   msg->hour, msg->min, msg->month, msg->day, 
			   msg->year, msg->subcnt);


  return msg;
}

/* not currently used */
gaint gabufr_countmsgs(gabufr_dset *dset) {
  unsigned char * start, * end, * pos, * endofmsg;
  gaint msglen;
  gaint msgcnt;
  gabufr_msg * current, * next;

  msgcnt = 0;
  current = next = NULL;
  pos = start = dset->buf;
  end = (start + dset->len) - 4; /* stop 4 characters early so
				      * memcmp() doesn't run off the edge */
  while (pos < end) {

    /* search for next "BUFR" string */
    if( memcmp(pos, "BUFR", 4) == 0 ) {

      msglen = gagby(pos, 4, 3);
      /* if (GABUFR_DEBUG) 
	 printf("\n\n\n\nfound 'BUFR' at %p followed by length %d; ", 
	 pos, msglen); */
      endofmsg = (pos + msglen) - 4;

      if (memcmp(endofmsg, "7777", 4) == 0) {

	/* if (GABUFR_DEBUG) printf("confirmed end of message.\n"); */
	msgcnt++;
	pos = endofmsg + 4;
      } else {
	/* if (GABUFR_DEBUG) printf("no end of message! got %4c instead\n", 
	   endofmsg); */
      }
    }

    pos++;

  }
  printf("found %d messages in file\n", msgcnt);
  return msgcnt;
}

/* reads data out of a file into a series of message structures */
gaint gabufr_decode(gabufr_dset *dset, gaint parse_data) {
  unsigned char * start, * end, * pos, * endofmsg;
  gaint msglen;
  gabufr_msg * current, * next;

  /*  gabufr_countmsgs(dset); */

  dset->msgcnt = 0;
  current = next = NULL;
  pos = start = dset->buf;
  end = (start + dset->len) - 4; /* stop 4 characters early so
				      * memcmp() doesn't run off the edge */
  while (pos < end) {

    /* search for next "BUFR" string */
    if( memcmp(pos, "BUFR", 4) == 0 ) {

      msglen = gagby(pos, 4, 3);
      if (GABUFR_DEBUG) 
	printf("\n\n\n\nFound 'BUFR' at %p followed by length %d; ", 
	     pos, msglen);
      endofmsg = (pos + msglen) - 4;
      
      if (memcmp(endofmsg, "7777", 4) == 0) {

	if (GABUFR_DEBUG) printf("confirmed end of message.\n");
	next = gabufr_parsehdr(pos);
	if (next) {
	  next->fileindex = dset->msgcnt;

	  if (next->is_new_tbl) {
	    if (GABUFR_DEBUG) printf("msg %d contains a new BUFR table\n", 
				     dset->msgcnt);
	  } else {
	    if (GABUFR_DEBUG) printf("msg %d contains data\n",
				     dset->msgcnt);
	  }
	  
	  if (!gabufr_have_tbl(&next->tbl_inf)) {
	    if (gabufr_read_tbls(&next->tbl_inf) == GABUFR_ERR) {
	      return GABUFR_ERR;
	    }
	  }
	  
	  if (GABUFR_DEBUG) printf("%%%%%%%%%%%%%% processing message %d..\n", 
				   dset->msgcnt);
	  if (parse_data == GABUFR_NO_PARSE_DATA)  {
	    printf("\n\n\n>>> processing message %d\n", dset->msgcnt);
	  }
	  
	  if (gabufr_parsevals(next, parse_data) == GABUFR_OK) {

	    if (next->is_new_tbl) {
	      gabufr_update_ncep_tbl(dset, next);
	    }
	    
	    if (! current) {
	      dset->msgs = next;
	    } else {
	      current->next = next;
	    }
	    
	    current = next;
	    dset->msgcnt++;

	  } else {
	    gabufr_free_msg(next);
	  }

	}

	pos = endofmsg + 4;

      } else {
	if (GABUFR_DEBUG) printf("no end of message! got %c%c%c%c instead\n", 
				 *endofmsg,
				 *(endofmsg+1),
				 *(endofmsg+2),
				 *(endofmsg+3));
      }
    }

    pos++;

  }

  return GABUFR_OK;
}

gabufr_dset * gabufr_open(const char * path) {
  gabufr_dset * dset;

  dset = (gabufr_dset *) malloc(sizeof(gabufr_dset));
  if (dset == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }
  gabufr_reset_tbls();
  if (gabufr_load2mem(path, dset) == GABUFR_ERR) {
    return NULL;
  }
  if (gabufr_decode(dset, GABUFR_PARSE_DATA) == GABUFR_ERR) {
    free(dset->buf);
    free(dset);    
    return NULL;
  }
  free(dset->buf);
  dset->buf = NULL;
  return dset;
}

gabufr_dset * gabufr_scan(const char * path) {
  gabufr_dset * dset;

  dset = (gabufr_dset *) malloc(sizeof(gabufr_dset));
  if (dset == NULL) {
    printf("Memory allocation failed during parsing\n");
    return NULL;
  }
  gabufr_reset_tbls();
  if (gabufr_load2mem(path, dset) == GABUFR_ERR) {
    return NULL;
  }
  if (gabufr_decode(dset, GABUFR_NO_PARSE_DATA) == GABUFR_ERR) {
    free(dset->buf);
    free(dset);    
    return NULL;
  }
  free(dset->buf);
  dset->buf = NULL;
  return dset;
}
grads-2.0.1/src/gxcntr.c0000644000175000017500000011506211627673401016220 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* qqq resolve gxdraw vs gxsdrw issue for cterp off */
/* qqq clip labels and masking outside of parea */
/* qqq error(mem) handling */

/* Authored by B. Doty */
/* Add labeling with masking 10/2008  B. Doty */
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 
#include 
#include "gatypes.h"
#include "gx.h"

/* function prototype */
void *galloc(size_t,char *);
void gree();
char *intprs (char *, gaint *);
char *getdbl (char *, gadouble *);
gaint gxclvert (FILE *);
gaint dequal(gadouble, gadouble, gadouble);

/* For buffering contour lines, when label masking is in use */

struct gxclbuf {
  struct gxclbuf *fpclbuf;       /* Forward pointer */
  gaint len;                     /* Number of contour points */
  gaint color,style,width,sfit;  /* Output options for this line */
  gadouble *lxy;                 /* Line points, x,y number len */
  gadouble val;                  /* contour level value */
};

#if USESHP==1
#include "shapefil.h"
/* Structure that contains dBase field metadata */
struct dbfld {
  struct dbfld *next;           /* Address of next data base field */
  DBFFieldType type;            /* string, integer, double, or logical */
  char name[12];                /* library interface limits length to 11 charaters */
  gaint len;                    /* for type string: width of string
				   for type int and double: total number of digits */
  gaint prec; 			/* for type double: used with len for format string %len.prec */
  gaint index;                  /* index value (for identifying this field in a list of fields) */
  gaint flag;                   /* 0==static fiels (same for all shapes), 1==dynamic (varies w/ shape) */
  void *value;                  /* field value */
};
gaint gxshplin (SHPHandle, DBFHandle, struct dbfld *);
#endif

static struct gxclbuf *clbufanch=NULL;  /* Anchor for contour line buffering for masking */
static struct gxclbuf *clbuflast=NULL;  /* Last clbuf struct in chain */
static char pout[512];                  /* Build strings for KML here */

/* Contour labels get buffered here when not using label masking  */

#define LABMAX 200
static gadouble gxlabx[LABMAX];
static gadouble gxlaby[LABMAX];
static gadouble gxlabs[LABMAX];
static char gxlabv[LABMAX] [24];
static gaint gxlabc[LABMAX];
static gaint gxlabn=0;
static gadouble ldmin=2.5;    /* Minimum distance between labels */

/* Common values for the contouring routines.                        */

static short *lwk=NULL;                   /* Pntr to flag work area     */
static gaint lwksiz=0;                    /* Size of flag work area     */
static gadouble *fwk=NULL;                /* Pntr to X,Y coord buffer   */
static gaint fwksiz=0;                    /* Size of coord buffer       */
static gaint fwkmid;                      /* fwk midpoint               */
static gadouble *xystrt, *xyend;          /* Pntrs into the fwk buffer  */
static gaint iss,iww,jww;                 /* Grid row lengths           */
static gadouble vv;                       /* Value being contoured      */
static gadouble *rr;                      /* Start of grid              */

static char clabel [24];                  /* Label for current contour  */

void gxclmn (gadouble dis) {
  if (dis>0.1) ldmin = dis;
} 

/* GXCLEV draws contours at a specified contour level and locates
   labels for that contour level.  The labels are buffered into
   the label buffer for later output.

   Contours are drawn through the grid pointed at by r, row length is,
   number of rows js, row start and end ib and ie, column start
   and end jb and je.  The contour is drawn at value V, and undefined
   values u are ignored.  Note that min value for ib or jb is 1.     */

/* Label types:  0 - none, 1 - at slope=0, 2 - forced  */

void gxclev (gadouble *r, gaint is, gaint js, gaint ib, gaint ie, gaint jb,
   gaint je, gadouble v, char *u, struct gxcntr *pcntr) {

gadouble *p1,*p2,*p4;
gaint i,j,iw,jw,rc;
short *l1,*l2;
char *p1u,*p2u,*p4u;
size_t sz;


/* Figure out in advance what grid sides the contour passes
   through for this grid box.  We will actually draw the contours
   later.  Doing the tests in advance saves some calculations.
   Note that a border of flags is left unset all around the grid
   boundry.  This avoids having to test for the grid boundries
   when we are following a contour.                                  */

strcpy (clabel,pcntr->label);          /* Label for this contour     */

iw=is+2; jw=js+2;                      /* Dimensions of flag grid    */
iww=iw; jww=jw; iss=is;                /* Set shared values          */
vv=v; rr=r;                            /* Set more shared values     */

/* Obtain storage for flag work area and coord buffer -- if we don't
   already have enough storage allocated for these.                  */

if (lwksizv)||(*p1>v&&*p2<=v))&&*p1u!=0&&*p2u!=0) *l1=1;
                                       /* Cntr pass through left?    */
    if (((*p1<=v&&*p4>v)||(*p1>v&&*p4<=v))&&*p1u!=0&&*p4u!=0) *l2=1;
    p1++;p2++;p4++;l1++;l2++;          /* Bump pntrs through the row */
    p1u++;p2u++;p4u++;                 /* Bump undef pntrs through the row */
  }
  if (((*p1<=v&&*p4>v)||(*p1>v&&*p4<=v))&&*p1u!=0&&*p4u!=0) *l2=1;
}

p1=r+is*(je-1)+ib-1;                   /* Set grid pntrs to corner values  */
p2=p1+1; p4=p1+is;                     /*   at start of last row           */
p1u=u+is*(je-1)+ib-1;                   /* Set undef pntrs to corner values */
p2u=p1u+1; p4u=p1u+is;                     /*   at start of last row           */
l1=lwk+iw*je+ib;                       /* Flag pointers              */
for (i=ib;iv)||(*p1>v&&*p2<=v))&&*p1u!=0&&*p2u!=0) *l1=1;
  p1++;p2++;p4++;l1++;                 /* Incr pntrs through the row */
  p1u++;p2u++;p4u++;                   /* Incr undef pntrs through the row */
}

/* Look for a grid side that has a contour passing through it that
   has not yet been drawn.  Follow it in both directions.
   The X,Y coord pairs will be put in the floating point buffer,
   starting from the middle of the buffer.                           */

for (j=jb;jxyulim)) goto done;   /* Don't exceed buffer    */
l3=l1; l1-=iww; l4-=iww; l2=l4+1;      /* Move pntrs to lower box    */
p4=p1; p3=p2; p1-=iss; p2-=iss;
j--;
if (*l1 && *l2 && *l4) {               /* Handle col point           */
  if (pathln(*p1, *p2, *p3, *p4)) goto side4;
  else goto side2;
}
if (*l4) goto side4;                   /* Find exit point            */
if (*l1) goto side1;
if (*l2) goto side2;
goto done;                             /* If no exit point, then done*/

side2:                                 /* Exit side 2; Enter side 4  */
*xy = i + 1.0;                         /* Calculate exit point       */
*(xy+1) = j + (vv-*p2)/(*p3-*p2);
*l2 = 0;                               /* Indicate we were here      */
xy+=dr;                                /* Move buffer pntr           */
if ((xyxyulim)) goto done;   /* Don't exceed buffer    */
l4=l2; l1++; l2++; l3++;               /* Move pntrs to right box    */
p1=p2; p4=p3; p2++; p3++;
i++;
if (*l1 && *l2 && *l3) {               /* Handle col point           */
  if (pathln(*p1, *p2, *p3, *p4)) goto side3;
  else goto side1;
}
if (*l1) goto side1;                   /* Find exit point            */
if (*l2) goto side2;
if (*l3) goto side3;
goto done;                             /* If no exit point, then done*/

side3:                                 /* Exit side 3; Enter side 1  */
*xy = i + (vv-*p4)/(*p3-*p4);          /* Calculate exit point       */
*(xy+1) = j + 1.0;
*l3 = 0;                               /* Indicate we were here      */
xy+=dr;                                /* Move buffer pntr           */
if ((xyxyulim)) goto done;   /* Don't exceed buffer    */
l1=l3; l4+=iww; l3+=iww; l2=l4+1;      /* Move pntrs to upper box    */
p1=p4; p2=p3; p3+=iss; p4+=iss;
j++;
if (*l2 && *l3 && *l4) {               /* Handle col point           */
  if (pathln(*p1, *p2, *p3, *p4)) goto side2;
  else goto side4;
}
if (*l2) goto side2;                   /* Find exit point            */
if (*l3) goto side3;
if (*l4) goto side4;
goto done;                             /* If no exit point, then done*/

side4:                                 /* Exit side 4; Enter side 2  */
*xy = i;                               /* Calculate exit point       */
*(xy+1) = j + (vv-*p1)/(*p4-*p1);
*l4 = 0;                               /* Indicate we were here      */
xy+=dr;                                /* Move buffer pntr           */
if ((xyxyulim)) goto done;   /* Don't exceed buffer    */
l2=l4; l1--; l3--; l4--;               /* Move pntrs to upper box    */
p2=p1; p3=p4; p1--; p4--;
i--;
if (*l3 && *l4 && *l1) {               /* Handle col point           */
  if (pathln(*p1, *p2, *p3, *p4)) goto side1;
  else goto side3;
}
if (*l3) goto side3;                   /* Find exit point            */
if (*l4) goto side4;
if (*l1) goto side1;

done:

if ((i==isave)&&(j==jsave)) {          /* Closed contour?            */
  *xy = *(fwk+fwkmid);                 /* Close it off               */
  *(xy+1) = *(fwk+fwkmid+1);
  xy+=dr;
}

if (dr<0) 
  xystrt=xy+2; 
else 
  xyend=xy-2;  /* Set final buffer pntrs   */
return;
}

/* Calculate shortest combined path length through a col point.
   Return true if shortest path is side 1/2,3/4, else false.         */

gaint pathln (gadouble p1, gadouble p2, gadouble p3, gadouble p4) {
gadouble v1,v2,v3,v4,d1,d2;

  v1 = (vv-p1)/(p2-p1);
  v2 = (vv-p2)/(p3-p2);
  v3 = (vv-p4)/(p3-p4);
  v4 = (vv-p1)/(p4-p1);
  d1 = hypot(1.0-v1, v2) + hypot(1.0-v4, v3);
  d2 = hypot(v1, v4) + hypot(1.0-v2, 1.0-v3);
  if (d2ltype==2) dacum=2.0;
else dacum=1.0;             /* Accumulated length between labels */
dcmin=ldmin;         /* Minimum distance between labels                */
labflg=0;          /* Contour not labelled yet   */
mslope=1000.0;     /* Minimum slope of contour line */

del=0.05;                              /* Iteration distance         */
if (frombuf) del=0.02;
kurv=0.5;                              /* Curviness (0 to 1)         */
cmax=0.7;                              /* Limit curviness            */

icls=0;                                /* Is it a closed contour?    */
if ( (*xystrt==*xyend) && (*(xystrt+1)==*(xyend+1)) ) icls=1;

/* Convert contour coordinates to plotting inches.  We will do
   our spline fit and assign labels in this lower level coordinate
   space to insure readability.    */

if (!frombuf) {
  nump=xyend-xystrt;
  nump=(nump+2)/2;
  gxcord (xystrt, nump, 3);
}



/* If using label masking, buffer the lines, and output the labels. */

if (pcntr->mask && !frombuf) {

  /* Allocate and chain a clbuf */

  sz = sizeof(struct gxclbuf);
  pclbuf = (struct gxclbuf *) galloc(sz,"pclbuf"); 
  if (pclbuf==NULL) return (1);
  if (clbufanch==NULL) clbufanch = pclbuf;
  else clbuflast->fpclbuf = pclbuf;
  clbuflast = pclbuf;
  pclbuf->fpclbuf = NULL;

  /* Allocate space for the line points */

  pclbuf->len = nump; 
  sz = sizeof(gadouble)*nump*2;
  pclbuf->lxy = (gadouble *) galloc(sz,"pclbufxy");
  if (pclbuf->lxy==NULL) return(1);

  /* Copy the line points and line info */

  for (i=0;ilxy+i) = *(xystrt+i); 
  pclbuf->color = gxqclr();
  pclbuf->style = gxqstl();
  pclbuf->width = gxqwid();
  pclbuf->sfit = pcntr->spline;
  pclbuf->val = pcntr->val;

  /* Plot labels and set mask */

  if (pcntr->ltype && clabel[0]) {
    for (xy=xystrt+2; xydcmin ){
        if (!gxqclab (*xy,*(xy+1),pcntr->labsiz)) {
          if (pcntr->shpflg==0) gxpclab (*xy,*(xy+1),0.0,gxqclr(),pcntr);
          dacum=0.0;
        }
      }
    }
    dacum += hypot(*xyend-*(xyend-2),*(xyend+1)-*(xyend-1));
    /* for closed contours, check the joining point */
    if (icls) {
      /* c1 = (endY - secondY) * (prevY - endY) */
      if (dequal(*(xyend+1),*(xystrt+3),1e-12)==0 || 
	  dequal(*(xyend-1),*(xyend+1),1e-12)==0 ) 
	c1=0.0;
      else 
	c1 = (*(xyend+1)-*(xystrt+3))*(*(xyend-1)-*(xyend+1));
      /* c2 = abs(endY - prevY) + abs(secondY - endY) */
      if (dequal(*(xyend+1),*(xyend-1),1e-12)==0) {
	if (dequal(*(xystrt+3),*(xyend+1),1e-12)==0) {
	  /* thisY = prevY = nextY  
	     Duplicate point. Set c2 artificially high so label is not drawn */
	  c2 = 99;  
	}
	else 
	  c2 = fabs(*(xystrt+3)-*(xyend+1));
      }
      else {
	if (dequal(*(xystrt+3),*(xyend+1),1e-12)==0)
	  c2 = fabs(*(xyend+1)-*(xyend-1));
	else 
	  c2 = fabs(*(xyend+1)-*(xyend-1)) + fabs(*(xystrt+3)-*(xyend+1));
      }
      /* same criteria apply as for non-closed contours */
      if (c1<=0.0 && c2<0.02 && dacum>dcmin){
        if (!gxqclab (*xy,*(xy+1),pcntr->labsiz)) {
          if (pcntr->shpflg==0) gxpclab (*xyend,*(xyend+1),0.0,gxqclr(),pcntr);
        }
      }
    }
  }

  return(0);
}

/* If specified, do not do the cubic spline fit, just output the
   contour sides, determine label locations, and return.        */

if (pcntr->spline==0) {
  if (pcntr->mask==1) gxplot (*xystrt, *(xystrt+1), 3);
  else gxplot (*xystrt, *(xystrt+1), 3);
  for (xy=xystrt+2; xydcmin ){
        if (clabel[0]) {
          gxlabx[gxlabn]=(*xy);
          gxlaby[gxlabn]=(*(xy+1));
          gxlabs[gxlabn]=0.0;
          strcpy (gxlabv[gxlabn],clabel);
          gxlabc[gxlabn] = gxqclr();
          gxlabn++;
        }
        dacum=0.0;
      }
    }
  }
  gxplot (*xyend, *(xyend+1), 2);
  if (!frombuf) {
    dacum += hypot(*xyend-*(xyend-2),*(xyend+1)-*(xyend-1));
    if (icls) {
      if ((*(xyend+1)-*(xystrt+3))*(*(xyend-1)-*(xyend+1))<0.0 &&
                                    gxlabndcmin ){
        if (clabel[0]) {
          gxlabx[gxlabn]=(*xyend);
          gxlaby[gxlabn]=(*(xyend+1));
          gxlabs[gxlabn]=0.0;
          strcpy (gxlabv[gxlabn],clabel);
          gxlabc[gxlabn] = gxqclr();
          gxlabn++;
        }
      }
    }
  }
  return (0);
}

/*  We handle end points by assigning a shadow point just beyond
    the start and end of the line.  This is a bit tricky since we
    have to make sure we ignore any points that are too close
    together.  If the contour is open, we extend the line straigth
    out one more increment.  If the contour is closed, we extend the
    line by wrapping it to the other end.  This ensures that a
    closed contour will have a smooth curve fit at our artificial
    boundry.                                                         */

x3=xyend; y3=xyend+1;                  /* Point to last X,Y          */
x2=x3; y2=y3;
do {                                   /* Loop to find prior point   */
  x2-=2; y2-=2;                        /* Check next prior point     */
  if (x2xyend) goto exit;             /* Exit if no valid line      */
  d1 = hypot ((*x1-*x0), (*y1-*y0));   /* Distance to next point     */
} while (d1<0.01);                     /* Keep looping til d1 is big */

if (icls) {                            /* Select shadow points       */
  *(xystrt-2) = *x2;                   /* Wrap for closed contour    */
  *(xystrt-1) = *y2;
  *(xyend+2)  = *x1;
  *(xyend+3)  = *y1;
}
else {
  *(xystrt-2) = *x0 + (*x0 - *x1);     /* Linear for open contour    */
  *(xystrt-1) = *y0 + (*y0 - *y1);
  *(xyend+2)  = *x3 + (*x3 - *x2);
  *(xyend+3)  = *y3 + (*y3 - *y2);
}
/* We have extended the line on either end.  We can now loop through
   the points in the line.  First set up the loop.                   */

x2=x1; x1=x0; x0=xystrt-2; x3=x2;      /* Init pointers to coords    */
y2=y1; y1=y0; y0=xystrt-1; y3=y2;

d0 = hypot ((*x1-*x0), (*y1-*y0));     /* Init distances             */
d1 = hypot ((*x2-*x1), (*y2-*y1));

xt1 = (*x1-*x0)/d0 + (*x2-*x1)/d1;     /* Partial slope calculation  */
yt1 = (*y1-*y0)/d0 + (*y2-*y1)/d1;
xt1 *= kurv;                           /* Curviness factor           */
yt1 *= kurv;

gxplot (*x1,*y1,3);                    /* Start output with pen up   */

/* Loop through the various points in the line                       */

x3+=2; y3+=2; 
while (x3 < xyend+3) {                 /* Loop to end of the line    */

  d2 = hypot ((*x3-*x2),(*y3-*y2));    /* Distance to next point     */
  while (d2<0.01 && x3= xyend+3) break;            /* Went too far?              */

  if (!frombuf) {

    dacum+=d1;                         /* Total dist. from last labl */

    if (pcntr->ltype && ((*y2-*y1)*(*y3-*y2)<0.0) && gxlabndcmin){
      if (clabel[0]) {
        gxlabx[gxlabn]=(*x2);
        gxlaby[gxlabn]=(*y2);
        gxlabs[gxlabn]=0.0;
        strcpy (gxlabv[gxlabn],clabel);
        gxlabc[gxlabn] = gxqclr();
        gxlabn++;
        labflg=1;
      }
      dacum=0.0;
    }
    if (pcntr->ltype==2 && !labflg && gxlabn fabs(tslope)) {
          mslope = tslope;
          xlb = *x2;
          ylb = *y2;
        }
      } else if (*x1 > *x2 && *x2 > *x3 ) {
        tslope = atan2(*y1-*y3, *x1-*x3);
        if (fabs(mslope) > fabs(tslope)) {
          mslope = tslope;
          xlb = *x2;
          ylb = *y2;
        }
      }
    }
  }

  xt2 = (*x2-*x1)/d1 + (*x3-*x2)/d2;   /* Partial slope calculation  */
  yt2 = (*y2-*y1)/d1 + (*y3-*y2)/d2;
  xt2 *= kurv;                         /* Curviness factor           */
  yt2 *= kurv;

  if (d1>cmax) t=cmax; else t=d1;      /* Limit curviness            */
  sx1 = xt1*t;                         /* Calculate slopes           */
  sx2 = xt2*t;
  sy1 = yt1*t;
  sy2 = yt2*t;

                                       /* Calculate Cubic Coeffic.   */
  ax = sx1 + sx2 + 2.0*(*x1) - 2.0*(*x2);
  bx = 3.0*(*x2) - sx2 - 2.0*sx1 - 3.0*(*x1);
  ay = sy1 + sy2 + 2.0*(*y1) - 2.0*(*y2);
  by = 3.0*(*y2) - sy2 - 2.0*sy1 - 3.0*(*y1);

  tint=del/d1;                         /* How much to increment      */

  for (t=0.0; t<1.0; t+=tint) {        /* Increment this segment     */
    t2=t*t; t3=t2*t;                   /* Get square and cube        */
    x = ax*t3 + bx*t2 + sx1*t + *x1;   /* Get x value on curve       */
    y = ay*t3 + by*t2 + sy1*t + *y1;   /* Get y value on curve       */
    gxplot (x,y,2);                    /* Output the point           */
  }
  d0=d1; d1=d2; xt1=xt2; yt1=yt2;      /* Carry calcs forward        */
  x0=x1; x1=x2; x2=x3;                 /* Update pointers            */
  y0=y1; y1=y2; y2=y3;
  x3+=2; y3+=2;  
}
gxplot (*xyend,*(xyend+1),2);          /* Last point                 */

if (!frombuf && pcntr->ltype==2 && !labflg && gxlabn-1) fcol = colflg;
    else fcol = gxlabc[i];
    if (fcol==gxqbck()) {
      if (gxqbck()==0) gxcolr(1);
      else gxcolr(0);
    }
    else gxcolr (fcol);
    gxchpl (gxlabv[i],lablen,x,y,h,csize,0.0);
  } else {
    xd1 = (h/2.0)*sin(gxlabs[i]);
    xd2 = (w/2.0)*cos(gxlabs[i]);
    yd1 = (h/2.0)*cos(gxlabs[i]);
    yd2 = (w/2.0)*sin(gxlabs[i]);
    x = gxlabx[i] - xd2 + xd1;
    y = gxlaby[i] - yd2 - yd1;
    xd1 = (h/2.0*1.6)*sin(gxlabs[i]);
    xd2 = 1.1*(w/2.0)*cos(gxlabs[i]);
    yd1 = (h/2.0*1.6)*cos(gxlabs[i]);
    yd2 = 1.1*(w/2.0)*sin(gxlabs[i]);
    xy[0] = gxlabx[i] - xd2 + xd1;
    xy[1] = gxlaby[i] - yd2 - yd1;
    xy[2] = gxlabx[i] - xd2 - xd1;
    xy[3] = gxlaby[i] - yd2 + yd1;
    xy[4] = gxlabx[i] + xd2 - xd1;
    xy[5] = gxlaby[i] + yd2 + yd1;
    xy[6] = gxlabx[i] + xd2 + xd1;
    xy[7] = gxlaby[i] + yd2 - yd1;
    xy[8] = xy[0];
    xy[9] = xy[1];
    gxcolr (bcol);
    gxfill (xy,5);
    if (colflg>-1) fcol = colflg;
    else fcol = gxlabc[i];
    if (fcol==gxqbck()) {
      if (gxqbck()==0) gxcolr(1);
      else gxcolr(0);
    }
    else gxcolr (fcol);
    gxchpl (gxlabv[i],lablen,x,y,h,csize,gxlabs[i]*180.0/3.1416);
  }
}
gxcolr (colr);
gxlabn=0;
}

/* When label masking is in use, this routine is called to plot all the 
   contour lines after the contour labels have been plotted and their masking
   regions set.  Thus the contour lines drawn will not overlay the labels.  */

void gxpclin (void) {
gaint i,rc;
struct gxclbuf *pclbuf, *p2;
struct gxcntr lcntr;

  /* Set up gxcntr struct appropriately -- most values are dummy */
  lcntr.labsiz = 0.5;
  lcntr.ltype = 0;
  lcntr.mask = 1;
  lcntr.labcol = 1;
  lcntr.ccol = 1;
  lcntr.label = NULL;

  /* Copy the lines into fwk, dump the lines,
     release storage, return.  fwk should be guaranteed big enough for the 
     largest line we have, and shouldn't have been release via gxcrel at
     this point. */

  pclbuf = clbufanch;
  while (pclbuf) { 
    if (pclbuf->lxy) {
      xystrt = fwk+2;  
      xyend = xystrt + 2*(pclbuf->len-1);
      for (i=0; i<2*pclbuf->len; i++) *(xystrt+i) = *(pclbuf->lxy+i); 
      gxcolr (pclbuf->color);
      gxstyl (pclbuf->style);
      gxwide (pclbuf->width); 
      lcntr.spline = pclbuf->sfit;
      rc = gxcspl(1,&lcntr);
    }
    pclbuf = pclbuf->fpclbuf;
  }
  pclbuf = clbufanch;
  while (pclbuf) {
    p2 = pclbuf->fpclbuf;
    if (pclbuf->lxy) gree (pclbuf->lxy,"c5");
    gree (pclbuf,"c6");
    pclbuf = p2;
  }
  clbufanch = NULL;
  clbuflast = NULL;
  return;
}

/* When gxout shape is in use, this routine is called to dump all the 
   contour vertices to the shapefile
   For each contour in the buffer: 
     get the vertex x/y coordinates, 
     convert them to lon/lat, 
     write out the coordinates to the shapefile,
     release storage and return. 
   Returns -1 on error, otherwise returns number of shapes written to file.
*/
#if USESHP==1
gaint gxshplin (SHPHandle sfid, DBFHandle dbfid, struct dbfld *dbanch) {
gaint i,rc,ival;
struct dbfld *fld;
struct gxclbuf *pclbuf=NULL, *p2;
gaint shpid,*pstart=NULL,nParts,nFields;
SHPObject *shp;
gadouble x,y,*lons=NULL,*lats=NULL,*vals=NULL,lon,lat,val,dval;
 
 nParts = 1;
 nFields = 1;
 pstart = (gaint*)galloc(nParts*sizeof(gaint),"pstart");
 *pstart = 0;
 shpid=0;
 pclbuf = clbufanch;
 if (pclbuf==NULL) {
   printf("Error in gxshplin: contour buffer is empty\n");
   rc = -1; 
   goto cleanup;
 }
 while (pclbuf) { 
   if (pclbuf->lxy) {
     /* allocate memory for lons and lats of the vertices in contour line */
     if ((lons = (gadouble*)galloc (pclbuf->len*sizeof(gadouble),"shplons"))==NULL) {
       printf("Error in gxshplin: unable to allocate memory for lon array\n");
       rc = -1;
       goto cleanup;
     }
     if ((lats = (gadouble*)galloc (pclbuf->len*sizeof(gadouble),"shplats"))==NULL) {
       printf("Error in gxshplin: unable to allocate memory for lat array\n");
       rc = -1;
       goto cleanup;
     }
     if ((vals = (gadouble*)galloc (pclbuf->len*sizeof(gadouble),"shpvals"))==NULL) {
       printf("Error in gxshplin: unable to allocate memory for val array\n");
       rc = -1;
       goto cleanup;
     }
     /* get x,y values and convert them to lon,lat */
     for (i=0; ilen; i++) {
       x = *(pclbuf->lxy+(2*i)); 
       y = *(pclbuf->lxy+(2*i+1)); 
       gxxy2w (x,y,&lon,&lat);
       *(lons+i) = lon;
       *(lats+i) = lat;
       *(vals+i) = pclbuf->val;
     }
     /* create the shape, write it out, then release it */
     shp = SHPCreateObject (SHPT_ARCM,shpid,nParts,pstart,NULL,pclbuf->len,lons,lats,NULL,vals);
     i = SHPWriteObject(sfid,-1,shp);
     SHPDestroyObject(shp);
     if (i!=shpid) {
       printf("Error in gxshplin: SHPWriteObject returned %d, shpid=%d\n",i,shpid);
       rc = -1;
       goto cleanup;
     }
     gree(lons,"c10"); lons=NULL;
     gree(lats,"c11"); lats=NULL;
     gree(vals,"c12"); vals=NULL;
     /* write out the attribute fields for this shape */
     fld = dbanch;           /* point to the first one */
     while (fld != NULL) {
       if (fld->flag==0) {   /* static fields */
	 if (fld->type==FTString) {
	   DBFWriteStringAttribute (dbfid,shpid,fld->index,(const char *)fld->value);
	 } else if (fld->type==FTInteger) {
	   intprs(fld->value,&ival);
	   DBFWriteIntegerAttribute (dbfid,shpid,fld->index,ival);
	 } else if (fld->type==FTDouble) {
	   getdbl(fld->value,&dval);
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,dval);
	 }
       }
       else {                /* dynamic fields */
	 if (strcmp(fld->name,"CNTR_VALUE")==0) {
	   val = pclbuf->val;
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
	 }
       }
       fld = fld->next;      /* advance to next field */
     }
     shpid++;
   }
   pclbuf = pclbuf->fpclbuf;
 }
 /* if no errors, return the number of contour lines written to the file */
 rc = shpid;
 
 cleanup:
 if (lons) gree (lons,"c7");
 if (lats) gree (lats,"c8");
 if (vals) gree (vals,"c8");
 if (pstart) gree (pstart,"c9");
 /* release the memory in the contour buffer */
 pclbuf = clbufanch;
 while (pclbuf) {
   p2 = pclbuf->fpclbuf;
   if (pclbuf->lxy) gree (pclbuf->lxy,"c5");
   gree (pclbuf,"c6");
   pclbuf = p2;
 }
 clbufanch = NULL;
 clbuflast = NULL;
 return (rc);
}
#endif

/* Routine to write out contour line vertices to a KML file. 
   For each contour in the buffer: 
     get the vertex x/y coordinates, 
     convert them to lon/lat, 
     write out the coordinates to the kmlfile,
     release storage and return. 
   Returns -1 on error, otherwise the number of contours written. 
*/
gaint gxclvert (FILE *kmlfp)  {
struct gxclbuf *pclbuf,*p2;
 gadouble lon,lat,x,y;  
 gaint i,j,c,err;
 err=0;
 c=0;
 pclbuf = clbufanch;
 while (pclbuf) { 
   if (pclbuf->lxy) {
     /* write out headers for each contour */
     snprintf(pout,511,"    \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
     snprintf(pout,511,"      #%d\n",pclbuf->color);
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=2; goto cleanup;}
     snprintf(pout,511,"      %g\n",pclbuf->val);
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=3; goto cleanup;}
     snprintf(pout,511,"      \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=4; goto cleanup;}
     snprintf(pout,511,"        clampToGround\n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=5; goto cleanup;}
     snprintf(pout,511,"        1\n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=6; goto cleanup;}
     snprintf(pout,511,"        \n          ");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=7; goto cleanup;}
     /* get x,y values and convert them to lon,lat */
     j=1;
     for (i=0; ilen; i++) {
       x = *(pclbuf->lxy+(2*i)); 
       y = *(pclbuf->lxy+(2*i+1)); 
       gxxy2w (x,y,&lon,&lat);
       if (lat>90)  lat = 90;
       if (lat<-90) lat = -90;
       snprintf(pout,511,"%g,%g,0 ",lon,lat); 
       if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=8; goto cleanup;}
       if (j==6 || i==(pclbuf->len-1)) { 
	 if (j==6) snprintf(pout,511,"\n          "); 
	 else snprintf(pout,511,"\n"); 
	 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=9; goto cleanup;}
	 j=0;
       }
       j++;
     }
     /* write out footers for each contour */
     snprintf(pout,511,"        \n      \n    \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=10; goto cleanup;}
     c++;
   }
   pclbuf = pclbuf->fpclbuf;
 }
 cleanup:
 /* release the memory in the contour buffer */
 pclbuf = clbufanch;
 while (pclbuf) {
   p2 = pclbuf->fpclbuf;
   if (pclbuf->lxy) gree (pclbuf->lxy,"c5");
   gree (pclbuf,"c6");
   pclbuf = p2;
 }
 clbufanch = NULL;
 clbuflast = NULL;
 if (err) return (-1);
 else return (c);
}



/* Plot contour labels when label masking is in use. 
   Currently, rot is assumed to be zero.  */

void gxpclab (gadouble xpos, gadouble ypos, gadouble rot, gaint ccol, struct gxcntr *pcntr) {
  gadouble x,y,w,h,csize,buff;
  gaint lablen,bcol,fcol,scol,swid;

  csize = pcntr->labsiz;
  lablen = strlen(clabel);
  bcol = gxqbck();
  h = csize*1.2;                          /* set label height */
  w = 0.2;
  gxchln (clabel,lablen,csize,&w);        /* get label width */
  buff=h*0.05;                            /* set a small buffer around the label */
  x = xpos-(w/2.0);                       /* adjust reference point */
  y = ypos-(h/2.0);
  scol = gxqclr();
  if (pcntr->labcol > -1) fcol = pcntr->labcol;
  else fcol = ccol;
  gxcolr (fcol);
  swid = gxqwid();
  /* if contour label thickness is set to -999, then we draw a fat version of the label
     in the background color and then overlay a thin version of the label in desired color. 
     This will only work with hershey fonts, since the boldness of cairo fonts is not
     controlled by the thickness setting for contour labels. */
  if (pcntr->labwid > -1) gxwide(pcntr->labwid);
  if (pcntr->labwid == -999) {
    /* invoke settings for fat background label */
     gxwide(12); gxcolr(bcol);
  }
  /* draw the label */
  gxchpl (clabel,lablen,x,y,h,csize,0.0);
  if (pcntr->labwid == -999) {
    /* overlay a thin label in foreground color */
    gxwide(1); gxcolr(fcol);
    gxchpl (clabel,lablen,x,y,h,csize,0.0);
  }
  gxmaskrec (x-buff, x+w+buff, y-buff, y+h+buff);
  gxcolr (scol);
  gxwide (swid);
}

/* query if the contour label will overlay another, if using masking */

int gxqclab (gadouble xpos, gadouble ypos, gadouble csize) {
gadouble lablen,x,y,w,h,buff;
gaint rc;
  lablen=strlen(clabel);
  w = 0.2;
  h = csize*1.2;
  gxchln (clabel,lablen,csize,&w);
  x = xpos-(w/2.0);
  y = ypos-(h/2.0);
  buff = h*1.0;
  rc = gxmaskrq (x-buff, x+w+buff, y-buff, y+h+buff);
  return (rc);
}

/*  Release storage used by the contouring package  */

void gxcrel (void) {
  if (lwk!=NULL) {
    gree (lwk,"c7"); lwk = NULL; 
  }
  if (fwk!=NULL) {
    gree (fwk,"c8"); fwk = NULL;
  }
  lwksiz = 0; fwksiz = 0;
}
grads-2.0.1/src/gribscan.c0000644000175000017500000007560611130400630016471 0ustar  amckinstryamckinstry#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "grads.h"
#include "gx.h"
#include "gvt.h"

#define NULCH '\0'
gaint help=0;
void command_line_help(void) ;

/*---
  OLD grib decoding routine...
---*/

FILE *gfile,*ofile;

struct grhdr {
  gaint vers;
  gaint len;  
  gaint pdslen,gdslen,bmslen,bdslen;
  gaint ptvn;
  gaint center;
  gaint procid;
  gaint gridid;
  gaint gdsflg,bmsflg;
  gaint parm;
  gaint ltyp;
  gaint level;
  gaint l1,l2;
  struct dt dtim;
  gaint ftu,p1,p2,tri;
  gaint century;
  float dsf;
  gaint gpv,gnv,gtyp,gicnt,gjcnt,gsf1,gsf2,gsf3;
  gaint bnumr;
  gaint bunb;
  off_t bpos;
  gaint dgflg; 
  gaint dpflg;
  gaint doflg;
  gaint dfflg;
  gaint dbusd;
  float bsf;
  float ref;
  gaint bnum;
  off_t dpos;
};

struct grib_gds_ll{
  unsigned char *gds;
  gaint len;
  gaint nv;
  gaint pv;
  gaint drt;
  gaint ni;
  gaint nj;
  gaint lat1;
  gaint lon1;
  gaint rcdi;
  gaint rcre;
  gaint rcuv;
  gaint lat2;
  gaint lon2;
  gaint dx;
  gaint dy;
  gaint smi;
  gaint smj;
  gaint smdir;
};

/* gds for NMC lat/lon grids */

struct grib_gds_ll gdsn2; 

/* function init */

void gds_init(struct grib_gds_ll *, gaint ) ;
gaint gribhdr(struct grhdr *);
void malloc_err( gaint ) ;

gaint iok[3],iokwrite;      
gaint irec=0;          /* record counter */
gaint gdsout=0;        /* GDS output flag */
gaint bdsout=0;        /* BDS output flag */
gaint qout=0;          /* essential GrADS GRIB parms */
gaint qout1=0;         /* file name + essential GrADS GRIB parms for first record only */
gaint delim=0;         /* comma deliminated output */
gaint verb=0;          /* verbose */
gaint silent=0;        /* silent mode */
gaint gaout=0;         /* ascii output */
gaint gaoutfld=-999;   /* which fields to dump */
gaint gaouttau=-999;   /* which taus to dump */
gaint gaoutlev=-999;   /* which levs to dump */
gaint gfout=0;         /* float output */
gaint ggout=0;         /* GRIB output */
gaint gvout=0;         /* output the variable name, title units based on NMC tables */
gaint xyrevflg;        /* flag indicating whether we have the reversed lat/lon FNMOC grid */


off_t fpos;  /* File pointer into GRIB file */
off_t flen;
gaint nullsk;
gaint scanflg,scanlim=2000;

char *ofname,*ifname;

gaint main (gaint argc, char *argv[]) {
 struct grhdr ghdr;
 gaint cnt,rc,i,flg,iarg,len,skip;
 char cmd[256], *ch;
 unsigned char rec[50000], *uch;
 
 skip   = -999;
 nullsk = -999;
 ifname = NULL;
 ofname = NULL;

 if (argc>1) {
    iarg = 1;
    while (iarg'9') i = 999;
          i++;
        }
        if (i<900) {
          sscanf(ch,"%i",&nullsk);
          flg = 0;
        }
      }
      else if (*ch=='-' && *(ch+1)=='g' && *(ch+2)=='d' ) {
	gdsout = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='g' && *(ch+2)=='v' ) {
	gvout = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='v' ) {
	verb = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='S' ) {
	silent = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='b' && *(ch+2)=='d'  ) {
	bdsout = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='d' ) {
	delim = 1;
	flg = 0;
      }      
      else if (*ch=='-' && *(ch+1)=='q' && *(ch+2)=='1' ) {
	qout1 = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='o' && *(ch+2)=='g' ) {
	ggout = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='o' && *(ch+2)=='a' ) {
	gaout = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='s' && *(ch+2)=='p' ) {
	flg = 0;
        ch+=3;
        if (*ch != NULCH) {
          i = 0;
          while(*(ch+i) && i<900) {
            if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
            i++;
          }
          if (i<900) {
            sscanf(ch,"%i",&gaoutfld);
            flg = 0;
          }
	}
      }
      else if (*ch=='-' && *(ch+1)=='s' && *(ch+2)=='t' ) {
	flg = 0;
        ch+=3;
        if (*ch != NULCH) {
          i = 0;
          while(*(ch+i) && i<900) {
            if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
            i++;
          }
          if (i<900) {
            sscanf(ch,"%i",&gaouttau);
            flg = 0;
          }
	}
      }
      else if (*ch=='-' && *(ch+1)=='s' && *(ch+2)=='l' ) {
	flg = 0;
        ch+=3;
        if (*ch != NULCH) {
          i = 0;
          while(*(ch+i) && i<900) {
            if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
            i++;
          }
          if (i<900) {
            sscanf(ch,"%i",&gaoutlev);
            flg = 0;
          }
	}
      }
      else if (*ch=='-' && *(ch+1)=='o' && *(ch+2)=='f' ) {
	gfout = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='q' ) {
	qout = 1;
	flg = 0;
      }
      else if (*ch=='-' && *(ch+1)=='s') {
        scanflg = 1;
	ch+=2;
        i = 0;
        while(*(ch+i) && i<900) {
          if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
          i++;
        }
        if (i<900) {
          sscanf(ch,"%i",&scanlim);
	  printf("scanlim = %d\n",scanlim);
          flg = 0;
        }
      }
      else if (*ch=='-' && *(ch+1)=='h') {
        ch+=2;
        if (*ch=='n' && *(ch+1)=='m' &&  *(ch+2)=='c') {
          skip = -1;
          flg = 0;
        } else if (*ch == NULCH) {
	  skip = -999;
	  flg = 0;
	} else {
          i = 0;
          while(*(ch+i) && i<900) {
            if (*(ch+i)<'0' || *(ch+i)>'9') i = 999;
            i++;
          }
          if (i<900) {
            sscanf(ch,"%i",&skip);
            flg = 0;
          }
        }
      }
      if (flg) {
        printf ("Invalid command line argument: %s  Ignored.\n",argv[iarg]);
      }
      iarg++;
    }
  }
  
  if (ifname == NULL) { 
    command_line_help();
    cnt = nxtcmd (cmd,"Enter name of GRIB file: ");
    if (cnt==0) return(1);
    getwrd(ifname,cmd,250);
  }

  gfile = fopen(ifname,"rb");
  if (gfile==NULL) {
    printf ("Could not open GRIB file.  File name is:\n");
    printf ("  %s\n",ifname);
    return(1);
  }

  /* open output file */
  
  if(ofname == NULL) {
   ofname = (char *)malloc(7+5);
   strcat(ofname,"zy0x1w2");
  }

  if(gaout) {
    strcat(ofname,".asc");
    ofile = fopen(ofname,"w");
    if (ofile==NULL) {
      printf ("Could not open ASCII output file: zy0x1w2.ascii");
      return(1);
    }
  } else if (gfout) {
    strcat(ofname,".dat");
    ofile = fopen(ofname,"wb");
    if (ofile==NULL) {
      printf ("Could not open float  output file: zy0x1w2.ascii");
      return(1);
    }
  } else if (ggout) {
    strcat(ofname,".grb");
    ofile = fopen(ofname,"wb");
    if (ofile==NULL) {
      printf ("Could not open NMC GRIB output file: zy0x1w2.grb");
      return(1);
    }
  }    

  /* initialize NMC lat/lon gds for grid #2 */

  if (ggout) gds_init(&gdsn2,2);

  /* Get file size */

  rc = fseeko(gfile,0L,2);
  if (rc) return(50);

  flen = ftell(gfile);

  /* Set up to skip appropriate amount.  */

 if (skip == -999) { 

   /* we have no idea what the header is; find it within reason */

   /* read in four bytes */
 
   rc = fseeko(gfile,0,0);
   if (rc) return(50);

   uch=&rec[0]; 
   rc = fread(uch,sizeof(char),4,gfile);
   if (rc < 4) return(50);

   fpos = 0;
   while (fpos < flen && !(*(uch)=='G' && *(uch+1)=='R' &&
	 *(uch+2)=='I' && *(uch+3)=='B') ) {
       fpos++;
       rc = fseeko(gfile,fpos,0);
       if (rc) return(50);
       rc = fread(uch,1,4,gfile);
       if (rc<4) fpos = flen;
     }
 
   if (fpos == flen) {
     printf ("GRIB header not found.  File apparantly not GRIB data\n");
     printf ("->%c%c%c%c%c%c<-\n",*uch,*(uch+1),*(uch+2),*(uch+3),*(uch+4),*(uch+5));
     return (99);
   } else {
     if (verb) printf("the header is %lld bytes long\n",fpos);
   }

 } else if (skip > -1) {

   /* fixed header length */

   fpos = skip;

 } else {

   /* hard-wired nmc header */

    rc = fseeko(gfile,0,0);
    if (rc) return(50);

    rc = fread (rec,1,100,gfile);
    if (rc<100) {
      printf ("I/O Error reading header\n");
      return (1);
    }
    len = gagby(rec,88,4);
    fpos = len*2 + 100;
  }

  /* We are positioned.  Go read the first GRIB header */

  while (1) {
    rc = gribhdr(&ghdr);
    if (rc) break;
  }

  fclose (gfile);
  if (gaout || ggout || gfout) fclose(ofile);

/* error conditions */

  if (rc == 2) {
    return(0);
  } else if (rc==50) {
    printf ("I/O Error reading GRIB file\n");
    printf ("Possible cause: premature EOF\n");
    return(1);
  } else if (rc==51) {
    printf ("I/O Error reading GRIB file\n");
    printf ("Possible cause: premature EOF\n");
    return(1);
  } else if (rc==52) {
    printf ("I/O Error reading GRIB file\n");
    printf ("premature EOF between records\n");
    return(1);
  } else if (rc==53 && verb) {
    printf ("Junk at end of GRIB file\n");
    return(1);
  } else if (rc==99) {
    printf ("GRIB format error\n");
    return(1);
  }

  if(verb) printf ("Reached EOF\n"); 
  return(0);
}

void gds_init(struct grib_gds_ll *gds, gaint nmc_grid) {
  
gaint bstrt;
  
  if(nmc_grid == 2) {
    gds->len=32;
    gds->gds = (unsigned char *)malloc(gds->len);
    gds->nv=0;
    gds->pv=255;
    gds->drt=0;
    gds->ni=144;
    gds->nj=73;
    gds->lat1=90000;
    gds->lon1=0;
    gds->rcdi=0;
    gds->rcre=0;
    gds->rcuv=0;
    gds->dx=2500;
    gds->dy=2500;
    gds->lat2=-90000;
    gds->lon2=-2500;
    gds->smi=0;
    gds->smj=0;
    gds->smdir=0;

    /* code it up */
    gapby(gds->len,gds->gds,0,3);       /* octets 1-3 length of GDS */  
    gapby(gds->nv,gds->gds,3,1);        /* octet 4 -- nv number of vertical coordinates */
    gapby(gds->pv,gds->gds,4,1);        /* octet 5 -- pv location of vert coors */
    gapby(gds->drt,gds->gds,5,1);       /* octet 6 -- data representation type (TABLE 6) */
    gapby(gds->ni,gds->gds,6,2);        /* octets 7-8 -- number of lons */
    gapby(gds->nj,gds->gds,8,2);        /* octets 9-10 -- number of lats */
    bstrt=10*8;                         /* octets 11-13, 14-16  lat1, lon1 */
    if(gds->lat1 < 0) {
      gapbb(1,gds->gds,bstrt,1);
      gds->lat1=-gds->lat1;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->lat1,gds->gds,bstrt,23);
    bstrt+=23;
    if(gds->lon1 < 0) {
      gapbb(1,gds->gds,bstrt,1);
      gds->lon1=-gds->lon1;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->lon1,gds->gds,bstrt,23);
    bstrt+=23;
    gapbb(gds->rcdi,gds->gds,bstrt,1);   /* octet 17 resolution component flag -- table 7 */
    bstrt++; 
    gapbb(gds->rcre,gds->gds,bstrt,1);
    bstrt++;
    gapbb(0,gds->gds,bstrt,2);
    bstrt+=2;
    gapbb(gds->rcuv,gds->gds,bstrt,1);
    bstrt++;
    gapbb(0,gds->gds,bstrt,3);
    bstrt+=3;
    if(gds->lat2 < 0) {                  /* octets 18-20,21-23 -- lat2,lon2 */
      gapbb(1,gds->gds,bstrt,1);
      gds->lat2=-gds->lat2;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->lat1,gds->gds,bstrt,23);
    bstrt+=23;
    
    if(gds->lon2 < 0) {
      gapbb(1,gds->gds,bstrt,1);
      gds->lon2=-gds->lon2;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->lon2,gds->gds,bstrt,23);
    bstrt+=23;
    if(gds->dx < 0) {                    /* octets 24-25 -- dlon */
      gapbb(1,gds->gds,bstrt,1);
      gds->dx=-gds->dx;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->dx,gds->gds,bstrt,15);
    bstrt+=15;
    if(gds->dy < 0) {                    /* octets 26-27 -- dlat */
      gapbb(1,gds->gds,bstrt,1);
      gds->dy=-gds->dy;
    } else {
      gapbb(0,gds->gds,bstrt,1);
    }
    bstrt++;
    gapbb(gds->dy,gds->gds,bstrt,15);
    bstrt+=15;
    
    gapbb(gds->smi,gds->gds,bstrt,1);
    bstrt++;
    gapbb(gds->smj,gds->gds,bstrt,1);
    bstrt++;
    gapbb(gds->smdir,gds->gds,bstrt,1);
    bstrt++;
    gapbb(0,gds->gds,bstrt,5);
    bstrt+=5;
    gapby(0,gds->gds,28,4);               /* octets 29 -32 - reserved 0 filled */
  }
}


/* Read a GRIB header, and get needed info out of it.  */

gaint gribhdr (struct grhdr *ghdr) {
unsigned char rec[512],*ch;
gaint i,j,ifnmoc,jfnmoc,inmc,jnmc,len,rc,sign,mant;
off_t cpos,cposis;
gaint npts=0,bstrt,yy;
float la1,la2,lo1,lo2,ladi,lodi;
gaint *gr=NULL,*gri=NULL;
float *grf=NULL,*grfi=NULL;

struct grib_len {     /* length of grib sections */
  gaint is;
  gaint pds;
  gaint gds;
  gaint bms;
  gaint bds;
  gaint es;
  gaint msg;
} glen;

struct grib {         /* grib data */
  unsigned char *is;
  unsigned char *pds;
  unsigned char *gds;
  unsigned char *bms;
  unsigned char *bds;
  unsigned char es[4];
} gd;


  if (fpos>=flen) return(1);

  /* Position at start of next record */
  rc = fseeko(gfile,fpos,0);
  if (rc) return(50);

  /* Read start of record -- length, version number */
  rc = fread(rec,1,8,gfile);
  if (rc<8){
    if(fpos+8 >= flen) return(51);
    else return(51);
  }
  if (*rec!='G' || *(rec+1)!='R' || *(rec+2)!='I' || *(rec+3)!='B') {

    /* look for data between records BY DEFAULT */ 
    i = 1;
    fpos += i;
    rc = fseeko(gfile,fpos,0);
    if (rc) return(50);
    ch=&rec[0];
    rc = fread(ch,sizeof(unsigned char),4,gfile);
    while ( (fpos < flen-4) && (i < scanlim) && !( *ch=='G' && *(ch+1)=='R' &&
			   *(ch+2)=='I' && *(ch+3)=='B' ) ) {
      fpos++;
      i++;
      rc = fseeko(gfile,fpos,0);
      if (rc) return(50);
      rc = fread(ch,sizeof(unsigned char),4,gfile);
      if (rc<4) return(50);
    } 
    if (i == scanlim ) {
      printf ("GRIB header not found in scanning between records\n");
      printf ("->%c%c%c%c<-\n",*rec,*(rec+1),*(rec+2),*(rec+3));
      return (52);
    } else if (fpos == flen -4) {
      return (53);
    }
    /* SUCCESS redo the initial read */    
    rc = fseeko(gfile,fpos,0);
    if (rc) return(50);
    rc = fread(rec,1,8,gfile);
    if (rc<8){
      if(fpos+8 >= flen) return(51);
      else return(52);
    }
  }
  cpos = fpos;
  cposis = fpos;

  /* store IS */
  glen.is=8;
  gd.is = (unsigned char *)malloc(glen.is);
  if(gd.is == NULL) malloc_err(1);
  memcpy (gd.is,&rec[0],glen.is);
  ghdr->vers = gagby(rec,7,1);
  if (ghdr->vers>1) {
    printf ("File is not GRIB version 0 or 1, 0 or 1 is required. \n");
    printf (" Version number is %i\n",ghdr->vers);
    return (99);
  }
  /* bump the record # */
  irec++;
  if (ghdr->vers==0) {
    cpos += 4;
    rc = fseeko(gfile,cpos,0);
    if (rc) return(50);
  } else {
    ghdr->len = gagby(rec,4,3);
    glen.msg = ghdr->len;
    cpos = cpos + 8;
    rc = fseeko(gfile,cpos,0);
    if (rc) return(50);
  }

/*
  PPPPPPPPPPPPPP DDDDDDDDDDDDDD SSSSSSSSSSSSSSS
*/

  rc = fread(rec,1,3,gfile);
  if (rc<3) return(50);
  len = gagby(rec,0,3);
  ghdr->pdslen = len;
  cpos = cpos + len;
  rc = fread(rec+3,1,len-3,gfile);
  if (rcptvn = gagby(rec,3,1);
  ghdr->center = gagby(rec,4,1);
  ghdr->procid = gagby(rec,5,1);
  ghdr->gridid = gagby(rec,6,1);
  ghdr->gdsflg = gagbb(rec+7,0,1);
  ghdr->bmsflg = gagbb(rec+7,1,1);
  ghdr->parm = gagby(rec,8,1);
  ghdr->ltyp = gagby(rec,9,1);
  ghdr->level = gagby(rec,10,2);
  ghdr->l1 = gagby(rec,10,1);
  ghdr->l2 = gagby(rec,11,1);
  ghdr->dtim.yr = gagby(rec,12,1);
  yy=ghdr->dtim.yr;
  ghdr->dtim.mo = gagby(rec,13,1);
  ghdr->dtim.dy = gagby(rec,14,1);
  ghdr->dtim.hr = gagby(rec,15,1);
  ghdr->dtim.mn = gagby(rec,16,1);
  ghdr->ftu = gagby(rec,17,1);
  ghdr->tri = gagby(rec,20,1);
  if (ghdr->tri==10) {
    ghdr->p1 = gagby(rec,18,2);
    ghdr->p2 = 0;
  } else {
    ghdr->p1 = gagby(rec,18,1);
    ghdr->p2 = gagby(rec,19,1);
  }
/*
ghdr->nave = gagby(rec,21,2);
ghdr->nmiss = gagby(rec,23,1);
*/
  if (len>24) {
    ghdr->century = gagby(rec,24,1);
    ghdr->dtim.yr = ghdr->dtim.yr + (ghdr->century-1)*100;
  } else {
    ghdr->century = -999;
    if (ghdr->dtim.yr>49) ghdr->dtim.yr += 1900;
    else ghdr->dtim.yr += 2000;
  }
  if (len>25) {
/*
ghdr->subcent = gagby(rec,25,1);
*/
    ghdr->dsf = (float)gagbb(rec+26,1,15);
    i = gagbb(rec+26,0,1);
    if (i) ghdr->dsf = -1.0*ghdr->dsf;
    ghdr->dsf = pow(10.0,ghdr->dsf);
    if(ghdr->dsf == 0.0) ghdr->dsf = 1.0;  /* mf make sure dsf != 0 */
  } else ghdr->dsf = 1.0;

if(!silent) {
if(qout) {

  if(ghdr->ltyp == 100) {
    printf("%d, F ,%d,%d,%d,%d,%5g, T ,%d,%d,%d,%d,%d,%d,%d,%d",
	   irec,ghdr->parm,ghdr->ltyp,ghdr->level,
	   ghdr->tri,ghdr->dsf,
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2);

    if(gvout) printf(", V , %s, %s, %s",
		 vt[ghdr->parm].name,vt[ghdr->parm].desc,vt[ghdr->parm].units);

    printf(", G ,%d, BDTG, %02d%02d%02d%02d ",ghdr->gridid,
	   yy,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr);

  } else {
    printf("%d, F ,%d,%d,%d,%d,%d,%d,%5g, T ,%d,%d,%d,%d,%d,%d,%d,%d",
	   irec,ghdr->parm,ghdr->ltyp,ghdr->level,
	   ghdr->l1,ghdr->l2,ghdr->tri,ghdr->dsf,
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2);
    if(gvout) printf(", V ,%s ,%s ,%s",
		 vt[ghdr->parm].name,vt[ghdr->parm].desc,vt[ghdr->parm].units);
    printf(", G ,%d, BDTG, %02d%02d%02d%02d ",ghdr->gridid,
	   yy,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr);
  }
  if(!bdsout) printf("\n");

} else if(qout1 == 1) {

  if(ghdr->ltyp == 100) {
    printf("%40s, F ,%d,%d,%d,%d,%d,%d,%5g, T ,%d,%d,%d,%d,%d,%d,%d,%d",
	   ifname,ghdr->parm,ghdr->ltyp,ghdr->level,
	   ghdr->l1,ghdr->l2,ghdr->tri,ghdr->dsf,
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2);
    printf(", G ,%d, BDTG, %02d%02d%02d%02d ",ghdr->gridid,
	   yy,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr);
  } else {
    printf("%40s, F ,%d,%d,%d,%d,%d,%d,%5g, T ,%d,%d,%d,%d,%d,%d,%d,%d",
	   ifname,ghdr->parm,ghdr->ltyp,ghdr->level,
	   ghdr->l1,ghdr->l2,ghdr->tri,ghdr->dsf,
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2);
    printf(", G ,%d, BDTG, %02d%02d%02d%02d ",ghdr->gridid,
	   yy,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr);
  }
  if(!bdsout) printf("\n");
  return(2);

} else if( qout == 0 ) {

  if( delim ) {
    printf("PDS,%d,%d,%d,%d,%d,%d,%d,",
	   irec,ghdr->gridid,ghdr->parm,ghdr->ltyp,ghdr->level,ghdr->l1,ghdr->l2);
    printf("%d,%d,%d,%d,%d,%d,%d,%d,%d,%g",
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2,ghdr->tri,ghdr->dsf);
    if(gvout) printf(",%s,%s,%s",
		 vt[ghdr->parm].name,vt[ghdr->parm].desc,vt[ghdr->parm].units);
  } else {
    printf("PDS #%-4d %2d %3d %3d %4d %3d %3d BMSFLG: %1d ",
	   irec,ghdr->gridid,ghdr->parm,ghdr->ltyp,ghdr->level,ghdr->l1,ghdr->l2,ghdr->bmsflg);
    printf("%4d %02d %02d %02d %02d % 3d % 3d % 3d % 3d %8g",
	   ghdr->dtim.yr,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr,
	   ghdr->dtim.mn,ghdr->ftu,ghdr->p1,ghdr->p2,ghdr->tri,ghdr->dsf);
    if(gvout) printf(" %6s %38s %16s",
		 vt[ghdr->parm].name,vt[ghdr->parm].desc,vt[ghdr->parm].units);

  }

  if(gdsout == 0 && !bdsout) printf("\n");

}
}

/*
  GGGGGGGGGGGGGGG DDDDDDDDDDDDDDDDDDDD SSSSSSSSSSSSSSS
*/

  gd.gds=NULL;
  glen.gds=0;
  if (ghdr->gdsflg) {

    rc = fread(rec,1,3,gfile);
    if (rc<3) return(50);
    len = gagby(rec,0,3);
    ghdr->gdslen = len;
    cpos = cpos + len;
    rc = fread(rec+3,1,len-3,gfile);
    if (rcgpv = gagby(rec,3,1);
    ghdr->gnv = gagby(rec,4,1);
    ghdr->gtyp = gagby(rec,5,1);
    ghdr->gicnt = gagby(rec,6,2);
    ghdr->gjcnt = gagby(rec,8,2);

    la1 = gagbb(rec+10,1,23)*0.001;
    i = gagbb(rec+10,0,1);
    if (i) la1 = -1*la1;
    lo1 = gagbb(rec+13,1,23)*0.001;
    i = gagbb(rec+13,0,1);

    if (i) lo1 = -1*lo1;
    la2 = gagbb(rec+17,1,23)*0.001;
    i = gagbb(rec+17,0,1);
    if (i) la2 = -1*la2;
    lo2 = gagbb(rec+20,1,23)*0.001;
    i = gagbb(rec+20,0,1);
    if (i) lo2 = -1*lo2;
    lodi = gagby(rec,23,2);
    ghdr->gsf1 = gagbb(rec+27,0,1);
    ghdr->gsf2 = gagbb(rec+27,1,1);
    ghdr->gsf3 = gagbb(rec+27,2,1);
    ladi = gagby(rec,25,2);
    if(ghdr->gtyp == 0) {
      ladi *= 0.001;
      lodi *= 0.001;
    } else {
      ladi *= 1.0;
      lodi *= 1.0;
    }
/*
   special case of thinned grids in lat from ecmwf .......
*/
  npts=0;
  if(ghdr->gicnt == 65535) {
    yy=gagby(rec,28,4);
    for(i=0;i<(ghdr->gdslen-32)/2;i++) {
      yy=gagby(rec,32+i*2,2);
      npts += yy;
/*      printf("qqq i yy = %d %d\n",i+1,yy); */
    }
  }

if(!silent) {
    if( gdsout && qout == 0 ) {
      if( delim ) {
	printf(",GDS,%d,%d,%d,%-6.3f,%-6.3f,%-6.3f,%-6.3f,%-6.3f,%-6.3f,",
	       ghdr->gtyp,ghdr->gicnt,ghdr->gjcnt,lo1,lo2,lodi,la1,la2,ladi);
	printf("%d,%d,%1d",ghdr->gsf1,ghdr->gsf2,ghdr->gsf3);
      } else {
	printf(" GDS % 3d % 3d % 3d %6.3f %6.3f %6.3f %6.3f %6.3f %6.3f",
	       ghdr->gtyp,ghdr->gicnt,ghdr->gjcnt,lo1,lo2,lodi,la1,la2,ladi);
	printf(" %1d %1d %1d",ghdr->gsf1,ghdr->gsf2,ghdr->gsf3);
	printf(" GDS pv nv % 3d % 3d",ghdr->gpv,ghdr->gnv);
      }
      if(!bdsout) printf("\n");

    }

  }

  }

/*
  BBBBBBBBBBBBBBB MMMMMMMMMMMMMMMMMMM SSSSSSSSSSSSSSSSS
*/

  gd.bms=NULL;
  ghdr->bmslen = 0;
  glen.bms=0;
  if (ghdr->bmsflg && ghdr->gicnt != 65535) {
    rc = fread(rec,1,6,gfile);
    if (rc<6) return(50);
    len = gagby(rec,0,3);
    ghdr->bmslen = len;

  /* mf store BMS */

    if(ggout || gaout || gfout) {
      glen.bms=len;

      gd.bms = (unsigned char *)malloc(glen.bms);
      if(gd.bms == NULL) malloc_err(4);
      rc=fread(gd.bms,1,glen.bms,gfile);
    }

    ghdr->bnumr = gagby(rec,4,2);
    ghdr->bunb = gagby(rec,3,1);
    ghdr->bpos = cpos+6;
    cpos = cpos + len;
    rc = fseeko(gfile,cpos,0);
    if (rc) return(50);

  } 
/*
  BBBBBBBBBBBBBB DDDDDDDDDDDDDDDDDD SSSSSSSSSSSSSSSSS
*/

  rc = fread(rec,1,11,gfile);
  if (rc<11) return(50);
  len = gagby(rec,0,3);
  ghdr->bdslen = len;
  ghdr->dgflg = gagbb(rec+3,1,0);
  ghdr->dpflg = gagbb(rec+3,1,1);
  ghdr->doflg = gagbb(rec+3,1,2);
  ghdr->dfflg = gagbb(rec+3,1,3);

/*
  if (ghdr->dpflg) {
    printf ("GRIB data does not use simple packing.  Cannot handle.\n");
    return(99);
  }
*/
  i = gagby(rec,4,2);
  if (i>32767) i = 32768-i;
  ghdr->bsf = pow(2.0,(float)i);

  i = gagby(rec,6,1);
  sign = 0;
  if (i>127) {
    sign = 1;
    i = i - 128;
  }
  mant = gagby(rec,7,3);
  if (sign) mant = -mant;
  ghdr->ref = (float)mant * pow(16.0,(float)(i-70));

  ghdr->bnum = gagby(rec,10,1);
  ghdr->dpos = cpos+11;

  /* find number of DEFINED grid points */

  if(!ghdr->dfflg && ghdr->bnum !=0 && npts != 0) {
    ghdr->dbusd = gagbb(rec+3,4,4);
    npts = ( (len-11)*8 - ghdr->dbusd)/ghdr->bnum;
  } else {
    npts = (len-13)*8;
  }

  /* bump the file pointer and output */

  if (ghdr->vers==0) {
    ghdr->len=8+ghdr->pdslen+ghdr->gdslen +ghdr->bmslen + ghdr->bdslen;
    fpos = fpos + ghdr->len;
    printf ("\nLengths: pds,gds,bms,bds = %i %i %i %i \n",
      ghdr->pdslen,ghdr->gdslen,ghdr->bmslen,ghdr->bdslen);
  } else fpos = fpos + ghdr->len;

  if(verb) {
    printf ("\nLengths: pds,gds,bms,bds = %d %d %d %d \n",
	    ghdr->pdslen,ghdr->gdslen,ghdr->bmslen,ghdr->bdslen);
  }

  if( bdsout && !silent ) {
    if ( !qout) {
      if( delim ) {
	printf(",BDS,%d,%10g,%d,%lld,%d",ghdr->bnum,ghdr->ref,npts,cposis,ghdr->len);
      } else {
	printf(" BDS % 3d %10g % 10d % 10lld % 10d",ghdr->bnum,ghdr->ref,npts,cposis,ghdr->len);
      }
    } else {
      printf(", B ,%2d,%g,%d,%lld,%d",ghdr->bnum,ghdr->ref,npts,cposis,ghdr->len);
    }
    printf("\n");
  } 
    if(verb) printf("npts = %d %d %d\n",npts,ghdr->center,ghdr->gridid);

  /* mf store BDS  and get data  */

  gd.bds=NULL;

  if(ggout || gaout || gfout) {

    glen.bds=len;
    gd.bds = (unsigned char *)malloc(glen.bds);
    if(gd.bds == NULL) malloc_err(5);


    rc = fseeko(gfile,cpos,0);
    rc = fread(gd.bds,1,glen.bds,gfile);
    if (rcbnum);
      if(gaout || gfout) {
	*(grf+i) = ( ghdr->ref + (float)(*(gr+i)) * ghdr->bsf )/ghdr->dsf;
      }
      bstrt += ghdr->bnum;
    }
/*
  invert to NMC grid if FNMOC 2.5 global grid
*/

    xyrevflg=0;

    if(ghdr->center == 58 && ghdr->gridid == 223) {

      xyrevflg=1;
      gri = (gaint *)malloc(npts*sizeof(gaint));
      if(gri == NULL) malloc_err(8);
      grfi = (float *)malloc(npts*sizeof(float));
      if(grfi == NULL) malloc_err(9);

      for(i=0;i144) inmc=inmc-144;
	jnmc=ifnmoc;
	j=(jnmc-1)*144+inmc-1; 
	
	if(gfout || gaout) {
	  *(grfi+j)=*(grf+i);
	} else if(ggout) {
	  *(gri+j)=*(gr+i);
	}
      }
    
      if(ggout) {

    /* encode ints to GRIB and load into bds */
	
	bstrt=11*8;
	for(i=0;ibnum);
	  bstrt += ghdr->bnum;
	}

    /* fix century problem */

        gapby(20,gd.pds,24,1);

    /* change the grid param */

	gapby(2,gd.pds,6,1);

    /* change the gdsflg */
      
	gapbb(1,gd.pds,7*8,1);

	gapby(2,gd.pds,6,1);

   /* calc the length of the GRIB msg */
     
	len = glen.is + glen.pds + gdsn2.len + glen.bds + 4;
	gapby(len,gd.is,4,3);

   /* write out the GRIB msg */
        
        rc=fwrite(gd.is,1,glen.is,ofile);
        rc=fwrite(gd.pds,1,glen.pds,ofile);
        rc=fwrite(gdsn2.gds,1,gdsn2.len,ofile);
        rc=fwrite(gd.bds,1,glen.bds,ofile);
	strncpy((char*)gd.es,"7777",4);
        rc=fwrite(gd.es,1,4,ofile);

      }


    } /* end of check for FNMOC 73x144 grids */


/* conditions for dumping fields */

    iok[0]=0;
    iok[1]=0;
    iok[2]=0;
    iokwrite=0;

    if( gaoutfld != -999 ) {
      iok[0]=-1;
      if(ghdr->parm == gaoutfld ) iok[0]=1;
    }
    if( gaouttau != -999 ) {
      iok[1]=-1;
      if(ghdr->p1 == gaouttau ) iok[1]=1;
    }

    if( gaoutlev != -999 ) {
      iok[2]=-1;
      if( ghdr->level == gaoutlev ) iok[2]=1;
    }
/*	special restrictions */

    if( (iok[0] != 0) || (iok[1] != 0) || (iok[2] != 0) ) {

	if( iok[0] == 1 && iok[1] == 0 && iok[2] == 0 ) iokwrite=1;
	if( iok[0] == 0 && iok[1] == 1 && iok[2] == 0 ) iokwrite=1;
	if( iok[0] == 0 && iok[1] == 0 && iok[2] == 1 ) iokwrite=1;
	if( iok[0] == 1 && iok[1] == 1 && iok[2] == 0 ) iokwrite=1;
	if( iok[0] == 0 && iok[1] == 1 && iok[2] == 1 ) iokwrite=1;
	if( iok[0] == 1 && iok[1] == 0 && iok[2] == 1 ) iokwrite=1;
	if( iok[0] == 1 && iok[1] == 1 && iok[2] == 1 ) iokwrite=1;

    } else {
/*	dump all fields */
      if( gaout || gfout || ggout ) iokwrite = 1;
    }

    if( iokwrite ) {

      if (gaout) {

/* ASCII I/O */


	fprintf(ofile,"GRIB parm#= % 3d  npts= % 6d  grid id=% 3d\n",
		ghdr->parm,npts,ghdr->gridid);
	fprintf(ofile,"Base DTG= %02d%02d%02d%02d  ",
		yy,ghdr->dtim.mo,ghdr->dtim.dy,ghdr->dtim.hr);
	fprintf(ofile,"ftu= % 2d  p1= % 4d  p2= % 4d  tri= % 5d\n",
		ghdr->ftu,ghdr->p1,ghdr->p2,ghdr->tri);
	for (i=0;i
#include 
#include "grads.h"
#include "gx.h"

struct gamfcmn mfcmn;

int help=0;
void command_line_help(void) ;

char buff[132];
int pnt;
FILE *infile;

int nxtcmd (char *, char *);
void xyccc (short, short, float *, float *);
int fflag;

/*mf 980115 -- 
  increase buffer from 1000 to 10000 - this is dynamically allocated in gxmeta
  gxtran was seg faulting for plots with BIG polygon files
mf*/

double xybuf[10000];

int main (int argc, char *argv[])  {

short opts[4];
int cmd,i,j,iflag,rflag,aflag,gflag,wflag,rc;
int cont,xyc,lcolor,fflag,fcnt;
float xlo,xhi,ylo,yhi,xpos,ypos,xsiz,ysiz;
char in[100],*ifi;


  /* Parse command line arguments */

  i = 1;
  iflag = 0; rflag = 0; aflag = 0; gflag = 0; wflag = 0; xyc = 0;
  ifi = NULL;
  while (i
#endif
#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "grads.h"

#if USEGUI == 1
#include "gagui.h"
#endif

#if READLINE ==1
#include 
#include 
#include 
extern gaint history_length;
void write_command_log(char *logfile);
#endif

struct gacmn gcmn;  
static struct gawgds wgds;   
extern struct gamfcmn mfcmn;

int main (int argc, char *argv[])  {

void command_line_help(void) ;
void gxdgeo (char *);
void gxend (void);
void gatxti(gaint on, gaint cs);
char *gatxtl(char *str,gaint level);

char cmd[500];
gaint rc,i,j,land,port,cmdflg,hstflg,gflag,xwideflg,killflg,ratioflg;
gaint metabuff,size=0,g2size=0;
gaint txtcs=-2;
gaint ipcflg = 0; /* for IPC friendly interaction via pipes */
char *icmd,*arg,*rc1;
void gasigcpu() ;
gaint wrhstflg=0; 
gadouble aspratio;
char *logfile,*userhome=NULL;

/*--- common block sets before gainit ---*/
gcmn.batflg = 0;
land = 0;
port = 0;
cmdflg = 0;
metabuff = 0;
hstflg = 1; 
gflag = 0;
xwideflg = 0;
icmd = NULL;
arg = NULL;
rc1 = NULL;
killflg = 0;
ratioflg = 0;
aspratio = -999.9;

#if READLINE == 1
#ifdef __GO32__  /* MSDOS case */ 
logfile= (char *) malloc(22);
logfile= "c:\windows\grads.log";
#else  /* Unix */
userhome=getenv("HOME");
if (userhome==NULL) {
  logfile=NULL;
}
else {
  logfile= (char *) malloc(strlen(userhome)+12);
  if(logfile==NULL) {
    printf("Memory allocation error for logfile name.\n");
  }
  else {
    strcpy(logfile,userhome);
    strcat(logfile,"/.grads.log");
  }
}
#endif /* __GO32__ */
#endif /* READLINE == 1 */

if (argc>1) {
  for (i=1; i2) {
        printf("Valid colorization schemes are 0, 1, or 2. Colorization option %d ignored. \n",txtcs);
        txtcs = -2;
      }
    } else if (ratioflg) {    /* next arg is aspect ratio */
        aspratio = atof(argv[i]);
        ratioflg = 0;
    } else if (gflag) {        /* next arg is the geometry string */
      gxdgeo(argv[i]);
      gflag=0;
    } else if (wrhstflg && *(argv[i])!='-') {   /* next arg is optional log file name */
        logfile=argv[i];
    } else if (*(argv[i])=='-') {
      j = 1;
      while (*(argv[i]+j)) {
	if      (*(argv[i]+j)=='a') ratioflg = 1;    /* aspect ratio to follow */
	else if (*(argv[i]+j)=='b') gcmn.batflg = 1; /* batch mode */
	else if (*(argv[i]+j)=='c') cmdflg = 1;      /* command to follow */
	else if (*(argv[i]+j)=='C') txtcs = -1;      /* text color scheme */
	else if (*(argv[i]+j)=='E') hstflg = 0;      /* disable command line editing */
	else if (*(argv[i]+j)=='g') gflag = 1;       /* geometry specification to follow */
	else if (*(argv[i]+j)=='H') wrhstflg = 1;    /* write history to log file */
	else if (*(argv[i]+j)=='l') land = 1;        /* landscape mode */
	else if (*(argv[i]+j)=='m') metabuff = 1;    /* metafile buffer size to follow */
	else if (*(argv[i]+j)=='p') port = 1;        /* portrait mode */
	else if (*(argv[i]+j)=='W') xwideflg = 1;    /* use software to control wide lines (undocumented) */
	else if (*(argv[i]+j)=='u') {                /* unbuffer output: needed for IPC via pipes */
	  hstflg = 0;                                /* no need for readline in IPC mode */
	  ipcflg = 1;
	  setvbuf(stdin,  (char *) NULL,  _IONBF, 0 );
	  setvbuf(stdout, (char *) NULL,  _IONBF, 0 );
	  setvbuf(stderr, (char *) NULL,  _IONBF, 0 );
	}
	else if (*(argv[i]+j)=='x') killflg = 1;     /* quit after finishing (usually used with -c) */
	else printf ("Unknown command line option: %c\n",*(argv[i]+j));
	j++;
      }
    } else printf ("Unknown command line keyword: %s\n",argv[i]);
  }
}

if (txtcs > -2) gatxti(1,txtcs); /* turn on text colorizing */

if (ratioflg==1) printf ("Note: -a option was specified, but no aspect ratio was provided\n");
if (cmdflg==1)   printf ("Note: -c option was specified, but no command was provided\n");
if (gflag==1)    printf ("Note: -g option was specified, but no geometry specification was provided\n");
if (metabuff==1) printf ("Note: -m option was specified, but no metafile buffer size was provided\n");

if (ipcflg) printf("\n" );  /* delimit splash screen */

printf ("\nGrid Analysis and Display System (GrADS) Version %s\n",gatxtl(GRADS_VERSION,0));
printf ("Copyright (c) 1988-2011 by Brian Doty and the\n");
printf ("Institute for Global Environment and Society (IGES)\n");
printf ("GrADS comes with ABSOLUTELY NO WARRANTY\n");
printf ("See file COPYRIGHT for more information\n\n");

gacfg(0);


if (!land && !port && aspratio<-990) {
  nxtcmd (cmd,"Landscape mode? ('n' for portrait): ");
  if (cmd[0]=='n') port = 1;
}
if (port) {
  gcmn.xsiz = 8.5;
  gcmn.ysiz = 11.0;
} else {
  gcmn.xsiz = 11.0;
  gcmn.ysiz = 8.5;
}
if (aspratio>-990) { /* user has specified aspect ratio */
  if (aspratio>0.2 && aspratio < 5.0) {   /* range is limited here. */
    if (aspratio < 1.0) {
      gcmn.xsiz = 11.0*aspratio;
      gcmn.ysiz = 11.0;
    } else {
      gcmn.ysiz = 11.0/aspratio;
      gcmn.xsiz = 11.0;
    }
  }
  else {
    gaprnt(1,"Warning: Aspect ratio must be between 0.2 and 5.0 -- defaulting to landscape mode\n");
  }
}

if(xwideflg) gxwdln();

gainit();
mfcmn.cal365=-999;
mfcmn.warnflg=2;
mfcmn.winx=-999;      /* Window x  */         
mfcmn.winy=-999;      /* Window y */     
mfcmn.winw=0;         /* Window width */ 
mfcmn.winh=0;         /* Window height */ 
mfcmn.winb=0;         /* Window border width */
gcmn.pfi1 = NULL;                     /* No data sets open      */
gcmn.pfid = NULL;
gcmn.fnum = 0;
gcmn.dfnum = 0;
gcmn.undef = -9.99e8;         /* default undef value */
gcmn.fseq = 10; 
gcmn.pdf1 = NULL;
gcmn.grflg = 0;
gcmn.devbck = 0;
gcmn.sdfwname = NULL;
gcmn.sdfwtype = 1;
gcmn.sdfwpad = 0;
gcmn.sdfchunk = 0;
gcmn.sdfzip = 0;
gcmn.sdfprec = 8;
gcmn.ncwid = -999;
gcmn.xchunk = 0;
gcmn.ychunk = 0;
gcmn.zchunk = 0;
gcmn.tchunk = 0;
gcmn.echunk = 0;
gcmn.attr = NULL;
gcmn.ffile = NULL;
gcmn.sfile = NULL;
gcmn.fwname = NULL;
gcmn.gtifname = NULL;    /* for GeoTIFF output */
gcmn.tifname = NULL;     /* for KML output */
gcmn.kmlname = NULL;     /* for KML output */
gcmn.kmlflg = 1;         /* default KML output is an image file */
gcmn.shpfname = NULL;    /* for shapefile output */
gcmn.shptype = 2;        /* default shape type is line */
gcmn.fwenflg = BYTEORDER;
gcmn.fwsqflg = 0;        /* default is stream */
gcmn.fwexflg = 0;        /* default is not exact -- old bad way */
gcmn.gtifflg = 1;        /* default geotiff output format is float */
if (size) gcmn.hbufsz = size;
if (g2size) gcmn.g2bufsz = g2size;
gcmn.cachesf = 1.0;      /* global scale factor for netcdf4/hdf5 cache */
gcmn.fillpoly = -1;      /* default is to not fill shapefile polygons */
gcmn.marktype = 3;       /* default is to draw points as closed circe */
gcmn.marksize = 0.05;    /* default mark size */
for (i=0; i<32; i++) {
  gcmn.clct[i] = NULL;  /* initialize collection pointers */
  gcmn.clctnm[i] = 0;
}


gafdef();

gagx(&gcmn);

#if !defined(__CYGWIN32__) && !defined(__GO32__)
  signal(CPULIMSIG, gasigcpu) ;  /* CPU time limit signal; just exit   -hoop */
#endif

#if READLINE == 1
if (wrhstflg && logfile != NULL) {
  printf("Command line history in %s\n",logfile);
  history_truncate_file(logfile,256); 
  read_history(logfile); /* read last 256 cmd */
}
#endif

if (icmd) rc = gacmd(icmd,&gcmn,0);
else      rc = 0;
signal(2,gasig);  /* Trap cntrl c */

#if USEGUI == 1
if (!ipcflg) 
  gagui_main (argc, argv);   /*ams Initializes GAGUI, and if the environment
                               variable GAGUI is set it starts a GUI
                               script. Otherwise, it just returns. ams*/
#endif
if (ipcflg) printf("\n %d \n\n",rc);

/* Main command line loop */
while (rc>-1) {

  if (killflg) return(99);

#if READLINE == 1
#if defined(MM_NEW_PROMPT) 
  char prompt[13];
  if (hstflg) {
    snprintf(prompt,12,"ga[%d]> ",history_length+1);
    rc=nxrdln(&cmd[0],prompt);
  }
#else
  if (hstflg) rc=nxrdln(&cmd[0],"ga-> ");
#endif
  else rc=nxtcmd(&cmd[0],"ga> ");
#else
  rc=nxtcmd(&cmd[0],"ga> ");
#endif
  
  if (rc < 0) {
    strcpy(cmd,"quit");   /* on EOF, just quit */
    printf("[EOF]\n");
  }

  if (ipcflg) printf("\n %s", cmd );  /* echo command in IPC mode */

  gcmn.sig = 0;
  rc = gacmd(cmd,&gcmn,0);

  if (ipcflg) printf("\n %d \n\n",rc);
}

/* All done */
gxend();

#if READLINE == 1
 if (wrhstflg) write_command_log(logfile);
#endif

exit(0);

}

/* query the global cache scale factor */
gadouble qcachesf (void) {
  return(gcmn.cachesf); 
}

/* Initialize most gacmn values.  Values involving real page size,
   and values involving open files, are not modified   */

void gainit (void) {
gaint i;

  gcmn.wgds = &wgds;
  gcmn.wgds->fname = NULL;
  gcmn.wgds->opts = NULL;
  gcmn.hbufsz = 1000000;
  gcmn.g2bufsz = 10000000;
  gcmn.loopdim = 3;
  gcmn.csmth = 0;
  gcmn.cterp = 1;
  gcmn.cint = 0;
  gcmn.cflag = 0;
  gcmn.ccflg = 0;
  gcmn.cmin = -9.99e33;
  gcmn.cmax = 9.99e33;
  gcmn.arrflg = 0;
  gcmn.arlflg = 1;
  gcmn.ahdsiz = 0.05;
  gcmn.hemflg = -1;
  gcmn.aflag = 0;
  gcmn.axflg = 0;
  gcmn.ayflg = 0;
  gcmn.rotate = 0;
  gcmn.xflip = 0;
  gcmn.yflip = 0;
  gcmn.gridln = -9;
  gcmn.zlog = 0;
  gcmn.log1d = 0;
  gcmn.coslat = 0;
  gcmn.numgrd = 0;
  gcmn.gout0 = 0;
  gcmn.gout1 = 1;
  gcmn.gout1a = 0;
  gcmn.gout2a = 1;
  gcmn.gout2b = 4;
  gcmn.goutstn = 1;
  gcmn.cmark = -9;
  gcmn.grflag = 1;
  gcmn.grstyl = 5;
  gcmn.grcolr = 15;
  gcmn.blkflg = 0;
  gcmn.dignum = 0;
  gcmn.digsiz = 0.07;
  gcmn.reccol = 1;
  gcmn.recthk = 3;
  gcmn.lincol = 1;
  gcmn.linstl = 1;
  gcmn.linthk = 3;

  gcmn.mproj = 2;
  gcmn.mpdraw = 1;
  gcmn.mpflg = 0;
  gcmn.mapcol = -9; gcmn.mapstl = 1; gcmn.mapthk = 1;
  for (i=0; i<256; i++) {
    gcmn.mpcols[i] = -9;
    gcmn.mpstls[i] = 1;
    gcmn.mpthks[i] = 3;
  }
  gcmn.mpcols[0] = -1;  gcmn.mpcols[1] = -1; gcmn.mpcols[2] = -1;
  gcmn.mpdset[0] = (char *)galloc(7,"mpdset0");
  *(gcmn.mpdset[0]+0) = 'l'; 
  *(gcmn.mpdset[0]+1) = 'o';
  *(gcmn.mpdset[0]+2) = 'w'; 
  *(gcmn.mpdset[0]+3) = 'r';
  *(gcmn.mpdset[0]+4) = 'e'; 
  *(gcmn.mpdset[0]+5) = 's';
  *(gcmn.mpdset[0]+6) = '\0';
  for (i=1;i<8;i++) gcmn.mpdset[i]=NULL;

  gcmn.strcol = 1;
  gcmn.strthk = 3;
  gcmn.strjst = 0;
  gcmn.strrot = 0.0;
  gcmn.strhsz = 0.1;
  gcmn.strvsz = 0.12;
  gcmn.anncol = 1;
  gcmn.annthk = 6;
  gcmn.tlsupp = 0;
  gcmn.xlcol = 1;
  gcmn.ylcol = 1;
  gcmn.xlthck = 4;
  gcmn.ylthck = 4;
  gcmn.xlsiz = 0.11;
  gcmn.ylsiz = 0.11;
  gcmn.xlflg = 0;
  gcmn.ylflg = 0;
  gcmn.xtick = 1;
  gcmn.ytick = 1;
  gcmn.xlint = 0.0;
  gcmn.ylint = 0.0;
  gcmn.xlpos = 0.0;
  gcmn.ylpos = 0.0;
  gcmn.ylpflg = 0;
  gcmn.yllow = 0.0;
  gcmn.xlside = 0;
  gcmn.ylside = 0;
  gcmn.clsiz = 0.09;
  gcmn.clcol = -1;
  gcmn.clthck = -1;
  gcmn.stidflg = 0;
  gcmn.grdsflg = 1;
  gcmn.timelabflg = 1;
  gcmn.stnprintflg = 0;
  gcmn.fgcnt = 0;
  gcmn.barflg = 0;
  gcmn.bargap = 0;
  gcmn.barolin = 0;
  gcmn.clab = 1;
  gcmn.clskip = 1;
  gcmn.xlab = 1;
  gcmn.ylab = 1;
  gcmn.clstr = NULL;
  gcmn.xlstr = NULL;
  gcmn.ylstr = NULL;
  gcmn.xlabs = NULL;
  gcmn.ylabs = NULL;
  gcmn.dbflg = 0;
  gcmn.rainmn = 0.0;
  gcmn.rainmx = 0.0;
  gcmn.rbflg = 0;
  gcmn.miconn = 0;
  gcmn.impflg = 0;
  gcmn.impcmd = 1;
  gcmn.strmden = 5;
  gcmn.strmarrd = 0.4;
  gcmn.strmarrsz = 0.05;
  gcmn.strmarrt = 1;
  gcmn.frame = 1;
  gcmn.pxsize = gcmn.xsiz;
  gcmn.pysize = gcmn.ysiz;
  gcmn.vpflag = 0;
  gcmn.xsiz1 = 0.0;
  gcmn.xsiz2 = gcmn.xsiz;
  gcmn.ysiz1 = 0.0;
  gcmn.ysiz2 = gcmn.ysiz;
  gcmn.paflg = 0;
  for (i=0; i<10; i++) gcmn.gpass[i] = 0;
  gcmn.btnfc = 1;
  gcmn.btnbc = 0;
  gcmn.btnoc = 1;
  gcmn.btnoc2 = 1;
  gcmn.btnftc = 1;
  gcmn.btnbtc = 0;
  gcmn.btnotc = 1;
  gcmn.btnotc2 = 1;
  gcmn.btnthk = 3;
  gcmn.dlgpc = -1;
  gcmn.dlgfc = -1;
  gcmn.dlgbc = -1;
  gcmn.dlgoc = -1;
  gcmn.dlgth = 3;
  gcmn.dlgnu = 0;
  for (i=0; i<15; i++) gcmn.drvals[i] = 1;
  gcmn.drvals[1] = 0; gcmn.drvals[5] = 0;
  gcmn.drvals[9] = 0;
  gcmn.drvals[14] = 1;
  gcmn.sig = 0;
  gcmn.lfc1 = 2;
  gcmn.lfc2 = 3;
  gcmn.wxcols[0] = 2; gcmn.wxcols[1] = 10; gcmn.wxcols[2] = 11;
  gcmn.wxcols[3] = 7; gcmn.wxcols[4] = 15;
  gcmn.wxopt = 1;
  gcmn.ptflg = 0;
  gcmn.ptopt = 1;
  gcmn.ptden = 5;
  gcmn.ptang = 0;
  gcmn.statflg = 0;
  gcmn.prstr = NULL;  gcmn.prlnum = 8; 
  gcmn.prbnum = 1; gcmn.prudef = 0;
  gcmn.dwrnflg = 1;
  gcmn.xexflg = 0; gcmn.yexflg = 0;
  gcmn.cachesf = 1.0; 
  gcmn.dblen = 12;
  gcmn.dbprec = 6;


}

void gasig(gaint i) {
  if (gcmn.sig) exit(0);
  gcmn.sig = 1;
}

gaint gaqsig (void) {
  return(gcmn.sig);
}

#if READLINE == 1
/* write command history to log file */
void write_command_log(char *logfile) {
   char QuitLabel[60];
   time_t thetime;
   struct tm *ltime;
   if ((thetime=time(NULL))!=0) {  
      ltime=localtime(&thetime);
      strftime(QuitLabel,59,"quit # (End of session: %d%h%Y, %T)",ltime);
      remove_history(where_history());
      add_history(QuitLabel);
   }
   write_history(logfile);  
   return;
}
#endif

/* output command line options */

void command_line_help (void) {
printf("\nCommand line options for GrADS version " GRADS_VERSION ": \n\n");
printf("    -help       Prints out this help message \n");
printf("    -a ratio    Sets the aspect ratio of the real page \n");
printf("    -b          Enables batch mode (graphics window is not opened) \n");
printf("    -c cmd      Executes the command 'cmd' after startup \n");
printf("    -C N        Enables colorization of text with color scheme N (default scheme is 0)\n");
printf("    -E          Disables command line editing \n");
printf("    -g WxH+X+Y  Sets size of graphics window \n");
printf("    -H fname    Enables command line logging to file 'fname' (default fname is $HOME/.grads.log) \n");
printf("    -l          Starts in landscape mode with real page size 11 x 8.5 \n");
printf("    -p          Starts in portrait mode with real page size 8.5 x 11 \n");
printf("    -m NNN      Sets metafile buffer size to NNN (must be an integer) \n");
printf("    -u          Unbuffers stdout/stderr, disables command line editing \n");
printf("    -W          Uses X server to draw wide lines (faster) instead of software (better) \n");
printf("    -x          Causes GrADS to automatically quit after executing supplied command (used with -c) \n");
printf("\n    Options that do not require arguments may be concatenated \n");
printf("\nExamples:\n");
printf("   grads -pb \n");
printf("   grads -lbxc \"myscript.gs\" \n");
printf("   grads -Ca 1.7778 \n");
printf("   grads -C 2 -a 1.7778 \n");
printf("   grads -pHm 5000000 -g 1100x850+70+0 \n");
printf("   grads -pH mysession.log -m 5000000 -g 1100x850+70+0 \n\n");
}

/* For CPU time limit signal */
void gasigcpu(gaint i) {  
    exit(1) ;
}
grads-2.0.1/src/gxmap.h0000644000175000017500000000066307506665406016043 0ustar  amckinstryamckinstry/*  If map data sets change, these constants also change */

static int hcntt[4] = {57995,13355,57661,21047};
static int hcntg[4] = {51553,10937,44497,18415};
static int hpos[4] = {0, 231980, 285400, 516040};
static int mcntt[4] = {8591,2135,8553,3199};
static int mcntg[4] = {7400,1771,6390,2767};
static int mpos[4] = {0, 34364, 42904, 77116};
static int lcntt[4] = {2895,872,3021,1573};
static int lpos[4] = {0,11580,15068,27152};

grads-2.0.1/src/bufrstn.c0000644000175000017500000004054711540444124016373 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by Jennifer Adams */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "grads.h"
#include "gx.h"

/* This routine parses a BUFR file, then collects reports that match a data request */
 
gaint getbufr (struct gastn *stn) {
  char   ch1[16],ch2[16],pout[256];
  gaint    i,k,rc,mintim,maxtim,tim,oflg,dummy,keepreport,msgcnt;
  gaint    t,f,minf,maxf,minft,maxft,verb,toffneg;
  gadouble  minlon,maxlon,minlat,maxlat,minlev,maxlev;
  gadouble  hlon=0,hlat=0,hlev,htim;
  double rfold;
  struct garpt *rpt;
  struct bufrhdr subsethdr,rfhdr;
  gabufr_msg *msg;
  gabufr_val *val, *bval, *rfblockbeg;

  /* For informational messages, set verb=1. For debugging, set verb=2. */
  verb=1;

  /* Get dimension limits */
  mintim = stn->tmin;    maxtim = stn->tmax;
  minlon = stn->dmin[0]; maxlon = stn->dmax[0];
  minlat = stn->dmin[1]; maxlat = stn->dmax[1];
  minlev = stn->dmin[2]; maxlev = stn->dmax[2];
  if (minlev > maxlev) {
    minlev = stn->dmax[2];
    maxlev = stn->dmin[2];
  }
  if (stn->rflag) {
    minlon = minlon - stn->radius;
    maxlon = maxlon + stn->radius;
    minlat = minlat - stn->radius;
    maxlat = maxlat + stn->radius;
  }
  stn->rnum = 0;

  /* Loop through times -- How many data files are we going to have to open? */
  maxf=maxft=0;
  minf=minft=stn->pfi->dnum[3];
  for (tim=mintim; tim<=maxtim; tim++) {
    if (tim < 1) continue;
    if (tim > stn->pfi->dnum[3]) break;
    f = *(stn->pfi->fnums+tim-1);  /* f is filenumber for this time */
    if (f < minf) {
      minf = f;
      minft = tim;
    }
    if (f > maxf) {
      maxf = f;
      maxft = tim;
    }
  }

  /* Loop through files */
  for (f=minf; f<=maxf; f++) {

    /* Find a time axis index that will open file f */
    for (t=minft; t<=maxft; t++) {
      if (*(stn->pfi->fnums+t-1) == f) {
	tim=t;
	break;
      }
    }

    /* Call gaopfn to set the file name */
    rc = gaopfn(tim,1,&dummy,&oflg,stn->pfi);
    if (rc==-99999) {
      gaprnt(0,"getbufr error: gaopfn returned -99999\n");
      goto err;
    }
    if (rc==-88888) continue;
      
    /* Parse the BUFR data if it hasn't already been done */
    if (!stn->pfi->bufrdset) {
      gabufr_set_tbl_base_path(gxgnam("tables"));
      if (stn->pfi->tmplat) {
	if (verb) {
	  snprintf(pout,255,"Parsing BUFR file %s\n",stn->pfi->tempname);
	  gaprnt(2,pout);
	}
	stn->pfi->bufrdset = gabufr_open(stn->pfi->tempname);
      } 
      else { 
	if (verb) {
	  snprintf(pout,255,"Parsing BUFR file %s\n",stn->pfi->name);
	  gaprnt(2,pout);
	}
	stn->pfi->bufrdset = gabufr_open(stn->pfi->name);
      }
      if (!stn->pfi->bufrdset) {
	gaprnt(0,"Error from getbufr: gabufr_open failed\n");
	goto err; 

      } else {
	if (verb) gaprnt(2,"Finished parsing BUFR file\n");
      }
    }

    msgcnt = -1;
    /* Loop through bufr messages looking for valid reports */
    for (msg = stn->pfi->bufrdset->msgs; msg != NULL; msg = msg->next) { 
      msgcnt++;
      if (msg->is_new_tbl) continue;

      /* loop through msg subsets */
      for (i = 0; i < msg->subcnt; i++) {                     
  
	/* Copy time vals from the msg header, intialize others */
	subsethdr.tvals.yr = msg->year; 
	subsethdr.tvals.mo = msg->month;
	subsethdr.tvals.dy = msg->day;
	subsethdr.tvals.hr = msg->hour;
	subsethdr.tvals.mn = msg->min;
	toffneg = 0;
	subsethdr.sec = 0;
	subsethdr.toffvals.yr = 0;     /* offset times are initially zero */
	subsethdr.toffvals.mo = 0;
	subsethdr.toffvals.dy = 0;
	subsethdr.toffvals.hr = 0;
	subsethdr.toffvals.mn = 0;
	subsethdr.offsec = 0;
	subsethdr.lon      = -999;
	subsethdr.lat      = -999;
	subsethdr.lev      = -999;
	for (k=0;k<8;k++) *(subsethdr.stid+k)='?';

	/* Look for coordinate values in subset (First loop through subset vals) */
	getbufrhdr(msg->subs[i], NULL, stn->pfi->bufrinfo, &subsethdr, 0, &toffneg);

	/* Sort gabufr_vals into blocks according to their repetition factors (rf) */
	val = msg->subs[i];    /* first val in subset */
	rfblockbeg = val;      /* first val in initial rfblock */
	rfold = val->z;        /* initial rf */

	while (1) {  

	  /* (!val) occurs when all gabufr_vals in the subset have the same rf */
	  /* (val->z != rfold) marks the end of a block of gabufr_vals that have the same rf */
	  if ( (!val) || (val->z != rfold) ) {    

	    /* rfblock is a set of gabufr_vals that have the same repetition factor */
	    /* Copy bufrhdr values from the subset, look in the rfblock for more */
	    rfhdr.tvals = subsethdr.tvals;
	    rfhdr.toffvals = subsethdr.toffvals;
	    rfhdr = subsethdr;	  
	    getbufrhdr(rfblockbeg, val, stn->pfi->bufrinfo, &rfhdr, 1, &toffneg);

	    /* Determine if we want this report */
	    keepreport=1;
	    /* Convert seconds to minutes and add fields */ 
	    rfhdr.tvals.mn    += rfhdr.sec/60;   
	    rfhdr.toffvals.mn += rfhdr.offsec/60;  

	    /* Merge the time values and time offset values to get report time */
	    if (toffneg) {
 	      timsub(&rfhdr.tvals,&rfhdr.toffvals);  
	    } else {
	      timadd(&rfhdr.tvals,&rfhdr.toffvals);  
	    }

	    /* Get the report time in grid coordinates */
	    htim = t2gr(stn->tvals,&rfhdr.toffvals); 

	    /* Check if time is within range*/
	    if (stn->ftmin==stn->ftmax) {
	      if (fabs(htim-stn->ftmin)>0.5) {
		keepreport=0;
		if (verb==2) {
		  printf("report time (%4.1f) is outside range; dmin/dmax=%4.1f tim=%d\n",
			 htim,stn->ftmin,mintim);
		}
	      } 		
	    } else {
	      if (htimftmin || htim>stn->ftmax) {
		keepreport=0;
		if (verb==2) {
		  printf("report time (%4.1f) is outside range; dmin=%4.1f dmax=%4.1f tmin=%d tmax=%d\n",
			 htim,stn->ftmin,stn->ftmax,mintim,maxtim);
		}
	      }
	    }

	    if (keepreport) {
	      if (stn->sflag) {
		/* check if stids match */
		for (k=0; k<8; k++) *(ch1+k) = tolower(*(rfhdr.stid+k));
		for (k=0; k<8; k++) *(ch2+k) = *(stn->stid+k);
		if (!cmpwrd(ch1,ch2)) {
		  keepreport=0;
		  if (verb==2) printf("report stid doesn't match\n");
		}

	      } else {
		/* check if stid is still the initialized value */
		for (k=0;k<8;k++) if (*(rfhdr.stid+k) == '?') {
		  keepreport=0;
		  if (verb==2) printf("report has no stid\n");
		}
		/* check if lat and lon are within range */
		hlon = rfhdr.lon;
		hlat = rfhdr.lat;
		if (hlonmaxlon) hlon-=360.0;
		if (hlonmaxlon || hlatmaxlat) {
		  keepreport=0;
		  if (verb==2) printf("report not in lat/lon domain\n");
		}
		if (keepreport && stn->rflag &&
		    hypot(hlon-minlon,hlat-minlat)>stn->radius) {
		  keepreport=0;
		  if (verb==2) printf("report not within radius of lat/lon location\n");
		}
	      }
	    }
	    
	    /* loop through rfblock to get a data value */
	    if (keepreport) {
	      for (bval=rfblockbeg; bval != val; bval=bval->next) {
		if (bval->undef) continue;

		/* Non-replicated surface report */
		if ((stn->pvar->levels==0) && (bval->z == -1)) {           
		    
		  /* If variable x,y matches, chain report off stn block */
		  if ((dequal(bval->x,stn->pvar->units[0],1e-08)==0) && 
		      (dequal(bval->y,stn->pvar->units[1],1e-08)==0)) {
		    rpt = gaarpt(stn);
		    if (rpt==NULL) {
		      gaprnt(0,"getbufr error: gaarpt returned NULL\n");
		      goto err;
		    }
		    rpt->lat = hlat;
		    rpt->lon = hlon;
		    rpt->lev = stn->pfi->undef;
		    rpt->tim = htim;   
		    rpt->val = bval->val;
		    for (k=0; k<8; k++) *(rpt->stid+k) = *(rfhdr.stid+k);
		    stn->rnum++;
		    break;   /* quit loop now that we've got non-replicated report */
		  }

		} 
		/* Replicated surface report */
		else if ((stn->pvar->levels==2) && (bval->z != -1)) {    
		  
		  /* If variable x,y matches, chain report off stn block */
		  if ((dequal(bval->x,stn->pvar->units[0],1e-08)==0) && 
		      (dequal(bval->y,stn->pvar->units[1],1e-08)==0)) {
		    rpt = gaarpt(stn);
		    if (rpt==NULL) {
		      gaprnt(0,"getbufr error: gaarpt returned NULL\n");
		      goto err;
		    }
		    rpt->lat = hlat;
		    rpt->lon = hlon;
		    rpt->lev = stn->pfi->undef;
		    rpt->tim = htim;   
		    rpt->val = bval->val;
		    for (k=0; k<8; k++) *(rpt->stid+k) = *(rfhdr.stid+k);
		    stn->rnum++;
		  }
		  
		} 
		/* Replicated upper air report */
		else if ((stn->pvar->levels==1) && (bval->z != -1)) {

		  /* check if level is within range */
		  hlev = rfhdr.lev;
		  if (minlev==maxlev) {
		    if (fabs(hlev-minlev)>0.01) {
		      keepreport=0;
		      if (verb==2) printf("report level doesn't match\n");
		    }
		  } else {
		    if (hlevmaxlev) {
		      keepreport=0;
		      if (verb==2) printf("report level is out of range\n");
		    }
		  }
		  if (keepreport) {
		    /* If variable x,y matches, chain report off stn block */
		  if ((dequal(bval->x,stn->pvar->units[0],1e-08)==0) && 
		      (dequal(bval->y,stn->pvar->units[1],1e-08)==0)) {
		      rpt = gaarpt (stn);
		      if (rpt==NULL) {
			gaprnt(0,"getbufr error: gaarpt returned NULL\n");
			goto err;
		      }
		      rpt->lat = hlat;
		      rpt->lon = hlon;
		      rpt->lev = hlev;
		      rpt->tim = htim;
		      rpt->val = bval->val;
		      for (k=0; k<8; k++) *(rpt->stid+k) = *(rfhdr.stid+k);
		      stn->rnum++;
		    }
		  }
		}  /* Matches  if (stn->pvar->levels==0) { ... } else {   */
	      }  /* Matches  for (bval=rfblockbeg; bval != val; bval=bval->next) {  */
	    }  /* Matches  if (keepreport) {  */

	    /* If we've gotten here then we've reached the end of the subset */
	    if (!val) break; 

	    /* reset markers */
	    rfblockbeg = val;  
	    rfold = val->z;
	  }
	  val = val->next;
	} /* end of while loop */
      }   /* end of loop through message subsets */
    }     /* end of loop through messages */
  }  /* Matches  for (f=minf; f<=maxf; f++) {  */
  
  stn->rpt = sortrpt(stn->rpt);
  return(0);

err:
  for (i=0; iblks[i] != NULL) free (stn->blks[i]);
  }
  return (1);
}

void getbufrhdr (gabufr_val *first, gabufr_val *last, struct bufrinfo *info, 
		 struct bufrhdr *hdr, gaint flag, gaint *toffneg) {
  gaint k,toffhr;
  char bigstr[256];
  gadouble pval;
  gadouble tofffrac;
  
  gabufr_val *val;

  for (val = first; val != last; val = val->next) {    
    if (!val) break;
    if (val->undef) continue; 
    /* flag should be 0 for subsets, 1 for rfblocks */
    if ((!flag) && (val->z != -1)) continue; 
    
    /* YEAR */
    if (val->x == info->base.yrxy[0] && val->y == info->base.yrxy[1]) {
      if (val->sval == NULL) hdr->tvals.yr = (gaint)val->val;
    }
    if (val->x == info->offset.yrxy[0] && val->y == info->offset.yrxy[1]) {
      if (val->sval == NULL) hdr->toffvals.yr = (gaint)val->val;
    }
    /* MONTH */
    if (val->x == info->base.moxy[0] && val->y == info->base.moxy[1]) {
      if (val->sval == NULL) hdr->tvals.mo = (gaint)val->val;
    }
    if (val->x == info->offset.moxy[0] && val->y == info->offset.moxy[1]) {
      if (val->sval == NULL) hdr->toffvals.mo = (gaint)val->val;
    }
    /* DAY */
    if (val->x == info->base.dyxy[0] && val->y == info->base.dyxy[1]) {
      if (val->sval == NULL) hdr->tvals.dy = (gaint)val->val;
    }
    if (val->x == info->offset.dyxy[0] && val->y == info->offset.dyxy[1]) {
      if (val->sval == NULL) hdr->toffvals.dy = (gaint)val->val;
    }
    /* HOUR */
    if (val->x == info->base.hrxy[0] && val->y == info->base.hrxy[1]) {
      if (val->sval == NULL) hdr->tvals.hr = (gaint)val->val;
    }
    if (val->x == info->offset.hrxy[0] && val->y == info->offset.hrxy[1]) {
      if (val->sval == NULL) {
	/* If offset is negative, trip flag and then use absolute value */
	if (val->val < 0) *toffneg = 1; 
	pval = fabs(val->val); 
	/* If offset contains fractional hours, update minutes too */
	toffhr   = (gaint)pval;
	tofffrac = pval - toffhr;
	hdr->toffvals.hr = toffhr;
	hdr->toffvals.mn = (gaint)(0.5+(tofffrac*60.0));
      }
    }
    /* MINUTE */
    if (val->x == info->base.mnxy[0] && val->y == info->base.mnxy[1]) {
      if (val->sval == NULL) hdr->tvals.mn = (gaint)val->val;
    }
    if (val->x == info->offset.mnxy[0] && val->y == info->offset.mnxy[1]) {
      if (val->sval == NULL) hdr->toffvals.mn = (gaint)val->val;   
    }
    /* SECONDS */
    if (val->x == info->base.scxy[0] && val->y == info->base.scxy[1]) {
      if (val->sval == NULL) hdr->sec = (gaint)val->val;
    }
    if (val->x == info->offset.scxy[0] && val->y == info->offset.scxy[1]) {
      if (val->sval == NULL) hdr->offsec = (gaint)val->val;
    }
    /* STATION ID */
    if (val->x == info->stidxy[0] && val->y == info->stidxy[1]) {
      if (val->sval != NULL) {  
	/* copy string */
	for (k=0; k<8; k++) {
	  if (*(val->sval+k) == '\0') break;
	  *(hdr->stid+k) = *(val->sval+k);
	}
	/* pad with spaces */
	while (k<8) {
	  *(hdr->stid+k) = ' ';
	  k++;
	}
      } else {                  
	snprintf(bigstr,255,"%-10d",(gaint)val->val);
	for (k=0; k<8; k++) *(hdr->stid+k) = *(bigstr+k);
      }
    }
    /* LATITUDE */
    if (val->x == info->latxy[0] && val->y == info->latxy[1]) {
      if (val->sval == NULL) hdr->lat = val->val;
    }
    /* LONGITUDE */
    if (val->x == info->lonxy[0] && val->y == info->lonxy[1]) {
      if (val->sval == NULL) hdr->lon = val->val;
    }
    /* LEVEL */
    if (val->x == info->levxy[0] && val->y == info->levxy[1]) {
      if (val->sval == NULL) hdr->lev = val->val;
    }
  }
}

/* 
 * Code for sorting a linked list of station reports so they are 
 * in increasing time order. The algorithm used is Mergesort.
 * The sort function returns the new head of the list. 
 * 
 * This code is copyright 2001 Simon Tatham.
 * 
 * Permission is hereby granted, free of charge, to any person
 * obtaining a copy of this software and associated documentation
 * files (the "Software"), to deal in the Software without
 * restriction, including without limitation the rights to use,
 * copy, modify, merge, publish, distribute, sublicense, and/or
 * sell copies of the Software, and to permit persons to whom the
 * Software is furnished to do so, subject to the following
 * conditions:
 * 
 * The above copyright notice and this permission notice shall be
 * included in all copies or substantial portions of the Software.
 * 
 * THE SOFTWARE 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 SIMON TATHAM 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 SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
 * SOFTWARE.
 *
 */
struct garpt * sortrpt(struct garpt *list) {
  struct garpt *p, *q, *e, *tail;
  gaint insize, nmerges, psize, qsize, i;

  if (!list) return NULL;
  insize = 1;
  while (1) {
    p = list;
    list = NULL;
    tail = NULL;
    nmerges = 0;  /* count number of merges we do in this pass */
    while (p) {
      nmerges++;  /* there exists a merge to be done */
      /* step `insize' places along from p */
      q = p;
      psize = 0;
      for (i = 0; i < insize; i++) {
	psize++;
	q = q->rpt;
	if (!q) break;
      }

      /* if q hasn't fallen off end, we have two lists to merge */
      qsize = insize;

      /* now we have two lists; merge them */
      while (psize > 0 || (qsize > 0 && q)) {

	/* decide whether next rpt of merge comes from p or q */
	if (psize == 0) {   
	  /* p is empty; e must come from q. */
	  e = q; 
	  q = q->rpt; 
	  qsize--;
	} else if (qsize == 0 || !q) {	
	  /* q is empty; e must come from p. */
	  e = p; 
	  p = p->rpt; 
	  psize--;
	} else if ((p->tim - q->tim) <= 0) {
	  /* First rpt of p is lower (or same); e must come from p. */
	  e = p; 
	  p = p->rpt; 
	  psize--;
	} else {
	  /* First garpt of q is lower; e must come from q. */
	  e = q; 
	  q = q->rpt; 
	  qsize--;
	}

	/* add the next rpt to the merged list */
	if (tail) {
	  tail->rpt = e;
	} else {
	  list = e;
	}
	tail = e;
      }

      /* now p has stepped `insize' places along, and q has too */
      p = q;
    }
    tail->rpt = NULL;

    /* If we have done only one merge, we're finished. */
    if (nmerges <= 1)   /* allow for nmerges==0, the empty list case */
      return list;

    /* Otherwise repeat, merging lists twice the size */
    insize *= 2;
  }
}
grads-2.0.1/src/bitmaps.h0000644000175000017500000002570510717346730016364 0ustar  amckinstryamckinstry#define icon_bitmap_width 41
#define icon_bitmap_height 41
static  char icon_bitmap_bits[] = {
   0xff, 0xff, 0xff, 0xff, 0xff, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0xc7, 0xc7, 0xc7, 0xc7, 0xc7, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0xc7, 0xc7, 0xc7, 0xc7, 0xc7, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0xc7, 0xc7, 0xc7, 0xc7, 0xc7, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0xc7, 0xc7, 0xc7, 0xc7, 0xc7, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x00, 0x00, 0x00, 0x00, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x01,
   0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01,
   0xff, 0xff, 0xff, 0xff, 0xff, 0x01};
#define line_0_1_bitmap_width 12
#define line_0_1_bitmap_height 12
static unsigned char line_0_1_bitmap_bits[] = {
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0,
   0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0};
#define line_0_2_bitmap_width 12
#define line_0_2_bitmap_height 12
static unsigned char line_0_2_bitmap_bits[] = {
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0,
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0};
#define line_0_3_bitmap_width 12
#define line_0_3_bitmap_height 12
static unsigned char line_0_3_bitmap_bits[] = {
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0,
   0x00, 0xf0, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0};
#define line_0_4_bitmap_width 12
#define line_0_4_bitmap_height 12
static unsigned char line_0_4_bitmap_bits[] = {
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0,
   0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0, 0x00, 0xf0};
#define line_0_5_bitmap_width 12
#define line_0_5_bitmap_height 12
static unsigned char line_0_5_bitmap_bits[] = {
   0xff, 0xff, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0,
   0xff, 0xff, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0, 0xff, 0xff, 0x00, 0xf0};
#define line_120_1_bitmap_width 14
#define line_120_1_bitmap_height 14
static unsigned char line_120_1_bitmap_bits[] = {
   0x81, 0x00, 0x81, 0x00, 0x02, 0x01, 0x02, 0x01, 0x04, 0x02, 0x04, 0x02,
   0x08, 0x04, 0x08, 0x04, 0x10, 0x08, 0x10, 0x08, 0x20, 0x10, 0x20, 0x10,
   0x40, 0x20, 0x40, 0x20};
#define line_120_2_bitmap_width 10
#define line_120_2_bitmap_height 10
static unsigned char line_120_2_bitmap_bits[] = {
   0x21, 0x00, 0x21, 0x00, 0x42, 0x00, 0x42, 0x00, 0x84, 0x00, 0x84, 0x00,
   0x08, 0x01, 0x08, 0x01, 0x10, 0x02, 0x10, 0x02};
#define line_120_3_bitmap_width 8
#define line_120_3_bitmap_height 8
static unsigned char line_120_3_bitmap_bits[] = {
   0x11, 0x11, 0x22, 0x22, 0x44, 0x44, 0x88, 0x88};
#define line_120_4_bitmap_width 6
#define line_120_4_bitmap_height 6
static unsigned char line_120_4_bitmap_bits[] = {
   0x09, 0x09, 0x12, 0x12, 0x24, 0x24};
#define line_120_5_bitmap_width 5
#define line_120_5_bitmap_height 5
static unsigned char line_120_5_bitmap_bits[] = {
   0x05, 0x09, 0x0a, 0x12, 0x14};
#define line_135_1_bitmap_width 12
#define line_135_1_bitmap_height 12
static unsigned char line_135_1_bitmap_bits[] = {
   0x01, 0x00, 0x02, 0x00, 0x04, 0x00, 0x08, 0x00, 0x10, 0x00, 0x20, 0x00,
   0x40, 0x00, 0x80, 0x00, 0x00, 0x01, 0x00, 0x02, 0x00, 0x04, 0x00, 0x08};
#define line_135_2_bitmap_width 8
#define line_135_2_bitmap_height 8
static unsigned char line_135_2_bitmap_bits[] = {
   0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80};
#define line_135_3_bitmap_width 6
#define line_135_3_bitmap_height 6
static unsigned char line_135_3_bitmap_bits[] = {
   0x01, 0x02, 0x04, 0x08, 0x10, 0x20};
#define line_135_4_bitmap_width 4
#define line_135_4_bitmap_height 4
static unsigned char line_135_4_bitmap_bits[] = {
   0x01, 0x02, 0x04, 0x08};
#define line_135_5_bitmap_width 3
#define line_135_5_bitmap_height 3
static unsigned char line_135_5_bitmap_bits[] = {
   0x01, 0x02, 0x04};
#define line_150_1_bitmap_width 14
#define line_150_1_bitmap_height 14
static unsigned char line_150_1_bitmap_bits[] = {
   0x03, 0x00, 0x0c, 0x00, 0x30, 0x00, 0xc0, 0x00, 0x00, 0x03, 0x00, 0x0c,
   0x00, 0x30, 0x03, 0x00, 0x0c, 0x00, 0x30, 0x00, 0xc0, 0x00, 0x00, 0x03,
   0x00, 0x0c, 0x00, 0x30};
#define line_150_2_bitmap_width 10
#define line_150_2_bitmap_height 10
static unsigned char line_150_2_bitmap_bits[] = {
   0x03, 0x00, 0x0c, 0x00, 0x30, 0x00, 0xc0, 0x00, 0x00, 0x03, 0x03, 0x00,
   0x0c, 0x00, 0x30, 0x00, 0xc0, 0x00, 0x00, 0x03};
#define line_150_3_bitmap_width 8
#define line_150_3_bitmap_height 8
static unsigned char line_150_3_bitmap_bits[] = {
   0x03, 0x0c, 0x30, 0xc0, 0x03, 0x0c, 0x30, 0xc0};
#define line_150_4_bitmap_width 6
#define line_150_4_bitmap_height 6
static unsigned char line_150_4_bitmap_bits[] = {
   0x03, 0x0c, 0x30, 0x03, 0x0c, 0x30};
#define line_150_5_bitmap_width 5
#define line_150_5_bitmap_height 5
static unsigned char line_150_5_bitmap_bits[] = {
   0x03, 0x0c, 0x11, 0x06, 0x18};
#define line_30_1_bitmap_width 14
#define line_30_1_bitmap_height 14
static unsigned char line_30_1_bitmap_bits[] = {
   0x00, 0x30, 0x00, 0x0c, 0x00, 0x03, 0xc0, 0x00, 0x30, 0x00, 0x0c, 0x00,
   0x03, 0x00, 0x00, 0x30, 0x00, 0x0c, 0x00, 0x03, 0xc0, 0x00, 0x30, 0x00,
   0x0c, 0x00, 0x03, 0x00};
#define line_30_2_bitmap_width 10
#define line_30_2_bitmap_height 10
static unsigned char line_30_2_bitmap_bits[] = {
   0x00, 0x03, 0xc0, 0x00, 0x30, 0x00, 0x0c, 0x00, 0x03, 0x00, 0x00, 0x03,
   0xc0, 0x00, 0x30, 0x00, 0x0c, 0x00, 0x03, 0x00};
#define line_30_3_bitmap_width 8
#define line_30_3_bitmap_height 8
static unsigned char line_30_3_bitmap_bits[] = {
   0xc0, 0x30, 0x0c, 0x03, 0xc0, 0x30, 0x0c, 0x03};
#define line_30_4_bitmap_width 6
#define line_30_4_bitmap_height 6
static unsigned char line_30_4_bitmap_bits[] = {
   0x30, 0x0c, 0x03, 0x30, 0x0c, 0x03};
#define line_30_5_bitmap_width 5
#define line_30_5_bitmap_height 5
static unsigned char line_30_5_bitmap_bits[] = {
   0x18, 0x06, 0x11, 0x0c, 0x03};
#define line_45_1_bitmap_width 12
#define line_45_1_bitmap_height 12
static unsigned char line_45_1_bitmap_bits[] = {
   0x00, 0x08, 0x00, 0x04, 0x00, 0x02, 0x00, 0x01, 0x80, 0x00, 0x40, 0x00,
   0x20, 0x00, 0x10, 0x00, 0x08, 0x00, 0x04, 0x00, 0x02, 0x00, 0x01, 0x00};
#define line_45_2_bitmap_width 8
#define line_45_2_bitmap_height 8
static unsigned char line_45_2_bitmap_bits[] = {
   0x80, 0x40, 0x20, 0x10, 0x08, 0x04, 0x02, 0x01};
#define line_45_3_bitmap_width 6
#define line_45_3_bitmap_height 6
static unsigned char line_45_3_bitmap_bits[] = {
   0x20, 0x10, 0x08, 0x04, 0x02, 0x01};
#define line_45_4_bitmap_width 4
#define line_45_4_bitmap_height 4
static unsigned char line_45_4_bitmap_bits[] = {
   0x08, 0x04, 0x02, 0x01};
#define line_45_5_bitmap_width 3
#define line_45_5_bitmap_height 3
static unsigned char line_45_5_bitmap_bits[] = {
   0x04, 0x02, 0x01};
#define line_60_1_bitmap_width 14
#define line_60_1_bitmap_height 14
static unsigned char line_60_1_bitmap_bits[] = {
   0x40, 0x20, 0x40, 0x20, 0x20, 0x10, 0x20, 0x10, 0x10, 0x08, 0x10, 0x08,
   0x08, 0x04, 0x08, 0x04, 0x04, 0x02, 0x04, 0x02, 0x02, 0x01, 0x02, 0x01,
   0x81, 0x00, 0x81, 0x00};
#define line_60_2_bitmap_width 10
#define line_60_2_bitmap_height 10
static unsigned char line_60_2_bitmap_bits[] = {
   0x10, 0x02, 0x10, 0x02, 0x08, 0x01, 0x08, 0x01, 0x84, 0x00, 0x84, 0x00,
   0x42, 0x00, 0x42, 0x00, 0x21, 0x00, 0x21, 0x00};
#define line_60_3_bitmap_width 8
#define line_60_3_bitmap_height 8
static unsigned char line_60_3_bitmap_bits[] = {
   0x88, 0x88, 0x44, 0x44, 0x22, 0x22, 0x11, 0x11};
#define line_60_4_bitmap_width 6
#define line_60_4_bitmap_height 6
static unsigned char line_60_4_bitmap_bits[] = {
   0x24, 0x24, 0x12, 0x12, 0x09, 0x09};
#define line_60_5_bitmap_width 5
#define line_60_5_bitmap_height 5
static unsigned char line_60_5_bitmap_bits[] = {
   0x14, 0x12, 0x0a, 0x09, 0x05};
#define line_90_1_bitmap_width 12
#define line_90_1_bitmap_height 12
static unsigned char line_90_1_bitmap_bits[] = {
   0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00,
   0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00, 0x01, 0x00};
#define line_90_2_bitmap_width 12
#define line_90_2_bitmap_height 12
static unsigned char line_90_2_bitmap_bits[] = {
   0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00,
   0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00, 0x41, 0x00};
#define line_90_3_bitmap_width 12
#define line_90_3_bitmap_height 12
static unsigned char line_90_3_bitmap_bits[] = {
   0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01,
   0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01, 0x11, 0x01};
#define line_90_4_bitmap_width 12
#define line_90_4_bitmap_height 12
static unsigned char line_90_4_bitmap_bits[] = {
   0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02,
   0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02, 0x49, 0x02};
#define line_90_5_bitmap_width 12
#define line_90_5_bitmap_height 12
static unsigned char line_90_5_bitmap_bits[] = {
   0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05,
   0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05, 0x55, 0x05};
#define dot_1_bitmap_width 6
#define dot_1_bitmap_height 6
static unsigned char dot_1_bitmap_bits[] = {
   0x01, 0x00, 0x00, 0x00, 0x00, 0x00};
#define dot_2_bitmap_width 5
#define dot_2_bitmap_height 5
static unsigned char dot_2_bitmap_bits[] = {
   0x01, 0x00, 0x00, 0x00, 0x00};
#define dot_3_bitmap_width 4
#define dot_3_bitmap_height 4
static unsigned char dot_3_bitmap_bits[] = {
   0x01, 0x00, 0x00, 0x00};
#define dot_4_bitmap_width 4
#define dot_4_bitmap_height 4
static unsigned char dot_4_bitmap_bits[] = {
   0x01, 0x00, 0x04, 0x00};
#define dot_5_bitmap_width 2
#define dot_5_bitmap_height 2
static unsigned char dot_5_bitmap_bits[] = {
   0x01, 0x00};
#define dot_6_bitmap_width 2
#define dot_6_bitmap_height 2
static unsigned char dot_6_bitmap_bits[] = {
   0x01, 0x02};
#define open_bitmap_width 12
#define open_bitmap_height 12
static unsigned char open_bitmap_bits[] = {
   0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0,
   0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0, 0x00, 0xf0};
grads-2.0.1/src/gstmp.c0000644000175000017500000001403011130400630016013 0ustar  amckinstryamckinstry
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 
#include "gs.h"

FILE *gsonam (struct gscmn *, struct gsfdef *);
int gsgsfrd (struct gscmn *);
char *gsstcp (char *);
int gsdelim (char);
char *gsstad (char *, char *);

/* test some script functions */

char *string = "mytest";

main () {
FILE *ifile;
struct gsfdef *pfdf;
struct gscmn *pcmn;
int rc;

  pcmn = (struct gscmn *)malloc(sizeof(struct gscmn));
  pfdf = (struct gsfdef *)malloc(sizeof(struct gsfdef));

  pcmn->fname = string;
  printf ("qqq p0 %s\n",pcmn->fname);
  ifile = gsonam(pcmn, pfdf);
  if (ifile!=NULL) {
    printf ("oname = -->%s<--\n",pfdf->name);
    printf ("prefix = -->%s<--\n",pcmn->fprefix);
  } else {
    printf ("null\n");
  }
}

/* Open the main script; search the path if needed 

     Rules:  When working with the name of the primary 
             script, 1st try to open the name provided, as is.
             If this fails, append .gs (if not there already)
             and try again.  If this fails, and the file 
             name provided does not start with a /, then 
             we try the directories in the GASCRP envvar, 
             both with the primary name and the .gs extension.

     Code originally by M.Fiorino   */

FILE *gsonam (struct gscmn *pcmn, struct gsfdef *pfdf) {
FILE *ifile;
char *uname,*xname,*dname,*lname,*oname;
char *sdir;
int len;

  uname = NULL;  /* user provided name */
  xname = NULL;  /* user name plus extension */
  dname = NULL;  /* path dir name */
  lname = NULL;  /* path plus uname or xname */
  oname = NULL;  /* name of file that gets opened */
  
  /* First try to open by using the name provided. */
             
  uname = gsstad(pcmn->fname,"\0");
  if (uname==NULL) return(NULL);
  printf ("qqq p1 -->%s<--- \n",uname);
  ifile = fopen(uname,"rb");

  /* If that failed, then try adding a .gs extension,
     but only if one is not already there */ 

  if (ifile==NULL) {
    xname = NULL;
    len = 0;
    while (*(uname+len)) len++;
    if (*(uname+len-1)!='s' || *(uname+len-2)!='g' || 
        *(uname+len-3)!='.' ) { 
      xname = gsstad(uname,".gs");
      if (xname==NULL) return(NULL);
      ifile = fopen(xname,"rb");
      if (ifile!=NULL) {
        oname = xname;
        xname = NULL;
      }
    }

    /* If that didn't work, search in the GASCRP path --
       the path contains blank-delimited directory names */

    if (ifile == NULL && *(uname)!='/' ) {

      sdir = getenv("GASCRP");
      if (sdir) printf ("qqqq -->%s<---\n",sdir);

      while (sdir!=NULL) {
        while (gsdelim(*sdir)) sdir++;
        if (*sdir=='\0') break;
        dname = gsstcp(sdir);
        if (dname==NULL) return(NULL);
        len = 0;              /* add slash to dir name if needed */
        while (*(dname+len)) len++;
        if (*(dname+len-1)!='/') {
          lname = gsstad(dname,"/");
          if (lname==NULL) return(NULL);
          free(dname);
          dname = lname;
        }
        lname = gsstad(dname,uname);    /* try uname plus dirname */
        if (lname==NULL) return(NULL);
        ifile = fopen(lname,"rb");
        if (ifile!=NULL) {
          oname = lname;
          lname = NULL;
          break;
        } else {                        /* try xname plus dirname */
          free (lname);
          lname = NULL;
          if (xname) {
            lname = gsstad(dname,xname);
            if (lname==NULL) return(NULL);
            ifile = fopen(lname,"rb");
            if (ifile!=NULL) {
              oname = lname;
              lname = NULL;
              break;
            } else { 
              free(lname); 
              lname = NULL;
            }
          }
        }
        while (*sdir!=' ' && *sdir!='\0') sdir++;   /* Advance */
        free(dname);
        dname = NULL;
      }
    } 
  } else {
    oname = uname; 
    uname = NULL;
    printf ("qqq p2 file opened \n");
  }

  if (uname) free(uname);  /* Hopefully set  */
  if (xname) free(xname);  /*   to null        */
  if (dname) free(dname);  /*     if assigned    */
  if (lname) free(lname);  /*       to oname       */

  /* If we opened a file, figure out the prefix */

  if (ifile) {
    pfdf->name = oname;
    xname = gsstad(oname,"\0");
    len = 0;
    while (*(xname+len)) len++;
    while (len>0 && *(xname+len)!='/') len--;
    if (len>0) *(xname+len+1) = '\0';
    else *(xname) = '\0';
    pcmn->fprefix = xname;
  }
  return (ifile);
}
 
/*  When working with a gsf, the function name
    is appended with .gsf.  Then we first try the
    same directory that the main script was found
    in.  If that fails, then we try the search path
    in GASCRP. */

/* Copy a string to a new dynamically allocated area.
   Copy until a delimiter or null is encountered.
   Caller is responsible for freeing the storage.  */

char *gsstcp (char *ch) {
char *res;
int i,len;
  len = 0;
  while (!gsdelim(*(ch+len)) && *(ch+len)!='\0') len++;
  res = (char *)malloc(len+1);
  if (res==NULL) {
    printf ("Memory Allocation Error:  Script initialization\n");
    return (NULL);
  }
  i = 0;
  while (i
#include 
#include "gatypes.h"
/* #include "grads.h" */

/* Machine dependent routines.  These routines depend on machine word
   length any byte ordering. */

/* Get bit string value from the character string starting
   at bit offset ioff and number of bits ilen.  ilen should not
   be greater than 24 bits unless byte aligned. */

static char masks[8] = {0,127,63,31,15,7,3,1};

#if GRADS_CRAY == 1

/* 64-bit gagby 
   routine to get an integer length one to eight and return it as a long int. */

gaint gagby (unsigned char *ch, gaint ioff, gaint ilen) {
gaint ival;
unsigned char *ch1;

  ch1 = (unsigned char *)(&ival);
  ival = 0;
  if (BYTEORDER) {
    if (ilen==1) *(ch1+7) = *(ch+ioff);
    else if (ilen==2) {
      *(ch1+6) = *(ch+ioff);
      *(ch1+7) = *(ch+ioff+1);
    } else if (ilen==3) {
      *(ch1+5) = *(ch+ioff);
      *(ch1+6) = *(ch+ioff+1);
      *(ch1+7) = *(ch+ioff+2);
    } else {
      *(ch1+4) = *(ch+ioff);
      *(ch1+5) = *(ch+ioff+1);
      *(ch1+6) = *(ch+ioff+2);
      *(ch1+7) = *(ch+ioff+3);
    }
  } else {
    if (ilen==1) *ch1 = *(ch+ioff);
    else if (ilen==2) {
      *(ch1+7) = *(ch+ioff);
      *ch1 = *(ch+ioff+7);
    } else if (ilen==3) {
      *(ch1+7) = *(ch+ioff+5);
      *(ch1+6) = *(ch+ioff+6);
      *(ch1+5) = *(ch+ioff+4);
    } else {
      *(ch1+7) = *(ch+ioff+4);
      *(ch1+6) = *(ch+ioff+5);
      *(ch1+5) = *(ch+ioff+6);
      *(ch1+4) = *(ch+ioff+3);
    }
  }
  return (ival);
}

/* 64-bit gagbb */

gaint gagbb (unsigned char *ch, gaint ioff, gaint ilen) {
gaint ival,istrt,iend,cstrt;
gaint i,ispac,ioff2,ileav,numb;
unsigned char *ch1,cc;

  ch1 = (char *)(&ival);
  ival = 0;
  istrt = ioff/8;
  ispac = ioff - istrt*8;
  /* Fast path for byte alignment */
  if (ispac==0 && (ilen==8 || ilen==16 || ilen==24 || ilen==32)) {
    if (BYTEORDER) {
      if (ilen==8) *(ch1+7) = *(ch+istrt);
      else if (ilen==16) {
        *(ch1+6) = *(ch+istrt);
        *(ch1+7) = *(ch+istrt+1);
      } else if (ilen==24) {
        *(ch1+5) = *(ch+istrt);
        *(ch1+6) = *(ch+istrt+1);
        *(ch1+7) = *(ch+istrt+2);
      } else {
        *(ch1+4) = *(ch+istrt);
        *(ch1+5) = *(ch+istrt+1);
        *(ch1+6) = *(ch+istrt+2);
        *(ch1+7) = *(ch+istrt+3);
      }
    } else {
      if (ilen==8) *ch1 = *(ch+istrt);
      else if (ilen==16) {
        *(ch1+1) = *(ch+istrt);
        *ch1 = *(ch+istrt+1);
      } else if (ilen==24) {
        *(ch1+2) = *(ch+istrt);
        *(ch1+1) = *(ch+istrt+1);
        *ch1 = *(ch+istrt+2);
      } else {
        *(ch1+3) = *(ch+istrt);
        *(ch1+2) = *(ch+istrt+1);
        *(ch1+1) = *(ch+istrt+2);
        *ch1 = *(ch+istrt+3);
      }
    }
    return (ival);
  }
  /* Do it the hard way */
  ioff2 = ioff+ilen-1;
  iend = ioff2/8;
  ileav = (iend+1)*8 - ioff2;
  numb = iend - istrt;
  if (BYTEORDER) {
    cstrt = 7-numb;
    if (ispac>0) *(ch1+cstrt) = *(ch+istrt) & masks[ispac];
    else *(ch1+cstrt) = *(ch+istrt);
    for (i=1; i<=numb; i++) {
      *(ch1+cstrt+i) = *(ch+istrt+i);
    }
  } else {
    if (ispac>0) *(ch1+numb) = *(ch+istrt) & masks[ispac];
    else *(ch1+numb) = *(ch+istrt);
    for (i=0; i> (ileav-1);
  return (ival);
}

/* 64-bit gapby
   routine to put an integer length one to four into a char stream */

gaint gapby (gaint ival, unsigned char *ch, gaint ioff, gaint ilen) {
unsigned char *ch1;

  ch1 = (unsigned char *)(&ival);
  if (BYTEORDER) {
    if (ilen==1) *(ch+ioff) = *(ch1+7);
    else if (ilen==2) {
      *(ch+ioff) = *(ch1+6);
      *(ch+ioff+1) = *(ch1+7);
    } else if (ilen==3) {
      *(ch+ioff) = *(ch1+5);
      *(ch+ioff+1) = *(ch1+6);
      *(ch+ioff+2) = *(ch1+7);
    } else {
      *(ch+ioff) = *(ch1+4);
      *(ch+ioff+1) = *(ch1+5);
      *(ch+ioff+2) = *(ch1+6);
      *(ch+ioff+3) = *(ch1+7);
    }
  } else {
    if (ilen==1)  *(ch+ioff) = *ch1;
    else if (ilen==2) {
      *(ch+ioff) = *(ch1+1);
      *(ch+ioff+1) = *ch1 ;
    } else if (ilen==3) {
      *(ch+ioff) = *(ch1+2) ;
      *(ch+ioff+1) = *(ch1+1) ;
      *(ch+ioff+2) = *ch1 ;
    } else {
      *(ch+ioff) = *(ch1+3) ;
      *(ch+ioff+1) = *(ch1+2) ;
      *(ch+ioff+2) = *(ch1+1) ;
      *(ch+ioff+3) = *ch1;
    }
  }
  return;
}


/* 64-bit gapbb 

  Put bit string value into a character string 
  starting at bit offset ioff and number of bits ilen.  
  ilen should not be greater than 24 bits unless byte aligned.  
  Note that ch cannot be longer than 32K on a PC. */

void gapbb (gaint ival, unsigned char *ch, gaint ioff, gaint ilen) {
unsigned char *ch1,cc;
gaint istrt,iend,cstrt;
gaint i,ispac,ioff2,ileav,numb;

  ch1 = (unsigned char *)(&ival);
  istrt = ioff/8;
  ispac = ioff - istrt*8;
  /* Fast path for byte alignment */
  if (ispac==0 && (ilen==8 || ilen==16 || ilen==24 || ilen==32)) {
    if (BYTEORDER) {
      if (ilen==8) *(ch+istrt) = *(ch1+7);
      else if (ilen==16) {
        *(ch+istrt)   = *(ch1+6) ;
        *(ch+istrt+1) = *(ch1+7);
      } else if (ilen==24) {
        *(ch+istrt)   = *(ch1+5);
        *(ch+istrt+1) = *(ch1+6);
        *(ch+istrt+2) = *(ch1+7);
      } else {
        *(ch+istrt)   = *(ch1+4);
        *(ch+istrt+1) = *(ch1+5);
        *(ch+istrt+2) = *(ch1+2);
        *(ch+istrt+3) = *(ch1+7);
      }
    } else {
      if (ilen==8) *(ch+istrt) = *ch1;
      else if (ilen==16) {
        *(ch+istrt)   = *(ch1+1);
        *(ch+istrt+1) = *ch1;
      } else if (ilen==24) {
        *(ch+istrt)   = *(ch1+2);
        *(ch+istrt+1) = *(ch1+1);
        *(ch+istrt+2) = *ch1;
      } else {
        *(ch+istrt)   = *(ch1+3);
        *(ch+istrt+1) = *(ch1+2);
        *(ch+istrt+2) = *(ch1+1);
        *(ch+istrt+3) = *ch1;
      }
    }
    return;
  }
  /* Do it the hard way */
  ioff2 = ioff+ilen-1;
  iend = ioff2/8;
  ileav = (iend+1)*8 - ioff2;
  numb = iend - istrt;
  ival <<= (ileav-1);
  if (BYTEORDER) {
    cstrt = 7-numb;
    if (ispac>0) *(ch+istrt) |= *(ch1+cstrt) ;
    else *(ch+istrt) = *(ch1+cstrt);
    for (i=1; i <= numb; i++) {
      *(ch+istrt+i) = *(ch1+cstrt+i);
    }
  } else {
    if (ispac>0) *(ch+istrt) |= *(ch1+numb) ;
    else *(ch+istrt) = *(ch1+numb);
    for (i=0; i0) *(ch1+cstrt) = *(ch+istrt) & masks[ispac];
    else *(ch1+cstrt) = *(ch+istrt);
    for (i=1; i<=numb; i++) {
      *(ch1+cstrt+i) = *(ch+istrt+i);
    }
  } else {
    if (ispac>0) *(ch1+numb) = *(ch+istrt) & masks[ispac];
    else *(ch1+numb) = *(ch+istrt);
    for (i=0; i> (ileav-1);
  return (ival);
}

/* 32-bit gapby
  routine to put an integer length one to four into a char stream */

void gapby (gaint ival, unsigned char *ch, gaint ioff, gaint ilen) {
unsigned char *ch1;

  ch1 = (unsigned char *)(&ival);
  if (BYTEORDER) {
    if (ilen==1) *(ch+ioff) = *(ch1+3);
    else if (ilen==2) {
      *(ch+ioff) = *(ch1+2);
      *(ch+ioff+1) = *(ch1+3);
    } else if (ilen==3) {
      *(ch+ioff) = *(ch1+1);
      *(ch+ioff+1) = *(ch1+2);
      *(ch+ioff+2) = *(ch1+3);
    } else {
      *(ch+ioff) = *ch1;
      *(ch+ioff+1) = *(ch1+1);
      *(ch+ioff+2) = *(ch1+2);
      *(ch+ioff+3) = *(ch1+3);
    }
  } else {
    if (ilen==1)  *(ch+ioff) = *ch1;
    else if (ilen==2) {
      *(ch+ioff) = *(ch1+1);
      *(ch+ioff+1) = *ch1 ;
    } else if (ilen==3) {
      *(ch+ioff) = *(ch1+2) ;
      *(ch+ioff+1) = *(ch1+1) ;
      *(ch+ioff+2) = *ch1 ;
    } else {
      *(ch+ioff) = *(ch1+3) ;
      *(ch+ioff+1) = *(ch1+2) ;
      *(ch+ioff+2) = *(ch1+1) ;
      *(ch+ioff+3) = *ch1;
    }
  }
  return;
}

/* 32-bit gapbb 

  Put bit string value into a character string 
  starting at bit offset ioff and number of bits ilen.  
  ilen should not be greater than 24 bits unless byte aligned.  
  Note that ch cannot be longer than 32K on a PC. */

void gapbb (gaint ival, unsigned char *ch, gaint ioff, gaint ilen) {
unsigned char *ch1;
gaint istrt,iend,cstrt;
gaint i,ispac,ioff2,ileav,numb;

  ch1 = (unsigned char *)(&ival);
  istrt = ioff/8;
  ispac = ioff - istrt*8;
  /* Fast path for byte alignment */
  if (ispac==0 && (ilen==8 || ilen==16 || ilen==24 || ilen==32)) {
    if (BYTEORDER) {
      if (ilen==8) *(ch+istrt) = *(ch1+3);
      else if (ilen==16) {
        *(ch+istrt)   = *(ch1+2) ;
        *(ch+istrt+1) = *(ch1+3);
      } else if (ilen==24) {
        *(ch+istrt)   = *(ch1+1);
        *(ch+istrt+1) = *(ch1+2);
        *(ch+istrt+2) = *(ch1+3);
      } else {
        *(ch+istrt)   = *ch1;
        *(ch+istrt+1) = *(ch1+1);
        *(ch+istrt+2) = *(ch1+2);
        *(ch+istrt+3) = *(ch1+3);
      }
    } else {
      if (ilen==8) *(ch+istrt) = *ch1;
      else if (ilen==16) {
        *(ch+istrt)   = *(ch1+1);
        *(ch+istrt+1) = *ch1;
      } else if (ilen==24) {
        *(ch+istrt)   = *(ch1+2);
        *(ch+istrt+1) = *(ch1+1);
        *(ch+istrt+2) = *ch1;
      } else {
        *(ch+istrt)   = *(ch1+3);
        *(ch+istrt+1) = *(ch1+2);
        *(ch+istrt+2) = *(ch1+1);
        *(ch+istrt+3) = *ch1;
      }
    }
    return;
  }
  /* Do it the hard way */
  ioff2 = ioff+ilen-1;
  iend = ioff2/8;
  ileav = (iend+1)*8 - ioff2;
  numb = iend - istrt;
  ival <<= (ileav-1);
  if (BYTEORDER) {
    cstrt = 3-numb;
    if (ispac>0) *(ch+istrt) |= *(ch1+cstrt) ;
    else *(ch+istrt) = *(ch1+cstrt);
    for (i=1; i <= numb; i++) {
      *(ch+istrt+i) = *(ch1+cstrt+i);
    }
  } else {
    if (ispac>0) *(ch+istrt) |= *(ch1+numb) ;
    else *(ch+istrt) = *(ch1+numb);
    for (i=0; i
#include 
#include 
#include 
#include 
#include 
#include 
#include 

#include "gatypes.h"
#include "gx.h"
#include "bitmaps.h"

/* Following function prototype has to go here since it 
   depends on X include information, which shouln't go in gx.h */

/*  gxbcol:  Assign best rgb to color number from standard colormap */
gaint gxbcol (XStandardColormap*, XColor *);
void set_display_screen (Display *, gaint);
void Window_Dump(Window,FILE *);
void Pixmap_Dump(Window, FILE *, gaint, gaint, gaint, gaint);

/* Interface for X11 Release 3  */

/* Device interface level.  Following routines need to be
   interfaced to the hardware:

   gxdbgn - Initialize graphics output.  Set up any hardware
            scaling needed, clear the graphics display area,
            etc.
   gxdcol - Set hardware color.  The colors should be set up
            as follows:
            0 - black;   1 - white    2 - red     3 - green
            4 - blue     5 - cyan     6 - magenta 7 - yellow
            8 - orange   9 - purple  10 - yell-grn  11 - lt.blue
           12 - ora.yell 3 - blu-grn 14 - blu-purp  15 - grey
            If colors are not available then grey scales can
            be used, or the call can be a no op.
   gxdwid - Set hardware line weight.
   gxdfrm - New frame.  If in single buffer mode, clear the active
            display.  If in double buffer mode, clear the background
            buffer.
   gxdsgl - Initiate single buffer mode.  Normal mode of operation.
   gxddbl - Initiate double buffer mode, if available.  Both the
            foreground and background displays should be cleared.
   gxdswp - Swap buffers when in double buffer mode.  Should take
            no action if in single buffer mode.
   gxdrec - Draw a color filled rectangle.
   gxddrw - Draw a line using current attributes
   gxdmov - Move to a new point
   gxdend - Terminate graphics output.
                                                                  */

static gaint batch=0;                       /* Batch mode? */
static gaint wchose=0;                      /* Controls technique for wide lines 1= s/w 0 X server*/
static gaint lcolor,lwidth,owidth;          /* Current attributes */
static gaint grflg;                         /* Greyscale flag */
static gaint devbck;                        /* Device background */
static gadouble xscl,yscl;                  /* Window Scaling */
static gaint xxx,yyy;                       /* Old position */
static gadouble xsize, ysize;               /* User specified size */
static unsigned long cvals[276];            /* Color pixel values */
static gaint cused[276];                    /* Color is assigned */
static gaint cmach[276];                    /* Color is matched */
static gaint dblmode;                       /* single or double buffering */
static gaint width,height,depth;            /* Window dimensions */

static gaint reds[16] =   {  0,255,250,  0, 30,  0,240,230,240,160,160,  0,230,  0,130,170};
static gaint greens[16] = {  0,255, 60,220, 60,200,  0,220,130,  0,230,160,175,210,  0,170};
static gaint blues[16]  = {  0,255, 60,  0,255,200,130, 50, 40,200, 50,255, 45,140,220,170};

static gaint greys[16] = {0,255,215,140,80,110,230,170,200,50,155,95,185,125,65,177};
static gaint grrev[16] = {0,1,14,3,8,7,9,5,4,6,13,12,11,10,2,15};

/* Various arrays are kept for structures that describe displayed
   widgets.  This information is kept in static arrays for
   efficiency reasons -- so the arrays will tend to be in memory
   together and will be much faster to scan when paging is
   going on.  A linked list set up would be much easier to code
   and much cleaner, but at least for now I will stick with
   the pre-defined arrays.  */

static struct gobj obj[512];    /* Displayed objects */
static struct gobj obj2[512];   /* Background objects */
static gaint obnum,obnum2;        /* Current number of objects */
static struct gbtn btn[256];    /* Current buttons */
static struct gbtn btn2[256];   /* Background buttons */
static struct grbb rbb[32];     /* Current rubber-band regions */
static struct grbb rbb2[32];    /* Background rbb regions */
static struct gdmu dmu[200];    /* Current dropmenus */
static struct gdmu dmu2[200];   /* Background dropmenus */
/* static struct gdlg dlg[1];      /\* Current dialog *\/ */

static struct gevent *evbase;   /* Anchor for GrADS event queue */

/* All stuff passed to Xlib routines as args are put here in
   static areas since we are not invoking Xlib routines from main*/

static Screen *sptr;
Display *display=(Display *)NULL;
static gaint snum;
static GC gc;
static XGCValues values;
static XEvent report;
Window win=(Window) NULL;    /* used via extern in gagui */
static Pixmap pmap;
static Pixmap pmaps[200];
static XImage *image;
static Drawable drwbl;
static char *window_name = "GrADS " GRADS_VERSION "";
/*char *window_name = "GrADS";*/
static char *display_name = NULL; 
static char *icon_name = "GrADS";
static Pixmap icon_pixmap;
static XSizeHints size_hints;
/* static XIconSize *size_list; */
static gaint argc;
static char **argv;
static char *args[4];
static char *name = "grads";
static char *dgeom = "500x400+10+10";
static char *ugeom = NULL;
static Colormap cmap;
static XColor cell;
static XPoint *point;
static gaint dblmode;                     /* single or double buffering */
static XFontStruct *font1, *font2, *font3;
static XFontStruct *font1i, *font2i, *font3i;
static XSetWindowAttributes xsetw;
static gaint gfont,cfont;                       /* Font in use by grads */
static gaint pfilld[200];
static gaint rstate = 1;              /* Redraw state -- when zero,
                                      acceptance of X Events is
                                      blocked. */
static gaint bsflg;                   /* Backing store enabled or not */
static gaint excnt;                   /* Count of exposes to skip */

/* Invokes usage of software to generate wide lines (vs Xserver) */

void gxwdln (void) {
  wchose=1;
}

/* tell x interface that we are in batch mode */

void gxdbat (void) {
  batch = 1;
}

/* Query default color rgb values*/

void gxqdrgb (gaint clr, gaint *r, gaint *g, gaint *b) {
  if (clr>=0 && clr<16) {
    *r = reds[clr];
    *g = greens[clr];
    *b = blues[clr];
  } 
  return;
}

/* Routine to specify user X stuff (geom string, window name).  Must be
   called before gxdbgn to have any affect */

void gxdgeo (char *arg) {
  ugeom = arg;
}

void gxdbgn (gadouble xsz, gadouble ysz) {
gaint dw, dh, flag, i, ipos, jpos, border;
char **flist,*xfnam;

  for (i=0; i<200; i++) pfilld[i] = 0;
  for (i=0; i<256; i++) cused[i] = 0; 
  for (i=0; i<256; i++) { btn[i].ch = NULL; btn2[i].ch = NULL; }
  for (i=0; i<256; i++) { btn[i].num = -1; btn2[i].num = -1; }
  for (i=0; i<32;  i++) { rbb[i].num = -1; rbb2[i].num = -1; }
  for (i=0; i<200; i++) { dmu[i].num = -1; dmu2[i].num = -1; }
  for (i=0; i<512; i++) { obj[i].type = -1; obj2[i].type = -1; }
  obnum = 0; obnum2 = 0;
  evbase = NULL;
  excnt = 0;

  args[0] = name;
  args[1] = NULL;
  argv = args;
  argc = 1;

  xsize = xsz;
  ysize = ysz;
  border = 4;

  /* Connect to X server */

  if ( (display=XOpenDisplay(display_name)) == NULL ) {
    printf("Error in GXSTRT: Unable to connect to X server\n");
    exit( -1 );
  }

  /* Get screen size from display structure macro, then figure out
     proper window size */

  snum = DefaultScreen(display);
  sptr = DefaultScreenOfDisplay(display);
  bsflg = 0;
  if (DoesBackingStore(sptr)) bsflg = 1;
  cmap = DefaultColormap(display, snum);
  dw = DisplayWidth(display, snum);
  dh = DisplayHeight(display, snum);
  depth = DefaultDepth(display, snum);
  ipos = 0;
  jpos = 0;

  /* window sizes are scaled according to the height of display */
  if ( xsize >= ysize ) {           /* landscape */
    if (xsize==11.0 && ysize==8.5) {    /* preseve old default */
      dh = (gaint)((gadouble)dh*0.6);        
      dw = (gaint)((gadouble)(dh)*xsz/ysz);  
    } else {
      dw = (gaint)((gadouble)(dw)*0.6);      
      dh = (gaint)((gadouble)dw*ysz/xsz);
    }
  } else {                          /* portrait */
    dh = (gaint)((gadouble)dh*0.9);
    dw = (gaint)((gadouble)(dh)*xsz/ysz);
  } 

  xscl = (gadouble)(dw)/xsize;
  yscl = (gadouble)(dh)/ysize;

  size_hints.flags = PPosition | PSize ;
  if (ugeom) {
    XGeometry (display, snum, ugeom, dgeom, 4, 1, 1, 0, 0,
        &ipos, &jpos, &dw, &dh);
    size_hints.flags = USPosition | USSize ;
  }
  size_hints.x = ipos;
  size_hints.y = jpos;
  size_hints.width = dw;
  size_hints.height = dh;
  width = dw ; /* hoop */
  height = dh ; /* hoop */
  xscl = (gadouble) (dw) / xsize ; /* hoop */
  yscl = (gadouble) (dh) / ysize ; /* hoop */

  /* Create window */

  win = XCreateSimpleWindow(display, RootWindow(display,snum),
        ipos, jpos, dw, dh, border,
        WhitePixel(display, snum), BlackPixel(display,snum));
  devbck = 0;

  /* Set up icon pixmap */

  icon_pixmap = XCreateBitmapFromData(display, win, (char*)icon_bitmap_bits,
                icon_bitmap_width, icon_bitmap_height);

  /* Set standard properties */

  XSetStandardProperties(display, win, window_name, icon_name,
       icon_pixmap, argv, argc, &size_hints);

  /* Set colors */

  for (i=0; i<16; i++) {
    cell.red = reds[i]*256;
    cell.blue = blues[i]*256;
    cell.green = greens[i]*256;
    if (XAllocColor(display, cmap, &cell)) {
      cvals[i] = cell.pixel;
    } else {
      cvals[i] = cvals[1];    /* Assume white and black got allocated */
    }
    cused[i] = 1;
  }
  for (i=0; i<16; i++) {
    cell.red = greys[i]*256;
    cell.blue = greys[i]*256;
    cell.green = greys[i]*256;
    if (XAllocColor(display, cmap, &cell)) {
      cvals[i+256] = cell.pixel;
    } else {
      cvals[i+256] = cvals[15];
    }
    cused[i+256] = 1;
  }

  /* Select event types */

  XSelectInput(display, win, ButtonReleaseMask | ButtonPressMask |
      ButtonMotionMask | ExposureMask | StructureNotifyMask);

  /* Get a Graphics Context */

  gc = XCreateGC(display, win, 0L, &values);
  XSetForeground(display, gc, cvals[1]);
  XSetLineAttributes(display, gc, 0L, LineSolid,
                     CapButt, JoinBevel);
  lwidth = 1;
  owidth = 0;
  lcolor = 1;
  grflg = 0;

  /* Display Window */

  XMapWindow(display, win);

  /* We now have to wait for the expose event that indicates our
     window is up.  Also handle any resizes so we get the scaling
     right in case it gets changed right away.  We will check again
     for resizes during frame operations */

#ifndef __CYGWIN32__
  flag = 1;
  while (flag)  {
    XNextEvent(display, &report);
    switch  (report.type) {
    case Expose:
      if (report.xexpose.count != 0) break;
      else flag = 0;
      break;
    case ConfigureNotify:
      width = report.xconfigure.width;
      height = report.xconfigure.height;
      xscl = (gadouble)(width)/xsize;
      yscl = (gadouble)(height)/ysize;    
      break;
    }
  }
#endif /* __CYGWIN32__ */

  /* Now ready for drawing, so we can exit. */

  drwbl = win;   /* Initial drawable is the visible window */
  dblmode = 0;   /* Initially no double buffering mode     */

  xsetw.backing_store = Always;
  XChangeWindowAttributes (display, win, CWBackingStore, &xsetw);

  /* Set up a font */

  font1 = NULL;
  font2 = NULL;
  font3 = NULL;
  font1i = NULL;
  font2i = NULL;
  font3i = NULL;

  xfnam = gxgsym("GAXFS");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-r-normal-*-80*", 1, &i);
  }
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-r-normal-*-100*", 1, &i);
  }
  if (flist==NULL) {
    font1 = XLoadQueryFont (display, "fixed");
  } else {
    font1 = XLoadQueryFont (display, *flist);
    if (font1==NULL) printf ("ERROR: Unable to open a basic font!!!\n");
    XFreeFontNames (flist);
  }

  xfnam = gxgsym("GAXFSI");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-o-normal-*-80*", 1, &i);
  }
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-o-normal-*-100*", 1, &i);
  }
  if (flist==NULL) {
    font1i = XLoadQueryFont (display, "fixed");
  } else {
    font1i = XLoadQueryFont (display, *flist);
    if (font1i==NULL) font1i = font1;
    XFreeFontNames (flist);
  }

  xfnam = gxgsym("GAXFM");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-r-normal--~-100*", 1, &i);
  }
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-r-normal-*-120*", 1, &i);
  }
  if (flist==NULL) {
    font2 = font1;
  } else {
    font2 = XLoadQueryFont (display, *flist);
    if (font2==NULL) font2 = font1;
    XFreeFontNames (flist);
  }
  xfnam = gxgsym("GAXFMI");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-o-normal--~-100*", 1, &i);
  }
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-o-normal-*-120*", 1, &i);
  }
  if (flist==NULL) {
    font2i = font1i;
  } else {
    font2i = XLoadQueryFont (display, *flist);
    if (font2i==NULL) font2i = font1i;
    XFreeFontNames (flist);
  }

  xfnam = gxgsym("GAXFL");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-r-normal-*-140*", 1, &i);
  }
  if (flist==NULL) {
    font3 = font2;
  } else {
    font3 = XLoadQueryFont (display, *flist);
    if (font3==NULL) font3 = font2;
    XFreeFontNames (flist);
  }
  xfnam = gxgsym("GAXFLI");
  if (xfnam) flist = XListFonts (display, xfnam, 1, &i);
  else flist = NULL;
  if (flist==NULL) {
    flist = XListFonts (display, "-adobe-helvetica-bold-o-normal-*-140*", 1, &i);
  }
  if (flist==NULL) {
    font3i = font2i;
  } else {
    font3i = XLoadQueryFont (display, *flist);
    if (font3i==NULL) font3i = font2i;
    XFreeFontNames (flist);
  }
  cfont = 0;
  gxdsfn();

}

void gxgrey (gaint flag) {
  grflg = flag;
}

void gxdend (void) {
  XFreeGC(display, gc);
  XCloseDisplay(display);
}

/* Frame action.  Values for action are:
      0 -- new frame (clear display), wait before clearing.
      1 -- new frame, no wait.
      2 -- New frame in double buffer mode.
      7 -- new frame, but just clear graphics.  Do not clear
           event queue; redraw widgets.
      8 -- clear only the event queue.
      9 -- flush the X request buffer */

void gxdfrm (gaint iact) {
struct gevent *geve, *geve2;
gaint i;
  if (iact==9) {
    gxdeve(0);
    XFlush(display);
    return;
  }
  if (iact==0 || iact==1 || iact==7) {
    XSetForeground(display, gc, cvals[devbck]);
    XFillRectangle (display, drwbl, gc, 0, 0, width, height);
    XSetForeground(display, gc, cvals[lcolor]);
    for (i=0; i<512; i++) obj[i].type = -1;
    obnum = 0;
  }

  /* Flush X event queue.  If iact is 7, keep the event info,
     otherwise discard it. */

  if (iact==7) gxdeve(0);
  else {
    while (XCheckMaskEvent(display, ButtonReleaseMask | ButtonPressMask |
             ButtonMotionMask | KeyPressMask |
             ExposureMask | StructureNotifyMask, &report)) {
      if (report.type==ConfigureNotify) {
        if(width!=report.xconfigure.width||height!=report.xconfigure.height){
          width = report.xconfigure.width;
          height = report.xconfigure.height;
          xscl = (gadouble)(width)/xsize;
          yscl = (gadouble)(height)/ysize;
          gxdsfn();
          if (iact==8) gxdrdw();
        }
      }
    }

    /* Flush GrADS event queue */

    geve = evbase;
    while (geve) {
      geve2 = geve->forw;
      free (geve);
      geve = geve2;
    }
    evbase = NULL;
  }

  /* Reset all widgets if appropriate. */

  if (iact<7 && iact!=2) gxrswd(0);

  /* Redraw all widgets if appropriate.*/

  if (iact==7) {
    gxrdrw(0);
    XFlush(display);
  }
}

/* Examine X event queue.  Flag tells us if we should wait for an
   event.  Any GrADS events (mouse-button presses) are queued.
   If flag is 2, wait for any event, not just a mouse event.  */

void gxdeve (gaint flag) {
struct gevent *geve, *geve2;
gaint i,j,ii,rc,wflg,button,eflg,idm,rdrflg;

  if (flag && evbase) flag = 0;   /* Don't wait if an event stacked */
  wflg = flag;
  eflg = 0;
  rdrflg = 0;
  while (1) {
    if (wflg && !rdrflg) {
      XMaskEvent(display, ButtonReleaseMask | ButtonPressMask |
         ButtonMotionMask | KeyPressMask | ExposureMask | StructureNotifyMask, &report);
      rc = 1;
    } else {
      rc = XCheckMaskEvent(display, ButtonReleaseMask | ButtonPressMask |
         ButtonMotionMask | KeyPressMask | ExposureMask | StructureNotifyMask, &report);
    }
    if (!rc && rdrflg) {
      gxdsfn();
      gxdrdw();
      rdrflg = 0;
      continue;
    }
    if (!rc) break;

    switch  (report.type) {
    case Expose:
      if (excnt>0) excnt--;
      else if (!bsflg) rdrflg = 1;
      break;
    case ButtonPress:
      geve = (struct gevent *)malloc(sizeof(struct gevent));
      if (geve==NULL) {
        printf ("Memory allocation error in event queue!!!!!!\n");
        eflg = 1;
        break;
      }
      if (evbase==NULL) evbase = geve;
      else {
        geve2 = evbase;
        while (geve2->forw) geve2 = geve2->forw;
        geve2->forw = geve;
      }
      geve->forw = NULL;
      i = report.xbutton.x;
      j = report.xbutton.y;
      button = report.xbutton.button;
      if (button==Button1) button=1;
      else if (button==Button2) button=2;
      else if (button==Button3) button=3;
      else if (button==Button4) button=4;
      else if (button==Button5) button=5;
      geve->mbtn = button;
      geve->x = xsize*((gadouble)i)/width;
      geve->y = ysize - ysize*((gadouble)j)/height;
      geve->type = 0;

      /* Scan to see if point-click event was on one of our
         widgets.  Handling depends on what is clicked on. */

      ii = 0;
      while (ii<512 && obj[ii].type>-1) {
        if (obj[ii].type!=0 && i>obj[ii].i1 && iobj[ii].j1 && jx;
    *ypos = geve->y;
    *mbtn = geve->mbtn;
    *type = geve->type;
    for (i=0; i<10; i++) *(info+i) = geve->info[i];
    for (i=0; i<4; i++) *(rinfo+i) = geve->rinfo[i];
    evbase = geve->forw;       /* Take even off queue */
    free(geve);
  }

}

void gxdcol (gaint clr) {
  if (clr<0) clr=0;
  if (clr>255) clr=255;
  if (devbck) {
    if (clr==0) clr = 1;
    else if (clr==1) clr = 0;
  }
  if (clr<16 && grflg) {
    if (devbck) clr = grrev[clr];
    clr+=256; 
  }
  if (!cused[clr] && !cmach[clr]) clr=15; 
  XSetForeground(display, gc, cvals[clr]);
  lcolor=clr;
}


/* static void qprint(XStandardColormap* bst);  */

gaint gxdacl (gaint clr, gaint red, gaint green, gaint blue) {
  XStandardColormap best;
  gaint screen_num = DefaultScreen(display);
		
  if (clr<16 || clr>255) return 1;
  if (cused[clr]) {
     XFreeColors(display, cmap, &(cvals[clr]),1,0);
     cused[clr]=0;
  }
  cell.red = red*256;
  cell.blue = blue*256;
  cell.green = green*256;
  cmach[clr] = 0;
  if (XAllocColor(display, cmap, &cell)) {
    cvals[clr] = cell.pixel;
    cused[clr] = 1;
  } else if (XGetStandardColormap(display, 
             RootWindow(display,screen_num), &best, XA_RGB_BEST_MAP)) {
    if (gxbcol(&best, &cell)) {
      cvals[clr] = cell.pixel;
      cmach[clr] = 1;
      printf ("Color Match.  Color number = %i\n",clr);
    } else {
      printf ("Color Matching Error.  Color number = %i\n",clr);
    }
  } else {
    printf ("Color Map Allocation Error.  Color number = %i\n",clr);
  }
  if (cused[clr] == 0 || cmach[clr] == 1) {
    return 0;
  } 
  return(1);
}

gaint gxbcol (XStandardColormap* best, XColor * cell) {
  XColor color, colors[256];
  unsigned long bestpixel=0;
  gaint d, i;
  gaint min;
 
  for (i=0; i<256; i++) {
    colors[i].pixel = i; 
  }

  XQueryColors(display, cmap, colors, 256);

  min = 65536;

  for (i=0; i<256; i++) {
    d = abs(cell->red - colors[i].red)
      + abs(cell->green - colors[i].green) 
      + abs(cell->blue - colors[i].blue);
    if (dpixel = bestpixel; 
    color.pixel = bestpixel; 
    XQueryColor(display, cmap, &color);
    return 1;

  } else {
    return 0;
  }	

}

void gxdwid (gaint wid){                 /* Set width     */
gauint lw;
  lwidth=wid;
  if (wchose) return;
  lw = 0;
  if (lwidth>5) lw=2;
  if (lwidth>11) lw=3;
  if (lw != owidth) {
    XSetLineAttributes(display, gc, lw, LineSolid,
                     CapButt, JoinBevel);
  }
  owidth = lw;
}

void gxdmov (gadouble x, gadouble y){        /* Move to x,y   */
  xxx = (gaint)(x*xscl+0.5);
  yyy = height - (gaint)(y*yscl+0.5);
}

void gxddrw (gadouble x, gadouble y){        /* Draw to x,y   */
gaint i, j;
gaint w,h;
  i = (gaint)(x*xscl+0.5);
  j = height - (gaint)(y*yscl+0.5);
  XDrawLine (display, drwbl, gc, xxx, yyy, i, j);
  if (wchose && lwidth>5) {
    w = xxx - i;
    if (w<0) w = -1*w;
    h = yyy-j;
    if (h<0) h = -1*h;
    if (w11) XDrawLine (display, drwbl, gc, xxx+1, yyy, i+1, j);
    } else {
      XDrawLine (display, drwbl, gc, xxx, yyy-1, i, j-1);
      if (lwidth>11) XDrawLine (display, drwbl, gc, xxx, yyy+1, i, j+1);
    }
  }
  xxx = i;
  yyy = j;
  if (QLength(display)&&rstate) gxdeve(0);
}

void gxdrec (gadouble x1, gadouble x2, gadouble y1, gadouble y2) {
gaint i1,i2,j1,j2;

  i1 = (gaint)(x1*xscl+0.5);
  j1 = height - (gaint)(y1*yscl+0.5);
  i2 = (gaint)(x2*xscl+0.5);
  j2 = height - (gaint)(y2*yscl+0.5);
  if (i1!=i2 && j1!=j2) {
    XFillRectangle (display, drwbl, gc, i1, j2, i2-i1, j1-j2);
  } else {
    XDrawLine (display, drwbl, gc, i1, j1, i2, j2);
  }
  if (QLength(display)&&rstate) gxdeve(0);
}

void gxdsgl (void) {
gaint i;
  if (dblmode) {
    gxrswd(1);
    for (i=0; i<512; i++) { obj[i].type=-1; obj2[i].type = -1;}
    obnum = 0;  obnum2 = 0;
    XFreePixmap (display, pmap);
    drwbl = win;
  }
  dblmode = 0;
  return;
}

void gxddbl (void) {
gaint i;
  pmap = XCreatePixmap (display, win, width, height, depth);
  XSync(display, 0) ; /* hoop */
  if (pmap==(Pixmap)NULL) {
    printf ("Error allocating pixmap for animation mode\n");
    printf ("Animation mode will not be enabled\n");
    return;
  }
  dblmode = 1;
  drwbl = pmap;
  XSetForeground(display, gc, cvals[devbck]);
  XFillRectangle (display, drwbl, gc, 0, 0, width, height);
  XSetForeground(display, gc, cvals[lcolor]);
  gxrswd(1);  /* Reset all widgets */
  for (i=0; i<512; i++) { obj[i].type=-1; obj2[i].type = -1;}
  obnum = 0;  obnum2 = 0;
  return;
}

void dump_back_buffer(filename) 
    char *filename ; 
{ 
    FILE *xwdfile ; 

    if (dblmode) { 
        set_display_screen(display, snum) ; 
        xwdfile = fopen(filename, "w") ; 
	if (!xwdfile) { 
	    fprintf(stderr, "Couldn't open outxwd argument for writing.\n") ; 
	    return ; 
	} 
        fflush(stderr) ; 
	Window_Dump(win, xwdfile) ; 
	Pixmap_Dump(pmap, xwdfile, 0, 0, width, height) ; 
	fclose(xwdfile) ; 
    } 
} 

void dump_front_buffer(filename) 
    char *filename ; 
{ 
    FILE *xwdfile ; 

    set_display_screen(display, snum) ; 
    xwdfile = fopen(filename, "w") ; 
    if (!xwdfile) { 
        fprintf(stderr, "Couldn't open outxwd argument for writing.\n") ; 
	return ; 
    } 
    fflush(stderr) ; 
    Window_Dump(win, xwdfile) ; 
    Pixmap_Dump(win, xwdfile, 0, 0, width, height) ; 
    fclose(xwdfile) ; 
} 

void gxdswp (void) {
  if (dblmode) {
    XCopyArea (display, pmap, win, gc, 0, 0, width, height, 0, 0);
  }
  XSetForeground(display, gc, cvals[devbck]);
  XFillRectangle (display, drwbl, gc, 0, 0, width, height);
  XSetForeground(display, gc, cvals[lcolor]);
  gxrswd(0);
  gxcpwd();
  gxrswd(2);
  return;
}

void gxdfil (gadouble *xy, gaint n) {
gadouble *pt;
gaint i;
XPoint *pnt;

  point = (XPoint *)malloc(sizeof(XPoint)*n);
  if (point==NULL) {
    printf ("Error in polygon fill routine gxdfil: \n");
    printf ("   Unable to allocate enough memory for the request\n");
    return;
  }
  pnt = point;
  pt = xy;
  for (i=0; ix = (gaint)(*pt*xscl+0.5);
    pnt->y = height - (gaint)(*(pt+1)*yscl+0.5);
    pt+=2;
    pnt++;
  }
  XFillPolygon (display, drwbl, gc, point, n, Nonconvex, CoordModeOrigin);
  free (point);
  if (QLength(display)&&rstate) gxdeve(0);
  return;
}

void gxdxsz (gaint xx, gaint yy) {
  if (batch) return;
  XResizeWindow (display, win, xx, yy);
  gxdeve(2);
}

/* set hardware background color */

void gxdbck (gaint flg) {

  devbck = flg;
  if (devbck>1) devbck = 1;
}

gaint gxdbkq  (void) {
   return (devbck);
}

/* Routine to display a button widget */
/* Flags are cumbersome, sigh....
      redraw -- indicates the button is being redrawn, probably
                due to a resize event.  When set, the assumption
                is that *pbn is NULL and is ignored
      btnrel -- indicates the button is being redrawn in a new state
                due to a buttonpress/buttonrelease event.
      nstat  -- forces the state to go to this new setting.
                Used for 'redraw button' command.  */

void gxdpbn (gaint bnum, struct gbtn *pbn, gaint redraw, gaint btnrel, gaint nstat) {
gaint i, j, w, h, ilo, ihi, jlo, jhi, ccc, len;
struct gbtn *gbb;
struct gobj *pob=NULL;
  if (bnum<0 || bnum>255) return;
  if (dblmode) {
    gbb = &(btn2[bnum]);
    if (btnrel) {
      drwbl = win;
      gbb = &(btn[bnum]);
    }
  } else gbb = &(btn[bnum]);
  if (!redraw) {
    *gbb = *pbn;
    gbb->num = bnum;
  }
  if (!redraw || rstate==0) {
    if (dblmode) {
      if (obnum2>511) {
        printf ("Error: Too many widgets on screen\n");
        return;
      }
    } else {
      if (obnum>511) {
        printf ("Error: Too many widgets on screen\n");
        return;
      }
    }
    if (dblmode) {pob = &(obj2[obnum2]); obnum2++;}
    else {pob = &(obj[obnum]); obnum++;}
  }
  if (gbb->num<0) return;
  if (nstat>-1) gbb->state = nstat;
  if (redraw>1) {
    if (pbn->ch) {
      if (gbb->ch) gree(gbb->ch,"f500");
      gbb->ch = pbn->ch;
      gbb->len = pbn->len;
    }
    if (redraw==3) {
      gbb->fc = pbn->fc; gbb->bc = pbn->bc;
      gbb->oc1 = pbn->oc1; gbb->oc2 = pbn->oc2;
      gbb->ftc = pbn->ftc; gbb->btc = pbn->btc;
      gbb->otc1 = pbn->otc1; gbb->otc2 = pbn->otc2;
    }
  }
  i = (gaint)(gbb->x*xscl+0.5);
  j = height - (gaint)(gbb->y*yscl+0.5);
  w = (gaint)(gbb->w*xscl+0.5);
  h = (gaint)(gbb->h*yscl+0.5);
  w = w - 2;
  h = h - 2;
  gbb->ilo = 1 + i - w/2;
  gbb->jlo = 1 + j - h/2;
  gbb->ihi = gbb->ilo + w;
  gbb->jhi = gbb->jlo + h;
  ilo = gbb->ilo;  ihi = gbb->ihi;
  jlo = gbb->jlo;  jhi = gbb->jhi;
  if (gbb->state) ccc = gbb->btc;
  else ccc = gbb->bc;
  if (ccc>-1) {
    gxdcol(ccc);
    XFillRectangle (display, drwbl, gc, gbb->ilo, gbb->jlo, w, h);
  }
  gxdwid(gbb->thk);
  if (gbb->state) ccc = gbb->otc1;
  else ccc = gbb->oc1;
  if (ccc>-1) {
    gxdcol(ccc);
    XDrawLine (display, drwbl, gc, ilo, jhi, ihi, jhi);
    XDrawLine (display, drwbl, gc, ihi, jhi, ihi, jlo);
  }
  if (gbb->state) ccc = gbb->otc2;
  else ccc = gbb->oc2;
  if (ccc>-1) {
    gxdcol(ccc);
    XDrawLine (display, drwbl, gc, ihi, jlo, ilo, jlo);
    XDrawLine (display, drwbl, gc, ilo, jlo, ilo, jhi);
  }
  if (gbb->state) ccc = gbb->ftc;
  else ccc = gbb->fc;
  if (ccc>-1) {
    len = 0;
    while (*(gbb->ch+len)) len++;
/*    len++;*/
    gxdcol(ccc);
    if (gfont==1 && font1) {
      XSetFont (display, gc, font1->fid);
      w = XTextWidth(font1, gbb->ch, len);
      i = i - w/2;
      j = j + 5*font1->ascent/9;
    }
    if (gfont==2 && font2) {
      XSetFont (display, gc, font2->fid);
      w = XTextWidth(font2, gbb->ch, len);
      i = i - w/2;
      j = j + 5*font2->ascent/9;
    }
    if (gfont==3 && font3) {
      XSetFont (display, gc, font3->fid);
      w = XTextWidth(font3, gbb->ch, len);
      i = i - w/2;
      j = j + 5*font3->ascent/9;
    }
    XDrawString(display, drwbl, gc, i, j, gbb->ch, len);
  }
  gxdcol(lcolor);
  if (dblmode && btnrel) drwbl = pmap;
  if (!redraw || rstate==0) {
    pob->type = 1;
    pob->mb = -1;
    pob->i1 = ilo;  pob->i2 = ihi;
    pob->j1 = jlo;  pob->j2 = jhi;
    pob->iob.btn = gbb;
  }
  XFlush(display);
}

/* Routine to display a drop menu widget:
      redraw -- indicates the button is being redrawn, probably
                due to a resize event.  When set, the assumption
                is that *dmu is NULL and is ignored; info for
                redrawing is obtained from the existing
                structure list.
      nstat  -- re-defines the dropmenu.
                Used for 'redraw dropmenu' command.  */

void gxdrmu (gaint mnum, struct gdmu *pmu, gaint redraw, gaint nstat) {
gaint i, j, w, h, ilo, ihi, jlo, jhi, len, lw;
struct gdmu *gmu;
struct gobj *pob=NULL;

  if (mnum<0 || mnum>199) return;
  if (dblmode) gmu = &(dmu2[mnum]);
  else gmu = &(dmu[mnum]);
  if (!redraw) {
    *gmu = *pmu;
    gmu->num = mnum;
  }
  if (gmu->num<0) return;
  if (gmu->casc) return;
  if (!redraw || rstate==0) {
    if (dblmode) {
      if (obnum2>511) {
        printf ("Error: Too many widgets on screen\n");
        return;
      }
    } else {
      if (obnum>511) {
        printf ("Error: Too many widgets on screen\n");
        return;
      }
    }
    if (dblmode) {pob = &(obj2[obnum2]); obnum2++;}
    else {pob = &(obj[obnum]); obnum++;}
  }
  i = (gaint)(gmu->x*xscl+0.5);
  j = height - (gaint)(gmu->y*yscl+0.5);
  w = (gaint)(gmu->w*xscl+0.5);
  h = (gaint)(gmu->h*yscl+0.5);
  w = w - 2;
  h = h - 2;
  gmu->ilo = 1 + i - w/2;
  gmu->jlo = 1 + j - h/2;
  gmu->ihi = gmu->ilo + w;
  gmu->jhi = gmu->jlo + h;
  ilo = gmu->ilo;  ihi = gmu->ihi;
  jlo = gmu->jlo;  jhi = gmu->jhi;
  if (gmu->bc>-1) {
    gxdcol(gmu->bc);
    XFillRectangle (display, drwbl, gc, ilo, jlo, w+1, h+1);
  }
  lw = 1;
  if (gmu->thk>5) lw = 2;
  if (gmu->thk>12) lw = 3;
  gxdwid(1);
  if (gmu->oc1>-1) {
    gxdcol(gmu->oc1);
    XDrawLine (display, drwbl, gc, ilo, jhi, ihi, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jhi-1, ihi-1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jhi-2, ihi-2, jhi-2);
    XDrawLine (display, drwbl, gc, ihi, jhi, ihi, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jhi-1, ihi-1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jhi-2, ihi-2, jlo+2);
  }
  if (gmu->oc2>-1) {
    gxdcol(gmu->oc2);
    XDrawLine (display, drwbl, gc, ihi, jlo, ilo, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jlo+1, ilo+1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jlo+2, ilo+2, jlo+2);
    XDrawLine (display, drwbl, gc, ilo, jlo, ilo, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jlo+1, ilo+1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jlo+2, ilo+2, jhi-2);
  }
  if (gmu->fc>-1) {
    len = 0;
    while (*(gmu->ch+len)) len++;
/*    len++;*/
    gxdcol(gmu->fc);
    if (gfont==1 && font1i) {
      XSetFont (display, gc, font1i->fid);
      w = XTextWidth(font1i, gmu->ch, len);
      i = ilo + font1i->ascent/2;
      j = j + 5*font1i->ascent/9;
    }
    if (gfont==2 && font2i) {
      XSetFont (display, gc, font2i->fid);
      w = XTextWidth(font2i, gmu->ch, len);
      i = ilo + font2i->ascent/2;
      j = j + 5*font2i->ascent/9;
    }
    if (gfont==3 && font3i) {
      XSetFont (display, gc, font3i->fid);
      w = XTextWidth(font3i, gmu->ch, len);
      i = ilo + font3i->ascent/2;
      j = j + 5*font3i->ascent/9;
    }
    XDrawString(display, drwbl, gc, i, j, gmu->ch, len);
    if (gfont==1 && font1) XSetFont (display, gc, font1->fid);
    if (gfont==2 && font2) XSetFont (display, gc, font2->fid);
    if (gfont==3 && font3) XSetFont (display, gc, font3->fid);
  }
  gxdcol(lcolor);
  if (!redraw || rstate==0) {
    pob->type = 3;
    pob->mb = -1;
    pob->i1 = ilo;  pob->i2 = ihi;
    pob->j1 = jlo;  pob->j2 = jhi;
    pob->iob.dmu = gmu;
  }
  XFlush(display);
}

/* Select font based on screen size */

void gxdsfn(void) {

  if (width<601 || height<421) {
    if (gfont!=1) {
      if (font1) XSetFont (display, gc, font1->fid);
      gfont = 1;
    }
  } else if (width<1001 || height<651) {
    if (gfont!=2) {
      if (font2) XSetFont (display, gc, font2->fid);
      gfont = 2;
    }
  } else {
    if (gfont!=3) {
      if (font3) XSetFont (display, gc, font3->fid);
      gfont = 3;
    }
  }
}


/* Attempt to redraw when user resizes window */

void gxdrdw (void) {
int i;
  rstate = 0;
  XSetForeground(display, gc, cvals[devbck]);
  XFillRectangle (display, drwbl, gc, 0, 0, width, height);
  XSetForeground(display, gc, cvals[lcolor]);
  for (i=0; i<512; i++) obj[i].type = -1;
  obnum = 0;
  if (dblmode) {
    dblmode = 0;
    XFreePixmap (display, pmap);
    pmap = XCreatePixmap (display, win, width, height, depth);
    if (pmap==(Pixmap)NULL) {
      printf ("Error allocating pixmap for resize operation\n");
      printf ("Animation mode will be disabled\n");
      dblmode = 0;
      drwbl = win;
      rstate = 1;
      return;
    }
    drwbl = win;
    XSetForeground(display, gc, cvals[devbck]);
    XFillRectangle (display, drwbl, gc, 0, 0, width, height);
    XFillRectangle (display, pmap, gc, 0, 0, width, height);
    XSetForeground(display, gc, cvals[lcolor]);
    for (i=0; i<512; i++) obj2[i].type = -1;
    obnum2 = 0;
    gxhdrw(1);
    gxrdrw(1);
    dblmode = 1;
    drwbl = pmap;
  }
  gxhdrw(0);
  gxrdrw(0);
  rstate = 1;
}

/* Redraw all widgets.  Flag indicates whether to redraw
   foreground or background widgets. */

void gxrdrw (int flag) {
int i;
  if (flag) {
    for (i=0; i<256; i++) {
      if (btn2[i].num>-1) gxdpbn(i, NULL, 1, 0, -1);
    }
    for (i=0; i<32; i++) {
      if (rbb2[i].num>-1) gxdrbb(i, rbb2[i].type,
            rbb2[i].xlo,rbb2[i].ylo,rbb2[i].xhi,rbb2[i].yhi,rbb2[i].mb);
    }
    for (i=0; i<200; i++) {
      if (dmu2[i].num>-1) gxdrmu(i, NULL, 1, -1);
    }
  } else {
    for (i=0; i<256; i++) {
      if (btn[i].num>-1) gxdpbn(i, NULL, 1, 0, -1);
    }
    for (i=0; i<32; i++) {
      if (rbb[i].num>-1) gxdrbb(i, rbb[i].type,
            rbb[i].xlo,rbb[i].ylo,rbb[i].xhi,rbb[i].yhi,rbb[i].mb);
    }
    for (i=0; i<200; i++) {
      if (dmu[i].num>-1) gxdrmu(i, NULL, 1, -1);
    }
  }
}

/* Reset all widgets; release memory as appropriate. */
/* flag = 0 resets foreground, flag = 1 resets both,
   flag = 2 resets background only; for after swapping */

void gxrswd(int flag) {
int i;

  if (flag!=2) {
    for (i=0; i<256; i++) {
      if (btn[i].num>-1 && btn[i].ch!=NULL) gree(btn[i].ch,"f501");
      btn[i].num = -1;
      btn[i].ch = NULL;
    }
    for (i=0; i<200; i++) {
      if (dmu[i].num>-1 && dmu[i].ch!=NULL) gree(dmu[i].ch,"f502");
      dmu[i].num = -1;
      dmu[i].ch = NULL;
    }
    for (i=0; i<32; i++) rbb[i].num = -1;
  }

  if (flag) {
    for (i=0; i<256; i++) {
      if (flag!=2) {
        if (btn2[i].num>-1 && btn2[i].ch!=NULL) gree(btn2[i].ch,"f503");
      }
      btn2[i].num = -1;
      btn2[i].ch = NULL;
    }
    for (i=0; i<200; i++) {
      if (flag!=2) {
        if (dmu2[i].num>-1 && dmu2[i].ch!=NULL) gree(dmu2[i].ch,"f504");
      }
      dmu2[i].num = -1;
      dmu2[i].ch = NULL;
    }
    for (i=0; i<32; i++) rbb2[i].num = -1;
  }
}


/* Copy all widgets during swap in double buffer mode */

void gxcpwd(void) {
struct grbb *grb;
struct gbtn *gbn;
struct gdmu *gmu;
int i;

  for (i=0; i<256; i++) {
    if (btn2[i].num>-1) btn[i] = btn2[i];
  }

  for (i=0; i<200; i++) {
    if (dmu2[i].num>-1) dmu[i] = dmu2[i];
  }

  for (i=0; i<32; i++) {
    if (rbb2[i].num>-1) rbb[i] = rbb2[i];
  }

  /* Rebuild list of currently displayed items */

  for (i=0; i<512; i++) obj[i].type = -1;
  obnum = obnum2;
  for (i=0; inum]);
    } else if (obj[i].type==2) {
      grb = obj[i].iob.rbb;
      obj[i].iob.rbb = &(rbb[grb->num]);
    } else if (obj[i].type==3) {
      gmu = obj[i].iob.dmu;
      obj[i].iob.dmu = &(dmu[gmu->num]);
    }
  }
  for (i=0; i<512; i++) obj2[i].type = -1;
  obnum2 = 0;
}

/* Reset a particular widget, given widget type and number */
/* Assumes arrays are used for holding all the widget info */

void gxrs1wd (int wdtyp, int wdnum) {
struct grbb *grb;
struct gbtn *gbn;
struct gdmu *gmu;
int ii,jj=0;

  if (wdtyp<1 || wdtyp>3) return;
  if (wdtyp==1 && (wdnum<0 || wdnum>255)) return;
  if (wdtyp==2 && (wdnum<0 || wdnum>31)) return;
  if (wdtyp==3 && (wdnum<0 || wdnum>199)) return;

  /* Remove this widget from the list of displayed items */

  ii = 0;
  while (ii<512 && obj[ii].type>-1) {
    if (obj[ii].type!=0 && obj[ii].type==wdtyp) {
      if (obj[ii].type==1) {
        gbn = obj[ii].iob.btn;
        jj = gbn->num;
      } else if (obj[ii].type==2) {
        grb = obj[ii].iob.rbb;
        jj = grb->num;
      } else if (obj[ii].type==3) {
        gmu = obj[ii].iob.dmu;
        jj = gmu->num;
      }
      if (jj==wdnum) {
        obj[ii].type = 0;   /* This should be enough to cause this */
                            /* widget to be ignored. */
        ii = 100000;   /* Exit loop */
      }
    }
    ii++;
  }

  /* Remove this widget from the widget array */

  if (wdtyp==1) {
    if (btn[wdnum].num>-1 && btn[wdnum].num != wdnum)  {
       printf ("Logic Error 64 in gxrs1wd\n");
    }
    if (btn[wdnum].num>-1 && btn[wdnum].ch!=NULL) gree(btn[wdnum].ch,"f505");
    btn[wdnum].num = -1;
    btn[wdnum].ch = NULL;
  } else if (wdtyp==2) {
    if (rbb[wdnum].num>-1 && rbb[wdnum].num != wdnum) {
       printf ("Logic Error 65 in gxrs1wd\n");
    }
    rbb[wdnum].num = -1;
  } else if (wdtyp==3) {
    if (dmu[wdnum].num>-1 && dmu[wdnum].num != wdnum) {
       printf ("Logic Error 65 in gxrs1wd\n");
    }
    if (dmu[wdnum].num>-1 && dmu[wdnum].ch!=NULL) gree(dmu[wdnum].ch,"f506");
    dmu[wdnum].num = -1;
    dmu[wdnum].ch = NULL;
  }
}


/* Click ocurred over a button object. */

void gxevbn(struct gevent *geve, int iobj) {
struct gbtn *gbn;
int jj,c1,c2,i1,i2,j1,j2;

  /* Fill in button specific event info */

  geve->type = 1;
  gbn = obj[iobj].iob.btn;
  geve->info[0] = gbn->num;

  jj = gbn->num;
  if (btn[jj].state) {
    c1=btn[jj].otc1; c2=btn[jj].otc2;
    geve->info[1] = 0;
  } else {
    c1=btn[jj].oc1; c2=btn[jj].oc2;
    geve->info[1] = 1;
  }

  /* Redraw button outline as pressed, if appropriate
     (ie, if the outline colors are different) */

  i1=btn[jj].ilo; i2=btn[jj].ihi;
  j1=btn[jj].jlo; j2=btn[jj].jhi;
  if ( !(btn[jj].state && btn[jj].oc1==btn[jj].otc2 &&
         btn[jj].oc2==btn[jj].otc1)) {
    if (c2>-1 && c1>-1) {
      gxdwid(btn[jj].thk);
      gxdcol(c2);
      XDrawLine (display, win, gc, i1, j2, i2, j2);
      XDrawLine (display, win, gc, i2, j2, i2, j1);
      gxdcol(c1);
      XDrawLine (display, win, gc, i2, j1, i1, j1);
      XDrawLine (display, win, gc, i1, j1, i1, j2);
      XFlush(display);
    }
  }

  /* Wait for button release, and do final redraw
     of button with new state. */

  while (1) {
    XMaskEvent(display, ButtonReleaseMask | ButtonMotionMask, &report);
    if (report.type == ButtonRelease) break;
  }

  if (btn[jj].state) btn[jj].state=0;
  else btn[jj].state=1;
  gxdpbn (jj, NULL, 1, 1, -1);
  XFlush(display);
}

/* Click ocurred in a rubber-banded region.  */

void gxevrb(struct gevent *geve, int iobj, int i, int j) {
struct grbb *grb;
int i1,i2,j1,j2,i1o,j1o,i2o,j2o,xoflg,typ;
int ilo,ihi,jlo,jhi;

  i1o = i2o = j1o = j2o = 0;
  /* Get rest of event info */
  geve->type = 2;
  grb = obj[iobj].iob.rbb;
  geve->info[0] = grb->num;
  typ = grb->type;
  ilo = obj[iobj].i1;  ihi = obj[iobj].i2;
  jlo = obj[iobj].j1;  jhi = obj[iobj].j2;

  /* Set foreground color to something that will show up when Xor'd */

  XSetForeground(display, gc, cvals[0]^cvals[1]);
  XSetFunction(display, gc, GXxor);

  /* Loop on button motion, waiting for button release */

  xoflg = 0;
  while (1) {
    XMaskEvent(display, ButtonReleaseMask|ButtonMotionMask, &report);
    if (report.type==MotionNotify) {
      if (xoflg) {
        if (typ==1)
           XDrawRectangle(display, win, gc, i1o, j1o, i2o-i1o, j2o-j1o);
        else XDrawLine (display, win, gc, i1o, j1o, i2o, j2o);
      }
      if (iihi) i2 = ihi;
      if (j1jhi) j2 = jhi;
      if (typ==1) XDrawRectangle (display, win, gc, i1, j1, i2-i1, j2-j1);
      else XDrawLine (display, win, gc, i1, j1, i2, j2);
      i1o=i1; i2o=i2; j1o=j1; j2o=j2; xoflg = 1;
    } else break;
  }
  if (xoflg) {
    if (typ==1)
       XDrawRectangle(display, win, gc, i1o, j1o, i2o-i1o, j2o-j1o);
    else XDrawLine (display, win, gc, i1o, j1o, i2o, j2o);
  }
  XSetForeground(display, gc, cvals[lcolor]);
  XSetFunction(display, gc, GXcopy);
  XFlush(display);
  i1 = report.xbutton.x; j1 = report.xbutton.y;
  if (i1ihi) i1 = ihi;
  if (j1jhi) j1 = jhi;
  geve->rinfo[0] = xsize*((gadouble)i1)/width;
  geve->rinfo[1] = ysize - ysize*((gadouble)j1)/height;
}

/* Set up a rubber-band region.  */

void gxdrbb (gaint num, gaint type,
                   gadouble xlo, gadouble ylo, gadouble xhi, gadouble yhi, gaint mbc) {
struct grbb *prb;
struct gobj *pob;

  if (num<0 || num>31) return;
  if (xlo>=xhi) return;
  if (ylo>=yhi) return;

  if (dblmode) {
    if (obnum2>511) return;
    pob = &(obj2[obnum2]); obnum2++;
    prb = &(rbb2[num]);
  } else {
    if (obnum>511) return;
    pob = &(obj[obnum]); obnum++;
    prb = &(rbb[num]);
  }

  pob->type = 2;
  pob->mb = mbc;
  pob->i1 = (gaint)(xlo*xscl+0.5);
  pob->i2 = (gaint)(xhi*xscl+0.5);
  pob->j1 = height - (gaint)(yhi*yscl+0.5);
  pob->j2 = height - (gaint)(ylo*yscl+0.5);
  pob->iob.rbb = prb;
  prb->num = num;
  prb->xlo = xlo; prb->xhi = xhi;
  prb->ylo = ylo; prb->yhi = yhi;
  prb->type = type;
  prb->mb = mbc;
}

/* Handle drop menu.  Create new (temporary) window and
   put the text in it.  Window is destroyed when the mouse
   button is released.  */

static int dmrecu,dmi1[4],dmi2[4],dmj1[4],dmj2[4],dmnum[4],dmsel[4],dmcur[4];

int gxevdm(struct gevent *geve, int iobj, int ipos, int jpos) {
struct gdmu *gmu;
int i,j,iorig,jorig,ival,ilo,ihi,jlo,jhi,w,h,len,lw;

  geve->type = 3;
  gmu = obj[iobj].iob.dmu;

  /* Redraw base using toggled colors */
  i=0;
  ilo = gmu->ilo; ihi = gmu->ihi;
  jlo = gmu->jlo; jhi = gmu->jhi;
  w = ihi - ilo;
  h = jhi - jlo;
  j = jlo + h/2 - 1;
  if (gmu->tbc>-1 && gmu->tfc>-1) {
    if (gmu->tbc>-1) {
      gxdcol(gmu->tbc);
      XFillRectangle (display, drwbl, gc, ilo, jlo, w+1, h+1);
    }
    if (gmu->tfc>-1) {
      len = 0;
      while (*(gmu->ch+len)) len++;
/*    len++;*/
      gxdcol(gmu->tfc);
      if (gfont==1 && font1i) {
        XSetFont (display, gc, font1i->fid);
        w = XTextWidth(font1i, gmu->ch, len);
        i = ilo + font1i->ascent/2;
        j = j + 5*font1i->ascent/9;
      }
      if (gfont==2 && font2i) {
        XSetFont (display, gc, font2i->fid);
        w = XTextWidth(font2i, gmu->ch, len);
        i = ilo + font2i->ascent/2;
        j = j + 5*font2i->ascent/9;
      }
      if (gfont==3 && font3i) {
        XSetFont (display, gc, font3i->fid);
        w = XTextWidth(font3i, gmu->ch, len);
        i = ilo + font3i->ascent/2;
        j = j + 5*font3i->ascent/9;
      }
      XDrawString(display, drwbl, gc, i, j, gmu->ch, len);
    }
  }
  gxdwid(1);
  lw = 1;
  if (gmu->thk>5) lw = 2;
  if (gmu->thk>11) lw = 3;
  if (gmu->toc1>-1) {
    gxdcol(gmu->toc1);
    XDrawLine (display, drwbl, gc, ilo, jhi, ihi, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jhi-1, ihi-1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jhi-2, ihi-2, jhi-2);
    XDrawLine (display, drwbl, gc, ihi, jhi, ihi, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jhi-1, ihi-1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jhi-2, ihi-2, jlo+2);
  }
  if (gmu->toc2>-1) {
    gxdcol(gmu->toc2);
    XDrawLine (display, drwbl, gc, ihi, jlo, ilo, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jlo+1, ilo+1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jlo+2, ilo+2, jlo+2);
    XDrawLine (display, drwbl, gc, ilo, jlo, ilo, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jlo+1, ilo+1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jlo+2, ilo+2, jhi-2);
  }

  /* Set up and display first menu */

  iorig = obj[iobj].i1;
  jorig = obj[iobj].j2;

  dmrecu = -1;
  for (i=0; i<4; i++) {
    dmi1[i] = -1; dmi2[i] = -1; dmj1[i] = -1; dmj2[i] = -1;
    dmnum[i] = -1; dmsel[i] = -1;
  }

  ival = gxpopdm (gmu, iobj, iorig, iorig, jorig);

  /* Display base in standard colors */

  gxdsfn();
  w = ihi - ilo;
  h = jhi - jlo;
  j = jlo + h/2 - 1;
  if (gmu->bc>-1 && gmu->fc>-1) {
    if (gmu->bc>-1) {
      gxdcol(gmu->bc);
      XFillRectangle (display, drwbl, gc, ilo, jlo, w+1, h+1);
    }
    if (gmu->fc>-1) {
      len = 0;
      while (*(gmu->ch+len)) len++;
/*    len++;*/
      gxdcol(gmu->fc);
      if (gfont==1 && font1i) {
        XSetFont (display, gc, font1i->fid);
        w = XTextWidth(font1i, gmu->ch, len);
        i = ilo + font1i->ascent/2;
        j = j + 5*font1i->ascent/9;
      }
      if (gfont==2 && font2i) {
        XSetFont (display, gc, font2i->fid);
        w = XTextWidth(font2i, gmu->ch, len);
        i = ilo + font2i->ascent/2;
        j = j + 5*font2i->ascent/9;
      }
      if (gfont==3 && font3i) {
        XSetFont (display, gc, font3i->fid);
        w = XTextWidth(font3i, gmu->ch, len);
        i = ilo + font3i->ascent/2;
        j = j + 5*font3i->ascent/9;
      }
      XDrawString(display, drwbl, gc, i, j, gmu->ch, len);
    }
  }
  gxdwid(gmu->thk);
  if (gmu->oc1>-1) {
    gxdcol(gmu->oc1);
    XDrawLine (display, drwbl, gc, ilo, jhi, ihi, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jhi-1, ihi-1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jhi-2, ihi-2, jhi-2);
    XDrawLine (display, drwbl, gc, ihi, jhi, ihi, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jhi-1, ihi-1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jhi-2, ihi-2, jlo+2);
  }
  if (gmu->oc2>-1) {
    gxdcol(gmu->oc2);
    XDrawLine (display, drwbl, gc, ihi, jlo, ilo, jlo);
    if (lw>1) XDrawLine (display, drwbl, gc, ihi-1, jlo+1, ilo+1, jlo+1);
    if (lw>2) XDrawLine (display, drwbl, gc, ihi-2, jlo+2, ilo+2, jlo+2);
    XDrawLine (display, drwbl, gc, ilo, jlo, ilo, jhi);
    if (lw>1) XDrawLine (display, drwbl, gc, ilo+1, jlo+1, ilo+1, jhi-1);
    if (lw>2) XDrawLine (display, drwbl, gc, ilo+2, jlo+2, ilo+2, jhi-2);
  }
  XFlush(display);
  for (i=0; i<4; i++) if (dmsel[i]<0) dmnum[i] = -1;
  geve->info[0] = dmnum[0];
  geve->info[1] = dmsel[0];
  geve->info[2] = dmnum[1];
  geve->info[3] = dmsel[1];
  geve->info[4] = dmnum[2];
  geve->info[5] = dmsel[2];
  geve->info[6] = dmnum[3];
  geve->info[7] = dmsel[3];
  return (ival);
}

/* pull-down menu */

int gxpopdm(struct gdmu *gmu, int iobj, int porig, int iorig, int jorig) {
int flag,i,j,cnt,len,maxw,w=0,h=0,absx,absy,enter;
int item=0,itemold,jmin,jmax,imin,imax,isiz,jsiz,j1,j2,dmflag,ii;
int pimin=0,pjmin=0,pisiz=0,pjsiz=0,ptrs[200],eflag,lln,cascf,ecnt,itt,itt2;
unsigned long lw;
char *ch,ich[5];
Pixmap tpmap=0;
Window pop, dummy;
GC gcp;

  dmrecu++;
  cnt = 0;
  ch = gmu->ch;
  len = 0;
  i = 0;
  if (dmrecu==0) {
    while (*(ch+len)) len++;
    ch = ch+len+1;
    i = len+1;
  }
  maxw = 0;
  cascf = 0;
  while (ilen) {
    len = 0;
    lln = 0;
    ptrs[cnt] = -1;
    eflag = 1;
    while (*(ch+len)) {
      if (i+len+4len && *(ch+len)=='>' &&
           (*(ch+len+1)>='0' && *(ch+len+1)<='9') &&
           (*(ch+len+2)>='0' && *(ch+len+2)<='9') &&
            *(ch+len+3)=='>') {
        ich[0] = *(ch+len+1);
        ich[1] = *(ch+len+2);
        ich[2] = '\0';
        ptrs[cnt] =  atoi(ich);
        eflag = 0;
        lln--;
        cascf = 1;
      }
      if (i+len+5len && *(ch+len)=='>' &&
           (*(ch+len+1)>='0' && *(ch+len+1)<='1') &&
           (*(ch+len+2)>='0' && *(ch+len+2)<='9') &&
           (*(ch+len+3)>='0' && *(ch+len+3)<='9') &&
            *(ch+len+4)=='>') {
        ich[0] = *(ch+len+1);
        ich[1] = *(ch+len+2);
        ich[2] = *(ch+len+3);
        ich[3] = '\0';
        ptrs[cnt] =  atoi(ich);
        eflag = 0;
        lln--;
        cascf = 1;
      }
      len++;
      if (eflag) lln++;
    }
    if (gfont==1 && font1i) {
      w = XTextWidth(font1i, ch, lln);
      h = font1i->ascent;
    }
    if (gfont==2 && font2i) {
      w = XTextWidth(font2i, ch, lln);
      h = font2i->ascent;
    }
    if (gfont==3 && font3i) {
      w = XTextWidth(font3i, ch, lln);
      h = font3i->ascent;
    }
    w = w + h;
    if (w>maxw) maxw = w;
    ch = ch+len+1;
    i = i+len+1;
    cnt++;
  }
  if (cascf) {
    ich[0] = 'x'; ich[1] = 'x'; ich[2] = 'x'; ich[3] = 'x';
    if (gfont==1 && font1i) w = XTextWidth(font1i, ich, 3);
    if (gfont==2 && font2i) w = XTextWidth(font2i, ich, 3);
    if (gfont==3 && font3i) w = XTextWidth(font3i, ich, 3);
    maxw = maxw + w;
  }
  h = h*2;
  jsiz = h * cnt;
  isiz = maxw;
  imin = iorig; imax = imin + isiz;
  jmin = jorig; jmax = jmin + jsiz;
  if (imax > width) {
    if (cascf) imax = iorig - isiz;
/*    else imax = width;*/
    else imax = porig;
    imin = imax - isiz;
  }
  if (jmax > height) {
    jmax = height;
    jmin = jmax - jsiz;
  }

  dmi1[dmrecu] = imin; dmi2[dmrecu] = imax;
  dmj1[dmrecu] = jmin; dmj2[dmrecu] = jmax;
  dmnum[dmrecu] = gmu->num;

  xsetw.save_under = 1;
  if (!bsflg) {
    tpmap = XCreatePixmap (display, win, isiz, jsiz, depth);
    XSync(display, 0);
    if (tpmap) {
       pimin = imin; pjmin = jmin; pisiz = isiz; pjsiz = jsiz;
       XCopyArea (display, win, tpmap, gc, pimin, pjmin, pisiz, pjsiz, 0, 0);
    }
  }
  pop = XCreateWindow(display, win, imin, jmin, isiz, jsiz, 0,
        CopyFromParent, CopyFromParent, CopyFromParent,
        CWSaveUnder, &xsetw);
  XSelectInput(display, pop, ButtonReleaseMask | ButtonPressMask |
      ButtonMotionMask | ExposureMask | StructureNotifyMask);
  gcp = XCreateGC(display, pop, 0L, &values);
  XSetForeground(display, gcp, cvals[1]);
  lw = 1;
  if (gmu->thk>5) lw = 2;
  if (gmu->thk>11) lw = 3;
  XSetLineAttributes(display, gcp, lw, LineSolid,
                     CapButt, JoinBevel);
  XMapWindow(display, pop);
  flag = 1;
  while (flag)  {
    XMaskEvent(display, ExposureMask | StructureNotifyMask, &report);
    switch  (report.type) {
    case Expose:
      if (report.xexpose.count != 0) break;
      else flag = 0;
      break;
    case ConfigureNotify:
      break;
    }
  }
  if (gmu->bbc>-1) {
    XSetForeground(display, gcp, cvals[gmu->bbc]);
    XFillRectangle (display, pop, gcp, 0, 0, isiz, jsiz);
  }
  if (gmu->boc1 > -1) {
    XSetForeground(display, gcp, cvals[gmu->boc1]);
    XDrawLine (display, pop, gcp, 0, jsiz-1, isiz-1, jsiz-1);
    XDrawLine (display, pop, gcp, isiz-1, jsiz-1, isiz-1, 0);
  }
  if (gmu->boc2 > -1) {
    XSetForeground(display, gcp, cvals[gmu->boc2]);
    XDrawLine (display, pop, gcp, isiz-1, 0, 0, 0);
    XDrawLine (display, pop, gcp, 0, 0, 0, jsiz-1);
  }
  if (gfont==1 && font1i) XSetFont (display, gcp, font1i->fid);
  if (gfont==2 && font2i) XSetFont (display, gcp, font2i->fid);
  if (gfont==3 && font3i) XSetFont (display, gcp, font3i->fid);
  cnt = 0;
  ch = gmu->ch;
  len = 0;
  i=0;
  if (dmrecu==0) {
    while (*(ch+len)) len++;
    ch = ch+len+1;
    i = len+1;
  }
  while (ilen) {
    len = 0;
    lln = 0;
    eflag = 1;
    while (*(ch+len)) {
      if (i+len+4len && *(ch+len)=='>' &&
           (*(ch+len+1)>='0' && *(ch+len+1)<='9') &&
           (*(ch+len+2)>='0' && *(ch+len+2)<='9') &&
            *(ch+len+3)=='>') {
        eflag = 0;
      }
      if (i+len+5len && *(ch+len)=='>' &&
           (*(ch+len+1)>='0' && *(ch+len+1)<='1') &&
           (*(ch+len+2)>='0' && *(ch+len+2)<='9') &&
           (*(ch+len+3)>='0' && *(ch+len+3)<='9') &&
            *(ch+len+4)=='>') {
        eflag = 0;
      }
      len++;
      if (eflag) lln++;
    }
    if (gfont==1 && font1i) {
      w = XTextWidth(font1i, ch, lln);
    }
    if (gfont==2 && font2i) {
      w = XTextWidth(font2i, ch, lln);
    }
    if (gfont==3 && font3i) {
      w = XTextWidth(font3i, ch, lln);
    }
    j1 = h/4;
    j2 = (cnt+1)*h - h/3;
    XSetForeground(display, gcp, cvals[gmu->bfc]);
    XDrawString(display, pop, gcp, j1, j2, ch, lln);
    if (ptrs[cnt]>-1) {
      j1 = h/5;
      j2 = (cnt+1)*h - h/2;
      if (gmu->soc2 > -1) {
        XSetForeground(display, gcp, cvals[gmu->soc2]);
        XDrawLine (display, pop, gcp, isiz-j1*3, j2+j1, isiz-j1*3, j2-j1);
        XDrawLine (display, pop, gcp, isiz-j1*3, j2-j1, isiz-j1, j2);
      }
      if (gmu->soc1 > -1) {
        XSetForeground(display, gcp, cvals[gmu->soc1]);
        XDrawLine (display, pop, gcp, isiz-j1, j2, isiz-j1*3, j2+j1);
      }
    }
    ch = ch+len+1;
    i = i+len+1;
    cnt++;
  }
  itemold = -1;
  enter = 1;

  XTranslateCoordinates (display, win, RootWindow (display, snum), 0, 0,
			      &absx, &absy, &dummy);

  /* Follow pointer around.  If it lands on another drop-menu
     header, exit to draw that one instead.  */

  dmflag = -999;
  ecnt = 0;
  while (1) {
    XMaskEvent(display, ButtonPressMask | ButtonReleaseMask | ButtonMotionMask, &report);
    if (report.type == ButtonPress || enter == 1) {
      i = report.xbutton.x_root;
      j = report.xbutton.y_root;
      i -= absx;
      j -= absy;
      item = (j-jmin)/h;
      if (i>imax || ijmax || j -1 && ptrs[item] > -1) {
        j1 = item*h+1;
        dmcur[dmrecu] = item;
        itt = ptrs[item];
        if (dmu[itt].num == itt) {
          dmflag = gxpopdm( &(dmu[ptrs[item]]), iobj, imin, imax, j1+jmin);
          if (dmflag != -99) {
            if (dmsel[dmrecu+1]<1) {
              item = -2;
              itemold = -2;
            }
          }
        }
      }
      dmflag = -999;
      itemold = item;
      if(enter == 1) {
        enter = 0;
      } else {
        break;
      }
    }
    if (report.type == ButtonRelease && item > -1) break;
    if (report.type == MotionNotify) {
      i = report.xmotion.x;
      j = report.xmotion.y;
      i = report.xmotion.x_root;
      j = report.xmotion.y_root;
      i -= absx;
      j -= absy;
      if (i>imax || ijmax || j0) {
          for (itt=0; itt=dmi1[itt] && i<=dmi2[itt] &&
                j>=dmj1[itt] && j<=dmj2[itt]  ) {
              itt2 = (j-dmj1[itt])/h;
              if (itt2 != dmcur[itt]) {
                dmflag = -99;
                itt = 999;
              }
            }
          }
        }
      }
      else item = (j-jmin)/h;
      if (dmflag == -99) {itemold = -1; break; }
      if (item!=itemold) {
        if (item>-1) {
          j1 = item*h+lw; j2 = (item+1)*h-lw-1;
          if (gmu->soc2 > -1) {
            XSetForeground(display, gcp, cvals[gmu->soc2]);
            XDrawLine (display, pop, gcp, lw, j1, lw, j2);
            XDrawLine (display, pop, gcp, lw, j1, isiz-lw-1, j1);
          }
          if (gmu->soc1 > -1) {
            XSetForeground(display, gcp, cvals[gmu->soc1]);
            XDrawLine (display, pop, gcp, isiz-lw-1, j1, isiz-lw-1, j2);
            XDrawLine (display, pop, gcp, lw, j2, isiz-lw-1, j2);
          }
          if (ptrs[item]>-1) {
            j1 = h/5;
            j2 = (item+1)*h - h/2;
            if (gmu->soc1 > -1) {
              XSetForeground(display, gcp, cvals[gmu->soc1]);
              XDrawLine (display, pop, gcp, isiz-j1*3, j2+j1, isiz-j1*3, j2-j1);
              XDrawLine (display, pop, gcp, isiz-j1*3, j2-j1, isiz-j1, j2);
            }
            if (gmu->soc2 > -1) {
              XSetForeground(display, gcp, cvals[gmu->soc2]);
              XDrawLine (display, pop, gcp, isiz-j1, j2, isiz-j1*3, j2+j1);
            }
          }
          ecnt = 0;
        }
        if (itemold>-1) {
          j1 = itemold*h+lw; j2 = (itemold+1)*h-lw-1;
          if (gmu->bbc > -1) {
            XSetForeground(display, gcp, cvals[gmu->bbc]);
            XDrawLine (display, pop, gcp, lw, j1, lw, j2);
            XDrawLine (display, pop, gcp, lw, j1, isiz-lw-1, j1);
            XDrawLine (display, pop, gcp, isiz-lw-1, j1, isiz-lw-1, j2);
            XDrawLine (display, pop, gcp, lw, j2, isiz-lw-1, j2);
          }
          if (ptrs[itemold]>-1) {
            j1 = h/5;
            j2 = (itemold+1)*h - h/2;
            if (gmu->soc2 > -1) {
              XSetForeground(display, gcp, cvals[gmu->soc2]);
              XDrawLine (display, pop, gcp, isiz-j1*3, j2+j1, isiz-j1*3, j2-j1);
              XDrawLine (display, pop, gcp, isiz-j1*3, j2-j1, isiz-j1, j2);
            }
            if (gmu->soc1 > -1) {
              XSetForeground(display, gcp, cvals[gmu->soc1]);
              XDrawLine (display, pop, gcp, isiz-j1, j2, isiz-j1*3, j2+j1);
            }
          }
          ecnt = 0;
        }
      }
      if (ecnt > 3 && item > -1 && item==itemold && ptrs[item] > -1) {
        j1 = itemold*h+1;
        dmcur[dmrecu] = item;
        itt = ptrs[item];
        if (dmu[itt].num == itt) {
          dmflag = gxpopdm( &(dmu[ptrs[item]]), iobj, imin, imax, j1+jmin);
          if (dmflag != -99) {
            if (dmsel[dmrecu+1]<1) {
              item = -2;
              itemold = -2;
            }
            break;
          }
          dmflag = -999;
        }
      }
      if (item==itemold) ecnt++;
      itemold = item;
      if (item==-1) {
        ii = 0;
        while (ii<512 && obj[ii].type>-1) {
          if (ii != iobj && obj[ii].type==3 &&
              i>obj[ii].i1 && iobj[ii].j1 && j -1) break;
    }
  }
  dmsel[dmrecu] = itemold + 1;
  if (ptrs[itemold]>-1 && dmsel[dmrecu+1]<0) dmsel[dmrecu] = -1;
  XUnmapWindow(display,pop);
  XDestroyWindow(display,pop);
  if (!bsflg) {
    if (tpmap) {
      XCopyArea (display, tpmap, win, gc, 0, 0, pisiz, pjsiz, pimin, pjmin);
      XFreePixmap (display, tpmap);
    }
    excnt++;
  }
  XFlush(display);
  dmrecu--;
  return (dmflag);
}

/* Handle dialog box.  A new, temporary window is created,
   and text input is allowed.  Window is destroyed as soon as
   the enter key is detected.  */

/* modified 102400 by love to support user settings for window with editing. */

char *gxdlg (struct gdlg *qry) {
int flag,i,j,cnt,len,w,h=0,rlen,plen,tlen;
int dflag,cn,c0,c1,c2,i1,i2=0,ii,w1=0,w2=0,cflag,eflag,pflag;
int jmin,imin,isiz,jsiz,j1,j2;
int n0,n1,n2,n3,n4,n5,n6,n7,p0,p1,p2,p3,p4,p5,p6,pl=0;
Time lastBtnDown;
char *tch,buff[80],*rch,ch[1],*pch;
KeySym keysym;
int pimin,pjmin,pisiz,pjsiz;
Pixmap tpmap=0, wmap=0;
Window pop;
GC gcp;

  pch = (char *)malloc(512);
  if (pch==NULL) {
    printf ("Memory Allocation Error: Dialog Box\n");
    return ('\0');
  }
  tch = (char *)malloc(512);
  if (tch==NULL) {
    printf ("Memory Allocation Error: Dialog Box\n");
    return ('\0');
  }
  rch = (char *)malloc(512);
  if (rch==NULL) {
    printf ("Memory Allocation Error: Dialog Box\n");
    return ('\0');
  }
  plen = 0;
  rlen = 0;

  XSelectInput(display, win, ButtonReleaseMask | ButtonPressMask |
      ButtonMotionMask | ExposureMask | StructureNotifyMask);

/* Check for a '|' and split the input string into a prompt and
   an initial string.  Check for a '\' or '/' to split the line */
  len = 0;
  if (qry->ch) while (*(qry->ch+len)) len++;
  flag = 0;
  pflag = 0;
  c0 = 0;
  c1 = 0;
  c2 = 0;
  for (i = 0; ich+i);
    if ((*(qry->ch+i) == '|' || *(qry->ch+i) == '/') && pflag == 0) {
      c1 = i + 1; 
      strcpy(pch,tch);
      pflag = i;
    }
    if (*(qry->ch+i) == '/' && flag == 0) flag = i;
  }
  plen = c1;
  if (*(pch) == '|' || *(pch) == '/') {*(pch) = '\0'; plen = 0;}
  if (*(pch+pflag) == '|' || *(pch+pflag) == '/') *(pch+pflag) = ' ';
  *(pch+c1) = '\0';
  
/* Define input string */
  for (i = 0; ix<0 &&qry->y<0 &&qry->h<0 &&qry->w<0)
    dflag = 1;
  else if (flag)
    dflag = 2; 
  else 
    dflag = 0;
 
  if (pflag && !flag) c0 = c1;
  if (dflag == 1 ) c0 = 0;
  
/* Set width and height of dialog box */
  if (gfont==1 && font1i) {
    if (pch) w1 = XTextWidth(font1i, pch, plen);
    else w1 = 0;
    h = font1i->ascent;
  }
  if (gfont==2 && font2i) {
    if (pch) w1 = XTextWidth(font2i, pch, plen);
    else w1 = 0;
    h = font2i->ascent;
  }
  if (gfont==3 && font3i) {
    if (pch) w1 = XTextWidth(font3i, pch, plen);
    else w1 = 0;
    h = font3i->ascent;
  }
  if (gfont==1 && font1) {
    if (tch) w2 = XTextWidth(font1, tch, tlen);
    else w2 = 0;
    h = font1->ascent;
  }
  if (gfont==2 && font2) {
    if (tch) w2 = XTextWidth(font2, tch, tlen);
    else w2 = 0;
    h = font2->ascent;
   }
   if (gfont==3 && font3) {
    if (tch) w1 = XTextWidth(font3, tch, tlen);
    else w2 = 0;
    h = font3->ascent;
  }
  if (flag) w = ((w1)>(w2))?(w1):(w2);
  else w = w1 + w2;
  if (flag) h = h*1.8;


/* Convert box size to pixels */
  if (qry->h == -1 ) {
    jsiz = h*5;
    if (jsiz>height) jsiz = height*3/4;
  }
  else jsiz = (int)(qry->h*yscl+0.5);
  if (qry->h == 0 ) jsiz = h*1.8;
  
  if (qry->w == -1 ) isiz = width*2/3;
  else isiz = (int)(qry->w*xscl+0.5);
  if (qry->w == 0 ) isiz = w+h*1.5;
  
  if (qry->x == -1 ) imin = (width-isiz)/2;
  else imin = qry->x*xscl+0.5-isiz/2;
  
  if (qry->y == -1 ) jmin = (height-jsiz)/2;
  else jmin = height - (qry->y*yscl+0.5+jsiz/2);
  pimin = imin; pjmin = jmin; pisiz = isiz; pjsiz = jsiz;
  
  xsetw.save_under = 1;
  if (!bsflg) {
    wmap = XCreatePixmap (display, win, width, height, depth);
    XSync(display, 0);
    if (wmap) {
       XCopyArea (display, win, wmap, gc, 0, 0, width, height, 0, 0);
    }
  }
  pop = XCreateWindow(display, win, pimin, pjmin, pisiz, pjsiz, 0,
        CopyFromParent, CopyFromParent, CopyFromParent,
        CWSaveUnder, &xsetw);
  XSelectInput(display, pop, ExposureMask | StructureNotifyMask | KeyPressMask);
  gcp = XCreateGC(display, pop, 0L, &values);
  if (qry->oc > -1) cn = qry->oc;
  else cn = 1;
  XSetForeground(display, gcp, cvals[cn]);
  XSetLineAttributes(display, gcp, 0L, LineSolid,
                     CapButt, JoinBevel);
  XMapWindow(display, pop);
  flag = 1;
  while (flag)  {
    XMaskEvent(display, ExposureMask | StructureNotifyMask, &report);
    switch  (report.type) {
    case Expose:
      if (report.xexpose.count != 0) break;
      else flag = 0;
      break;
    case ConfigureNotify:
      break;
    }
  }

/* Draw dialog box and text */
  if (dflag == 1 && plen == 0) {
    plen = tlen;
    strcpy(pch,tch);
    tlen = 0;
    *(tch) = '\0';
  }
  if (qry->bc > -1) cn = qry->bc;
  else cn = 15;
  XSetForeground(display, gcp, cvals[cn]);
  XFillRectangle (display, pop, gcp, 0, 0, pisiz, pjsiz);
  if (qry->oc > -1) cn = qry->oc;
  else cn = 1;
  XSetForeground(display, gcp, cvals[cn]);
  XDrawRectangle (display, pop, gcp, 0, 0, pisiz-1, pjsiz-1);
  if (qry->th > 5) XDrawRectangle (display, pop, gcp, 1, 1, pisiz-3, pjsiz-3);
  if (qry->fc > -1) cn = qry->fc;
  else cn = 0;
  XSetForeground(display, gcp, cvals[cn]);
  if (dflag) {
    if (gfont==1 && font1i) XSetFont (display, gcp, font1i->fid);
    if (gfont==2 && font2i) XSetFont (display, gcp, font2i->fid);
    if (gfont==3 && font3i) XSetFont (display, gcp, font3i->fid);
    i = (isiz-w)/2;
    if (dflag == 1) {
      j = h*2;
    } else {
      j = jsiz*3/7;
    }
    XSetForeground(display, gcp, cvals[0]);
    if (plen>0) XDrawString(display, pop, gcp, i, j, pch, plen);
    if (qry->pc > -1) cn = qry->pc;
    else cn = 1;
    XSetForeground(display, gcp, cvals[cn]);
    if (plen>0) XDrawString(display, pop, gcp, i-1, j-1, pch, plen);
    if (gfont==1 && font1) XSetFont (display, gcp, font1->fid);
    if (gfont==2 && font2) XSetFont (display, gcp, font2->fid);
    if (gfont==3 && font3) XSetFont (display, gcp, font3->fid);
    if (dflag == 1) {
      j = h*4;
      j1 = h*2+1;
      j2 = jsiz-j1-1;
    } else {
      j = jsiz*6/7;
      j1 = jsiz*1/2;
      j2 = jsiz -j1 -1;
    }
    if (qry->fc > -1) cn = qry->fc;
    else cn = 0;
    XSetForeground(display, gcp, cvals[cn]);
    if (gfont==1 && font1) XSetFont (display, gcp, font1->fid);
    if (gfont==2 && font2) XSetFont (display, gcp, font2->fid);
    if (gfont==3 && font3) XSetFont (display, gcp, font3->fid);
    if (tlen>0) XDrawString(display, pop, gcp, i, j, tch, tlen);
    strcpy(rch,tch);
    rlen = tlen;
  } else {
    if (gfont==1 && font1) XSetFont (display, gcp, font1->fid);
    if (gfont==2 && font2) XSetFont (display, gcp, font2->fid);
    if (gfont==3 && font3) XSetFont (display, gcp, font3->fid);
    j1 = 1;
    j2 = jsiz -j1 -1;
    j = (j1+j2+h-1)/2;
    if (pflag) {
      i = h/2;
      strcpy(rch,pch);
      strcat(rch,tch);
      rlen = plen + tlen;
      if (rlen>0) XDrawString(display, pop, gcp, i, j, rch, rlen);
    } else {
      i = (isiz-w)/2;
      if (tlen>0) XDrawString(display, pop, gcp, i, j, tch, tlen);
      strcpy(rch,tch);
      rlen = tlen;
    }    
  }

  if (!bsflg) {
    tpmap = XCreatePixmap (display, pop, pisiz, pjsiz, depth);
    XSync(display, 0);
    if (tpmap) {
       XCopyArea (display, pop, tpmap, gc, 0, 0, pisiz, pjsiz, 0, 0);
    }
  }

/* Loop on edit session and exit on Enter */
  c1 = rlen;
  c2 = rlen;
  cflag = 0;
  eflag = 0;
  for (i=0; i<512; i++) *(tch+i) = '\0';
  lastBtnDown = 0;
  while (1) {
    XMaskEvent(display, ButtonReleaseMask | ButtonPressMask |
         ButtonMotionMask | KeyPressMask | ExposureMask | StructureNotifyMask, &report);
   
/*mf 980112
  explicit cast of report to make it work on the NERSC j90
  this is NOT correct for X11R6.3
mf*/

    if (report.type == NoExpose) continue;

    if (report.type == Expose || report.type == GraphicsExpose) {
      if (excnt>0) excnt--;
      if (!bsflg) {
        if (wmap && report.type == Expose) {
          XCopyArea (display, wmap, win, gc, 0, 0, width, height, 0, 0);
        }
        if (tpmap) {
          XCopyArea (display, tpmap, pop, gc, 0, 0, pisiz, pjsiz, 0, 0);
        }
      }
      XFlush(display);
    }
    if (!bsflg && report.type != Expose && report.type != GraphicsExpose && tpmap) {
      XFreePixmap (display, tpmap); 
      tpmap = (Pixmap) NULL;
    }
    if (report.type == ButtonPress && report.xbutton.time < lastBtnDown + 300) {
      c1 = c0;
      c2 = rlen;
      i1 = (isiz-w)/2;
      i2 = (isiz+w)/2;
      cflag = 1;
    } else if (report.type == ButtonPress && rlen>0) {
      i1 = report.xbutton.x - imin;
      if (2*i1 > isiz-w && 2*i1 < isiz+w) c1 = (i1 - (isiz-w)/2 + 4)*rlen/w;
      if (2*i1 <= isiz-w) c1 = 0;
      if (2*i1 >= isiz+w) c1 = rlen; 
      if (2*i1 <= isiz-w) i1 = (isiz-w)/2; 
      if (2*i1 >= isiz+w) i1 = (isiz+w)/2; 
      if (c1 < c0) c1 = c0;
      c2 = c1;
      lastBtnDown = report.xbutton.time;
    } else if ((report.type == ButtonRelease || report.type == MotionNotify) && rlen>0 && cflag==0) {
      i2 = report.xbutton.x - imin;
      if (2*i2 > isiz-w && 2*i2 < isiz+w) c2 = (i2 - (isiz-w)/2 + 8)*rlen/w;
      if (2*i2 <= isiz-w) c2 = c0;
      if (2*i2 >= isiz+w) c2 = rlen; 
      if (2*i2 <= isiz-w) i2 = (isiz-w)/2; 
      if (2*i2 >= isiz+w) i2 = (isiz+w)/2; 
      if (c2 < c0) c2 = c0;
      cflag = 0;
    }
    if(rlen == 0) {
      i2 = isiz/2;
      i1 = isiz/2;
      c2 = c0;
      c1 = c0;
    }
    if (report.type ==  KeyPress) {
      cnt = XLookupString((XKeyEvent *)&report,buff,80,&keysym,NULL);
      if (cnt>0) {
        if (keysym==XK_Return || keysym==XK_Linefeed) {
          if (qry->nu == 1) {
            for (i=0; i= 'a' && *(tch+i) <= 'z' && *(tch+i) != 'e') n0=1;
              if (*(tch+i) >= 'A' && *(tch+i) <= 'Z' && *(tch+i) != 'E') n0=1;
              if (n0==1 && p0==0) p0 = i;
              if (n0==1) pl =i;
              if (*(tch+i) == '#') {n6++; p6=i+1;}
              if (*(tch+i) >= '0' && *(tch+i) <= '9') n7=1;
            }     
            if (n1==1 && p1==1) ii = 1; /* require digit before decimal  */    
            if (n1==1 && p1==2 && p2==1 && n2==1) ii = 1;
            if (n1==1 && p1==2 && p3==1 && n3==1) ii = 1;  
            if (n1==1 && p1==2 && p2==p4+1 && n2==2) ii = 1;
            if (n1==1 && p1==2 && p3==p4+1 && n3==2) ii = 1;  
            if (n1==1 && p1==2 && p2==p5+1 && n2==2) ii = 1;
            if (n1==1 && p1==2 && p3==p5+1 && n3==2) ii = 1;  
            if (n1>1) ii = 2; /* too many decimal points */
            if (n2>=1 && p2>p4+1 && n4==1) ii = 3; /* misplaced + sign in exponent */
            if (n2>=1 && p2>p5+1 && n5==1) ii = 3;
            if (n3>=1 && p3>p4+1 && n4==1) ii = 4; /* misplaced - sign in exponent */
            if (n3>=1 && p3>p5+1 && n5==1) ii = 4;           
            if (n2>=1 && p2>1 && n4+n5==0) ii = 5; /* misplaced + sign in number */
            if (n2>=1 && p2>1 && p2=1 && p2>1 && p2=1 && p3>1 && n4+n5==0) ii = 6; /* misplaced - sign in number */
            if (n3>=1 && p3>1 && p3=1 && p3>1 && p3p4 && n4==1) ii = 7; /* decimal in exponent */
            if (n1==1 && p1>p5 && n5==1) ii = 7;            
            if (n4>0 && p4==tlen) ii = 8; /* missing exponent value */
            if (n5>0 && p5==tlen) ii = 8;
            if (n4>0 && p4==tlen-1 && p2==tlen) ii = 8;
            if (n5>0 && p5==tlen-1 && p2==tlen) ii = 8;
            if (n4>0 && p4==tlen-1 && p3==tlen) ii = 8;
            if (n5>0 && p5==tlen-1 && p3==tlen) ii = 8;
            if (n7==0) ii = 9; /* missing number value */
            if (n4>0 && p4==1) ii = 9;
            if (n5>0 && p5==1) ii = 9;
            if (n4>0 && p4==2 && p1==1) ii = 9;
            if (n5>0 && p5==2 && p1==1) ii = 9;
            if (n4>0 && p4==2 && p2==1) ii = 9;
            if (n5>0 && p5==2 && p2==1) ii = 9;
            if (n4>0 && p4==2 && p3==1) ii = 9;
            if (n5>0 && p5==2 && p3==1) ii = 9;
            if (n2>2) ii = 10; /* too many '+' signs */
            if (n3>2) ii = 11; /* too many '-' signs */
            if (n4+n5>1) ii = 12; /* too many exponent symbols */
            if (n6>0) ii = 13; /* # sign still present, number not entered */
            if (n0>0) ii = 14; /* number includes an alpha char */
            if (ii>1) { /* calculate error indices to highlight */
              eflag = 1;
              if (ii==2) {c1 = p1-1; c2 = p1;}
              if (ii==3) {c1 = p2-1; c2 = p2;}
              if (ii==4) {c1 = p3-1; c2 = p3;}
              if (ii==5) {c1 = p2-1; c2 = p2;}
              if (ii==6) {c1 = p3-1; c2 = p3;}
              if (ii==7) {c1 = p1-1; c2 = p1;}
              if (ii==8) {c1 = tlen; c2 = tlen+1; 
                 *(tch+tlen)='#'; *(tch+tlen+1)='\0'; tlen++;}
              if (ii==9) {c1 = 0; c2 = 1; 
                  strcpy(rch,tch); *(tch)='#'; 
                 for (i=1; ip4) {c1 = p5-1; c2 = p5;}
                else {c1 = p4-1; c2 = p4;}
              }
              if (ii==13) {c1 = p6-1; c2 = p6;}
              if (ii==14) {c1 = p0-1; c2 = pl+1;}
              rlen = tlen+c0;
              if (pflag && !dflag) {
                c1 += plen; c2 += plen;
                strcpy(rch,tch);
                strcpy(tch,pch);
                strcat(tch,rch);
                rlen = strlen(tch);
              } 
              strcpy(rch,tch);
            
            } else {
              eflag = 0;
               if (ii==1) { /* insert zero digit before decimal  */ 
                strcpy(rch,tch);
                tlen++;
                ii = 0;
                for (i=0; ic0) {
          strcpy(tch,rch);
          ii = 0;
          for (i=c0; i= c1 && i < c2) continue;
            *(rch+ii) = *(tch+i);
            ii++;
          }
          rlen = ii;
          if (pflag && !dflag) {strcpy(tch,pch); strcat(tch,rch); strcpy(rch,tch); rlen+=plen;}
          *(rch+rlen) = '\0';
          c1--;
          c2 = c1;
        }
        if (keysym==XK_Delete) {
          strcpy(tch,rch);
          ii = 0;
          for (i=c0; i= c1 && i < c2) continue;
            *(rch+ii) = *(tch+i);
            ii++;
          }
          rlen = ii;
          if (pflag && !dflag) {strcpy(tch,pch); strcat(tch,rch); strcpy(rch,tch); rlen+=plen;}
          if (c1==rlen &&c1>0) c1--;
          *(rch+rlen) = '\0';
          c2 = c1;
        }
        if (keysym>=XK_space && keysym<=XK_asciitilde) {
          if (qry->nu == 1) {
            *(ch) = buff[0];
            if ((*ch>='0' && *ch<='9') || *ch=='+' || *ch=='-' || *ch=='.' || *ch=='e' || *ch=='E') ;
            else continue;
          }
          strcpy(tch,rch);
          rlen += c1-c2+1;
          ii = 0;
          for (i=0; ic0) {if (c1==c2) c2--; c1--;}
      if ((keysym==XK_KP_Right ||keysym==XK_Right) && c1c1) c2--; 
      if ((keysym==XK_KP_Up    ||keysym==XK_Up) && c2=0 && c1>=c2) {
      if (qry->bc > -1) cn = qry->bc;
      else cn = 15;
      XSetForeground(display, gcp, cvals[cn]);
      XFillRectangle (display, pop, gcp, 2, j1+1, isiz-4, j2-2);
      if (qry->fc > -1) cn = qry->fc;
      else cn = 0;
      XSetForeground(display, gcp, cvals[cn]);
      if (gfont==1 && font1) w = XTextWidth(font1, rch, rlen);
      if (gfont==2 && font2) w = XTextWidth(font2, rch, rlen);
      if (gfont==3 && font3) w = XTextWidth(font3, rch, rlen);
      if (w+h < isiz) i = (isiz-w)/2;
      else i = isiz-w-h/2;
      if (pflag && !dflag && w+h < isiz) i = h/2;
      if (c1>0) strncpy(tch,rch, (size_t) c1);
      *(tch+c1) = '\0';
      if (gfont==1 && font1) w1 = XTextWidth(font1, tch, c1);
      if (gfont==2 && font2) w1 = XTextWidth(font2, tch, c1);
      if (gfont==3 && font3) w1 = XTextWidth(font3, tch, c1);
      ii = i+w1;
      if (ii<=0) {
        i=-w1;
        XDrawString(display, pop, gcp, i, j, rch, rlen);
        XDrawString(display, pop, gcp, i, j, "|", 1);
      } else {
        XDrawString(display, pop, gcp, i, j, rch, rlen);
        XDrawString(display, pop, gcp, ii, j, "|", 1);
      }
    }
    if(c10) strncpy(tch,rch, (size_t) c1);
      *(tch+c1) = '\0';
      if (gfont==1 && font1) w1 = XTextWidth(font1, tch, c1);
      if (gfont==2 && font2) w1 = XTextWidth(font2, tch, c1);
      if (gfont==3 && font3) w1 = XTextWidth(font3, tch, c1);
      if (qry->bc > -1) cn = qry->bc;
      else cn = 15;
      XSetForeground(display, gcp, cvals[cn]);
      XFillRectangle (display, pop, gcp, 2, j1+1, isiz-4, j2-2);
      if (qry->fc > -1) cn = qry->fc;
      else cn = 0;
      XSetForeground(display, gcp, cvals[cn]);
      XDrawString(display, pop, gcp, i, j, tch, c1);
      
      for (ii=0; iifc > -1) cn = qry->fc;
      else cn = 0;
      if (eflag) cn = 2;
      XSetForeground(display, gcp, cvals[cn]);
      XFillRectangle (display, pop, gcp, i, j1+1, w2, j2-2);
      if (qry->bc > -1) cn = qry->bc;
      else cn = 15;
      XSetForeground(display, gcp, cvals[cn]);
      XDrawString(display, pop, gcp, i, j, tch, c2-c1);
      
      for (ii=0; iibc > -1) cn = qry->bc;
      else cn = 15;
      XSetForeground(display, gcp, cvals[cn]);
      XFillRectangle (display, pop, gcp, i, j1+1, isiz-i2, j2-2);
      if (qry->fc > -1) cn = qry->fc;
      else cn = 0;
      XSetForeground(display, gcp, cvals[cn]);
      XDrawString(display, pop, gcp, i, j, tch, rlen-c2);
      
      if (qry->oc > -1) cn = qry->oc;
      else cn = 1;
      XSetForeground(display, gcp, cvals[cn]);
      XDrawRectangle (display, pop, gcp, 0, 0, isiz-1, jsiz-1);
      if (qry->th > 5) XDrawRectangle (display, pop, gcp, 1, 1, isiz-3, jsiz-3);
    }
    for (i=0; i<512; i++) *(tch+i) = '\0';

    if (!bsflg && report.type != Expose && report.type != GraphicsExpose && !tpmap) {
      tpmap = XCreatePixmap (display, pop, pisiz, pjsiz, depth);
      XSync(display, 0);
      if (tpmap) {
         XCopyArea (display, pop, tpmap, gc, 0, 0, pisiz, pjsiz, 0, 0);
      }
    }
  }

/* Restore original screen */
  XUnmapWindow(display,pop);
  XDestroyWindow(display,pop);
  gxdsfn();
  XSelectInput(display, win, ButtonReleaseMask | ButtonPressMask |
      ButtonMotionMask | ExposureMask | StructureNotifyMask);
  if (!bsflg) {
    if (wmap) {
      XCopyArea (display, wmap, win, gc, 0, 0, width, height, 0, 0);
      XFreePixmap (display, wmap);
    }
    if (tpmap) {
      XFreePixmap (display, tpmap);
    }
    excnt++;
  }
  XFlush(display);
  
/* Remove '+' signs */
  if (qry->nu == 1) {
    strcpy(tch,rch);
    ii = 0;
    for (i=0; i199) return;
  if (!pfilld[frame]) {
    pmaps[frame] = XCreatePixmap (display, win, width, height, depth);
    if (pmaps[frame]==(Pixmap)NULL) {
      printf ("Error allocating pixmap for screen save operation\n");
      printf ("Screen will not be saved\n");
      return;
    }
    pfilld[frame] = 1;
  }
  XCopyArea (display, win, pmaps[frame], gc, 0, 0, width, height, 0, 0);
}

void gxdssh (int cnt) {
  if (batch) {
    printf("Error: the screen command does not work in batch mode\n");
    return;
  }
  if (cnt<0 || cnt>199) return;
  if (pfilld[cnt]) XCopyArea (display, pmaps[cnt], drwbl, gc, 0, 0, width, height, 0, 0);
}

void gxdsfr (int frame) {
  if (batch) {
    printf("Error: the screen command does not work in batch mode\n");
    return;
  }
  if (frame<0 || frame>199) return;
  if (pfilld[frame]) {
    XFreePixmap (display, pmaps[frame]);
    pfilld[frame] = 0;
  }
}

/* Routine to install stipple pixmaps to provide pattern fills for
   recf and polyf.  Choices include solid, dot, line and open.
   Check and line density can be controlled as well as line angle. */

void gxdptn (int typ, int den, int ang) {
unsigned char *bitmap_bits;
int bitmap_width, bitmap_height;
Pixmap stipple_pixmap;

  if (typ==0) {
    bitmap_bits = open_bitmap_bits;
    bitmap_width = open_bitmap_width;
    bitmap_height = open_bitmap_height;
  }
  else if (typ==1) {
    XSetFillStyle (display, gc, FillSolid);
    return;
  }
  else if (typ==2) {
    if (den==6) {
      bitmap_bits = dot_6_bitmap_bits;
      bitmap_width = dot_6_bitmap_width;
      bitmap_height = dot_6_bitmap_height;
    }
    else if (den==5) {
      bitmap_bits = dot_5_bitmap_bits;
      bitmap_width = dot_5_bitmap_width;
      bitmap_height = dot_5_bitmap_height;
    }
    else if (den==4) {
      bitmap_bits = dot_4_bitmap_bits;
      bitmap_width = dot_4_bitmap_width;
      bitmap_height = dot_4_bitmap_height;
    }
    else if (den==3) {
      bitmap_bits = dot_3_bitmap_bits;
      bitmap_width = dot_3_bitmap_width;
      bitmap_height = dot_3_bitmap_height;
    }
    else if (den==2) {
      bitmap_bits = dot_2_bitmap_bits;
      bitmap_width = dot_2_bitmap_width;
      bitmap_height = dot_2_bitmap_height;
    }
    else if (den==1) {
      bitmap_bits = dot_1_bitmap_bits;
      bitmap_width = dot_1_bitmap_width;
      bitmap_height = dot_1_bitmap_height;
    }
    else {
      printf ("Error in density specification: density = %d\n",den);
      return;
    }
  }
  else if (typ==3) {
    if (ang==0) {
      if (den==5) {
        bitmap_bits = line_0_5_bitmap_bits;
        bitmap_width = line_0_5_bitmap_width;
        bitmap_height = line_0_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_0_4_bitmap_bits;
        bitmap_width = line_0_4_bitmap_width;
        bitmap_height = line_0_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_0_3_bitmap_bits;
        bitmap_width = line_0_3_bitmap_width;
        bitmap_height = line_0_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_0_2_bitmap_bits;
        bitmap_width = line_0_2_bitmap_width;
        bitmap_height = line_0_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_0_1_bitmap_bits;
        bitmap_width = line_0_1_bitmap_width;
        bitmap_height = line_0_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==30) {
      if (den==5) {
        bitmap_bits = line_30_5_bitmap_bits;
        bitmap_width = line_30_5_bitmap_width;
        bitmap_height = line_30_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_30_4_bitmap_bits;
        bitmap_width = line_30_4_bitmap_width;
        bitmap_height = line_30_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_30_3_bitmap_bits;
        bitmap_width = line_30_3_bitmap_width;
        bitmap_height = line_30_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_30_2_bitmap_bits;
        bitmap_width = line_30_2_bitmap_width;
        bitmap_height = line_30_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_30_1_bitmap_bits;
        bitmap_width = line_30_1_bitmap_width;
        bitmap_height = line_30_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==45) {
      if (den==5) {
        bitmap_bits = line_45_5_bitmap_bits;
        bitmap_width = line_45_5_bitmap_width;
        bitmap_height = line_45_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_45_4_bitmap_bits;
        bitmap_width = line_45_4_bitmap_width;
        bitmap_height = line_45_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_45_3_bitmap_bits;
        bitmap_width = line_45_3_bitmap_width;
        bitmap_height = line_45_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_45_2_bitmap_bits;
        bitmap_width = line_45_2_bitmap_width;
        bitmap_height = line_45_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_45_1_bitmap_bits;
        bitmap_width = line_45_1_bitmap_width;
        bitmap_height = line_45_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==60) {
      if (den==5) {
        bitmap_bits = line_60_5_bitmap_bits;
        bitmap_width = line_60_5_bitmap_width;
        bitmap_height = line_60_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_60_4_bitmap_bits;
        bitmap_width = line_60_4_bitmap_width;
        bitmap_height = line_60_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_60_3_bitmap_bits;
        bitmap_width = line_60_3_bitmap_width;
        bitmap_height = line_60_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_60_2_bitmap_bits;
        bitmap_width = line_60_2_bitmap_width;
        bitmap_height = line_60_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_60_1_bitmap_bits;
        bitmap_width = line_60_1_bitmap_width;
        bitmap_height = line_60_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==-30) {
      if (den==5) {
        bitmap_bits = line_120_5_bitmap_bits;
        bitmap_width = line_120_5_bitmap_width;
        bitmap_height = line_120_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_120_4_bitmap_bits;
        bitmap_width = line_120_4_bitmap_width;
        bitmap_height = line_120_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_120_3_bitmap_bits;
        bitmap_width = line_120_3_bitmap_width;
        bitmap_height = line_120_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_120_2_bitmap_bits;
        bitmap_width = line_120_2_bitmap_width;
        bitmap_height = line_120_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_120_1_bitmap_bits;
        bitmap_width = line_120_1_bitmap_width;
        bitmap_height = line_120_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==-45) {
      if (den==5) {
        bitmap_bits = line_135_5_bitmap_bits;
        bitmap_width = line_135_5_bitmap_width;
        bitmap_height = line_135_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_135_4_bitmap_bits;
        bitmap_width = line_135_4_bitmap_width;
        bitmap_height = line_135_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_135_3_bitmap_bits;
        bitmap_width = line_135_3_bitmap_width;
        bitmap_height = line_135_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_135_2_bitmap_bits;
        bitmap_width = line_135_2_bitmap_width;
        bitmap_height = line_135_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_135_1_bitmap_bits;
        bitmap_width = line_135_1_bitmap_width;
        bitmap_height = line_135_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==-60) {
      if (den==5) {
        bitmap_bits = line_150_5_bitmap_bits;
        bitmap_width = line_150_5_bitmap_width;
        bitmap_height = line_150_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_150_4_bitmap_bits;
        bitmap_width = line_150_4_bitmap_width;
        bitmap_height = line_150_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_150_3_bitmap_bits;
        bitmap_width = line_150_3_bitmap_width;
        bitmap_height = line_150_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_150_2_bitmap_bits;
        bitmap_width = line_150_2_bitmap_width;
        bitmap_height = line_150_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_150_1_bitmap_bits;
        bitmap_width = line_150_1_bitmap_width;
        bitmap_height = line_150_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else if (ang==90||ang==-90) {
      if (den==5) {
        bitmap_bits = line_90_5_bitmap_bits;
        bitmap_width = line_90_5_bitmap_width;
        bitmap_height = line_90_5_bitmap_height;
      }
      else if (den==4) {
        bitmap_bits = line_90_4_bitmap_bits;
        bitmap_width = line_90_4_bitmap_width;
        bitmap_height = line_90_4_bitmap_height;
      }
      else if (den==3) {
        bitmap_bits = line_90_3_bitmap_bits;
        bitmap_width = line_90_3_bitmap_width;
        bitmap_height = line_90_3_bitmap_height;
      }
      else if (den==2) {
        bitmap_bits = line_90_2_bitmap_bits;
        bitmap_width = line_90_2_bitmap_width;
        bitmap_height = line_90_2_bitmap_height;
      }
      else if (den==1) {
        bitmap_bits = line_90_1_bitmap_bits;
        bitmap_width = line_90_1_bitmap_width;
        bitmap_height = line_90_1_bitmap_height;
      }
      else {
        printf ("Error in density specification: density = %d\n",den);
        return;
      }
    }
    else {
      printf ("Error in angle specification: angle = %d\n",ang);
      return;
    }
  }
  else {
    printf ("Error in fill specification: type = %d\n",typ);
    return;
  }

  if (typ>1) {
    stipple_pixmap = XCreateBitmapFromData(display, win, (char*)bitmap_bits,
		     bitmap_width, bitmap_height);
    XSetStipple(display, gc, stipple_pixmap);
    XSetFillStyle(display, gc, FillStippled);
  }
}

/*gl 980114 - function to save window info gl*/
/*
 * int
 * win_data ---  Saves current window information 
 */

int win_data (struct xinfo *xinf) {
  int absx, absy;
  Window dummy;
  XWindowAttributes result;

  if (display == (Display *) NULL || win == (Window) NULL) return 0;
  if (!XGetWindowAttributes (display, win, &result) ) return 0;
  if (!XTranslateCoordinates (display, win, RootWindow (display, snum), 0, 0,
			      &absx, &absy, &dummy) ) return 0;
  xinf->winid=(int)win;
  xinf->winw=result.width;  
  xinf->winh=result.height;  
  xinf->winb=result.border_width;
  xinf->winx=absx;  
  xinf->winy=absy;  
  return 1;
}
 
/* Given x,y page location, return screen pixel location */

void gxdgcoord (gadouble x, gadouble y, gaint *i, gaint *j) {
  if (batch) {
    *i = -999;
    *j = -999;
    return;
  }
  *i = (gaint)(x*xscl+0.5);
  *j = height - (gaint)(y*yscl+0.5);
}

void gxdimg(gaint *im, gaint imin, gaint jmin, gaint isiz, gaint jsiz) {
int i,j,col;

  if (batch) return;

  image = XGetImage(display, drwbl, imin, jmin, isiz, jsiz, AllPlanes, XYPixmap);
  if (image==NULL) {
    printf ("Unable to allocate image file for gxout imap. \n");
    return;
  }

  for (j=0; j
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include "gatypes.h"
#include "gx.h"

void *galloc(size_t,char *);
void gree();

/* The following variables are local to this file, and are used by
   all the routines in the file.    */

static char *datad = "/usr/local/lib/grads";
static gadouble xsize, ysize;                /* Virtual size       */
static gadouble rxsize, rysize;              /* Real size          */
static gaint lwflg;                          /* Reduce lw due vpage*/
static gadouble clminx,clmaxx,clminy,clmaxy; /* Clipping region    */
static gaint cflag;                          /* Clipping flag      */
static gaint mflag;                          /* mask flag          */
static gadouble dash[8];                     /* Linestyle pattern  */
static gaint dnum,lstyle;                    /* Current linestyle  */
static gaint color;                          /* Current color      */
static gaint lwide;                          /* Current linewidth  */
static gadouble oldx,oldy;                   /* Previous position  */
static gaint bufmod;                         /* Buffering mode     */
static gadouble xsave,ysave,alen,slen;       /* Linestyle constants*/
static gaint jpen,dpnt;
static gaint bcol;                           /* Background color   */
static gaint intflg;                         /* Batch flag         */
static gaint reds[256],grns[256],blus[256];  /* Save defined color info */
static void (*fconv) (gadouble, gadouble, gadouble *, gadouble *);
                                             /* fconv points to proj rnt  */
static void (*gconv) (gadouble, gadouble, gadouble *, gadouble *);
                                             /* gconv points to grid rnt  */
static void (*bconv) (gadouble, gadouble, gadouble *, gadouble *);
                                             /* gconv points to grid rnt  */
static char *mask;                           /* pointer to mask array */
static gaint maskflg;                        /* mask flag; -999 no mask yet,
                                                0 no mask used, 1 mask values set, -888 error  */
static gaint masksize;                       /* Size of mask array */
static gaint maskx;                          /* Size of a row in the array */

/* For STNDALN, routines included are gxgnam and gxgsym */
#ifndef STNDALN

/* Initialize graphics output  */
/* batch flag = 1, batch mode only (no graphics output) */

void gxstrt (gadouble xmx, gadouble ymx, gaint batch, gaint hbufsz) {
  gaint ii;

  printf ("GX Package Initialization: Size = %g %g \n",xmx,ymx);
  if (batch) printf ("Running in Batch mode\n");
  intflg = !batch;
  if (intflg) {
    gxdbgn (xmx, ymx);
    gxdcol (1);                             /* Initial device color    */
    gxdwid (1);                             /* Initial line width      */
  } else {
    gxdbat ();
  }
  rxsize = xmx;  rysize = ymx;
  clminx=0; clmaxx=xmx;                     /* Set clipping area       */
  clminy=0; clmaxy=ymx;
  xsave=0.0; ysave=0.0; lstyle=0; lwide = 1;
  oldx=0.0; oldy=0.0;
  fconv=NULL;                               /* No projection set up    */
  gconv=NULL;                               /* No grid scaling set up  */
  bconv=NULL;                               /* No back transform       */
  gxscal (0.0,xmx,0.0,ymx,0.0,xmx,0.0,ymx); /* Linear scaling=inches*/
  gxvpag (xmx,ymx,0.0,xmx,0.0,ymx);         /* Virtual page scaling */
  gxchii();                                 /* Init character plotting */
  bufmod=0;
  bcol = 0;                                 /* Background is black     */
  for (ii=0; ii<=255; ii++) reds[ii]=-999;
  gxhnew(rxsize,rysize,hbufsz);             /* Init hardcopy buffering */
  color = 1;
  mask = NULL; maskflg = -999;              /* Don't allocate mask until first use */
}

/* Terminate graphics output */

void gxend (void){                     /* Return screen to normal */
  gxhend();
  if (mask) free(mask);
  if (intflg) gxdend();
  printf ("GX package terminated \n");
}

/* Frame action.  Values for action are:
      0 -- new frame (clear display), wait before clearing.
      1 -- new frame, no wait.
      2 -- New frame in double buffer mode.  If not supported
           has same result as action=1.  Usage involves multiple
           calls with action=2 to obtain an animation effect.  
      7 -- new frame, but just clear graphics.  Do not clear  
           event queue; redraw buttons. 
      8 -- clear only the event queue.
      9 -- clear only the X request buffer */

void gxfrme (gaint action) {
gaint scol,i;

  if (action>7) { 
    if (intflg) gxdfrm(action);
    return;
  }
  gxmaskclear();
  if (intflg) {
    if (action==0) getchar();              /* Wait if requested    */
    if (action!=2&&bufmod) {
      gxdsgl ();
      bufmod=0;
    }
    if (action==2&&(!bufmod)) {
      gxddbl ();
      bufmod=1;
    }
    if (bufmod) gxdswp ();
    gxdfrm (action);
  }

  gxhfrm (action);                         /* Reset meta buffer */

  for (i=16; i<=255; i++) {
    if (reds[i]>-1) hout4i(-5,i,reds[i],grns[i],blus[i]);
  }
  if (bcol>0) {
    scol = color;
    gxcolr(bcol);
    color = scol;
    gxrecf (0.0, rxsize, 0.0, rysize);
    if (intflg) gxdfrm (9);
  }

}

/* Perform new frame stuff for redraw.  This primarily involves
   the background color. */

void gxsfrm (void) {
  if (bcol>0) {
    gxdcol(bcol);
    gxdrec (0.0, rxsize, 0.0, rysize);
    gxdcol(color);
  }
}

/* Set color.  Colors are: 0 - black;  1 - white
                           2 - red;    3 - green;    4 - blue
                           5 - cyan;   6 - magenta   7 - yellow
                           8 - orange; 9 - purple;  10 - lt. green
                          11 - m.blue 12 - d.yellow 13 - aqua
			  14 - d.purple 15  - gray
   Other colors may be available but are defined by the device
   driver.   */

void gxcolr (gaint clr){                 /* Set color     */
  if (clr<0) clr=0;
  if (clr>255) clr=255; 
  hout1(-3,clr);
  if (intflg) gxdcol (clr);
  color = clr;
}

/* Set and query background color */

void gxbckg (gaint col) {
  bcol = col;
}

gaint gxqbck (void) {
  return(bcol);
}

gaint gxacol (gaint clr, gaint red, gaint green, gaint blue ) {
gaint rtn;
  rtn=1;
  hout4i(-5,clr,red,green,blue);
  if (intflg) rtn = gxdacl (clr, red, green, blue);
  if (clr>15 && clr<=255) {
    reds[clr] = red;
    grns[clr] = green;
    blus[clr] = blue;
  }
  return rtn;
}


/* Set line weight */

void gxwide (gaint wid){                 /* Set width     */
gaint hwid;
  hwid = wid;
  if (lwflg) hwid = (wid+1)/2;
  hout2i(-4,hwid,wid);
  if (intflg) gxdwid (wid);
  lwide = wid;
}


/* Move to x, y with 'clipping'.  Clipping is implmented
   corsely, where any move or draw point that is outside the
   clip region is not plotted.                          */

void gxmove (gadouble x, gadouble y) {        /* Move to x,y   */
  mflag = 0;
  oldx = x;
  oldy = y;
  if ( xclmaxx || yclmaxy ) {
    cflag=1;
    return;
  }
  cflag=0;
  gxvcon(x,y,&x,&y);
  hout2(-10,x,y);
  if (intflg) gxdmov (x,y);
}

/* Draw to x, y with clipping */

void gxdraw (gadouble x, gadouble y){        /* Draw to x,y   */
gadouble xnew,ynew;
gaint pos=0;
  if ( xclmaxx || yclmaxy ) {
    if (!cflag) {
      bdterp (oldx,oldy,x,y,&xnew,&ynew);
      gxvcon(xnew,ynew,&xnew,&ynew);
      hout2(-11,xnew,ynew);
      if (intflg) gxddrw (xnew,ynew);
      cflag=1;
    }
    oldx = x; oldy = y;
    return;
  }
  if (cflag) {
    bdterp (oldx,oldy,x,y,&xnew,&ynew);
    cflag=0;
    gxvcon(xnew,ynew,&xnew,&ynew);
    hout2(-10,xnew,ynew);
    if (intflg) gxdmov (xnew,ynew);
  }
  oldx = x; oldy = y;
  gxvcon(x,y,&x,&y);
  if (maskflg>0) pos = ((gaint)(y*100.0))*maskx + (gaint)(x*100.0);
  if (maskflg>0 && pos>0 && pos 0) {
    ydif = fabs(oldy-y);
    xdif = fabs(oldx-x);
    if (ydif<0.03 && xdif<0.03) gxdraw(x,y);
    else {
      if (xdif>ydif) {
        incr = 0.03;
        if (ydif/xdif<0.3) incr = 0.02;
        xnum = (gaint)(xdif/incr);
        slope = (y-oldy)/(x-oldx);
        xx = oldx; yy = oldy;
        if (x < oldx) incr = -1.0 * incr;
        for (i=0; islen) {
    x1=xsave+(x-xsave)*(slen/alen);
    y1=ysave+(y-ysave)*(slen/alen);
    if (jpen==2) gxdraw (x1,y1);
            else gxmove (x1,y1);
    dpnt+=1;
    if (dpnt>dnum) dpnt=0;
    slen=slen+dash[dpnt];
    jpen+=1;
    if (jpen>3) jpen=2;
  }
  slen=slen-alen;
  xsave=x;
  ysave=y;
  if (jpen==2) gxdraw (x,y);
          else gxmove (x,y);
  if (slen<0.001) {
    dpnt+=1;
    if (dpnt>dnum) dpnt=0;
    slen=dash[dpnt];
    jpen+=1;
    if (jpen>3) jpen=2;
  }
}

/* Specify software clip region.  */

void gxclip (gadouble xmin, gadouble xmax, gadouble ymin, gadouble ymax) {
  clminx = xmin;
  clmaxx = xmax;
  clminy = ymin;
  clmaxy = ymax;
  if (clminx<0.0) clminx = 0.0;
  if (clmaxx>xsize) clmaxx = xsize;
  if (clminy<0.0) clminy = 0.0;
  if (clmaxy>ysize) clmaxy = ysize;
}

/* Constants for linear scaling */

static gadouble xm,xb,ym,yb;

/* Specify low level linear scaling (scaling level 1) */

void gxscal (gadouble xmin, gadouble xmax, gadouble ymin, gadouble ymax,
             gadouble smin, gadouble smax, gadouble tmin, gadouble tmax){
  xm=(xmax-xmin)/(smax-smin);
  xb=xmin-(xm*smin);
  ym=(ymax-ymin)/(tmax-tmin);
  yb=ymin-(ym*tmin);
}

/* Constants for virtual page scaling */

static gadouble vxm,vxb,vym,vyb;

/* Specify virtual page scaling */

void gxvpag (gadouble xmax, gadouble ymax,
             gadouble smin, gadouble smax, gadouble tmin, gadouble tmax){
gadouble xmin, ymin;
  xmin = 0.0;
  ymin = 0.0;
  xsize = xmax;
  ysize = ymax;
  if (smin<0.0) smin=0.0;
  if (smax>rxsize) smax = rxsize;
  if (tmin<0.0) tmin=0.0;
  if (tmax>rysize) tmax = rysize;
  clminx = 0.0;
  clmaxx = xmax;
  clminy = 0.0;
  clmaxy = ymax;
  if ((smax-smin)/rxsize < 0.6 || (tmax-tmin)/rysize < 0.6) lwflg = 1;
  else lwflg = 0;
  vxm=(smax-smin)/(xmax-xmin);
  vxb=smin-(vxm*xmin);
  vym=(tmax-tmin)/(ymax-ymin);
  vyb=tmin-(vym*ymin);
}

/* Do virtual page scaling conversion */

void gxvcon (gadouble s, gadouble t, gadouble *x, gadouble *y) {
  *x = s*vxm+vxb;
  *y = t*vym+vyb;
}
 
void gxppvp (gadouble x, gadouble y, gadouble *s, gadouble *t) {
  *s = (x-vxb)/vxm;
  *t = (y-vyb)/vym;
}


/* Specify projection-level scaling, typically used for map
   projections.  The address of the routine to perform the scaling
   is provided.  This is scaling level 2, and is the level that
   mapping is done. */

void gxproj ( void (*fproj) (gadouble s, gadouble t, gadouble *x, gadouble *y)){

  fconv=fproj;
}

/* Specify grid level scaling, typically used to convert a grid
   to lat-lon values that can be input to the projection or linear
   level scaling.  The address of a routine is provided to perform
   the possibly non-linear scaling.  This is scaling level 3, and
   is the level that contouring is done.  */

void gxgrid ( void (*fproj) (gadouble s, gadouble t, gadouble *x, gadouble *y)){

  gconv=fproj;
}

/* Convert coordinates at a particular level to level 0 coordinates
   (hardware coords, 'inches').  The level of the input coordinates
   is provided.  User projection and grid scaling routines are called
   as needed.  */

void gxconv (gadouble s, gadouble t, gadouble *x, gadouble *y, gaint level) { 

  if (level>2 && gconv!=NULL) (*gconv)(s,t,&s,&t);
  if (level>1 && fconv!=0) (*fconv)(s,t,&s,&t);
  if (level>0) {
    s=s*xm+xb;
    t=t*ym+yb;
  }
  *x=s;
  *y=t;
}

/* Convert from level 0 coordinates (inches) to level 2 world
   coordinates.  The back transform is done via conversion
   linearly from level 0 to level 1, then calling the back
   transform map routine, if available, to do level 1 to level
   2 transform.  */

void gxxy2w (gadouble x, gadouble y, gadouble *s, gadouble *t) { 

  /* Do level 0 to level 1 */
  if (xm==0.0 || ym==0.0) {
    *s = -999.9;
    *t = -999.9;
    return;
  }
  *s = (x-xb)/xm;
  *t = (y-yb)/ym;

  /* Do level 1 to level 2 */
  if (bconv!=NULL) (*bconv)(*s,*t,s,t);
}

/* Allow caller to specify a routine to do the back transform from
   level 1 to level 2 coordinates. */
void gxback ( void (*fproj) (gadouble s, gadouble t, gadouble *x, gadouble *y)){

  bconv=fproj;
}


/* Convert from grid coordinates to map coordinates (level 3 to level 2) */
void gxgrmp (gadouble s, gadouble t, gadouble *x, gadouble *y) {

  if (gconv!=NULL) (*gconv)(s,t,&s,&t);
  *x = s;
  *y = t;
}

/* Convert an array of higher level coordinates to level 0 coordinates.
   The conversion is done 'in place' and the input coordinates are
   lost.  This routine performs the same function as coord except is
   somewhat more efficient for many coordinate transforms.         */

void gxcord (gadouble *coords, gaint num, gaint level) {
gaint i;
gadouble *xy;

  if (level>2 && gconv!=NULL) {
    xy=coords;
    for (i=0; i1 && fconv!=NULL) {
    xy=coords;
    for (i=0; i0) {
    xy=coords;
    for (i=0; i 2) gconv=NULL;
  if (level > 1) { fconv=NULL; bconv=NULL; }
}

/* Plot a color filled rectangle.  */

void gxrecf (gadouble xlo, gadouble xhi, gadouble ylo, gadouble yhi) {
gadouble x;

  if (xlo>xhi) {
    x = xlo;
    xlo = xhi;
    xhi = x;
  }
  if (ylo>yhi) {
    x = ylo;
    ylo = yhi;
    yhi = x;
  }
  if (xhi<=clminx || xlo>=clmaxx || yhi<=clminy || ylo>=clmaxy) return;
  if (xloclmaxx) xhi = clmaxx;
  if (yloclmaxy) yhi = clmaxy;
  gxvcon (xlo,ylo,&xlo,&ylo);
  gxvcon (xhi,yhi,&xhi,&yhi);
  hout4(-6,xlo,xhi,ylo,yhi);
  if (intflg) gxdrec (xlo, xhi, ylo, yhi);
}

/* Define fill pattern for rectangles and polygons. */

void gxptrn (gaint typ, gaint den, gaint ang) {
  hout3i(-12,typ,den,ang);
  if (intflg) gxdptn (typ, den, ang);
}

/* query line width */

gaint gxqwid (void) {
  return (lwide);
}

/* query color */

gaint gxqclr (void) {
  return (color);
}

/* query non-default color rgb values*/

void gxqrgb (gaint clr, gaint *r, gaint *g, gaint *b) {
  if (clr>15 && clr<=255) {
    *r = reds[clr];
    *g = grns[clr];
    *b = blus[clr];
  } 
  return;
}

/* query style */

gaint gxqstl (void) {
  return (lstyle);
}

/* Draw markers 1-5. */

void gxmark (gaint mtype, gadouble x, gadouble y, gadouble siz ) {
gadouble xy[80],siz2;
gaint i,ii,cnt;

  siz2 = siz/2.0;
  if (mtype==1) {                      /* cross hair */
    gxmove (x,y-siz2);
    gxdraw (x,y+siz2);
    gxmove (x-siz2,y);
    gxdraw (x+siz2,y);
    return;
  }
  if (mtype==2 || mtype==3 || mtype==10 || mtype==11) { /* circles */
    if (siz<0.1) ii = 30;
    else if (siz<0.3) ii = 15;
    else ii = 10;
    if (mtype>3) ii = 15;
    cnt = 0;
    for (i=60; i<415; i+=ii) {
      xy[cnt*2]   = x + siz2*cos((gadouble)(i)*pi/180.0);
      xy[cnt*2+1] = y + siz2*sin((gadouble)(i)*pi/180.0);
      cnt++;
    }
    xy[cnt*2]   = xy[0];
    xy[cnt*2+1] = xy[1];
    cnt++;
    if (mtype==2) {                  /* Open circle */
      gxmove(xy[0],xy[1]);
      for (i=1; i 45.0) {
    yy = y - 0.5*width*(gadouble)len;
  } else {
    xx = x - 0.5*width*(gadouble)len;
  }
  gxchpl (chrs, len, xx, yy, height, width, angle);
}

/* Do polygon fill.  It is assumed the bulk of the work will be done
   in hardware.  We do perform clipping at this level, and
   actually do the work to clip at the clipping boundry.       */

void gxfill (gadouble *xy, gaint num) {
gadouble *r, *out, *buff, x, y, xybuff[40];
gaint i,flag,onum,aflag;

  if (num<3) return;

  /* Do clipping.    */

  aflag = 0;
  if (num<10) buff = xybuff;
  else {
    buff = (gadouble *)malloc(sizeof(gadouble)*num*4);
    if (buff==NULL) {
      printf("Memory allocation error in gxfill.  Can't fill contour\n");
      return;
    }
    aflag = 1;
  }

  r = xy;
  out = buff;
  onum = 0;
  flag = 0;
  if (*rclmaxx || *(r+1)clmaxy) flag=1;
  for (i=0; iclmaxx || *(r+1)clmaxy) {
      if (!flag) {
        bdterp (*(r-2), *(r-1), *r, *(r+1), &x, &y);
        *out = x;
        *(out+1) = y;
        onum++;
        out+=2;
      }
      *out = *r;
      *(out+1) = *(r+1);
      if (*rclmaxx) *out = clmaxx;
      if (*(r+1)clmaxy) *(out+1) = clmaxy;
      onum++;
      out+=2;
      flag = 1;
    } else {
      if (flag) {
        bdterp (*(r-2), *(r-1), *r, *(r+1), &x, &y);
        *out = x;
        *(out+1) = y;
        onum++;
        out+=2;
      }
      *out = *r;
      *(out+1) = *(r+1);
      onum++;
      out+=2;
      flag = 0;
    }
    r+=2;
  }

  r = buff;
  for (i=0; iclmaxx || x2>clmaxx) {
    *x = clminx;
    if (x1>clmaxx || x2>clmaxx) *x = clmaxx;
    *y = y1 - ((y1-y2)*(x1-*x)/(x1-x2));
    if (*yclmaxy) goto sideh;
    return;
  }

  sideh:

  if (y1clmaxy || y2>clmaxy) {
    *y = clminy;
    if (y1>clmaxy || y2>clmaxy) *y = clmaxy;
    *x = x1 - ((x1-x2)*(y1-*y)/(y1-y2));
    return;
  }
}

void gxbutn (gaint bnum, struct gbtn *pbn) {
  hout1(-20,bnum);
  gxdpbn(bnum, pbn, 0, 0, -1);
}

/* Set mask for a rectangular area */

void gxmaskrec (gadouble xlo, gadouble xhi, gadouble ylo, gadouble yhi) {
gaint siz,i,j,pos,ilo,ihi,jlo,jhi,jj;

  if (maskflg == -888) return;

  if (mask==NULL) {                     /* If not allocated yet, now's the time */
    siz = (gaint)(rxsize*rysize*10000.0); 
    mask = (char *)malloc(siz);
    if (mask==NULL) {
      printf ("Error allocating mask array memory\n");
      printf ("Execution continues with no mask\n");
      maskflg = -888;
      return;
    }
    masksize = siz;
    maskx = (gaint)(rxsize*100.0);
    gxmaskclear();
  } 
  maskflg = 1;
  
  /* do clipping for the mask */
  if (xloclmaxx && xhi>clmaxx) return;
  if (yloclmaxy && yhi>clmaxy) return;

  if (xloclmaxx) xhi=clmaxx;
  if (yloclmaxy) yhi=clmaxy;

  /* convert to virtual page coordinates */
  gxvcon(xlo,ylo,&xlo,&ylo);
  gxvcon(xhi,yhi,&xhi,&yhi);
  
  ilo = (gaint)(xlo*100.0);
  ihi = (gaint)(xhi*100.0);
  jlo = (gaint)(ylo*100.0);
  jhi = (gaint)(yhi*100.0);
  if (ilo<0) ilo = 0;
  if (ihi<0) ihi = 0;
  if (ilo>=maskx) ilo = maskx-1;
  if (ihi>=maskx) ihi = maskx-1;
  for (j=jlo; j<=jhi; j++) {
    jj = j*maskx;
    for (i=ilo; i<=ihi; i++) {
      pos = jj+i;
      if (pos>=0 && posclmaxx || yloclmaxy) return(1);

  /* convert to virtual page coordinates */
  gxvcon(xlo,ylo,&xlo,&ylo);
  gxvcon(xhi,yhi,&xhi,&yhi);
  
  ilo = (gaint)(xlo*100.0);
  ihi = (gaint)(xhi*100.0);
  jlo = (gaint)(ylo*100.0);
  jhi = (gaint)(yhi*100.0);
  if (ilo<0) ilo = 0;
  if (ihi<0) ihi = 0;
  if (ilo>maskx) ilo = maskx;
  if (ihi>maskx) ihi = maskx;
  for (j=jlo; j<=jhi; j++) {
    jj = j*maskx;
    for (i=ilo; i<=ihi; i++) {
      pos = jj+i;
      if (pos>=0 && pos 0)  {
    for (i=0; i
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include "grads.h"
#define LISTSIZE  100000 
#define LISTSIZEB 900000 

/* These routines replace malloc and free with galloc and gree, 
   and track memory usage in a program.  The program is modified so
   that all calls to malloc and free instead call galloc and gree
   (which then call malloc and free).  The pointers returned by
   malloc are tracked, and checked when free is called.  Also, 
   an extra 8 bytes are allocated at the end of each malloc and
   filled with character A's; these are checked when gree is called
   to see if an overlay ocurred.   galloc requires an additional
   argument which is a short identifier "tag" of the memory being called.
   So, if you were calling malloc like this:
        
         pbuff = malloc(sizeof(struct foo));

   You might change this call to:  

         pbuff = galloc(sizeof(struct foo),"pbuff");

   In addition to galloc and gree, two other routines are
   provided:  glook, which when called will list all memory
   currently allocated plus its "tag".  gsee is called with
   a memory pointer, and checks to see if that memory block
   is currently allocated and if an overlay has occurred 
   (this so that gsee can be called at various points in the 
   code to determine where an overlay is happening).   gree also
   is called with a "tag" so that if it prints out an error
   you know where the error is coming from.  */

static char *ptrs[LISTSIZE];
static size_t lens[LISTSIZE];
static char cbuf[LISTSIZEB];
static int first = 1;
static char msg[501];

void *galloc (size_t, char *);
void gree (char *, char *);
void glook(void);
int verbo=0;
int buferr=0;   /* flag error on buffer exceeded */

/*  replacement for malloc */

void *galloc (size_t len,char *ch) {
char *mem=NULL,*mmm;
int i,j;
size_t llen;

  /* initialize ptrs to null */
  if (first) {
    first = 0;
    for (i=0; iLISTSIZE-2) {
    /* if hard-coded limit of ptrs has been exceeded, 
       trip the flag to stop memory tracking */
    if (!buferr) {
      gaprnt(2,"Galloc memory tracking buffers exceeded. \n");
      buferr = 1;
    }
    return(mem);
  }
  ptrs[i] = mem;               /* pointer to allocated memory */
  lens[i] = len;               /* length of allocated memory  */
  for (j=0; j<8; j++) cbuf[i*8+j] = ' ';
  j = 0;
  while (j<8 && *(ch+j)) {
    cbuf[i*8+j] = *(ch+j);      /* tag name of allocated memory   */
    j++;
  }
  return(mem);
}

/* replacement for free */

void gree (char *mem, char *ch) {
int i,j,flag;
size_t len;
char *mmm;
  
  /* if we have stopped tracking memory, just free it and return */
  if (buferr) {
    free (mem);
    return;
  }
  /* move through the list of ptrs to the one we're going to free */
  i = 0;
  while (1) {
    if (i>LISTSIZE-2) break;
    if (ptrs[i]==mem) break; 
    i++;
  }
  if (i>LISTSIZE-2) {
    if (verbo) { 
      snprintf(msg,500,"!*!*!      freeing unallocated space! %s %p\n",ch,mem); 
      gaprnt(2,msg);
    }
  } 
  else {
    /* reset this pointer to NULL */
    ptrs[i] = NULL;
    /* check if tail of allocated memory still has 8 'A' characters */
    len = lens[i];
    mmm = mem + len;
    flag = 0;
    for (j=0; j<8; j++) if (*(mmm+j)!='A') flag = 1;
    if (flag) {
      if (verbo) {
	gaprnt(2,"Overlay!!! -->");
	for (j=0; j<8; j++) {
	  snprintf(msg,500,"%c",*(mmm+j));        /* show the overlay */
	  gaprnt(2,msg);
	}
	gaprnt(2,"<-- -->");
	for (j=0; j<8; j++) {
	  snprintf(msg,500,"%c",cbuf[i*8+j]);    /* show the galloc tag */
	  gaprnt(2,msg);
	}
	snprintf(msg,500,"<-- %s\n",ch);                           /* show the gree tag */
	gaprnt(2,msg);
      }
    }
    if (cbuf[i*8+4]=='?') {
      if (verbo) {
	snprintf(msg,500,"Freeing %i %p %s ",i,mem,ch);
	gaprnt(2,msg);
	for (j=0; j<8; j++) {snprintf(msg,500,"%c",cbuf[i*8+j]); gaprnt(2,msg);}
	gaprnt(2,"<--\n");
      }
    }
  }
  free (mem);
}


/* lists currently allocated memory chunks */

void glook(void) {
int i,j,flag;
size_t len;
char *mmm;

  if (buferr) {
    gaprnt(2,"Mem tracking buffer was exceeded. \n");
  }
  for (i=0; iLISTSIZE-1) break;
    if (ptrs[i]==mem) break; 
    i++;
  }
  if (i>LISTSIZE-1) {
    if (verbo) {
      snprintf(msg,500,"unallocated space! %p\n",mem);
      gaprnt(2,msg);
    }
  } else {
    len = lens[i];
    mmm = mem + len;
    flag = 0;
    if (verbo) {
      snprintf(msg,500,"pos=%d  ptr=%p  len=%i  tag=",i,mem,len);
      gaprnt(2,msg);
    }
    for (j=0; j<8; j++) if (*(mmm+j)!='A') flag = 1;
    if (verbo) {
      for (j=0; j<8; j++) {snprintf(msg,500,"%c",cbuf[i*8+j]); gaprnt(2,msg);}
      if (flag) {
	gaprnt(2,"   * * * Overlay!!! * * * -->");
	for (j=0; j<8; j++) {snprintf(msg,500,"%c",*(mmm+j)); gaprnt(2,msg);}
	gaprnt(2,"<--");
      }
      gaprnt(2,"\n");
    }
  }
  if (buferr) {
    gaprnt(2,"Mem tracking buffer was exceeded. \n");
  }
}
grads-2.0.1/src/mtables.c0000644000175000017500000001277111130400630016322 0ustar  amckinstryamckinstry
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#define costScale 1024
int cost[] = {
  1024,
  1023,
  1023,
  1022,
  1021,
  1020,
  1018,
  1016,
  1014,
  1011,
  1008,
  1005,
  1001,
  997,
  993,
  989,
  984,
  979,
  973,
  968,
  962,
  955,
  949,
  942,
  935,
  928,
  920,
  912,
  904,
  895,
  886,
  877,
  868,
  858,
  848,
  838,
  828,
  817,
  806,
  795,
  784,
  772,
  760,
  748,
  736,
  724,
  711,
  698,
  685,
  671,
  658,
  644,
  630,
  616,
  601,
  587,
  572,
  557,
  542,
  527,
  512,
  496,
  480,
  464,
  448,
  432,
  416,
  400,
  383,
  366,
  350,
  333,
  316,
  299,
  282,
  265,
  247,
  230,
  212,
  195,
  177,
  160,
  142,
  124,
  107,
  89,
  71,
  53,
  35,
  17,
  0,
  -17,
  -35,
  -53,
  -71,
  -89,
  -107,
  -124,
  -142,
  -160,
  -177,
  -195,
  -212,
  -230,
  -247,
  -265,
  -282,
  -299,
  -316,
  -333,
  -350,
  -366,
  -383,
  -400,
  -416,
  -432,
  -448,
  -464,
  -480,
  -496,
  -512,
  -527,
  -542,
  -557,
  -572,
  -587,
  -601,
  -616,
  -630,
  -644,
  -658,
  -671,
  -685,
  -698,
  -711,
  -724,
  -736,
  -748,
  -760,
  -772,
  -784,
  -795,
  -806,
  -817,
  -828,
  -838,
  -848,
  -858,
  -868,
  -877,
  -886,
  -895,
  -904,
  -912,
  -920,
  -928,
  -935,
  -942,
  -949,
  -955,
  -962,
  -968,
  -973,
  -979,
  -984,
  -989,
  -993,
  -997,
  -1001,
  -1005,
  -1008,
  -1011,
  -1014,
  -1016,
  -1018,
  -1020,
  -1021,
  -1022,
  -1023,
  -1023,
  -1024,
  -1023,
  -1023,
  -1022,
  -1021,
  -1020,
  -1018,
  -1016,
  -1014,
  -1011,
  -1008,
  -1005,
  -1001,
  -997,
  -993,
  -989,
  -984,
  -979,
  -973,
  -968,
  -962,
  -955,
  -949,
  -942,
  -935,
  -928,
  -920,
  -912,
  -904,
  -895,
  -886,
  -877,
  -868,
  -858,
  -848,
  -838,
  -828,
  -817,
  -806,
  -795,
  -784,
  -772,
  -760,
  -748,
  -736,
  -724,
  -711,
  -698,
  -685,
  -671,
  -658,
  -644,
  -630,
  -616,
  -601,
  -587,
  -572,
  -557,
  -542,
  -527,
  -512,
  -496,
  -480,
  -464,
  -448,
  -432,
  -416,
  -400,
  -383,
  -366,
  -350,
  -333,
  -316,
  -299,
  -282,
  -265,
  -247,
  -230,
  -212,
  -195,
  -177,
  -160,
  -142,
  -124,
  -107,
  -89,
  -71,
  -53,
  -35,
  -17,
  0,
  17,
  35,
  53,
  71,
  89,
  107,
  124,
  142,
  160,
  177,
  195,
  212,
  230,
  247,
  265,
  282,
  299,
  316,
  333,
  350,
  366,
  383,
  400,
  416,
  432,
  448,
  464,
  480,
  496,
  512,
  527,
  542,
  557,
  572,
  587,
  601,
  616,
  630,
  644,
  658,
  671,
  685,
  698,
  711,
  724,
  736,
  748,
  760,
  772,
  784,
  795,
  806,
  817,
  828,
  838,
  848,
  858,
  868,
  877,
  886,
  895,
  904,
  912,
  920,
  928,
  935,
  942,
  949,
  955,
  962,
  968,
  973,
  979,
  984,
  989,
  993,
  997,
  1001,
  1005,
  1008,
  1011,
  1014,
  1016,
  1018,
  1020,
  1021,
  1022,
  1023,
  1023
};
#define sintScale 1024
int sint[] = {
  0,
  17,
  35,
  53,
  71,
  89,
  107,
  124,
  142,
  160,
  177,
  195,
  212,
  230,
  247,
  265,
  282,
  299,
  316,
  333,
  350,
  366,
  383,
  400,
  416,
  432,
  448,
  464,
  480,
  496,
  512,
  527,
  542,
  557,
  572,
  587,
  601,
  616,
  630,
  644,
  658,
  671,
  685,
  698,
  711,
  724,
  736,
  748,
  760,
  772,
  784,
  795,
  806,
  817,
  828,
  838,
  848,
  858,
  868,
  877,
  886,
  895,
  904,
  912,
  920,
  928,
  935,
  942,
  949,
  955,
  962,
  968,
  973,
  979,
  984,
  989,
  993,
  997,
  1001,
  1005,
  1008,
  1011,
  1014,
  1016,
  1018,
  1020,
  1021,
  1022,
  1023,
  1023,
  1024,
  1023,
  1023,
  1022,
  1021,
  1020,
  1018,
  1016,
  1014,
  1011,
  1008,
  1005,
  1001,
  997,
  993,
  989,
  984,
  979,
  973,
  968,
  962,
  955,
  949,
  942,
  935,
  928,
  920,
  912,
  904,
  895,
  886,
  877,
  868,
  858,
  848,
  838,
  828,
  817,
  806,
  795,
  784,
  772,
  760,
  748,
  736,
  724,
  711,
  698,
  685,
  671,
  658,
  644,
  630,
  616,
  601,
  587,
  572,
  557,
  542,
  527,
  512,
  496,
  480,
  464,
  448,
  432,
  416,
  400,
  383,
  366,
  350,
  333,
  316,
  299,
  282,
  265,
  247,
  230,
  212,
  195,
  177,
  160,
  142,
  124,
  107,
  89,
  71,
  53,
  35,
  17,
  0,
  -17,
  -35,
  -53,
  -71,
  -89,
  -107,
  -124,
  -142,
  -160,
  -177,
  -195,
  -212,
  -230,
  -247,
  -265,
  -282,
  -299,
  -316,
  -333,
  -350,
  -366,
  -383,
  -400,
  -416,
  -432,
  -448,
  -464,
  -480,
  -496,
  -512,
  -527,
  -542,
  -557,
  -572,
  -587,
  -601,
  -616,
  -630,
  -644,
  -658,
  -671,
  -685,
  -698,
  -711,
  -724,
  -736,
  -748,
  -760,
  -772,
  -784,
  -795,
  -806,
  -817,
  -828,
  -838,
  -848,
  -858,
  -868,
  -877,
  -886,
  -895,
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  -1021,
  -1020,
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  -1014,
  -1011,
  -1008,
  -1005,
  -1001,
  -997,
  -993,
  -989,
  -984,
  -979,
  -973,
  -968,
  -962,
  -955,
  -949,
  -942,
  -935,
  -928,
  -920,
  -912,
  -904,
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  -886,
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  -496,
  -480,
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  -448,
  -432,
  -416,
  -400,
  -383,
  -366,
  -350,
  -333,
  -316,
  -299,
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};
grads-2.0.1/src/wgrib.c0000644000175000017500000224522511614300546016025 0ustar  amckinstryamckinstry#include 
#include 
#include 
#include 
#include 
#include 
/* 
 * version 1.2.1 of grib headers  w. ebisuzaki 
 *         1.2.2 added access to spectral reference value l. kornblueh
 */

#ifndef INT2
#define INT2(a,b)   ((1-(int) ((unsigned) (a & 0x80) >> 6)) * (int) (((a & 0x7f) << 8) + b))
#endif

#define BDS_LEN(bds)		(ec_large_grib ? len_ec_bds : ((int) ((bds[0]<<16)+(bds[1]<<8)+bds[2])) )

#define BDS_Flag(bds)		(bds[3])

#define BDS_Grid(bds)		((bds[3] & 128) == 0)
#define BDS_Harmonic(bds)	(bds[3] & 128)

#define BDS_Packing(bds)	((bds[3] & 64) != 0)
#define BDS_SimplePacking(bds)	((bds[3] & 64) == 0)
#define BDS_ComplexPacking(bds)	((bds[3] & 64) != 0)

#define BDS_OriginalType(bds)	((bds[3] & 32) != 0)
#define BDS_OriginalFloat(bds)	((bds[3] & 32) == 0)
#define BDS_OriginalInt(bds)	((bds[3] & 32) != 0)

#define BDS_MoreFlags(bds)      ((bds[3] & 16) != 0)
#define BDS_UnusedBits(bds)	((int) (bds[3] & 15))

#define BDS_BinScale(bds)	INT2(bds[4],bds[5])

#define BDS_RefValue(bds)	(ibm2flt(bds+6))
#define BDS_NumBits(bds)	((int) bds[10])

#define BDS_Harmonic_RefValue(bds) (ibm2flt(bds+11))

#define BDS_DataStart(bds)      ((int) (11 + BDS_MoreFlags(bds)*3))

/* breaks if BDS_NumBits(bds) == 0 */
/*
#define BDS_NValues(bds)        (((BDS_LEN(bds) - BDS_DataStart(bds))*8 - \
				BDS_UnusedBits(bds)) / BDS_NumBits(bds))
*/
/*
#define BDS_NValues(bds)        ((BDS_NumBits(bds) == 0) ? 0 : \
				(((BDS_LEN(bds) - BDS_DataStart(bds))*8 - \
				BDS_UnusedBits(bds)) / BDS_NumBits(bds)))
*/

#define BDS_P1(bds)		(bds[16] * 256 + bds[17])
#define BDS_P2(bds)		(bds[18] * 256 + bds[19])

/* undefined value -- if bitmap */
#define UNDEFINED		9.999e20

/* version 1.2 of grib headers  w. ebisuzaki */

#define BMS_LEN(bms)		((bms) == NULL ? 0 : (bms[0]<<16)+(bms[1]<<8)+bms[2])
#define BMS_UnusedBits(bms)	((bms) == NULL ? 0 : bms[3])
#define BMS_StdMap(bms)		((bms) == NULL ? 0 : ((bms[4]<<8) + bms[5]))
#define BMS_bitmap(bms)		((bms) == NULL ? NULL : (bms)+6)
#define BMS_nxny(bms)		((((bms) == NULL) || BMS_StdMap(bms)) \
	? 0 : (BMS_LEN(bms)*8 - 48 - BMS_UnusedBits(bms)))
/* cnames_file.c */

/* search order for parameter names
 *
 * #define P_TABLE_FIRST
 * look at external parameter table first
 *
 * otherwise use builtin NCEP-2 or ECMWF-160 first
 */
/* #define P_TABLE_FIRST */

/* search order for external parameter table
 * 1) environment variable GRIBTAB
 * 2) environment variable gribtab
 * 3) the file 'gribtab' in current directory
 */


/* cnames.c */
/* then default values */
char *k5toa(unsigned char *pds);
char *k5_comments(unsigned char *pds);
int setup_user_table(int center, int subcenter, int ptable);


struct ParmTable {
	/* char *name, *comment; */
	char *name, *comment;
};
/* version 1.4.5 of grib headers  w. ebisuzaki */
/* this version is incomplete */
/* 5/00 - dx/dy or di/dj controlled by bit 1 of resolution byte */
/* 8/00 - dx/dy or di/dj for polar and lambert not controlled by res. byte */
/* Added headers for the triangular grid of the gme model of DWD
         Helmut P. Frank, 13.09.2001 */
/* Clean up of triangular grid properties access and added spectral information
         Luis Kornblueh, 27.03.2002 */
/* 8/08 - dx/dy (polar,lambert) controlled by bit 1 of resolution byte */
/* 5/11 Paul Schou: fixed GDS_Lambert_LonSP(gds) */
/* 6/11 Jeffery S. Smith Albers equal area projection */

#ifndef INT3
#define INT3(a,b,c) ((1-(int) ((unsigned) (a & 0x80) >> 6)) * (int) (((a & 127) << 16)+(b<<8)+c))
#endif
#ifndef INT2
#define INT2(a,b)   ((1-(int) ((unsigned) (a & 0x80) >> 6)) * (int) (((a & 127) << 8) + b))
#endif

#ifndef UINT4
#define UINT4(a,b,c,d) ((int) ((a << 24) + (b << 16) + (c << 8) + (d)))
#endif

#ifndef UINT3
#define UINT3(a,b,c) ((int) ((a << 16) + (b << 8) + (c)))
#endif

#ifndef UINT2
#define UINT2(a,b) ((int) ((a << 8) + (b)))
#endif


#define GDS_Len1(gds)		(gds[0])
#define GDS_Len2(gds)		(gds[1])
#define GDS_Len3(gds)		(gds[2])
#define GDS_LEN(gds)		((int) ((gds[0]<<16)+(gds[1]<<8)+gds[2]))

#define GDS_NV(gds)		(gds[3])
#define GDS_DataType(gds)	(gds[5])

#define GDS_LatLon(gds)		(gds[5] == 0)
#define GDS_Mercator(gds)	(gds[5] == 1)
#define GDS_Gnomonic(gds)	(gds[5] == 2)
#define GDS_Lambert(gds)	(gds[5] == 3)
#define GDS_Gaussian(gds)	(gds[5] == 4)
#define GDS_Polar(gds)		(gds[5] == 5)
#define GDS_Albers(gds)		(gds[5] == 8)
#define GDS_RotLL(gds)		(gds[5] == 10)
#define GDS_Harmonic(gds)	(gds[5] == 50)
#define GDS_Triangular(gds)	(gds[5] == 192)
#define GDS_ssEgrid(gds)	(gds[5] == 201)	/* semi-staggered E grid */
#define GDS_fEgrid(gds)		(gds[5] == 202) /* filled E grid */
#define GDS_ss2dEgrid(gds)	(gds[5] == 203) /* semi-staggered E grid 2 d*/
#define GDS_ss2dBgrid(gds)      (gds[5] == 205) /* semi-staggered B grid 2 d*/

#define GDS_has_dy(mode)	((mode) & 128)
#define GDS_LatLon_nx(gds)	((int) ((gds[6] << 8) + gds[7]))
#define GDS_LatLon_ny(gds)	((int) ((gds[8] << 8) + gds[9]))
#define GDS_LatLon_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_LatLon_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_LatLon_mode(gds)	(gds[16])
#define GDS_LatLon_La2(gds)	INT3(gds[17],gds[18],gds[19])
#define GDS_LatLon_Lo2(gds)	INT3(gds[20],gds[21],gds[22])

#define GDS_LatLon_dx(gds)      (gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_LatLon_dy(gds)      (gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_Gaussian_nlat(gds)  ((gds[25]<<8)+gds[26])

#define GDS_LatLon_scan(gds)	(gds[27])

#define GDS_Polar_nx(gds)	(gds[16] & 128 ? ((gds[6] << 8) + gds[7]) : 0)
#define GDS_Polar_ny(gds)	(gds[16] & 128 ? ((gds[8] << 8) + gds[9]) : 0)
#define GDS_Polar_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_Polar_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_Polar_mode(gds)	(gds[16])
#define GDS_Polar_Lov(gds)	INT3(gds[17],gds[18],gds[19])
#define GDS_Polar_scan(gds)	(gds[27])
#define GDS_Polar_Dx(gds)	INT3(gds[20], gds[21], gds[22])
#define GDS_Polar_Dy(gds)	INT3(gds[23], gds[24], gds[25])
#define GDS_Polar_pole(gds)	((gds[26] & 128) == 128)

#define GDS_Lambert_nx(gds)	((gds[6] << 8) + gds[7])
#define GDS_Lambert_ny(gds)	((gds[8] << 8) + gds[9])
#define GDS_Lambert_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_Lambert_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_Lambert_mode(gds)	(gds[16])
#define GDS_Lambert_Lov(gds)	INT3(gds[17],gds[18],gds[19])
#define GDS_Lambert_dx(gds)	INT3(gds[20],gds[21],gds[22])
#define GDS_Lambert_dy(gds)	INT3(gds[23],gds[24],gds[25])
#define GDS_Lambert_NP(gds)	((gds[26] & 128) == 0)
#define GDS_Lambert_scan(gds)   (gds[27])
#define GDS_Lambert_Latin1(gds)	INT3(gds[28],gds[29],gds[30])
#define GDS_Lambert_Latin2(gds)	INT3(gds[31],gds[32],gds[33])
#define GDS_Lambert_LatSP(gds)	INT3(gds[34],gds[35],gds[36])

/* bug found by Paul Schou 5/3/2011
   #define GDS_Lambert_LonSP(gds)	INT3(gds[37],gds[37],gds[37])
*/
#define GDS_Lambert_LonSP(gds)	INT3(gds[37],gds[38],gds[39])

#define GDS_ssEgrid_n(gds)	UINT2(gds[6],gds[7])
#define GDS_ssEgrid_n_dum(gds)  UINT2(gds[8],gds[9])
#define GDS_ssEgrid_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_ssEgrid_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_ssEgrid_mode(gds)	(gds[16])
#define GDS_ssEgrid_La2(gds)	UINT3(gds[17],gds[18],gds[19])
#define GDS_ssEgrid_Lo2(gds)	UINT3(gds[20],gds[21],gds[22])
#define GDS_ssEgrid_di(gds)	(gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_ssEgrid_dj(gds)	(gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_ssEgrid_scan(gds)	(gds[27])

#define GDS_fEgrid_n(gds)	UINT2(gds[6],gds[7])
#define GDS_fEgrid_n_dum(gds)   UINT2(gds[8],gds[9])
#define GDS_fEgrid_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_fEgrid_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_fEgrid_mode(gds)	(gds[16])
#define GDS_fEgrid_La2(gds)	UINT3(gds[17],gds[18],gds[19])
#define GDS_fEgrid_Lo2(gds)	UINT3(gds[20],gds[21],gds[22])
#define GDS_fEgrid_di(gds)	(gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_fEgrid_dj(gds)	(gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_fEgrid_scan(gds)	(gds[27])

#define GDS_ss2dEgrid_nx(gds)     UINT2(gds[6],gds[7])
#define GDS_ss2dEgrid_ny(gds)     UINT2(gds[8],gds[9])
#define GDS_ss2dEgrid_La1(gds)    INT3(gds[10],gds[11],gds[12])
#define GDS_ss2dEgrid_Lo1(gds)    INT3(gds[13],gds[14],gds[15])
#define GDS_ss2dEgrid_mode(gds)   (gds[16])
#define GDS_ss2dEgrid_La2(gds)    INT3(gds[17],gds[18],gds[19])
#define GDS_ss2dEgrid_Lo2(gds)    INT3(gds[20],gds[21],gds[22])
#define GDS_ss2dEgrid_di(gds)     (gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_ss2dEgrid_dj(gds)     (gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_ss2dEgrid_scan(gds)   (gds[27])

#define GDS_ss2dBgrid_nx(gds)     UINT2(gds[6],gds[7])
#define GDS_ss2dBgrid_ny(gds)     UINT2(gds[8],gds[9])
#define GDS_ss2dBgrid_La1(gds)    INT3(gds[10],gds[11],gds[12])
#define GDS_ss2dBgrid_Lo1(gds)    INT3(gds[13],gds[14],gds[15])
#define GDS_ss2dBgrid_mode(gds)   (gds[16])
#define GDS_ss2dBgrid_La2(gds)    INT3(gds[17],gds[18],gds[19])
#define GDS_ss2dBgrid_Lo2(gds)    INT3(gds[20],gds[21],gds[22])
#define GDS_ss2dBgrid_di(gds)     (gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_ss2dBgrid_dj(gds)     (gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_ss2dBgrid_scan(gds)   (gds[27]) 


#define GDS_Merc_nx(gds)	UINT2(gds[6],gds[7])
#define GDS_Merc_ny(gds)	UINT2(gds[8],gds[9])
#define GDS_Merc_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_Merc_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_Merc_mode(gds)	(gds[16])
#define GDS_Merc_La2(gds)	INT3(gds[17],gds[18],gds[19])
#define GDS_Merc_Lo2(gds)	INT3(gds[20],gds[21],gds[22])
#define GDS_Merc_Latin(gds)	INT3(gds[23],gds[24],gds[25])
#define GDS_Merc_scan(gds)	(gds[27])
#define GDS_Merc_dx(gds)        (gds[16] & 128 ? INT3(gds[28],gds[29],gds[30]) : 0)
#define GDS_Merc_dy(gds)        (gds[16] & 128 ? INT3(gds[31],gds[32],gds[33]) : 0)

/* rotated Lat-lon grid */

#define GDS_RotLL_nx(gds)	UINT2(gds[6],gds[7])
#define GDS_RotLL_ny(gds)	UINT2(gds[8],gds[9])
#define GDS_RotLL_La1(gds)	INT3(gds[10],gds[11],gds[12])
#define GDS_RotLL_Lo1(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_RotLL_mode(gds)	(gds[16])
#define GDS_RotLL_La2(gds)	INT3(gds[17],gds[18],gds[19])
#define GDS_RotLL_Lo2(gds)	INT3(gds[20],gds[21],gds[22])
#define GDS_RotLL_dx(gds)       (gds[16] & 128 ? INT2(gds[23],gds[24]) : 0)
#define GDS_RotLL_dy(gds)       (gds[16] & 128 ? INT2(gds[25],gds[26]) : 0)
#define GDS_RotLL_scan(gds)	(gds[27])
#define GDS_RotLL_LaSP(gds)	INT3(gds[32],gds[33],gds[34])
#define GDS_RotLL_LoSP(gds)	INT3(gds[35],gds[36],gds[37])
#define GDS_RotLL_RotAng(gds)	ibm2flt(&(gds[38]))

/* Triangular grid of DWD */
#define GDS_Triangular_ni2(gds)	INT2(gds[6],gds[7])
#define GDS_Triangular_ni3(gds)	INT2(gds[8],gds[9])
#define GDS_Triangular_ni(gds)	INT3(gds[13],gds[14],gds[15])
#define GDS_Triangular_nd(gds)  INT3(gds[10],gds[11],gds[12])

/* Harmonics data */
#define GDS_Harmonic_nj(gds)     ((int) ((gds[6] << 8) + gds[7])) 
#define GDS_Harmonic_nk(gds)     ((int) ((gds[8] << 8) + gds[9])) 
#define GDS_Harmonic_nm(gds)     ((int) ((gds[10] << 8) + gds[11])) 
#define GDS_Harmonic_type(gds)   (gds[12])
#define GDS_Harmonic_mode(gds)   (gds[13])

/* index of NV and PV */
#define GDS_PV(gds)		((gds[3] == 0) ? -1 : (int) gds[4] - 1)
#define GDS_PL(gds)		((gds[4] == 255) ? -1 : (int) gds[3] * 4 + (int) gds[4] - 1)

enum Def_NCEP_Table {rean, opn, rean_nowarn, opn_nowarn};

unsigned char *seek_grib(FILE *file, unsigned long *pos, long *len_grib, 
        unsigned char *buffer, unsigned int buf_len);

int read_grib(FILE *file, long pos, long len_grib, unsigned char *buffer);

long echack(FILE *file, long pos, long len_grib);

double ibm2flt(unsigned char *ibm);
 
void BDS_unpack(float *flt, unsigned char *bds, unsigned char *bitmap,
        int n_bits, int n, double ref, double scale);

int BDS_NValues(unsigned char *bds);

double int_power(double x, int y);

int flt2ieee(float x, unsigned char *ieee);

int wrtieee(float *array, int n, int header, FILE *output);
int wrtieee_header(unsigned int n, FILE *output);

void levels(int, int, int, int verbose);
 
void PDStimes(int time_range, int p1, int p2, int time_unit);

int missing_points(unsigned char *bitmap, int n);

void EC_ext(unsigned char *pds, char *prefix, char *suffix, int verbose);

int GDS_grid(unsigned char *gds, unsigned char *bds, int *nx, int *ny, 
             long int *nxny);

void GDS_prt_thin_lon(unsigned char *gds);

void GDS_winds(unsigned char *gds, int verbose);

int PDS_date(unsigned char *pds, int option, int verf_time);

int add_time(int *year, int *month, int *day, int *hour, int dtime, int unit);

int verf_time(unsigned char *pds, int *year, int *month, int *day, int *hour);

void print_pds(unsigned char *pds, int print_PDS, int print_PDS10, int verbose);
void print_gds(unsigned char *gds, int print_GDS, int print_GDS10, int verbose);

void ensemble(unsigned char *pds, int mode);
/* version 3.4 of grib headers  w. ebisuzaki */
/* this version is incomplete */
/* add center DWD    Helmut P. Frank */
/* 10/02 add center CPTEC */
/* 29/04/2005 add center CHM   Luiz Claudio M. Fonseca*/
/* 11/2008 add center LAMI   Davide Sacchetti */

#ifndef INT2
#define INT2(a,b)   ((1-(int) ((unsigned) (a & 0x80) >> 6)) * (int) (((a & 0x7f) << 8) + b))
#endif
#ifndef UINT4
#define UINT4(a,b,c,d) ((int) ((a << 24) + (b << 16) + (c << 8) + (d)))
#endif
#ifndef UINT2
#define UINT2(a,b) ((int) ((a << 8) + (b)))
#endif
#define __LEN24(pds)    ((pds) == NULL ? 0 : (int) ((pds[0]<<16)+(pds[1]<<8)+pds[2]))

#define PDS_Len1(pds)		(pds[0])
#define PDS_Len2(pds)		(pds[1])
#define PDS_Len3(pds)		(pds[2])
#define PDS_LEN(pds)		((int) ((pds[0]<<16)+(pds[1]<<8)+pds[2]))
#define PDS_Vsn(pds)		(pds[3])
#define PDS_Center(pds)		(pds[4])
#define PDS_Model(pds)		(pds[5])
#define PDS_Grid(pds)		(pds[6])
#define PDS_HAS_GDS(pds)	((pds[7] & 128) != 0)
#define PDS_HAS_BMS(pds)	((pds[7] & 64) != 0)
#define PDS_PARAM(pds)		(pds[8])
#define PDS_L_TYPE(pds)		(pds[9])
#define PDS_LEVEL1(pds)		(pds[10])
#define PDS_LEVEL2(pds)		(pds[11])

#define PDS_KPDS5(pds)		(pds[8])
#define PDS_KPDS6(pds)		(pds[9])
#define PDS_KPDS7(pds)		((int) ((pds[10]<<8) + pds[11]))

/* this requires a 32-bit default integer machine */
#define PDS_Field(pds)		((pds[8]<<24)+(pds[9]<<16)+(pds[10]<<8)+pds[11])

#define PDS_Year(pds)		(pds[12])
#define PDS_Month(pds)		(pds[13])
#define PDS_Day(pds)		(pds[14])
#define PDS_Hour(pds)		(pds[15])
#define PDS_Minute(pds)		(pds[16])
#define PDS_ForecastTimeUnit(pds)	(pds[17])
#define PDS_P1(pds)		(pds[18])
#define PDS_P2(pds)		(pds[19])
#define PDS_TimeRange(pds)	(pds[20])
#define PDS_NumAve(pds)		((int) ((pds[21]<<8)+pds[22]))
#define PDS_NumMissing(pds)	(pds[23])
#define PDS_Century(pds)	(pds[24])
#define PDS_Subcenter(pds)	(pds[25])
#define PDS_DecimalScale(pds)	INT2(pds[26],pds[27])
/* old #define PDS_Year4(pds)   (pds[12] + 100*(pds[24] - (pds[12] != 0))) */
#define PDS_Year4(pds)          (pds[12] + 100*(pds[24] - 1))

/* various centers */
#define NMC			7
#define ECMWF			98
#define DWD			78
#define CMC			54
#define CPTEC			46
#define CHM			146
#define LAMI			200

/* ECMWF Extensions */

#define PDS_EcLocalId(pds)	(PDS_LEN(pds) >= 41 ? (pds[40]) : 0)
#define PDS_EcClass(pds)	(PDS_LEN(pds) >= 42 ? (pds[41]) : 0)
#define PDS_EcType(pds)		(PDS_LEN(pds) >= 43 ? (pds[42]) : 0)
#define PDS_EcStream(pds)	(PDS_LEN(pds) >= 45 ? (INT2(pds[43], pds[44])) : 0)

#define PDS_EcENS(pds)		(PDS_LEN(pds) >= 52 && pds[40] == 1 && \
				pds[43] * 256 + pds[44] == 1035 && pds[50] != 0)
#define PDS_EcFcstNo(pds)	(pds[49])
#define PDS_EcNoFcst(pds)	(pds[50])

#define PDS_Ec16Version(pds)	(pds + 45)
#define PDS_Ec16Number(pds)	(PDS_EcLocalId(pds) == 16 ? UINT2(pds[49],pds[50]) : 0)
#define PDS_Ec16SysNum(pds)	(PDS_EcLocalId(pds) == 16 ? UINT2(pds[51],pds[52]) : 0)
#define PDS_Ec16MethodNum(pds)	(PDS_EcLocalId(pds) == 16 ? UINT2(pds[53],pds[54]) : 0)
#define PDS_Ec16VerfMon(pds)	(PDS_EcLocalId(pds) == 16 ? UINT4(pds[55],pds[56],pds[57],pds[58]) : 0)
#define PDS_Ec16AvePeriod(pds)	(PDS_EcLocalId(pds) == 16 ? pds[59] : 0)
#define PDS_Ec16FcstMon(pds)	(PDS_EcLocalId(pds) == 16 ? UINT2(pds[60],pds[61]) : 0)

/* NCEP Extensions */

#define PDS_NcepENS(pds)	(PDS_LEN(pds) >= 44 && pds[25] == 2 && pds[40] == 1)
#define PDS_NcepFcstType(pds)	(pds[41])
#define PDS_NcepFcstNo(pds)	(pds[42])
#define PDS_NcepFcstProd(pds)	(pds[43])

/* time units */

#define MINUTE  0
#define HOUR    1
#define DAY     2
#define MONTH   3
#define YEAR    4
#define DECADE  5
#define NORMAL  6
#define CENTURY 7
#define HOURS3  10
#define HOURS6  11
#define HOURS12  12
#define MINUTES15 13
#define MINUTES30 14
#define SECOND  254



#define VERSION "v1.8.1.2a (6-11) Wesley Ebisuzaki\n\t\tDWD-tables 2,201-205 (11-28-2005) Helmut P. Frank\n\t\tspectral: Luis Kornblueh (MPI)"

#define CHECK_GRIB
/* #define DEBUG */

/*
 * wgrib.c is placed into the public domain.  While you could
 * legally do anything you want with the code, telling the world
 * that you wrote it would be uncool.  Selling it would be really
 * uncool.  The code was originally written for NMC/NCAR Reanalysis 
 * and handles most GRIB files except for the ECMWF spectral files.
 * (ECMWF's spectral->grid code are copyrighted and in FORTRAN.)
 * The code, as usual, is not waranteed to be fit for any purpose 
 * what so ever.  However, wgrib is operational NCEP code, so it
 * better work for our files.
 */

/*
 * wgrib.c extract/inventory grib records
 *
 *                              Wesley Ebisuzaki
 *
 * See Changes for update information
 *
 */

/*
 * MSEEK = I/O buffer size for seek_grib
 */

#define MSEEK 1024
#define BUFF_ALLOC0	40000


#ifndef min
#define min(a,b)  ((a) < (b) ? (a) : (b))
#define max(a,b)  ((a) < (b) ? (b) : (a))
#endif

#ifndef DEF_T62_NCEP_TABLE
#define DEF_T62_NCEP_TABLE	rean
#endif
enum Def_NCEP_Table def_ncep_table = DEF_T62_NCEP_TABLE;
int minute = 0;
int ncep_ens = 0;
int cmc_eq_ncep = 0;
extern int ec_large_grib, len_ec_bds;

int main(int argc, char **argv) {

    unsigned char *buffer;
    float *array;
    double temp, rmin, rmax;
    int i, nx, ny, file_arg;
    long int len_grib, nxny, buffer_size, n_dump, count = 1;
    long unsigned pos = 0;
    unsigned char *msg, *pds, *gds, *bms, *bds, *pointer;
    FILE *input, *dump_file = NULL;
    char line[2000];
    enum {BINARY, TEXT, IEEE, GRIB, NONE} output_type = NONE;
    enum {DUMP_ALL, DUMP_RECORD, DUMP_POSITION, DUMP_LIST, INVENTORY} 
	mode = INVENTORY;
    enum {none, dwd, simple} header = simple;

    long int dump = -1;
    int verbose = 0, append = 0, v_time = 0, year_4 = 0, output_PDS_GDS = 0;
    int print_GDS = 0, print_GDS10 = 0, print_PDS = 0, print_PDS10 = 0;
    char *dump_file_name = "dump", open_parm[3];
    int return_code = 0;

    if (argc == 1) {
	fprintf(stderr, "\nPortable Grib decoder for %s etc.\n",
	    (def_ncep_table == opn_nowarn || def_ncep_table == opn) ?
	    "NCEP Operations" : "NCEP/NCAR Reanalysis");
	fprintf(stderr, "   it slices, dices    %s\n", VERSION);
	fprintf(stderr, "   usage: %s [grib file] [options]\n\n", argv[0]);

	fprintf(stderr, "Inventory/diagnostic-output selections\n");
	fprintf(stderr, "   -s/-v                   short/verbose inventory\n");
	fprintf(stderr, "   -V                      diagnostic output (not inventory)\n");
	fprintf(stderr, "   (none)                  regular inventory\n");

	fprintf(stderr, " Options\n");
	fprintf(stderr, "   -PDS/-PDS10             print PDS in hex/decimal\n");
	fprintf(stderr, "   -GDS/-GDS10             print GDS in hex/decimal\n");
	fprintf(stderr, "   -verf                   print forecast verification time\n");
	fprintf(stderr, "   -ncep_opn/-ncep_rean    default T62 NCEP grib table\n");
	fprintf(stderr, "   -4yr                    print year using 4 digits\n");
	fprintf(stderr, "   -min                    print minutes\n");
	fprintf(stderr, "   -ncep_ens               ensemble info encoded in ncep format\n");

	fprintf(stderr, "Decoding GRIB selection\n");
	fprintf(stderr, "   -d [record number|all]  decode record number\n");
	fprintf(stderr, "   -p [byte position]      decode record at byte position\n");
	fprintf(stderr, "   -i                      decode controlled by stdin (inventory list)\n");
	fprintf(stderr, "   (none)                  no decoding\n");

	fprintf(stderr, " Options\n");
	fprintf(stderr, "   -text/-ieee/-grib/-bin  convert to text/ieee/grib/bin (default)\n");
	fprintf(stderr, "   -nh/-h                  output will have no headers/headers (default)\n");
	fprintf(stderr, "   -dwdgrib                output dwd headers, grib (do not append)\n");
	fprintf(stderr, "   -H                      output will include PDS and GDS (-bin/-ieee only)\n");
	fprintf(stderr, "   -append                 append to output file\n");
	fprintf(stderr, "   -o [file]               output file name, 'dump' is default\n");
	fprintf(stderr, " Misc\n");
	fprintf(stderr, "   -cmc [file]             use NCEP tables for CMC (dangerous)\n");
	exit(8);
    }
    file_arg = 0;
    for (i = 1; i < argc; i++) {
	if (strcmp(argv[i],"-PDS") == 0) {
	    print_PDS = 1;
	    continue;
	}
	if (strcmp(argv[i],"-PDS10") == 0) {
	    print_PDS10 = 1;
	    continue;
	}
	if (strcmp(argv[i],"-GDS") == 0) {
	    print_GDS = 1;
	    continue;
	}
	if (strcmp(argv[i],"-GDS10") == 0) {
	    print_GDS10 = 1;
	    continue;
	}
	if (strcmp(argv[i],"-v") == 0) {
	    verbose = 1;
	    continue;
	}
	if (strcmp(argv[i],"-V") == 0) {
	    verbose = 2;
	    continue;
	}
	if (strcmp(argv[i],"-s") == 0) {
	    verbose = -1;
	    continue;
	}
	if (strcmp(argv[i],"-text") == 0) {
	    output_type = TEXT;
	    continue;
	}
	if (strcmp(argv[i],"-bin") == 0) {
	    output_type = BINARY;
	    continue;
	}
	if (strcmp(argv[i],"-ieee") == 0) {
	    output_type = IEEE;
	    continue;
	}
	if (strcmp(argv[i],"-grib") == 0) {
	    output_type = GRIB;
	    continue;
	}
	if (strcmp(argv[i],"-nh") == 0) {
	    header = none;
	    continue;
	}
	if (strcmp(argv[i],"-h") == 0) {
	    header = simple;
	    continue;
	}
	if (strcmp(argv[i],"-dwdgrib") == 0) {
	    header = dwd;
	    output_type = GRIB;
	    continue;
	}
	if (strcmp(argv[i],"-append") == 0) {
	    append = 1;
	    continue;
	}
	if (strcmp(argv[i],"-verf") == 0) {
	    v_time = 1;
	    continue;
        }
	if (strcmp(argv[i],"-cmc") == 0) {
	    cmc_eq_ncep = 1;
	    continue;
        }
	if (strcmp(argv[i],"-d") == 0) {
	    if (strcmp(argv[i+1],"all") == 0) {
	        mode = DUMP_ALL;
	    }
	    else {
	        dump = atol(argv[i+1]);
	        mode = DUMP_RECORD;
	    }
	    i++;
	    if (output_type == NONE) output_type = BINARY;
	    continue;
	}
	if (strcmp(argv[i],"-p") == 0) {
	    pos = atol(argv[i+1]);
	    i++;
	    dump = 1;
	    if (output_type == NONE) output_type = BINARY;
	    mode = DUMP_POSITION;
	    continue;
	}
	if (strcmp(argv[i],"-i") == 0) {
	    if (output_type == NONE) output_type = BINARY;
	    mode = DUMP_LIST;
	    continue;
	}
	if (strcmp(argv[i],"-H") == 0) {
	    output_PDS_GDS = 1;
	    continue;
	}
	if (strcmp(argv[i],"-NH") == 0) {
	    output_PDS_GDS = 0;
	    continue;
	}
	if (strcmp(argv[i],"-4yr") == 0) {
	    year_4 = 1;
	    continue;
	}
	if (strcmp(argv[i],"-ncep_opn") == 0) {
	    def_ncep_table = opn_nowarn;
	    continue;
	}
	if (strcmp(argv[i],"-ncep_rean") == 0) {
	    def_ncep_table = rean_nowarn;
	    continue;
	}
	if (strcmp(argv[i],"-o") == 0) {
	    dump_file_name = argv[i+1];
	    i++;
	    continue;
	}
	if (strcmp(argv[i],"--v") == 0) {
	    printf("wgrib: %s\n", VERSION);
	    exit(0);
	}
	if (strcmp(argv[i],"-min") == 0) {
	    minute = 1;
	    continue;
	}
	if (strcmp(argv[i],"-ncep_ens") == 0) {
	    ncep_ens = 1;
	    continue;
	}
	if (file_arg == 0) {
	    file_arg = i;
	}
	else {
	    fprintf(stderr,"argument: %s ????\n", argv[i]);
	}
    }
    if (file_arg == 0) {
	fprintf(stderr,"no GRIB file to process\n");
	exit(8);
    }
    if ((input = fopen(argv[file_arg],"rb")) == NULL) {
        fprintf(stderr,"could not open file: %s\n", argv[file_arg]);
        exit(7);
    }

    if ((buffer = (unsigned char *) malloc(BUFF_ALLOC0)) == NULL) {
	fprintf(stderr,"not enough memory\n");
    }
    buffer_size = BUFF_ALLOC0;

    /* open output file */
    if (mode != INVENTORY) {
	open_parm[0] = append ? 'a' : 'w'; open_parm[1] = 'b'; open_parm[2] = '\0';
	if (output_type == TEXT) open_parm[1] = '\0';

	if ((dump_file = fopen(dump_file_name,open_parm)) == NULL) {
	    fprintf(stderr,"could not open dump file\n");
	    exit(8);
        }
	if (header == dwd && output_type == GRIB) wrtieee_header(0, dump_file);
    }

    /* skip dump - 1 records */
    for (i = 1; i < dump; i++) {
	msg = seek_grib(input, &pos, &len_grib, buffer, MSEEK);
	if (msg == NULL) {
	    fprintf(stderr, "ran out of data or bad file\n");
	    exit(8);
	}
	pos += len_grib;
    }
    if (dump > 0) count += dump - 1;
    n_dump = 0;

    for (;;) {
	if (n_dump == 1 && (mode == DUMP_RECORD || mode == DUMP_POSITION)) break;
	if (mode == DUMP_LIST) {
	    if (fgets(line,sizeof(line), stdin) == NULL) break;
            line[sizeof(line) - 1] = 0;
            if (sscanf(line,"%ld:%lu:", &count, &pos) != 2) {
		fprintf(stderr,"bad input from stdin\n");
                fprintf(stderr,"   %s\n", line);
	        exit(8);
	    }
	}

	msg = seek_grib(input, &pos, &len_grib, buffer, MSEEK);
	if (msg == NULL) {
	    if (mode == INVENTORY || mode == DUMP_ALL) break;
	    fprintf(stderr,"missing GRIB record(s)\n");
	    exit(8);
	}

        /* read all whole grib record */
        if (len_grib + msg - buffer > buffer_size) {
            buffer_size = len_grib + msg - buffer + 1000;
            buffer = (unsigned char *) realloc((void *) buffer, buffer_size);
            if (buffer == NULL) {
                fprintf(stderr,"ran out of memory\n");
                exit(8);
            }
        }
        if (read_grib(input, pos, len_grib, buffer) == 0) {
                fprintf(stderr,"error, could not read to end of record %ld\n",count);
                exit(8);
	}

	/* parse grib message */

	msg = buffer;
        pds = (msg + 8);
        pointer = pds + PDS_LEN(pds);
#ifdef DEBUG
	printf("LEN_GRIB= 0x%x\n", len_grib);
	printf("PDS_LEN= 0x%x: at 0x%x\n", PDS_LEN(pds),pds-msg);
#endif
        if (PDS_HAS_GDS(pds)) {
            gds = pointer;
            pointer += GDS_LEN(gds);
#ifdef DEBUG
	    printf("GDS_LEN= 0x%x: at 0x%x\n", GDS_LEN(gds), gds-msg);
#endif
        }
        else {
            gds = NULL;
        }
#ifdef DEBUG
        printf("Has BMS=%d\n", PDS_HAS_BMS(pds));
#endif
        if (PDS_HAS_BMS(pds)) {
            bms = pointer;
            pointer += BMS_LEN(bms);
#ifdef DEBUG
	    printf("BMS_LEN= 0x%x: at 0x%x\n", BMS_LEN(bms),bms-msg);
#endif
        }
        else {
            bms = NULL;
        }

        bds = pointer;
        pointer += BDS_LEN(bds);


#ifdef DEBUG
	printf("BDS_LEN= 0x%x\n", BDS_LEN(bds));
	printf("END_LEN= 0x%x: at 0x%x\n", 4,pointer-msg);
#endif
	if (pointer-msg+4 != len_grib) {
	    fprintf(stderr,"Len of grib message is inconsistent.\n");
	}

        /* end section - "7777" in ascii */
        if (pointer[0] != 0x37 || pointer[1] != 0x37 ||
            pointer[2] != 0x37 || pointer[3] != 0x37) {
            fprintf(stderr,"\n\n    missing end section\n");
            fprintf(stderr, "%2x %2x %2x %2x\n", pointer[0], pointer[1], 
		pointer[2], pointer[3]);
#ifdef DEBUG
	    printf("ignoring missing end section\n");
#else
	    exit(8);
#endif
        }

	/* figure out size of array */
	if (gds != NULL) {
	    GDS_grid(gds, bds, &nx, &ny, &nxny);
	}
	else if (bms != NULL) {
	    nxny = nx = BMS_nxny(bms);
	    ny = 1;
	}
	else {
	    if (BDS_NumBits(bds) == 0) {
                nxny = nx = 1;
                fprintf(stderr,"Missing GDS, constant record .. cannot "
                    "determine number of data points\n");
	    }
	    else {
	        nxny = nx = BDS_NValues(bds);
	    }
	    ny = 1;
	}
#ifdef CHECK_GRIB
	if (gds && ! GDS_Harmonic(gds)) {
	/* this grib check only works for simple packing */
	/* turn off if harmonic */
	    if (BDS_NumBits(bds) != 0) {
	        i = BDS_NValues(bds);
	        if (bms != NULL) {
	            i += missing_points(BMS_bitmap(bms),nxny);
	        }
	        if (i != nxny) {
	            fprintf(stderr,"grib header at record %ld: two values of nxny %ld %d\n",
			count,nxny,i);
		    fprintf(stderr,"   LEN %d DataStart %d UnusedBits %d #Bits %d nxny %ld\n",
			BDS_LEN(bds), BDS_DataStart(bds),BDS_UnusedBits(bds),
			BDS_NumBits(bds), nxny);
		    return_code = 15;
		    nxny = nx = i;
		    ny = 1;
	        }
	    }
 
        }
#endif
 
        if (verbose <= 0) {
	    printf("%ld:%lu:d=", count, pos);
	    PDS_date(pds,year_4,v_time);
	    printf(":%s:", k5toa(pds));

            if (verbose == 0) printf("kpds5=%d:kpds6=%d:kpds7=%d:TR=%d:P1=%d:P2=%d:TimeU=%d:",
	        PDS_PARAM(pds),PDS_KPDS6(pds),PDS_KPDS7(pds),
	        PDS_TimeRange(pds),PDS_P1(pds),PDS_P2(pds),
                PDS_ForecastTimeUnit(pds));
	    levels(PDS_KPDS6(pds), PDS_KPDS7(pds),PDS_Center(pds),verbose); printf(":");
	    PDStimes(PDS_TimeRange(pds),PDS_P1(pds),PDS_P2(pds),
                PDS_ForecastTimeUnit(pds));
	    if (PDS_Center(pds) == ECMWF) EC_ext(pds,"",":",verbose);
	    ensemble(pds, verbose);
	    printf("NAve=%d",PDS_NumAve(pds));
	    if (print_PDS || print_PDS10) print_pds(pds, print_PDS, print_PDS10, verbose);
	    if (gds && (print_GDS || print_GDS10)) print_gds(gds, print_GDS, print_GDS10, verbose);
            printf("\n");
       }
       else if (verbose == 1) {
	    printf("%ld:%lu:D=", count, pos);
            PDS_date(pds, 1, v_time);
	    printf(":%s:", k5toa(pds));
	    levels(PDS_KPDS6(pds), PDS_KPDS7(pds), PDS_Center(pds),verbose); printf(":");
            printf("kpds=%d,%d,%d:",
	        PDS_PARAM(pds),PDS_KPDS6(pds),PDS_KPDS7(pds));
	    PDStimes(PDS_TimeRange(pds),PDS_P1(pds),PDS_P2(pds),
                PDS_ForecastTimeUnit(pds));
	    if (PDS_Center(pds) == ECMWF) EC_ext(pds,"",":",verbose);
	    ensemble(pds, verbose);
	    GDS_winds(gds, verbose);
            printf("\"%s", k5_comments(pds));
	    if (print_PDS || print_PDS10) print_pds(pds, print_PDS, print_PDS10, verbose);
	    if (gds && (print_GDS || print_GDS10)) print_gds(gds, print_GDS, print_GDS10, verbose);
            printf("\n");
	}
        else if (verbose == 2) {
	    printf("rec %ld:%lu:date ", count, pos);
	    PDS_date(pds, 1, v_time);
	    printf(" %s kpds5=%d kpds6=%d kpds7=%d levels=(%d,%d) grid=%d ", 
	        k5toa(pds), PDS_PARAM(pds), PDS_KPDS6(pds), PDS_KPDS7(pds), 
                PDS_LEVEL1(pds), PDS_LEVEL2(pds), PDS_Grid(pds));
	        levels(PDS_KPDS6(pds),PDS_KPDS7(pds),PDS_Center(pds),verbose);

	    printf(" ");
	    if (PDS_Center(pds) == ECMWF) EC_ext(pds,""," ",verbose);
	    ensemble(pds, verbose);
	    PDStimes(PDS_TimeRange(pds),PDS_P1(pds),PDS_P2(pds),
                 PDS_ForecastTimeUnit(pds));
	    if (bms != NULL) 
		printf(" bitmap: %d undef", missing_points(BMS_bitmap(bms),nxny));
            printf("\n  %s=%s\n", k5toa(pds), k5_comments(pds));
	
            printf("  timerange %d P1 %d P2 %d TimeU %d  nx %d ny %d GDS grid %d "
		"num_in_ave %d missing %d\n", 
	        PDS_TimeRange(pds),PDS_P1(pds),PDS_P2(pds), 
                PDS_ForecastTimeUnit(pds), nx, ny, 
                gds == NULL ? -1 : GDS_DataType(gds), 
                PDS_NumAve(pds), PDS_NumMissing(pds));

	    printf("  center %d subcenter %d process %d Table %d", 
		PDS_Center(pds),PDS_Subcenter(pds),PDS_Model(pds),
                PDS_Vsn(pds));
	    GDS_winds(gds, verbose);
	    printf("\n");

	    if (gds && GDS_LatLon(gds) && nx != -1) 
		printf("  latlon: lat  %f to %f by %f  nxny %ld\n"
                       "          long %f to %f by %f, (%d x %d) scan %d "
                       "mode %d bdsgrid %d\n",
		  0.001*GDS_LatLon_La1(gds), 0.001*GDS_LatLon_La2(gds),
		  0.001*GDS_LatLon_dy(gds), nxny, 0.001*GDS_LatLon_Lo1(gds),
		  0.001*GDS_LatLon_Lo2(gds), 0.001*GDS_LatLon_dx(gds),
	    	  nx, ny, GDS_LatLon_scan(gds), GDS_LatLon_mode(gds),
		  BDS_Grid(bds));
	    else if (gds && GDS_LatLon(gds) && nx == -1) {
		printf("  thinned latlon: lat  %f to %f by %f  nxny %ld\n"
                       "          long %f to %f, %ld grid pts   (%d x %d) scan %d"
			" mode %d bdsgrid %d\n",
		  0.001*GDS_LatLon_La1(gds), 0.001*GDS_LatLon_La2(gds),
		  0.001*GDS_LatLon_dy(gds), nxny, 0.001*GDS_LatLon_Lo1(gds),
		  0.001*GDS_LatLon_Lo2(gds),
	    	  nxny, nx, ny, GDS_LatLon_scan(gds), GDS_LatLon_mode(gds),
		  BDS_Grid(bds));
		  GDS_prt_thin_lon(gds);
	    }
	    else if (gds && GDS_Gaussian(gds) && nx != -1)
		printf("  gaussian: lat  %f to %f\n"
                       "            long %f to %f by %f, (%d x %d) scan %d"
			" mode %d bdsgrid %d\n",
		  0.001*GDS_LatLon_La1(gds), 0.001*GDS_LatLon_La2(gds),
		  0.001*GDS_LatLon_Lo1(gds), 0.001*GDS_LatLon_Lo2(gds), 
		  0.001*GDS_LatLon_dx(gds),
	    	  nx, ny, GDS_LatLon_scan(gds), GDS_LatLon_mode(gds),
		  BDS_Grid(bds));
	    else if (gds && GDS_Gaussian(gds) && nx == -1) {
		printf("  thinned gaussian: lat  %f to %f\n"
                       "          long %f to %f, %ld grid pts   (%d x %d) scan %d"
			" mode %d bdsgrid %d\n",
		  0.001*GDS_LatLon_La1(gds), 0.001*GDS_LatLon_La2(gds),
		  0.001*GDS_LatLon_Lo1(gds), 0.001*GDS_LatLon_Lo2(gds),
	    	  nxny, nx, ny, GDS_LatLon_scan(gds), GDS_LatLon_mode(gds),
		  BDS_Grid(bds));
		  GDS_prt_thin_lon(gds);
	    }
	    else if (gds && GDS_Polar(gds))
		printf("  polar stereo: Lat1 %f Long1 %f Orient %f\n"
			"     %s pole (%d x %d) Dx %d Dy %d scan %d mode %d\n",
		    0.001*GDS_Polar_La1(gds),0.001*GDS_Polar_Lo1(gds),
		    0.001*GDS_Polar_Lov(gds),
		    GDS_Polar_pole(gds) == 0 ? "north" : "south", nx,ny,
		    GDS_Polar_Dx(gds),GDS_Polar_Dy(gds),
		    GDS_Polar_scan(gds), GDS_Polar_mode(gds));
	    else if (gds && GDS_Lambert(gds))
		printf("  Lambert Conf: Lat1 %f Lon1 %f Lov %f\n"
                       "      Latin1 %f Latin2 %f LatSP %f LonSP %f\n"
                       "      %s (%d x %d) Dx %f Dy %f scan %d mode %d\n",
                     0.001*GDS_Lambert_La1(gds),0.001*GDS_Lambert_Lo1(gds),
                     0.001*GDS_Lambert_Lov(gds),
                     0.001*GDS_Lambert_Latin1(gds), 0.001*GDS_Lambert_Latin2(gds),
                     0.001*GDS_Lambert_LatSP(gds), 0.001*GDS_Lambert_LonSP(gds),
                      GDS_Lambert_NP(gds) ? "North Pole": "South Pole",
                     GDS_Lambert_nx(gds), GDS_Lambert_ny(gds),
                     0.001*GDS_Lambert_dx(gds), 0.001*GDS_Lambert_dy(gds),
                     GDS_Lambert_scan(gds), GDS_Lambert_mode(gds));
	    else if (gds && GDS_Albers(gds))
		/* Albers equal area has same parameters as Lambert conformal */
		printf("  Albers Equal-Area: Lat1 %f Lon1 %f Lov %f\n"
                       "      Latin1 %f Latin2 %f LatSP %f LonSP %f\n"
                       "      %s (%d x %d) Dx %f Dy %f scan %d mode %d\n",
                     0.001*GDS_Lambert_La1(gds),0.001*GDS_Lambert_Lo1(gds),
                     0.001*GDS_Lambert_Lov(gds),
                     0.001*GDS_Lambert_Latin1(gds), 0.001*GDS_Lambert_Latin2(gds),
                     0.001*GDS_Lambert_LatSP(gds), 0.001*GDS_Lambert_LonSP(gds),
                      GDS_Lambert_NP(gds) ? "North Pole": "South Pole",
                     GDS_Lambert_nx(gds), GDS_Lambert_ny(gds),
                     0.001*GDS_Lambert_dx(gds), 0.001*GDS_Lambert_dy(gds),
                     GDS_Lambert_scan(gds), GDS_Lambert_mode(gds));
	    else if (gds && GDS_Mercator(gds))
		printf("  Mercator: lat  %f to %f by %f km  nxny %ld\n"
                       "          long %f to %f by %f km, (%d x %d) scan %d"
			" mode %d Latin %f bdsgrid %d\n",
		  0.001*GDS_Merc_La1(gds), 0.001*GDS_Merc_La2(gds),
		  0.001*GDS_Merc_dy(gds), nxny, 0.001*GDS_Merc_Lo1(gds),
		  0.001*GDS_Merc_Lo2(gds), 0.001*GDS_Merc_dx(gds),
	    	  nx, ny, GDS_Merc_scan(gds), GDS_Merc_mode(gds), 
		  0.001*GDS_Merc_Latin(gds), BDS_Grid(bds));
	    else if (gds && GDS_ssEgrid(gds))
		printf("  Semi-staggered Arakawa E-Grid: lat0 %f lon0 %f nxny %d\n"
                       "    dLat %f dLon %f (%d x %d) scan %d mode %d\n",
		  0.001*GDS_ssEgrid_La1(gds), 0.001*GDS_ssEgrid_Lo1(gds), 
                  GDS_ssEgrid_n(gds)*GDS_ssEgrid_n_dum(gds), 
                  0.001*GDS_ssEgrid_dj(gds), 0.001*GDS_ssEgrid_di(gds), 
                  GDS_ssEgrid_Lo2(gds), GDS_ssEgrid_La2(gds),
                  GDS_ssEgrid_scan(gds), GDS_ssEgrid_mode(gds));
            else if (gds && GDS_ss2dEgrid(gds))
                printf("  Semi-staggered Arakawa E-Grid (2D): lat0 %f lon0 %f nxny %d\n"
                       "    dLat %f dLon %f (tlm0d %f tph0d %f) scan %d mode %d\n",
                   0.001*GDS_ss2dEgrid_La1(gds), 0.001*GDS_ss2dEgrid_Lo1(gds),
                   GDS_ss2dEgrid_nx(gds)*GDS_ss2dEgrid_ny(gds),
                   0.001*GDS_ss2dEgrid_dj(gds), 0.001*GDS_ss2dEgrid_di(gds),
                   0.001*GDS_ss2dEgrid_Lo2(gds), 0.001*GDS_ss2dEgrid_La2(gds),
                   GDS_ss2dEgrid_scan(gds), GDS_ss2dEgrid_mode(gds));
            else if (gds && GDS_ss2dBgrid(gds))
                printf("  Semi-staggered Arakawa B-Grid (2D): lat0 %f lon0 %f nxny %d\n"
                       "    dLat %f dLon %f (tlm0d %f tph0d %f) scan %d mode %d\n",
                   0.001*GDS_ss2dBgrid_La1(gds), 0.001*GDS_ss2dBgrid_Lo1(gds),
                   GDS_ss2dBgrid_nx(gds)*GDS_ss2dBgrid_ny(gds),
                   0.001*GDS_ss2dBgrid_dj(gds), 0.001*GDS_ss2dBgrid_di(gds),
                   0.001*GDS_ss2dBgrid_Lo2(gds), 0.001*GDS_ss2dBgrid_La2(gds),
                   GDS_ss2dBgrid_scan(gds), GDS_ss2dBgrid_mode(gds)); 
	    else if (gds && GDS_fEgrid(gds)) 
		printf("  filled Arakawa E-Grid: lat0 %f lon0 %f nxny %d\n"
                       "    dLat %f dLon %f (%d x %d) scan %d mode %d\n",
		  0.001*GDS_fEgrid_La1(gds), 0.001*GDS_fEgrid_Lo1(gds), 
                  GDS_fEgrid_n(gds)*GDS_fEgrid_n_dum(gds), 
                  0.001*GDS_fEgrid_dj(gds), 0.001*GDS_fEgrid_di(gds), 
                  GDS_fEgrid_Lo2(gds), GDS_fEgrid_La2(gds),
                  GDS_fEgrid_scan(gds), GDS_fEgrid_mode(gds));
	    else if (gds && GDS_RotLL(gds))
		printf("  rotated LatLon grid  lat %f to %f  lon %f to %f\n"
		       "    nxny %ld  (%d x %d)  dx %d dy %d  scan %d  mode %d\n"
		       "    transform: south pole lat %f lon %f  rot angle %f\n", 
		   0.001*GDS_RotLL_La1(gds), 0.001*GDS_RotLL_La2(gds), 
		   0.001*GDS_RotLL_Lo1(gds), 0.001*GDS_RotLL_Lo2(gds),
		   nxny, GDS_RotLL_nx(gds), GDS_RotLL_ny(gds),
		   GDS_RotLL_dx(gds), GDS_RotLL_dy(gds),
		   GDS_RotLL_scan(gds), GDS_RotLL_mode(gds),
		   0.001*GDS_RotLL_LaSP(gds), 0.001*GDS_RotLL_LoSP(gds),
		   GDS_RotLL_RotAng(gds) );
	    else if (gds && GDS_Gnomonic(gds))
		printf("  Gnomonic grid\n");
	    else if (gds && GDS_Harmonic(gds))
		printf("  Harmonic (spectral):  pentagonal spectral truncation: nj %d nk %d nm %d\n",
		       GDS_Harmonic_nj(gds), GDS_Harmonic_nk(gds),
		       GDS_Harmonic_nm(gds));
		if (gds && GDS_Harmonic_type(gds) == 1)
		  printf("  Associated Legendre polynomials\n");
            else if (gds && GDS_Triangular(gds))
                printf("  Triangular grid:  nd %d ni %d (= 2^%d x 3^%d)\n",
		    GDS_Triangular_nd(gds), GDS_Triangular_ni(gds), 
                    GDS_Triangular_ni2(gds), GDS_Triangular_ni3(gds) );
	    if (print_PDS || print_PDS10) 
                print_pds(pds, print_PDS, print_PDS10, verbose);
	    if (gds && (print_GDS || print_GDS10)) 
                 print_gds(gds, print_GDS, print_GDS10, verbose);
	}

	if (mode != INVENTORY && output_type == GRIB) {
	        if (header == dwd) wrtieee_header((int) len_grib, dump_file);
	        fwrite((void *) msg, sizeof(char), len_grib, dump_file);
	        if (header == dwd) wrtieee_header((int) len_grib, dump_file);
	    n_dump++;
	}

	if ((mode != INVENTORY && output_type != GRIB) || verbose > 1) {
	    /* decode numeric data */
 
            if ((array = (float *) malloc(sizeof(float) * nxny)) == NULL) {
                fprintf(stderr,"memory problems\n");
                exit(8);
            }

	    temp = int_power(10.0, - PDS_DecimalScale(pds));

 	    BDS_unpack(array, bds, BMS_bitmap(bms), BDS_NumBits(bds), nxny,
			   temp*BDS_RefValue(bds),temp*int_power(2.0, BDS_BinScale(bds)));

	    if (verbose > 1) {
		rmin = FLT_MAX;
		rmax = -FLT_MAX;
	        for (i = 0; i < nxny; i++) {
		    if (fabs(array[i]-UNDEFINED) > 0.0001*UNDEFINED) {
	                rmin = min(rmin,array[i]);
	                rmax = max(rmax,array[i]);
		    }
	        }
	        printf("  min/max data %g %g  num bits %d "
			" BDS_Ref %g  DecScale %d BinScale %d\n", 
		    rmin, rmax, BDS_NumBits(bds), BDS_RefValue(bds),
		    PDS_DecimalScale(pds), BDS_BinScale(bds));
	    }

	    if (mode != INVENTORY && output_type != GRIB) {
		/* dump code */
		if (output_PDS_GDS == 1) {
		    /* insert code here */
	            if (output_type == BINARY || output_type == IEEE) {
			/* write PDS */
			i = PDS_LEN(pds) + 4;
	                if (header == simple && output_type == BINARY) 
				fwrite((void *) &i, sizeof(int), 1, dump_file);
	                if (header == simple && output_type == IEEE) wrtieee_header(i, dump_file);
	                fwrite((void *) "PDS ", 1, 4, dump_file);
	                fwrite((void *) pds, 1, i - 4, dump_file);
	                if (header == simple && output_type == BINARY) 
				fwrite((void *) &i, sizeof(int), 1, dump_file);
	                if (header == simple && output_type == IEEE) wrtieee_header(i, dump_file);

			/* write GDS */
			i = (gds) ?  GDS_LEN(gds) + 4 : 4;
	                if (header == simple && output_type == BINARY) 
				fwrite((void *) &i, sizeof(int), 1, dump_file);
	                if (header == simple && output_type == IEEE) wrtieee_header(i, dump_file);
	                fwrite((void *) "GDS ", 1, 4, dump_file);
	                if (gds) fwrite((void *) gds, 1, i - 4, dump_file);
	                if (header == simple && output_type == BINARY) 
				fwrite((void *) &i, sizeof(int), 1, dump_file);
	                if (header == simple && output_type == IEEE) wrtieee_header(i, dump_file);
		    }
		} 

	        if (output_type == BINARY) {
	            i = nxny * sizeof(float);
	            if (header == simple) fwrite((void *) &i, sizeof(int), 1, dump_file);
	            fwrite((void *) array, sizeof(float), nxny, dump_file);
	            if (header == simple) fwrite((void *) &i, sizeof(int), 1, dump_file);
	        }
		else if (output_type == IEEE) {
		    wrtieee(array, nxny, header, dump_file);
		}
	        else if (output_type == TEXT) {
	            /* number of points in grid */
	            if (header == simple) {
		        if (nx <= 0 || ny <= 0 || nxny != nx*ny) {
                            fprintf(dump_file, "%ld %d\n", nxny, 1);
			}
			else {
			    fprintf(dump_file, "%d %d\n", nx, ny);
			}
		    }
	            for (i = 0; i < nxny; i++) {
		        fprintf(dump_file,"%g\n", array[i]);
		    }
	        }
	        n_dump++;
	    }
	    free(array);
	    if (verbose > 0) printf("\n");
	}
	    
        pos += len_grib;
        count++;
    }

    if (mode != INVENTORY) {
	if (header == dwd && output_type == GRIB) wrtieee_header(0, dump_file);
	if (ferror(dump_file)) {
		fprintf(stderr,"error writing %s\n",dump_file_name);
		exit(8);
	}
    }
    fclose(input);
    return (return_code);
}

void print_pds(unsigned char *pds, int print_PDS, int print_PDS10, int verbose) {
    int i, j;

    j = PDS_LEN(pds);
    if (verbose < 2) {
        if (print_PDS && verbose < 2) {
            printf(":PDS=");
            for (i = 0; i < j; i++) {
                printf("%2.2x", (int) pds[i]);
            }
        }
        if (print_PDS10 && verbose < 2) {
            printf(":PDS10=");
            for (i = 0; i < j; i++) {
                printf(" %d", (int) pds[i]);
            }
        }
    }
    else {
        if (print_PDS) {
            printf("  PDS(1..%d)=",j);
            for (i = 0; i < j; i++) {
                if (i % 20 == 0) printf("\n    %4d:",i+1);
                printf(" %3.2x", (int) pds[i]);
            }
            printf("\n");
        }
        if (print_PDS10) {
            printf("  PDS10(1..%d)=",j);
            for (i = 0; i < j; i++) {
                if (i % 20 == 0) printf("\n    %4d:",i+1);
                printf(" %3d", (int) pds[i]);
            }
            printf("\n");
        }
    }
}

void print_gds(unsigned char *gds, int print_GDS, int print_GDS10, int verbose) {
    int i, j;

    j = GDS_LEN(gds);
    if (verbose < 2) {
        if (print_GDS && verbose < 2) {
            printf(":GDS=");
            for (i = 0; i < j; i++) {
                printf("%2.2x", (int) gds[i]);
            }
        }
        if (print_GDS10 && verbose < 2) {
            printf(":GDS10=");
            for (i = 0; i < j; i++) {
                printf(" %d", (int) gds[i]);
            }
        }
    }
    else {
        if (print_GDS) {
            printf("  GDS(1..%d)=",j);
            for (i = 0; i < j; i++) {
                if (i % 20 == 0) printf("\n    %4d:",i+1);
                printf(" %3.2x", (int) gds[i]);
            }
            printf("\n");
        }
        if (print_GDS10) {
            printf("  GDS10(1..%d)=",j);
            for (i = 0; i < j; i++) {
                if (i % 20 == 0) printf("\n    %4d:",i+1);
                printf(" %3d", (int) gds[i]);
            }
            printf("\n");
        }
    }
}
/*
 * find next grib header
 *
 * file = what do you think?
 * pos = initial position to start looking at  ( = 0 for 1st call)
 *       returns with position of next grib header (units=bytes)
 * len_grib = length of the grib record (bytes)
 * buffer[buf_len] = buffer for reading/writing
 *
 * returns (char *) to start of GRIB header+PDS
 *         NULL if not found
 *
 * adapted from SKGB (Mark Iredell)
 *
 * v1.1 9/94 Wesley Ebisuzaki
 * v1.2 3/96 Wesley Ebisuzaki handles short records at end of file
 * v1.3 8/96 Wesley Ebisuzaki increase NTRY from 3 to 100 for the folks
 *      at Automation decided a 21 byte WMO bulletin header wasn't long 
 *      enough and decided to go to an 8K header.  
 * v1.4 11/10/2001 D. Haalman, looks at entire file, does not try
 *      to read past EOF
 *      3/8/2010 echack added by Brian Doty
 * v1.5 5/2011 changes for ECMWF who have grib1+grib2 files, scan entire file
 */

#ifndef min
   #define min(a,b)  ((a) < (b) ? (a) : (b))
#endif

/* #define LEN_HEADER_PDS (28+42+100) */
#define LEN_HEADER_PDS (28+8)

int ec_large_grib = 0,  len_ec_bds;

unsigned char *seek_grib(FILE *file, unsigned long *pos, long *len_grib, 
        unsigned char *buffer, unsigned int buf_len) {

    int i, len;
    long length_grib;
    static int warn_grib2 = 0;
    clearerr(file);
    while ( !feof(file) ) {

        if (fseek(file, *pos, SEEK_SET) == -1) break;
	i = fread(buffer, sizeof (unsigned char), buf_len, file);     
        if (ferror(file)) break;
        len = i - LEN_HEADER_PDS;
     
        for (i = 0; i < len; i++) {
            if (buffer[i] == 'G' && buffer[i+1] == 'R' && buffer[i+2] == 'I'
                && buffer[i+3] == 'B') {
		/* grib edition 1 */
		if (buffer[i+7] == 1) {
                    *pos = i + *pos;
                    *len_grib = length_grib = (buffer[i+4] << 16) + (buffer[i+5] << 8) +
                            buffer[i+6];

		    /* small records don't have ECMWF hack */
		    if ((length_grib & 0x800000) == 0) { ec_large_grib = 0; return (buffer + i); }

		    /* potential for ECMWF hack */
		    ec_large_grib = 1;
		    *len_grib = echack(file, *pos, length_grib);
                    return (buffer+i);
		}

		/* grib edition 2 */
		else if (buffer[i+7] == 2) {
		    if (warn_grib2++ == 0) fprintf(stderr,"grib2 message ignored (use wgrib2)\n");
		}

            }
        }
	*pos = *pos + (buf_len - LEN_HEADER_PDS);
    }

    *len_grib = 0;
    return (unsigned char *) NULL;
}


/* If the encoded grib record length is long enough, we may have an encoding
   of an even longer record length using the ecmwf hack.  To check for this
   requires getting the length of the binary data section.  To get this requires
   getting the lengths of the various sections before the bds.  To see if those
   sections are there requires checking the flags in the pds.  */

long echack(FILE *file, long pos, long len_grib) {

    int gdsflg, bmsflg, center;
    unsigned int pdslen, gdslen, bmslen, bdslen;
    unsigned char buf[8];
    long len;

    len = len_grib;

    /* Get pdslen */

    if (fseek(file, pos+8, SEEK_SET) == -1) return 0;
    if (fread(buf, sizeof (unsigned char), 8, file) != 8) return 0;
    pdslen = __LEN24(buf);

    center = buf[4];

    /* know that NCEP and CMC do not use echack */
    if (center == NMC || center == CMC) {
	ec_large_grib = 0;
        return len_grib;
    }


    gdsflg = buf[7] & 128;
    bmsflg = buf[7] & 64;

    gdslen=0;
    if (gdsflg) {
        if (fseek(file, pos+8+pdslen, SEEK_SET) == -1) return 0;
        if (fread(buf, sizeof (unsigned char), 3, file) != 3) return 0;
        gdslen = __LEN24(buf);
    }

    /* if there, get length of bms */

    bmslen = 0;
    if (bmsflg) {
       if (fseek(file, pos+8+pdslen+gdslen, SEEK_SET) == -1) return 0;
       if (fread(buf, sizeof (unsigned char), 3, file) != 3) return 0;
       bmslen = __LEN24(buf);
    }

    /* get bds length */

    if (fseek(file, pos+8+pdslen+gdslen+bmslen, SEEK_SET) == -1) return 0;
    if (fread(buf, sizeof (unsigned char), 3, file) != 3) return 0;
    bdslen = __LEN24(buf);

    /* Now we can check if this record is hacked */

    if (bdslen >= 120) {
	/* normal record */
	ec_large_grib = 0;
    }
    else {
        /* ECMWF hack */
        len_grib = (len & 0x7fffff) * 120 - bdslen + 4;
        len_ec_bds = len_grib - (12 + pdslen + gdslen + bmslen);
	ec_large_grib = 1;
    }
    return len_grib;
}

/* ibm2flt       wesley ebisuzaki
 *
 * v1.1 .. faster
 * v1.1 .. if mant == 0 -> quick return
 *
 */


double ibm2flt(unsigned char *ibm) {

	int positive, power;
	unsigned int abspower;
	long int mant;
	double value, exp;

	mant = (ibm[1] << 16) + (ibm[2] << 8) + ibm[3];
        if (mant == 0) return 0.0;

	positive = (ibm[0] & 0x80) == 0;
	power = (int) (ibm[0] & 0x7f) - 64;
	abspower = power > 0 ? power : -power;


	/* calc exp */
	exp = 16.0;
	value = 1.0;
	while (abspower) {
		if (abspower & 1) {
			value *= exp;
		}
		exp = exp * exp;
		abspower >>= 1;
	}

	if (power < 0) value = 1.0 / value;
	value = value * mant / 16777216.0;
	if (positive == 0) value = -value;
	return value;
}
	
/*
 * read_grib.c
 *
 * reads grib message
 *
 * input: pos, byte position of grib message
 *        len_grib, length of grib message
 * output: *buffer, grib message
 *
 * note: call seek_grib first
 *
 * v1.0 9/94 Wesley Ebisuzaki
 *
 */

int read_grib(FILE *file, long pos, long len_grib, unsigned char *buffer) {

    int i;


    if (fseek(file, pos, SEEK_SET) == -1) {
	    return 0;
    }

    i = fread(buffer, sizeof (unsigned char), len_grib, file);
    return (i == len_grib);
}

/*
 * w. ebisuzaki
 *
 *  return x**y
 *
 *
 *  input: double x
 *	   int y
 */
double int_power(double x, int y) {

	double value;

	if (y < 0) {
		y = -y;
		x = 1.0 / x;
	}
	value = 1.0;

	while (y) {
		if (y & 1) {
			value *= x;
		}
		x = x * x;
		y >>= 1;
	}
	return value;
}

/* cnames.c 				Wesley Ebisuzaki
 *
 * returns strings with either variable name or comment field
 * v1.4 4/98
 * reanalysis can use process 180 and subcenter 0
 *
 * Add DWD tables 2, 201, 202, 203      Helmut P. Frank, DWD, FE13
 *                                      Thu Aug 23 09:28:34 GMT 2001
 * add DWD tables 204, 205              H. Frank, 10-19-2005
 * LAMI => DWD				11/2008 Davide Sacchetti 
 */


extern const  struct ParmTable parm_table_ncep_opn[256];
extern const  struct ParmTable parm_table_ncep_reanal[256];
extern const  struct ParmTable parm_table_nceptab_128[256];
extern const  struct ParmTable parm_table_nceptab_129[256];
extern const  struct ParmTable parm_table_nceptab_130[256];
extern const  struct ParmTable parm_table_nceptab_131[256];
extern const  struct ParmTable parm_table_nceptab_133[256];
extern const  struct ParmTable parm_table_nceptab_140[256];
extern const  struct ParmTable parm_table_nceptab_141[256];
extern const  struct ParmTable parm_table_mdl_nceptab[256];

extern const  struct ParmTable parm_table_ecmwf_128[256];
extern const  struct ParmTable parm_table_ecmwf_129[256];
extern const  struct ParmTable parm_table_ecmwf_130[256];
extern const  struct ParmTable parm_table_ecmwf_131[256];
extern const  struct ParmTable parm_table_ecmwf_132[256];
extern const  struct ParmTable parm_table_ecmwf_133[256];
extern const  struct ParmTable parm_table_ecmwf_140[256];
extern const  struct ParmTable parm_table_ecmwf_150[256];
extern const  struct ParmTable parm_table_ecmwf_151[256];
extern const  struct ParmTable parm_table_ecmwf_160[256];
extern const  struct ParmTable parm_table_ecmwf_162[256];
extern const  struct ParmTable parm_table_ecmwf_170[256];
extern const  struct ParmTable parm_table_ecmwf_171[256];
extern const  struct ParmTable parm_table_ecmwf_172[256];
extern const  struct ParmTable parm_table_ecmwf_173[256];
extern const  struct ParmTable parm_table_ecmwf_174[256];
extern const  struct ParmTable parm_table_ecmwf_180[256];
extern const  struct ParmTable parm_table_ecmwf_190[256];
extern const  struct ParmTable parm_table_ecmwf_200[256];
extern const  struct ParmTable parm_table_ecmwf_210[256];
extern const  struct ParmTable parm_table_ecmwf_211[256];
extern const  struct ParmTable parm_table_ecmwf_228[256];
extern struct ParmTable parm_table_user[256];
extern const  struct ParmTable parm_table_dwd_002[256];
extern const  struct ParmTable parm_table_dwd_201[256];
extern const  struct ParmTable parm_table_dwd_202[256];
extern const  struct ParmTable parm_table_dwd_203[256];
extern const  struct ParmTable parm_table_dwd_204[256];
extern const  struct ParmTable parm_table_dwd_205[256];
extern const  struct ParmTable parm_table_cptec_254[256];

extern enum Def_NCEP_Table def_ncep_table;
extern int cmc_eq_ncep;

/*
 * returns pointer to the parameter table
 */



static const struct ParmTable *Parm_Table(unsigned char *pds) {

    int i, center, subcenter, ptable, process;
    static int missing_count = 0, reanal_opn_count = 0;

    center = PDS_Center(pds);
    subcenter = PDS_Subcenter(pds);
    ptable = PDS_Vsn(pds);

    /* CMC (54) tables look like NCEP tables */
    if (center == CMC && cmc_eq_ncep) center = NMC;

#ifdef P_TABLE_FIRST
    i = setup_user_table(center, subcenter, ptable);
    if (i == 1) return &parm_table_user[0];
#endif
    /* figure out if NCEP opn or reanalysis */
    if (center == NMC && ptable <= 3) {
	if (subcenter == 1) return &parm_table_ncep_reanal[0];
	if (subcenter == 14) return &parm_table_mdl_nceptab[0];
        process = PDS_Model(pds);
	if (subcenter != 0 || (process != 80 && process != 180) || 
		(ptable != 1 && ptable != 2)) 
            return &parm_table_ncep_opn[0];

	/* at this point could be either the opn or reanalysis table */
	if (def_ncep_table == opn_nowarn) return &parm_table_ncep_opn[0];
	if (def_ncep_table == rean_nowarn) return &parm_table_ncep_reanal[0];
        if (reanal_opn_count++ == 0) {
	    fprintf(stderr, "Using NCEP %s table, see -ncep_opn, -ncep_rean options\n",
               (def_ncep_table == opn) ?  "opn" : "reanalysis");
	}
        return (def_ncep_table == opn) ?  &parm_table_ncep_opn[0] 
		: &parm_table_ncep_reanal[0];
    }

    if (center == NMC) {
        if (ptable == 128) return &parm_table_nceptab_128[0];
        if (ptable == 129) return &parm_table_nceptab_129[0];
        if (ptable == 130) return &parm_table_nceptab_130[0];
        if (ptable == 131) return &parm_table_nceptab_131[0];
        if (ptable == 132) return &parm_table_ncep_reanal[0];
        if (ptable == 133) return &parm_table_nceptab_133[0];
        if (ptable == 140) return &parm_table_nceptab_140[0];
        if (ptable == 141) return &parm_table_nceptab_141[0];
    }
    if (center == ECMWF) {
        if (ptable == 128) return &parm_table_ecmwf_128[0];
        if (ptable == 129) return &parm_table_ecmwf_129[0];
        if (ptable == 130) return &parm_table_ecmwf_130[0];
        if (ptable == 131) return &parm_table_ecmwf_131[0];
        if (ptable == 132) return &parm_table_ecmwf_132[0];
        if (ptable == 133) return &parm_table_ecmwf_133[0];
        if (ptable == 140) return &parm_table_ecmwf_140[0];
        if (ptable == 150) return &parm_table_ecmwf_150[0];
        if (ptable == 151) return &parm_table_ecmwf_151[0];
        if (ptable == 160) return &parm_table_ecmwf_160[0];
        if (ptable == 162) return &parm_table_ecmwf_162[0];
        if (ptable == 170) return &parm_table_ecmwf_170[0];
        if (ptable == 171) return &parm_table_ecmwf_171[0];
        if (ptable == 172) return &parm_table_ecmwf_172[0];
        if (ptable == 173) return &parm_table_ecmwf_173[0];
        if (ptable == 174) return &parm_table_ecmwf_174[0];
        if (ptable == 180) return &parm_table_ecmwf_180[0];
        if (ptable == 190) return &parm_table_ecmwf_190[0];
        if (ptable == 200) return &parm_table_ecmwf_200[0];
        if (ptable == 210) return &parm_table_ecmwf_210[0];
        if (ptable == 211) return &parm_table_ecmwf_211[0];
        if (ptable == 228) return &parm_table_ecmwf_228[0];
    }
    /* if (center == DWD || center == CHM || center == LAMI) { */
    if (center == DWD || center == CHM) {
        if (ptable ==   2) return &parm_table_dwd_002[0];
        if (ptable == 201) return &parm_table_dwd_201[0];
        if (ptable == 202) return &parm_table_dwd_202[0];
        if (ptable == 203) return &parm_table_dwd_203[0];
        if (ptable == 204) return &parm_table_dwd_204[0];
        if (ptable == 205) return &parm_table_dwd_205[0];
    }
    if (center == CPTEC) {
	if (ptable == 254) return &parm_table_cptec_254[0];
    }

#ifndef P_TABLE_FIRST
    i = setup_user_table(center, subcenter, ptable);
    if (i == 1) return &parm_table_user[0];
#endif

    if ((ptable > 3 || (PDS_PARAM(pds)) > 127) && missing_count++ == 0) {
	fprintf(stderr,
            "\nUndefined parameter table (center %d-%d table %d), using NCEP-opn\n",
            center, subcenter, ptable);
    }
    return &parm_table_ncep_opn[0];
}

/*
 * return name field of PDS_PARAM(pds)
 */

char *k5toa(unsigned char *pds) {

    return (Parm_Table(pds) + PDS_PARAM(pds))->name;
}

/*
 * return comment field of the PDS_PARAM(pds)
 */

char *k5_comments(unsigned char *pds) {

    return (Parm_Table(pds) + PDS_PARAM(pds))->comment;
}

/* 1996				wesley ebisuzaki
 *
 * Unpack BDS section
 *
 * input: *bits, pointer to packed integer data
 *        *bitmap, pointer to bitmap (undefined data), NULL if none
 *        n_bits, number of bits per packed integer
 *        n, number of data points (includes undefined data)
 *        ref, scale: flt[] = ref + scale*packed_int
 * output: *flt, pointer to output array
 *        undefined values filled with UNDEFINED
 *
 * note: code assumes an integer > 32 bits
 *
 * 7/98 v1.2.1 fix bug for bitmaps and nbit >= 25 found by Larry Brasfield
 * 2/01 v1.2.2 changed jj from long int to double
 * 3/02 v1.2.3 added unpacking extensions for spectral data 
 *             Luis Kornblueh, MPIfM 
 * 7/06 v.1.2.4 fixed some bug complex packed data was not set to undefined
 */

static unsigned int mask[] = {0,1,3,7,15,31,63,127,255};
static unsigned int map_masks[8] = {128, 64, 32, 16, 8, 4, 2, 1};
static double shift[9] = {1.0, 2.0, 4.0, 8.0, 16.0, 32.0, 64.0, 128.0, 256.0};

void BDS_unpack(float *flt, unsigned char *bds, unsigned char *bitmap,
	int n_bits, int n, double ref, double scale) {

    unsigned char *bits;

    int i, mask_idx, t_bits, c_bits, j_bits;
    unsigned int j, map_mask, tbits, jmask, bbits;
    double jj;


    if (BDS_ComplexPacking(bds)) {
	fprintf(stderr,"*** Cannot decode complex packed fields n=%d***\n", n);
	exit(8);
	for (i = 0; i < n; i++) {
	    *flt++ = UNDEFINED;
	}
	return;
    }

    if (BDS_Harmonic(bds)) {
        bits = bds + 15;
        /* fill in global mean */
        *flt++ = BDS_Harmonic_RefValue(bds);
        n -= 1; 
    }
    else {
        bits = bds + 11;  
    }

    tbits = bbits = 0;

    /* assume integer has 32+ bits */
    if (n_bits <= 25) {
        jmask = (1 << n_bits) - 1;
        t_bits = 0;

        if (bitmap) {
	    for (i = 0; i < n; i++) {
		/* check bitmap */
		mask_idx = i & 7;
		if (mask_idx == 0) bbits = *bitmap++;
	        if ((bbits & map_masks[mask_idx]) == 0) {
		    *flt++ = UNDEFINED;
		    continue;
	        }

	        while (t_bits < n_bits) {
	            tbits = (tbits * 256) + *bits++;
	            t_bits += 8;
	        }
	        t_bits -= n_bits;
	        j = (tbits >> t_bits) & jmask;
	        *flt++ = ref + scale*j;
            }
        }
        else {
	    for (i = 0; i < n; i++) {
		if (n_bits - t_bits > 8) {
                    tbits = (tbits << 16) | (bits[0] << 8) | (bits[1]);
		    bits += 2;
                    t_bits += 16;
		}
                while (t_bits < n_bits) {
                    tbits = (tbits * 256) + *bits++;
                    t_bits += 8;
                }
                t_bits -= n_bits;
                flt[i] = (tbits >> t_bits) & jmask;
            }
	    /* at least this vectorizes :) */
	    for (i = 0; i < n; i++) {
		flt[i] = ref + scale*flt[i];
	    }
        }
    }
    else {
	/* older unoptimized code, not often used */
        c_bits = 8;
        map_mask = 128;
        while (n-- > 0) {
	    if (bitmap) {
	        j = (*bitmap & map_mask);
	        if ((map_mask >>= 1) == 0) {
		    map_mask = 128;
		    bitmap++;
	        }
	        if (j == 0) {
		    *flt++ = UNDEFINED;
		    continue;
	        }
	    }

	    jj = 0.0;
	    j_bits = n_bits;
	    while (c_bits <= j_bits) {
	        if (c_bits == 8) {
		    jj = jj * 256.0  + (double) (*bits++);
		    j_bits -= 8;
	        }
	        else {
		    jj = (jj * shift[c_bits]) + (double) (*bits & mask[c_bits]);
		    bits++;
		    j_bits -= c_bits;
		    c_bits = 8;
	        }
	    }
	    if (j_bits) {
	        c_bits -= j_bits;
	        jj = (jj * shift[j_bits]) + (double) ((*bits >> c_bits) & mask[j_bits]);
	    }
	    *flt++ = ref + scale*jj;
        }
    }
    return;
}

/*
 * convert a float to an ieee single precision number v1.1
 * (big endian)
 *                      Wesley Ebisuzaki
 *
 * bugs: doesn't handle subnormal numbers
 * bugs: assumes length of integer >= 25 bits
 */

int flt2ieee(float x, unsigned char *ieee) {

	int sign, exp;
        unsigned int umant;
	double mant;

	if (x == 0.0) {
		ieee[0] = ieee[1] = ieee[2] = ieee[3] = 0;
		return 0;
	}

	/* sign bit */
	if (x < 0.0) {
		sign = 128;
		x = -x;
	}
	else sign = 0;
	mant = frexp((double) x, &exp);

        /* 2^24 = 16777216 */

	umant = mant * 16777216 + 0.5;
	if (umant >= 16777216) {
            umant = umant / 2;
            exp++;
        }
        /* bit 24 should be a 1 .. not used in ieee format */

	exp = exp - 1 + 127;

	if (exp < 0) {
		/* signed zero */
		ieee[0] = sign;
		ieee[1] = ieee[2] = ieee[3] = 0;
		return 0;
	}
	if (exp > 255) {
		/* signed infinity */
		ieee[0] = sign + 127;
		ieee[1] = 128;
                ieee[2] = ieee[3] = 0;
                return 0;
	}
	/* normal number */

	ieee[0] = sign + (exp >> 1);

        ieee[3] = umant & 255;
        ieee[2] = (umant >> 8) & 255;
        ieee[1] = ((exp & 1) << 7) + ((umant >> 16) & 127);
	return 0;
}


/* wesley ebisuzaki v1.3
 *
 * write ieee file -- big endian format
 *
 * input float *array		data to be written
 *	 int n			size of array
 *	 int header		1 for f77 style header 0 for none
 *				(header is 4 byte header
 *	 FILE *output		output file
 *
 * v1.2 7/97 buffered, faster
 * v1.3 2/99 fixed (typo) error in wrtieee_header found by
 *     Bob Farquhar
 */

#define BSIZ 1024*4

int wrtieee(float *array, int n, int header, FILE *output) {

	unsigned long int l;
	int i, nbuf;
	unsigned char buff[BSIZ];
	unsigned char h4[4];

	nbuf = 0;
	if (header) {
		l = n * 4;
		for (i = 0; i < 4; i++) {
			h4[i] = l & 255;
			l >>= 8;
		}
		buff[nbuf++] = h4[3];
		buff[nbuf++] = h4[2];
		buff[nbuf++] = h4[1];
		buff[nbuf++] = h4[0];
	}
	for (i = 0; i < n; i++) {
		if (nbuf >= BSIZ) {
		    fwrite(buff, 1, BSIZ, output);
		    nbuf = 0;
		}
		flt2ieee(array[i], buff + nbuf);
		nbuf += 4;
	}
	if (header) {
		if (nbuf == BSIZ) {
		    fwrite(buff, 1, BSIZ, output);
		    nbuf = 0;
		}
		buff[nbuf++] = h4[3];
		buff[nbuf++] = h4[2];
		buff[nbuf++] = h4[1];
		buff[nbuf++] = h4[0];
	}
	if (nbuf) fwrite(buff, 1, nbuf, output);
	return 0;
}

/* write a big-endian 4 byte integer .. f77 IEEE  header */

int wrtieee_header(unsigned int n, FILE *output) {
	unsigned h4[4];

	h4[0] = n & 255;
	h4[1] = (n >> 8) & 255;
	h4[2] = (n >> 16) & 255;
	h4[3] = (n >> 24) & 255;

	putc(h4[3],output);
	putc(h4[2],output);
	putc(h4[1],output);
	putc(h4[0],output);

	return 0;
}


/* wesley ebisuzaki v1.0
 *
 * levels.c
 *
 * prints out a simple description of kpds6, kpds7
 *    (level/layer data)
 *  kpds6 = octet 10 of the PDS
 *  kpds7 = octet 11 and 12 of the PDS
 *    (kpds values are from NMC's grib routines)
 *  center = PDS_Center(pds) .. NMC, ECMWF, etc
 *
 * the description of the levels is 
 *   (1) incomplete
 *   (2) include some NMC-only values (>= 200?)
 *
 * v1.1 wgrib v1.7.3.1 updated with new levels
 * v1.2 added new level and new parameter
 * v1.2.1 modified level 117 pv units
 * v1.2.2 corrected level 141
 * v1.2.3 fixed layer 206 (was 205)
 * v1.2.4 layer 210: new wmo defn > NCEP version
 * v1.2.5 updated table 3/2007 to on388
 */

void levels(int kpds6, int kpds7, int center, int verbose) {

	int o11, o12;

	/* octets 11 and 12 */
	o11 = kpds7 / 256;
	o12 = kpds7 % 256;


	switch (kpds6) {

	case 1: printf("sfc");
		break;
	case 2: printf("cld base");
		break;
	case 3: printf("cld top");
		break;
	case 4: printf("0C isotherm");
		break;
	case 5: printf("cond lev");
		break;
	case 6: printf("max wind lev");
		break;
	case 7: printf("tropopause");
		break;
	case 8: printf("nom. top");
		break;
	case 9: printf("sea bottom");
		break;
	case 200:
	case 10: printf("atmos col");
		break;

	case 12:
	case 212: printf("low cld bot");
		break;
	case 13:
	case 213: printf("low cld top");
		break;
	case 14:
	case 214: printf("low cld lay");
		break;
	case 20: 
		if (verbose == 2) printf("temp=%fK", kpds7/100.0);
		else printf("T=%fK", kpds7/100.0);
		break;
	case 22:
	case 222: printf("mid cld bot");
		break;
	case 23:
	case 223: printf("mid cld top");
		break;
	case 24:
	case 224: printf("mid cld lay");
		break;
	case 32:
	case 232: printf("high cld bot");
		break;
	case 33:
	case 233: printf("high cld top");
		break;
	case 34:
	case 234: printf("high cld lay");
		break;

	case 201: printf("ocean column");
		break;
	case 204: printf("high trop freezing lvl");
		break;
	case 206: printf("grid-scale cld bot");
		break;
	case 207: printf("grid-scale cld top");
		break;
	case 209: printf("bndary-layer cld bot");
		break;
	case 210: 
                if (center == NMC) printf("bndary-layer cld top");
		else printf("%.2f mb",kpds7*0.01);
		break;
	case 211: printf("bndary-layer cld layer");
		break;
	case 215: printf("cloud ceiling");
		break;
	case 216: printf("Cb base");
		break;
	case 217: printf("Cb top");
		break;
	case 220: printf("planetary boundary layer (from Richardson no.)");
		break;
	case 235: if (kpds7 % 10 == 0)
		printf("%dC ocean isotherm level",kpds7/10);
		else printf("%.1fC ocean isotherm level",kpds7/10.0);
		break;
	case 236: printf("%d-%dm ocean layer",o11*10,o12*10);
		break;
	case 237: printf("ocean mixed layer bot");
		break;
	case 238: printf("ocean isothermal layer bot");
		break;
	case 239: printf("sfc-26C ocean layer");
		break;
	case 240: printf("ocean mixed layer");
		break;
	case 241: printf("ordered sequence of data");
		break;
	case 242: printf("convect-cld bot");
		break;
	case 243: printf("convect-cld top");
		break;
	case 244: printf("convect-cld layer");
		break;
	case 245: printf("lowest level of wet bulb zero");
		break;
	case 246: printf("max e-pot-temp lvl");
		break;
	case 247: printf("equilibrium lvl");
		break;
	case 248: printf("shallow convect-cld bot");
		break;
	case 249: printf("shallow convect-cld top");
		break;
	case 251: printf("deep convect-cld bot");
		break;
	case 252: printf("deep convect-cld top");
		break;
	case 253: printf("lowest bottom level of supercooled liequid water layer");
		break;
	case 254: printf("highest top level of supercooled liquid water layer");
		break;
	case 100: printf("%d mb",kpds7);
	 	break;
	case 101: printf("%d-%d mb",o11*10,o12*10);
	 	break;
	case 102: printf("MSL");
	 	break;
	case 103: printf("%d m above MSL",kpds7);
	 	break;
	case 104: printf("%d-%d m above msl",o11*100,o12*100);
	 	break;
	case 105: printf("%d m above gnd",kpds7);
	 	break;
	case 106: printf("%d-%d m above gnd",o11*100,o12*100);
	 	break;
	case 107: printf("sigma=%.4f",kpds7/10000.0);
	 	break;
	case 108: printf("sigma %.2f-%.2f",o11/100.0,o12/100.0);
	 	break;
	case 109: printf("hybrid lev %d",kpds7);
	 	break;
	case 110: printf("hybrid %d-%d",o11,o12);
	 	break;
	case 111: printf("%d cm down",kpds7);
	 	break;
	case 112: printf("%d-%d cm down",o11,o12);
	 	break;
	case 113: 
		if (verbose == 2) printf("pot-temp=%dK",kpds7);
		else printf("%dK",kpds7);
	 	break;
	case 114: printf("%d-%dK",475-o11,475-o12);
	 	break;
	case 115: printf("%d mb above gnd",kpds7);
	 	break;
	case 116: printf("%d-%d mb above gnd",o11,o12);
	 	break;
	case 117: printf("%d pv units",INT2(o11,o12)); /* units are suspect */
	 	break;
	case 119: printf("%.5f (ETA level)",kpds7/10000.0);
	 	break;
	case 120: printf("%.2f-%.2f (ETA levels)",o11/100.0,o12/100.0);
	 	break;
	case 121: printf("%d-%d mb",1100-o11,1100-o12);
	 	break;
	case 125: printf("%d cm above gnd",kpds7);
	 	break;
	case 126: 
		if (center == NMC) printf("%.2f mb",kpds7*0.01);
	 	break;
	case 128: printf("%.3f-%.3f (sigma)",1.1-o11/1000.0, 1.1-o12/1000.0);
	 	break;
	case 141: printf("%d-%d mb",o11*10,1100-o12);
	 	break;
	case 160: printf("%d m below sea level",kpds7);
	 	break;
	default:
	 	break;
	}
}

/*
 * PDStimes.c   v1.2 wesley ebisuzaki
 *
 * prints something readable for time code in grib file
 *
 * not all cases decoded
 * for NCEP/NCAR Reanalysis
 *
 * v1.2.1 1/99 fixed forecast time unit table
 * v1.2.2 10/01 add time_range = 11 (at DWD)  Helmut P. Frank
 * v1.2.3 10/05 add time units 13 = 15 min, 14 = 30 min, and
 *              time range 13 = nudging analysis, 14 = relabeled forecast
 *              (at DWD), Helmut P. Frank
 */

static char *units[] = {
	"min", "hr", "d", "mon", "yr",
	"decade", "normal", "century", "??", "??", " x3 hours", " x6 hours",
        " x12 hours",
        "x15 min", "x30 min", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", "??", "??", "??", "??", "??", "??", "??", "??", "??",
        "??", " sec"}; 

void PDStimes(int time_range, int p1, int p2, int time_unit) {

	char *unit;
	enum {anal, fcst, unknown} type;
	int fcst_len = 0;

	if (time_unit >= 0 && time_unit <= sizeof(units)/sizeof(char *))
             unit = units[time_unit];
	else unit = "";

        /* change x3/x6/x12 to hours */

        if (time_unit == HOURS3) {
	    p1 *= 3; p2 *= 3;
	    time_unit = HOUR;
        }
        else if (time_unit == HOURS6) {
	    p1 *= 6; p2 *= 6;
	    time_unit = HOUR;
        }
        else if (time_unit == HOURS12) {
	    p1 *= 12; p2 *= 12;
	    time_unit = HOUR;
        }
	else if (time_unit == MINUTES30) {
	    p1 *= 30; p2 *= 30;
	    time_unit = MINUTE;
        }
	else if (time_unit == MINUTES15) {
	    p1 *= 15; p2 *= 15;
	    time_unit = MINUTE;
        }
	/* turn off 5/13/2010 
	if (time_unit == MINUTE && p1 % 60 == 0 && p2 % 60 == 0) {
	    p1 /= 60; p2 /= 60;
	    time_unit = HOUR;
        }
	*/

	if (time_unit >= 0 && time_unit <= sizeof(units)/sizeof(char *))
             unit = units[time_unit];
	else unit = "";

	/* figure out if analysis or forecast */
	/* in GRIB, there is a difference between init and uninit analyses */
	/* not case at NMC .. no longer run initialization */
	/* ignore diff between init an uninit analyses */

	switch (time_range) {

	case 0:
	case 1:
	case 113:
	case 114:
	case 118:
		if (p1 == 0) type = anal;
		else {
			type = fcst;
			fcst_len = p1;
		}
		break;
	case 10: /* way NMC uses it, should be unknown? */
		type = fcst;
		fcst_len = p1*256 + p2;
		if (fcst_len == 0) type = anal;
		break;

	case 51:
		type = unknown;
		break;
	case 123:
	case 124:
		type = anal;
		break;

	case 135:
		type = anal;
		break;

	default: type = unknown;
		break;
	}

	/* ----------------------------------------------- */

	if (type == anal) printf("anl:");
	else if (type == fcst) printf("%d%s fcst:",fcst_len,unit);


	if (time_range == 123 || time_range == 124) {
		if (p1 != 0) printf("start@%d%s:",p1,unit);
	}


	/* print time range */


	switch (time_range) {

	case 0:
	case 1:
	case 10:
		break;
	case 2: printf("valid %d-%d%s:",p1,p2,unit);
		break;
	case 3: printf("%d-%d%s ave:",p1,p2,unit);
		break;
	case 4: printf("%d-%d%s acc:",p1,p2,unit);
		break;
	case 5: printf("%d-%d%s diff:",p1,p2,unit);
		break;
        case 6: printf("-%d to -%d %s ave:", p1,p2,unit);
                break;
        case 7: printf("-%d to %d %s ave:", p1,p2,unit);
                break;
	case 11: if (p1 > 0) {
		    printf("init fcst %d%s:",p1,unit);
		}
		else {
	            printf("time?:");
		}
		break;
	case 13: printf("nudge ana %d%s:",p1,unit);
		break;
	case 14: printf("rel. fcst %d%s:",p1,unit);
		break;
	case 51: if (p1 == 0) {
		    /* printf("clim %d%s:",p2,unit); */
		    printf("0-%d%s product:ave@1yr:",p2,unit);
		}
		else if (p1 == 1) {
		    /* printf("clim (diurnal) %d%s:",p2,unit); */
		    printf("0-%d%s product:same-hour,ave@1yr:",p2,unit);
		}
		else {
		    printf("clim? p1=%d? %d%s?:",p1,p2,unit);
		}
		break;
	case 113:
	case 123:
		printf("ave@%d%s:",p2,unit);
		break;
	case 114:
	case 124:
		printf("acc@%d%s:",p2,unit);
		break;
	case 115:
		printf("ave of fcst:%d to %d%s:",p1,p2,unit);
		break;
	case 116:
		printf("acc of fcst:%d to %d%s:",p1,p2,unit);
		break;
	case 118: 
		printf("var@%d%s:",p2,unit);
		break;
	case 128:
		printf("%d-%d%s fcst acc:ave@24hr:", p1, p2, unit);
		break;
	case 129:
		printf("%d-%d%s fcst acc:ave@%d%s:", p1, p2, unit, p2-p1,unit);
		break;
	case 130:
		printf("%d-%d%s fcst ave:ave@24hr:", p1, p2, unit);
		break;
	case 131:
		printf("%d-%d%s fcst ave:ave@%d%s:", p1, p2, unit,p2-p1,unit);
		break;
		/* for CFS */
	case 132:
		printf("%d-%d%s anl:ave@1yr:", p1, p2, unit);
		break;
	case 133:
		printf("%d-%d%s fcst:ave@1yr:", p1, p2, unit);
		break;
	case 134:
		printf("%d-%d%s fcst-anl:rms@1yr:", p1, p2, unit);
		break;
	case 135:
		printf("%d-%d%s fcst-fcst_mean:rms@1yr:", p1, p2, unit);
		break;
	case 136:
		printf("%d-%d%s anl-anl_mean:rms@1yr:", p1, p2, unit);
		break;
	case 137:
		printf("%d-%d%s fcst acc:ave@6hr:", p1, p2, unit);
		break;
	case 138:
		printf("%d-%d%s fcst ave:ave@6hr:", p1, p2, unit);
		break;
	case 139:
		printf("%d-%d%s fcst acc:ave@12hr:", p1, p2, unit);
		break;
	case 140:
		printf("%d-%d%s fcst ave:ave@12hr:", p1, p2, unit);
		break;
		
	default: printf("time?:");
	}
}

/*
 *  number of missing data points w. ebisuzaki
 *
 *  v1.1: just faster my dear
 *  v1.2: just faster my dear
 *
 */

static int bitsum[256] = {
    8, 7, 7, 6, 7, 6, 6, 5, 7, 6, 6, 5, 6, 5, 5, 4, 
    7, 6, 6, 5, 6, 5, 5, 4, 6, 5, 5, 4, 5, 4, 4, 3, 
    7, 6, 6, 5, 6, 5, 5, 4, 6, 5, 5, 4, 5, 4, 4, 3, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    7, 6, 6, 5, 6, 5, 5, 4, 6, 5, 5, 4, 5, 4, 4, 3, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    5, 4, 4, 3, 4, 3, 3, 2, 4, 3, 3, 2, 3, 2, 2, 1, 
    7, 6, 6, 5, 6, 5, 5, 4, 6, 5, 5, 4, 5, 4, 4, 3, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    5, 4, 4, 3, 4, 3, 3, 2, 4, 3, 3, 2, 3, 2, 2, 1, 
    6, 5, 5, 4, 5, 4, 4, 3, 5, 4, 4, 3, 4, 3, 3, 2, 
    5, 4, 4, 3, 4, 3, 3, 2, 4, 3, 3, 2, 3, 2, 2, 1, 
    5, 4, 4, 3, 4, 3, 3, 2, 4, 3, 3, 2, 3, 2, 2, 1, 
    4, 3, 3, 2, 3, 2, 2, 1, 3, 2, 2, 1, 2, 1, 1, 0};


int missing_points(unsigned char *bitmap, int n) {

    int count;
    unsigned int tmp;
    if (bitmap == NULL) return 0;

    count = 0;
    while (n >= 8) {
	tmp = *bitmap++;
	n -= 8;
        count += bitsum[tmp];
    }
    tmp = *bitmap | ((1 << (8 - n)) - 1);
    count += bitsum[tmp];

    return count;
}

/*
 * parameter table for NCEP (operations)
 * center = 7, subcenter != 2 parameter table = 1, 2, 3 etc
 * note: see reanalysis parameter table for problems
 * updated 3/2003
 */

const struct ParmTable parm_table_ncep_opn[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"MSLSA", "Mean sea level pressure (Std Atm) [Pa]"},
      /* 129 */ {"MSLMA", "Mean sea level pressure (MAPS) [Pa]"},
      /* 130 */ {"MSLET", "Mean sea level pressure (ETA model) [Pa]"},
      /* 131 */ {"LFTX", "Surface lifted index [K]"},
      /* 132 */ {"4LFTX", "Best (4-layer) lifted index [K]"},
      /* 133 */ {"KX", "K index [K]"},
      /* 134 */ {"SX", "Sweat index [K]"},
      /* 135 */ {"MCONV", "Horizontal moisture divergence [kg/kg/s]"},
      /* 136 */ {"VWSH", "Vertical speed shear [1/s]"},
      /* 137 */ {"TSLSA", "3-hr pressure tendency (Std Atmos Red) [Pa/s]"},
      /* 138 */ {"BVF2", "Brunt-Vaisala frequency^2 [1/s^2]"},
      /* 139 */ {"PVMW", "Potential vorticity (mass-weighted) [1/s/m]"},
      /* 140 */ {"CRAIN", "Categorical rain [yes=1;no=0]"},
      /* 141 */ {"CFRZR", "Categorical freezing rain [yes=1;no=0]"},
      /* 142 */ {"CICEP", "Categorical ice pellets [yes=1;no=0]"},
      /* 143 */ {"CSNOW", "Categorical snow [yes=1;no=0]"},
      /* 144 */ {"SOILW", "Volumetric soil moisture [fraction]"},
      /* 145 */ {"PEVPR", "Potential evaporation rate [W/m^2]"},
      /* 146 */ {"CWORK", "Cloud work function [J/kg]"},
      /* 147 */ {"U-GWD", "Zonal gravity wave stress [N/m^2]"},
      /* 148 */ {"V-GWD", "Meridional gravity wave stress [N/m^2]"},
      /* 149 */ {"PV", "Potential vorticity [m^2/s/kg]"},
      /* 150 */ {"COVMZ", "Covariance between u and v [m^2/s^2]"},
      /* 151 */ {"COVTZ", "Covariance between u and T [K*m/s]"},
      /* 152 */ {"COVTM", "Covariance between v and T [K*m/s]"},
      /* 153 */ {"CLWMR", "Cloud water [kg/kg]"},
      /* 154 */ {"O3MR", "Ozone mixing ratio [kg/kg]"},
      /* 155 */ {"GFLUX", "Ground heat flux [W/m^2]"},
      /* 156 */ {"CIN", "Convective inhibition [J/kg]"},
      /* 157 */ {"CAPE", "Convective Avail. Pot. Energy [J/kg]"},
      /* 158 */ {"TKE", "Turbulent kinetic energy [J/kg]"},
      /* 159 */ {"CONDP", "Lifted parcel condensation pressure [Pa]"},
      /* 160 */ {"CSUSF", "Clear sky upward solar flux [W/m^2]"},
      /* 161 */ {"CSDSF", "Clear sky downward solar flux [W/m^2]"},
      /* 162 */ {"CSULF", "Clear sky upward long wave flux [W/m^2]"},
      /* 163 */ {"CSDLF", "Clear sky downward long wave flux [W/m^2]"},
      /* 164 */ {"CFNSF", "Cloud forcing net solar flux [W/m^2]"},
      /* 165 */ {"CFNLF", "Cloud forcing net long wave flux [W/m^2]"},
      /* 166 */ {"VBDSF", "Visible beam downward solar flux [W/m^2]"},
      /* 167 */ {"VDDSF", "Visible diffuse downward solar flux [W/m^2]"},
      /* 168 */ {"NBDSF", "Near IR beam downward solar flux [W/m^2]"},
      /* 169 */ {"NDDSF", "Near IR diffuse downward solar flux [W/m^2]"},
      /* 170 */ {"RWMR", "Rain water mixing ratio [kg/kg]"},
      /* 171 */ {"SNMR", "Snow mixing ratio [kg/kg]"},
      /* 172 */ {"MFLX", "Momentum flux [N/m^2]"},
      /* 173 */ {"LMH", "Mass point model surface [non-dim]"},
      /* 174 */ {"LMV", "Velocity point model surface [non-dim]"},
      /* 175 */ {"MLYNO", "Model layer number (from bottom up) [non-dim]"},
      /* 176 */ {"NLAT", "Latitude (-90 to +90) [deg]"},
      /* 177 */ {"ELON", "East longitude (0-360) [deg]"},
      /* 178 */ {"ICMR", "Ice mixing ratio [kg/kg]"},
      /* 179 */ {"GRMR", "Graupel mixing ratio [kg/kg]"},
      /* 180 */ {"GUST", "Surface wind gust [m/s]"},
      /* 181 */ {"LPSX", "x-gradient of log pressure [1/m]"},
      /* 182 */ {"LPSY", "y-gradient of log pressure [1/m]"},
      /* 183 */ {"HGTX", "x-gradient of height [m/m]"},
      /* 184 */ {"HGTY", "y-gradient of height [m/m]"},
      /* 185 */ {"TURB", "Turbulence SIGMET/AIRMET [non-dim]"},
      /* 186 */ {"ICNG", "Icing SIGMET/AIRMET [non-dim]"},
      /* 187 */ {"LTNG", "Lightning [non-dim]"},
      /* 188 */ {"DRIP", "Rate of water dropping from canopy to gnd [kg/m^2]"},
      /* 189 */ {"VPTMP", "Virtual pot. temp. [K]"},
      /* 190 */ {"HLCY", "Storm relative helicity [m^2/s^2]"},
      /* 191 */ {"PROB", "Prob. from ensemble [non-dim]"},
      /* 192 */ {"PROBN", "Prob. from ensemble norm. to clim. expect. [non-dim]"},
      /* 193 */ {"POP", "Prob. of precipitation [%]"},
      /* 194 */ {"CPOFP", "Prob. of frozen precipitation [%]"},
      /* 195 */ {"CPOZP", "Prob. of freezing precipitation [%]"},
      /* 196 */ {"USTM", "u-component of storm motion [m/s]"},
      /* 197 */ {"VSTM", "v-component of storm motion [m/s]"},
      /* 198 */ {"NCIP", "No. concen. ice particles []"},
      /* 199 */ {"EVBS", "Direct evaporation from bare soil [W/m^2]"},
      /* 200 */ {"EVCW", "Canopy water evaporation [W/m^2]"},
      /* 201 */ {"ICWAT", "Ice-free water surface [%]"},
      /* 202 */ {"CWDI", "Convective weather detection index []"},
      /* 203 */ {"VAFTAD", "VAFTAD?? [??]"},
      /* 204 */ {"DSWRF", "Downward short wave flux [W/m^2]"},
      /* 205 */ {"DLWRF", "Downward long wave flux [W/m^2]"},
      /* 206 */ {"UVI", "Ultraviolet index [W/m^2]"},
      /* 207 */ {"MSTAV", "Moisture availability [%]"},
      /* 208 */ {"SFEXC", "Exchange coefficient [(kg/m^3)(m/s)]"},
      /* 209 */ {"MIXLY", "No. of mixed layers next to surface [integer]"},
      /* 210 */ {"TRANS", "Transpiration [W/m^2]"},
      /* 211 */ {"USWRF", "Upward short wave flux [W/m^2]"},
      /* 212 */ {"ULWRF", "Upward long wave flux [W/m^2]"},
      /* 213 */ {"CDLYR", "Non-convective cloud [%]"},
      /* 214 */ {"CPRAT", "Convective precip. rate [kg/m^2/s]"},
      /* 215 */ {"TTDIA", "Temp. tendency by all physics [K/s]"},
      /* 216 */ {"TTRAD", "Temp. tendency by all radiation [K/s]"},
      /* 217 */ {"TTPHY", "Temp. tendency by non-radiation physics [K/s]"},
      /* 218 */ {"PREIX", "Precip index (0.0-1.00) [fraction]"},
      /* 219 */ {"TSD1D", "Std. dev. of IR T over 1x1 deg area [K]"},
      /* 220 */ {"NLGSP", "Natural log of surface pressure [ln(kPa)]"},
      /* 221 */ {"HPBL", "Planetary boundary layer height [m]"},
      /* 222 */ {"5WAVH", "5-wave geopotential height [gpm]"},
      /* 223 */ {"CNWAT", "Plant canopy surface water [kg/m^2]"},
      /* 224 */ {"SOTYP", "Soil type (Zobler) [0..9]"},
      /* 225 */ {"VGTYP", "Vegetation type (as in SiB) [0..13]"},
      /* 226 */ {"BMIXL", "Blackadar's mixing length scale [m]"},
      /* 227 */ {"AMIXL", "Asymptotic mixing length scale [m]"},
      /* 228 */ {"PEVAP", "Pot. evaporation [kg/m^2]"},
      /* 229 */ {"SNOHF", "Snow phase-change heat flux [W/m^2]"},
      /* 230 */ {"5WAVA", "5-wave geopot. height anomaly [gpm]"},
      /* 231 */ {"MFLUX", "Convective cloud mass flux [Pa/s]"},
      /* 232 */ {"DTRF", "Downward total radiation flux [W/m^2]"},
      /* 233 */ {"UTRF", "Upward total radiation flux [W/m^2]"},
      /* 234 */ {"BGRUN", "Baseflow-groundwater runoff [kg/m^2]"},
      /* 235 */ {"SSRUN", "Storm surface runoff [kg/m^2]"},
      /* 236 */ {"SIPD", "Supercooled large droplet (SLD) icing pot. diagn. []"},
      /* 237 */ {"O3TOT", "Total ozone [kg/m^2]"},
      /* 238 */ {"SNOWC", "Snow cover [%]"},
      /* 239 */ {"SNOT", "Snow temp. [K]"},
      /* 240 */ {"COVTW", "Covariance T and w [K*m/s]"},
      /* 241 */ {"LRGHR", "Large scale condensation heating [K/s]"},
      /* 242 */ {"CNVHR", "Deep convective heating [K/s]"},
      /* 243 */ {"CNVMR", "Deep convective moistening [kg/kg/s]"},
      /* 244 */ {"SHAHR", "Shallow convective heating [K/s]"},
      /* 245 */ {"SHAMR", "Shallow convective moistening [kg/kg/s]"},
      /* 246 */ {"VDFHR", "Vertical diffusion heating [K/s]"},
      /* 247 */ {"VDFUA", "Vertical diffusion zonal accel [m/s^2]"},
      /* 248 */ {"VDFVA", "Vertical diffusion meridional accel [m/s^2]"},
      /* 249 */ {"VDFMR", "Vertical diffusion moistening [kg/kg/s]"},
      /* 250 */ {"SWHR", "Solar radiative heating [K/s]"},
      /* 251 */ {"LWHR", "Longwave radiative heating [K/s]"},
      /* 252 */ {"CD", "Drag coefficient [non-dim]"},
      /* 253 */ {"FRICV", "Friction velocity [m/s]"},
      /* 254 */ {"RI", "Richardson number [non-dim]"},
      /* 255 */ {"var255", "undefined"},
};

/*
 * parameter table for the NCEP/NCAR Reanalysis Project
 * center = 7, subcenter = 0/2, parameter table = 1/2
 * in a SNAFU the operational and reanalysis tables diverged
 * and both retained the same parameter table numbers (1,2)
 *
 * some of the Reanalysis files have subcenter=2 while others
 * use subcenter=0  (subcenter field is not standard (7/97))
 *
 * Some ways to tell Reanalysis files from OPN files
 *  Reanalysis: always generated by process 80 - T62 28 level model
 * Original subcenter=0 Reanalysis files had 
 *  2.5x2.5 (144x73) lat-long grid or 192x94 Gaussian grid (PDS grid=255?)
 */

const struct ParmTable parm_table_ncep_reanal[256] = {
   /* 0 */ {"var0", "undefined"},
   /* 1 */ {"PRES", "Pressure [Pa]"},
   /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
   /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
   /* 4 */ {"var4", "undefined"},
   /* 5 */ {"var5", "undefined"},
   /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
   /* 7 */ {"HGT", "Geopotential height [gpm]"},
   /* 8 */ {"DIST", "Geometric height [m]"},
   /* 9 */ {"HSTDV", "Std dev of height [m]"},
   /* 10 */ {"HVAR", "Variance of height [m^2]"},
   /* 11 */ {"TMP", "Temp. [K]"},
   /* 12 */ {"VTMP", "Virtual temp. [K]"},
   /* 13 */ {"POT", "Potential temp. [K]"},
   /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
   /* 15 */ {"TMAX", "Max. temp. [K]"},
   /* 16 */ {"TMIN", "Min. temp. [K]"},
   /* 17 */ {"DPT", "Dew point temp. [K]"},
   /* 18 */ {"DEPR", "Dew point depression [K]"},
   /* 19 */ {"LAPR", "Lapse rate [K/m]"},
   /* 20 */ {"VISIB", "Visibility [m]"},
   /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
   /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
   /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
   /* 24 */ {"var24", "undefined"},
   /* 25 */ {"TMPA", "Temp. anomaly [K]"},
   /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
   /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
   /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
   /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
   /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
   /* 31 */ {"WDIR", "Wind direction [deg]"},
   /* 32 */ {"WIND", "Wind speed [m/s]"},
   /* 33 */ {"UGRD", "u wind [m/s]"},
   /* 34 */ {"VGRD", "v wind [m/s]"},
   /* 35 */ {"STRM", "Stream function [m^2/s]"},
   /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
   /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
   /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
   /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
   /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
   /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
   /* 42 */ {"ABSD", "Absolute divergence [/s]"},
   /* 43 */ {"RELV", "Relative vorticity [/s]"},
   /* 44 */ {"RELD", "Relative divergence [/s]"},
   /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
   /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
   /* 47 */ {"DIRC", "Direction of current [deg]"},
   /* 48 */ {"SPC", "Speed of current [m/s]"},
   /* 49 */ {"UOGRD", "u of current [m/s]"},
   /* 50 */ {"VOGRD", "v of current [m/s]"},
   /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
   /* 52 */ {"RH", "Relative humidity [%]"},
   /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
   /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
   /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
   /* 56 */ {"SATD", "Saturation deficit [Pa]"},
   /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
   /* 58 */ {"CICE", "Cloud Ice [kg/kg]"},
   /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
   /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
   /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
   /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
   /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
   /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
   /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
   /* 66 */ {"SNOD", "Snow depth [m]"},
   /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
   /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
   /* 69 */ {"MTHD", "Main thermocline depth [m]"},
   /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
   /* 71 */ {"TCDC", "Total cloud cover [%]"},
   /* 72 */ {"CDCON", "Convective cloud cover [%]"},
   /* 73 */ {"LCDC", "Low level cloud cover [%]"},
   /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
   /* 75 */ {"HCDC", "High level cloud cover [%]"},
   /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
   /* 77 */ {"var77", "undefined"},
   /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
   /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
   /* 80 */ {"WTMP", "Water temp. [K]"},
   /* 81 */ {"LAND", "Land-sea mask [1=land; 0=sea]"},
   /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
   /* 83 */ {"SFCR", "Surface roughness [m]"},
   /* 84 */ {"ALBDO", "Albedo [%]"},
   /* 85 */ {"TSOIL", "Soil temp. [K]"},
   /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
   /* 87 */ {"VEG", "Vegetation [%]"},
   /* 88 */ {"SALTY", "Salinity [kg/kg]"},
   /* 89 */ {"DEN", "Density [kg/m^3]"},
   /* 90 */ {"RUNOF", "Runoff [kg/m^2]"},
   /* 91 */ {"ICEC", "Ice concentration [ice=1;no ice=0]"},
   /* 92 */ {"ICETK", "Ice thickness [m]"},
   /* 93 */ {"DICED", "Direction of ice drift [deg]"},
   /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
   /* 95 */ {"UICE", "u of ice drift [m/s]"},
   /* 96 */ {"VICE", "v of ice drift [m/s]"},
   /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
   /* 98 */ {"ICED", "Ice divergence [/s]"},
   /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
   /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
   /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
   /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
   /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
   /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
   /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
   /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
   /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
   /* 108 */ {"PERPW", "Primary wave mean period [s]"},
   /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
   /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
   /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
   /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
   /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
   /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
   /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
   /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
   /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
   /* 118 */ {"var118", "undefined"},
   /* 119 */ {"var119", "undefined"},
   /* 120 */ {"var120", "undefined"},
   /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
   /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
   /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
   /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
   /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
   /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
   /* 127 */ {"IMGD", "Image data [integer]"},
   /* 128 */ {"MSLSA", "Mean sea level pressure (Std Atm) [Pa]"},
   /* 129 */ {"MSLMA", "Mean sea level pressure (MAPS) [Pa]"},
   /* 130 */ {"MSLET", "Mean sea level pressure (ETA model) [Pa]"},
   /* 131 */ {"LFTX", "Surface lifted index [K]"},
   /* 132 */ {"4LFTX", "Best (4-layer) lifted index [K]"},
   /* 133 */ {"KX", "K index [K]"},
   /* 134 */ {"SX", "Sweat index [K]"},
   /* 135 */ {"MCONV", "Horizontal moisture divergence [kg/kg/s]"},
   /* 136 */ {"VSSH", "Vertical speed shear [1/s]"},
   /* 137 */ {"TSLSA", "3-hr pressure tendency [Pa/s]"},
   /* 138 */ {"BVF2", "Brunt-Vaisala frequency^2 [1/s^2]"},
   /* 139 */ {"PVMW", "Potential vorticity (mass-weighted) [1/s/m]"},
   /* 140 */ {"CRAIN", "Categorical rain [yes=1;no=0]"},
   /* 141 */ {"CFRZR", "Categorical freezing rain [yes=1;no=0]"},
   /* 142 */ {"CICEP", "Categorical ice pellets [yes=1;no=0]"},
   /* 143 */ {"CSNOW", "Categorical snow [yes=1;no=0]"},
   /* 144 */ {"SOILW", "Volumetric soil moisture [fraction]"},
   /* 145 */ {"PEVPR", "Potential evaporation rate [W/m^2]"},
   /* 146 */ {"CWORK", "Cloud work function [J/kg]"},
   /* 147 */ {"U-GWD", "Zonal gravity wave stress [N/m^2]"},
   /* 148 */ {"V-GWD", "Meridional gravity wave stress [N/m^2]"},
   /* 149 */ {"PV___", "Potential vorticity [m^2/s/kg]"},
   /* 150 */ {"var150", "undefined"},
   /* 151 */ {"var151", "undefined"},
   /* 152 */ {"var152", "undefined"},
   /* 153 */ {"MFXDV", "Moisture flux divergence [gr/gr*m/s/m]"},
   /* 154 */ {"var154", "undefined"},
   /* 155 */ {"GFLUX", "Ground heat flux [W/m^2]"},
   /* 156 */ {"CIN", "Convective inhibition [J/kg]"},
   /* 157 */ {"CAPE", "Convective Avail. Pot. Energy [J/kg]"},
   /* 158 */ {"TKE", "Turbulent kinetic energy [J/kg]"},
   /* 159 */ {"CONDP", "Lifted parcel condensation pressure [Pa]"},
   /* 160 */ {"CSUSF", "Clear sky upward solar flux [W/m^2]"},
   /* 161 */ {"CSDSF", "Clear sky downward solar flux [W/m^2]"},
   /* 162 */ {"CSULF", "Clear sky upward long wave flux [W/m^2]"},
   /* 163 */ {"CSDLF", "Clear sky downward long wave flux [W/m^2]"},
   /* 164 */ {"CFNSF", "Cloud forcing net solar flux [W/m^2]"},
   /* 165 */ {"CFNLF", "Cloud forcing net long wave flux [W/m^2]"},
   /* 166 */ {"VBDSF", "Visible beam downward solar flux [W/m^2]"},
   /* 167 */ {"VDDSF", "Visible diffuse downward solar flux [W/m^2]"},
   /* 168 */ {"NBDSF", "Near IR beam downward solar flux [W/m^2]"},
   /* 169 */ {"NDDSF", "Near IR diffuse downward solar flux [W/m^2]"},
   /* 170 */ {"USTR", "U wind stress [N/m^2]"},
   /* 171 */ {"VSTR", "V wind stress [N/m^2]"},
   /* 172 */ {"MFLX", "Momentum flux [N/m^2]"},
   /* 173 */ {"LMH", "Mass point model surface [integer]"},
   /* 174 */ {"LMV", "Velocity point model surface [integer]"},
   /* 175 */ {"SGLYR", "Nearby model level [integer]"},
   /* 176 */ {"NLAT", "Latitude [deg]"},
   /* 177 */ {"ELON", "Longitude [deg]"},
   /* 178 */ {"UMAS", "Mass weighted u [gm/m*K*s]"},
   /* 179 */ {"VMAS", "Mass weighted v [gm/m*K*s]"},
   /* 180 */ {"XPRATE", "corrected precip [kg/m^2/s]"},
   /* 181 */ {"LPSX", "x-gradient of log pressure [1/m]"},
   /* 182 */ {"LPSY", "y-gradient of log pressure [1/m]"},
   /* 183 */ {"HGTX", "x-gradient of height [m/m]"},
   /* 184 */ {"HGTY", "y-gradient of height [m/m]"},
   /* 185 */ {"STDZ", "Std dev of Geop. hgt. [m]"},
   /* 186 */ {"STDU", "Std dev of zonal wind [m/s]"},
   /* 187 */ {"STDV", "Std dev of meridional wind [m/s]"},
   /* 188 */ {"STDQ", "Std dev of spec. hum. [gm/gm]"},
   /* 189 */ {"STDT", "Std dev of temp. [K]"},
   /* 190 */ {"CBUW", "Covar. u and omega [m/s*Pa/s]"},
   /* 191 */ {"CBVW", "Covar. v and omega [m/s*Pa/s]"},
   /* 192 */ {"CBUQ", "Covar. u and specific hum [m/s*gm/gm]"},
   /* 193 */ {"CBVQ", "Covar. v and specific hum [m/s*gm/gm]"},
   /* 194 */ {"CBTW", "Covar. T and omega [K*Pa/s]"},
   /* 195 */ {"CBQW", "Covar. spec. hum and omega [gm/gm*Pa/s]"},
   /* 196 */ {"CBMZW", "Covar. v and u [m^2/s^2]"},
   /* 197 */ {"CBTZW", "Covar. u and T [K*m/s]"},
   /* 198 */ {"CBTMW", "Covar. v and T [K*m/s]"},
   /* 199 */ {"STDRH", "Std dev of Rel. Hum. [%]"},
   /* 200 */ {"SDTZ", "Std dev of time tend of geop. hgt [m]"},
   /* 201 */ {"ICWAT", "Ice-free water surface [%]"},
   /* 202 */ {"SDTU", "Std dev of time tend of zonal wind [m/s]"},
   /* 203 */ {"SDTV", "Std dev of time tend of merid wind [m/s]"},
   /* 204 */ {"DSWRF", "Downward solar radiation flux [W/m^2]"},
   /* 205 */ {"DLWRF", "Downward long wave flux [W/m^2]"},
   /* 206 */ {"SDTQ", "Std dev of time tend of spec. hum [gm/gm]"},
   /* 207 */ {"MSTAV", "Moisture availability [%]"},
   /* 208 */ {"SFEXC", "Exchange coefficient [kg*m/m^3/s]"},
   /* 209 */ {"MIXLY", "No. of mixed layers next to sfc [integer]"},
   /* 210 */ {"SDTT", "Std dev of time tend of temp. [K]"},
   /* 211 */ {"USWRF", "Upward solar radiation flux [W/m^2]"},
   /* 212 */ {"ULWRF", "Upward long wave flux [W/m^2]"},
   /* 213 */ {"CDLYR", "Non-convective cloud [%]"},
   /* 214 */ {"CPRAT", "Convective precip. rate [kg/m^2/s]"},
   /* 215 */ {"TTDIA", "Temp. tendency by all physics [K/s]"},
   /* 216 */ {"TTRAD", "Temp. tendency by all radiation [K/s]"},
   /* 217 */ {"TTPHY", "Temp. tendency by nonrad physics [K/s]"},
   /* 218 */ {"PREIX", "Precipitation index [fraction]"},
   /* 219 */ {"TSD1D", "Std dev of IR T over 1x1 deg area [K]"},
   /* 220 */ {"NLSGP", "Natural log of surface pressure [ln(kPa)]"},
   /* 221 */ {"SDTRH", "Std dev of time tend of rel hum [%]"},
   /* 222 */ {"5WAVH", "5-wave geopotential height [gpm]"},
   /* 223 */ {"CNWAT", "Plant canopy surface water [kg/m^2]"},
   /* 224 */ {"PLTRS", "Max. stomato plant resistance [s/m]"},
   /* 225 */ {"RHCLD", "RH-type cloud cover [%]"},
   /* 226 */ {"BMIXL", "Blackadar's mixing length scale [m]"},
   /* 227 */ {"AMIXL", "Asymptotic mixing length scale [m]"},
   /* 228 */ {"PEVAP", "Pot. evaporation [kg/m^2]"},
   /* 229 */ {"SNOHF", "Snow melt heat flux [W/m^2]"},
   /* 230 */ {"SNOEV", "Snow sublimation heat flux [W/m^2]"},
   /* 231 */ {"MFLUX", "Convective cloud mass flux [Pa/s]"},
   /* 232 */ {"DTRF", "Downward total radiation flux [W/m^2]"},
   /* 233 */ {"UTRF", "Upward total radiation flux [W/m^2]"},
   /* 234 */ {"BGRUN", "Baseflow-groundwater runoff [kg/m^2]"},
   /* 235 */ {"SSRUN", "Storm surface runoff [kg/m^2]"},
   /* 236 */ {"var236", "undefined"},
   /* 237 */ {"OZONE", "Total column ozone [Dobson]"},
   /* 238 */ {"SNOWC", "Snow cover [%]"},
   /* 239 */ {"SNOT", "Snow temp. [K]"},
   /* 240 */ {"GLCR", "Permanent snow points [mask]"},
   /* 241 */ {"LRGHR", "Large scale condensation heating [K/s]"},
   /* 242 */ {"CNVHR", "Deep convective heating [K/s]"},
   /* 243 */ {"CNVMR", "Deep convective moistening [kg/kg/s]"},
   /* 244 */ {"SHAHR", "Shallow convective heating [K/s]"},
   /* 245 */ {"SHAMR", "Shallow convective moistening [kg/kg/s]"},
   /* 246 */ {"VDFHR", "Vertical diffusion heating [K/s]"},
   /* 247 */ {"VDFUA", "Vertical diffusion zonal accel [m/s^2]"},
   /* 248 */ {"VDFVA", "Vertical diffusion meridional accel [m/s^2]"},
   /* 249 */ {"VDFMR", "Vertical diffusion moistening [kg/kg/s]"},
   /* 250 */ {"SWHR", "Solar radiative heating [K/s]"},
   /* 251 */ {"LWHR", "Longwave radiative heating [K/s]"},
   /* 252 */ {"CD", "Drag coefficient [non-dim]"},
   /* 253 */ {"FRICV", "Friction velocity [m/s]"},
   /* 254 */ {"RI", "Richardson number [non-dim]"},
   /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_131[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Mean sea level pressure (Shuell method) [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"MSLSA", "Mean sea level pressure (Std Atm) [Pa]"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"MSLET", "Mean sea level pressure (Mesinger method) [Pa]"},
      /* 131 */ {"LFTX", "Surface lifted index [K]"},
      /* 132 */ {"4LFTX", "Best (4-layer) lifted index [K]"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"PRESN", "Pressure (nearest grid point) [Pa]"},
      /* 135 */ {"MCONV", "Horizontal moisture divergence [kg/kg/s]"},
      /* 136 */ {"VWSH", "Vertical speed shear [1/s]"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"PVMW", "Potential vorticity (mass-weighted) [1/s/m]"},
      /* 140 */ {"CRAIN", "Categorical rain [yes=1;no=0]"},
      /* 141 */ {"CFRZR", "Categorical freezing rain [yes=1;no=0]"},
      /* 142 */ {"CICEP", "Categorical ice pellets [yes=1;no=0]"},
      /* 143 */ {"CSNOW", "Categorical snow [yes=1;no=0]"},
      /* 144 */ {"SOILW", "Volumetric soil moisture (frozen + liquid) [fraction]"},
      /* 145 */ {"PEVPR", "Potential evaporation rate [W/m^2]"},
      /* 146 */ {"VEGT", "Vegetation canopy temperature [K]"},
      /* 147 */ {"BARET", "Bare soil surface skin temperature [K]"},
      /* 148 */ {"AVSFT", "Average surface skin temperature [K]"},
      /* 149 */ {"RADT", "Effective radiative skin temperature [K]"},
      /* 150 */ {"SSTOR", "Surface water storage [kg/m^2]"},
      /* 151 */ {"LSOIL", "Liquid soil moisture content (non-frozen) [kg/m^2]"},
      /* 152 */ {"EWATR", "Open water evaporation (standing water) [W/m^2]"},
      /* 153 */ {"CLWMR", "Cloud water [kg/kg]"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"GFLUX", "Ground Heat Flux [W/m^2]"},
      /* 156 */ {"CIN", "Convective inhibition [J/kg]"},
      /* 157 */ {"CAPE", "Convective available potential energy [J/kg]"},
      /* 158 */ {"TKE", "Turbulent Kinetic Energy [J/kg]"},
      /* 159 */ {"MXSALB", "Maximum snow albedo [%]"},
      /* 160 */ {"SOILL", "Liquid volumetric soil moisture (non-frozen) [fraction]"},
      /* 161 */ {"ASNOW", "Frozen precipitation (e.g. snowfall) [kg/m^2]"},
      /* 162 */ {"ARAIN", "Liquid precipitation (rainfall) [kg/m^2]"},
      /* 163 */ {"GWREC", "Groundwater recharge [kg/m^2]"},
      /* 164 */ {"QREC", "Flood plain recharge [kg/m^2]"},
      /* 165 */ {"SNOWT", "Snow temperature, depth-avg [K]"},
      /* 166 */ {"VBDSF", "Visible beam downward solar flux [W/m^2]"},
      /* 167 */ {"VDDSF", "Visible diffuse downward solar flux [W/m^2]"},
      /* 168 */ {"NBDSF", "Near IR beam downward solar flux [W/m^2]"},
      /* 169 */ {"NDDSF", "Near IR diffuse downward solar flux [W/m^2]"},
      /* 170 */ {"SNFALB", "Snow-free albedo [%]"},
      /* 171 */ {"RLYRS", "Number of soil layers in root zone [non-dim]"},
      /* 172 */ {"FLX", "Momentum flux N/m2 [M]"},
      /* 173 */ {"LMH", "Mass point model surface [non-dim]"},
      /* 174 */ {"LMV", "Velocity point model surface [non-dim]"},
      /* 175 */ {"MLYNO", "Model layer number (from bottom up) [non-dim]"},
      /* 176 */ {"NLAT", "Latitude (-90 to +90) [deg]"},
      /* 177 */ {"ELON", "East longitude (0-360) [deg]"},
      /* 178 */ {"ICMR", "Ice mixing ratio [kg/kg]"},
      /* 179 */ {"ACOND", "Aerodynamic conductance [m/s]"},
      /* 180 */ {"SNOAG", "Snow age [s]"},
      /* 181 */ {"CCOND", "Canopy conductance [m/s]"},
      /* 182 */ {"LAI", "Leaf area index (0-9) [non-dim]"},
      /* 183 */ {"SFCRH", "Roughness length for heat [m]"},
      /* 184 */ {"SALBD", "Snow albedo (over snow cover area only) [%]"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"NDVI", "Normalized Difference Vegetation Index []"},
      /* 188 */ {"DRIP", "Rate of water dropping from canopy to gnd [kg/m^2]"},
      /* 189 */ {"LANDN", "Land cover (nearest neighbor) [sea=0,land=1]"},
      /* 190 */ {"HLCY", "Storm relative helicity [m^2/s^2]"},
      /* 191 */ {"NLATN", "Latitude (nearest neigbhbor) (-90 to +90) [deg]"},
      /* 192 */ {"ELONN", "East longitude (nearest neigbhbor) (0-360) [deg]"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"CPOFP", "Prob. of frozen precipitation [%]"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"USTM", "u-component of storm motion [m/s]"},
      /* 197 */ {"VSTM", "v-component of storm motion [m/s]"},
      /* 198 */ {"SBSNO", "Sublimation (evaporation from snow) [W/m^2]"},
      /* 199 */ {"EVBS", "Direct evaporation from bare soil [W/m^2]"},
      /* 200 */ {"EVCW", "Canopy water evaporation [W/m^2]"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"APCPN", "Total precipitation (nearest grid point) [kg/m^2]"},
      /* 203 */ {"RSMIN", "Minimal stomatal resistance [s/m]"},
      /* 204 */ {"DSWRF", "Downward shortwave radiation flux [W/m^2]"},
      /* 205 */ {"DLWRF", "Downward longwave radiation flux [W/m^2]"},
      /* 206 */ {"ACPCPN", "Convective precipitation (nearest grid point) [kg/m^2]"},
      /* 207 */ {"MSTAV", "Moisture availability [%]"},
      /* 208 */ {"SFEXC", "Exchange coefficient [(kg/m^3)(m/s)]"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"TRANS", "Transpiration [W/m^2]"},
      /* 211 */ {"USWRF", "Upward short wave radiation flux [W/m^2]"},
      /* 212 */ {"ULWRF", "Upward long wave radiation flux [W/m^2]"},
      /* 213 */ {"CDLYR", "Non-convective cloud [%]"},
      /* 214 */ {"CPRAT", "Convective precip. rate [kg/m^2/s]"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"TTRAD", "Temp. tendency by all radiation [K/s]"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"HGTN", "Geopotential Height (nearest grid point) [gpm]"},
      /* 219 */ {"WILT", "Wilting point [fraction]"},
      /* 220 */ {"FLDCP", "Field Capacity [fraction]"},
      /* 221 */ {"HPBL", "Planetary boundary layer height [m]"},
      /* 222 */ {"SLTYP", "Surface slope type [Index]"},
      /* 223 */ {"CNWAT", "Plant canopy surface water [kg/m^2]"},
      /* 224 */ {"SOTYP", "Soil type [Index]"},
      /* 225 */ {"VGTYP", "Vegetation type [Index]"},
      /* 226 */ {"BMIXL", "Blackadars mixing length scale [m]"},
      /* 227 */ {"AMIXL", "Asymptotic mixing length scale [m]"},
      /* 228 */ {"PEVAP", "Potential evaporation [kg/m^2]"},
      /* 229 */ {"SNOHF", "Snow phase-change heat flux [W/m^2]"},
      /* 230 */ {"SMREF", "Transpiration stress-onset (soil moisture) [fraction]"},
      /* 231 */ {"SMDRY", "Direct evaporation cease (soil moisture) [fraction]"},
      /* 232 */ {"WVINC", "water vapor added by precip assimilation [kg/m^2]"},
      /* 233 */ {"WCINC", "water condensate added by precip assimilaition [kg/m^2]"},
      /* 234 */ {"BGRUN", "Subsurface runoff (baseflow) [kg/m^2]"},
      /* 235 */ {"SSRUN", "Surface runoff (non-infiltrating) [kg/m^2]"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"WVCONV", "Water vapor flux convergence (vertical int) [kg/m^2]"},
      /* 238 */ {"SNOWC", "Snow cover [%]"},
      /* 239 */ {"SNOT", "Snow temperature [K]"},
      /* 240 */ {"POROS", "Soil porosity [fraction]"},
      /* 241 */ {"WCCONV", "Water condensate flux convergence (vertical int) [kg/m^2]"},
      /* 242 */ {"WVUFLX", "Water vapor zonal transport (vertical int)[kg/m]"},
      /* 243 */ {"WVVFLX", "Water vapor meridional transport (vertical int) [kg/m]"},
      /* 244 */ {"WCUFLX", "Water condensate zonal transport (vertical int) [kg/m]"},
      /* 245 */ {"WCVFLX", "Water condensate meridional transport (vertical int) [kg/m]"},
      /* 246 */ {"RCS", "Solar parameter in canopy conductance [fraction]"},
      /* 247 */ {"RCT", "Temperature parameter in canopy conductance [fraction]"},
      /* 248 */ {"RCQ", "Humidity parameter in canopy conductance [fraction]"},
      /* 249 */ {"RCSOL", "Soil moisture parameter in canopy conductance [fraction]"},
      /* 250 */ {"SWHR", "Solar radiative heating [K/s]"},
      /* 251 */ {"LWHR", "Longwave radiative heating [K/s]"},
      /* 252 */ {"CD", "Surface drag coefficient [non-dim]"},
      /* 253 */ {"FRICV", "Surface friction velocity [m/s]"},
      /* 254 */ {"RI", "Richardson number [non-dim]"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_130[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined 143"},
      /* 144 */ {"SOILW", "Volumetric soil moisture (frozen + liquid) [fraction]"},
      /* 145 */ {"PEVPR", "Potential evaporation rate [W/m^2]"},
      /* 146 */ {"VEGT", "Vegetation canopy temperature [K]"},
      /* 147 */ {"BARET", "Bare soil surface skin temperature [K]"},
      /* 148 */ {"AVSFT", "Average surface skin temperature [K]"},
      /* 149 */ {"RADT", "Effective radiative skin temperature [K]"},
      /* 150 */ {"SSTOR", "Surface water storage [Kg/m^2]"},
      /* 151 */ {"LSOIL", "Liquid soil moisture content (non-frozen) [Kg/m^2]"},
      /* 152 */ {"EWATR", "Open water evaporation (standing water) [W/m^2]"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"LSPA", "Land Surface Precipitation Accumulation [kg/m^2]"},
      /* 155 */ {"GFLUX", "Ground Heat Flux [W/m^2]"},
      /* 156 */ {"CIN", "Convective inhibition [J/Kg]"},
      /* 157 */ {"CAPE", "Convective available potential energy [J/Kg]"},
      /* 158 */ {"TKE", "Turbulent Kinetic Energy [J/Kg]"},
      /* 159 */ {"MXSALB", "Maximum snow albedo [%]"},
      /* 160 */ {"SOILL", "Liquid volumetric soil moisture (non-frozen) [fraction]"},
      /* 161 */ {"ASNOW", "Frozen precipitation (e.g. snowfall) [Kg/m^2]"},
      /* 162 */ {"ARAIN", "Liquid precipitation (rainfall) [Kg/m^2]"},
      /* 163 */ {"GWREC", "Groundwater recharge [Kg/m^2]"},
      /* 164 */ {"QREC", "Flood plain recharge [Kg/m^2]"},
      /* 165 */ {"SNOWT", "Snow temperature, depth-avg [K]"},
      /* 166 */ {"VBDSF", "Visible beam downward solar flux [W/m^2]"},
      /* 167 */ {"VDDSF", "Visible diffuse downward solar flux [W/m^2]"},
      /* 168 */ {"NBDSF", "Near IR beam downward solar flux [W/m^2]"},
      /* 169 */ {"NDDSF", "Near IR diffuse downward solar flux [W/m^2]"},
      /* 170 */ {"SNFALB", "Snow-free albedo [%]"},
      /* 171 */ {"RLYRS", "Number of soil layers in root zone [non-dim]"},
      /* 172 */ {"MFLX", "Momentum flux [N/m^2]"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"NLAT", "Latitude (-90 to +90) [deg]"},
      /* 177 */ {"ELON", "East longitude (0-360) [deg]"},
      /* 178 */ {"FLDCAP", "Field capacity [fraction]"},
      /* 179 */ {"ACOND", "Aerodynamic conductance [m/s]"},
      /* 180 */ {"SNOAG", "Snow age [s]"},
      /* 181 */ {"CCOND", "Canopy conductance [m/s]"},
      /* 182 */ {"LAI", "Leaf area index (0-9) [non-dim]"},
      /* 183 */ {"SFCRH", "Roughness length for heat [m]"},
      /* 184 */ {"SALBD", "Snow albedo (over snow cover area only) [%]"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"NDVI", "Normalized Difference Vegetation Index []"},
      /* 188 */ {"DRIP", "Canopy drip [Kg/m^2]"},
      /* 189 */ {"VBSALB", "Visible, black sky albedo [%]"},
      /* 190 */ {"VWSALB", "Visible, white sky albedo [%]"},
      /* 191 */ {"NBSALB", "Near IR, black sky albedo [%]"},
      /* 192 */ {"NWSALB", "Near IR, white sky albedo [%]"},
      /* 193 */ {"FRZR", "Freezing rain [kg/m^2]"},
      /* 194 */ {"FROZR", "Frozen rain [kg/m^2]"},
      /* 195 */ {"TSNOW", "Total snow [kg/m^2]"},
      /* 196 */ {"MTERH", "Model terrain height [m]"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"SBSNO", "Sublimation (evaporation from snow) [W/m^2]"},
      /* 199 */ {"EVBS", "Direct evaporation from bare soil [W/m^2]"},
      /* 200 */ {"EVCW", "Canopy water evaporation [W/m^2]"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"RSMIN", "Minimal stomatal resistance [s/m]"},
      /* 204 */ {"DSWRF", "Downward shortwave radiation flux [W/m^2]"},
      /* 205 */ {"DLWRF", "Downward longwave radiation flux [W/m^2]"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"MSTAV", "Moisture availability [%]"},
      /* 208 */ {"SFEXC", "Exchange coefficient [(Kg/m^3)(m/s)]"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"TRANS", "Transpiration [W/m^2]"},
      /* 211 */ {"USWRF", "Upward short wave radiation flux [W/m^2]"},
      /* 212 */ {"ULWRF", "Upward long wave radiation flux [W/m^2]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"WILT", "Wilting point [fraction]"},
      /* 220 */ {"FLDCP", "Field Capacity [fraction]"},
      /* 221 */ {"HPBL", "Planetary boundary layer height [m]"},
      /* 222 */ {"SLTYP", "Surface slope type [Index]"},
      /* 223 */ {"CNWAT", "Plant canopy surface water [Kg/m^2]"},
      /* 224 */ {"SOTYP", "Soil type [Index]"},
      /* 225 */ {"VGTYP", "Vegetation type [Index]"},
      /* 226 */ {"BMIXL", "Blackadars mixing length scale [m]"},
      /* 227 */ {"AMIXL", "Asymptotic mixing length scale [m]"},
      /* 228 */ {"PEVAP", "Potential evaporation [Kg/m^2]"},
      /* 229 */ {"SNOHF", "Snow phase-change heat flux [W/m^2]"},
      /* 230 */ {"SMREF", "Transpiration stress-onset (soil moisture) [fraction]"},
      /* 231 */ {"SMDRY", "Direct evaporation cease (soil moisture) [fraction]"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"BGRUN", "Subsurface runoff (baseflow) [Kg/m^2]"},
      /* 235 */ {"SSRUN", "Surface runoff (non-infiltrating) [Kg/m^2]"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"SNOWC", "Snow cover [%]"},
      /* 239 */ {"SNOT", "Snow temperature [K]"},
      /* 240 */ {"POROS", "Soil porosity [fraction]"},
      /* 241 */ {"SBT112", "Simulated brightness temp for GOES11, channel 2 [K]"},
      /* 242 */ {"SBT113", "Simulated brightness temp for GOES11, channel 3 [K]"},
      /* 243 */ {"SBT114", "Simulated brightness temp for GOES11, channel 4 [K]"},
      /* 244 */ {"SBT115", "Simulated brightness temp for GOES11, channel 5 [K]"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"RCS", "Solar parameter in canopy conductance [fraction]"},
      /* 247 */ {"RCT", "Temperature parameter in canopy conductance [fraction]"},
      /* 248 */ {"RCQ", "Humidity parameter in canopy conductance [fraction]"},
      /* 249 */ {"RCSOL", "Soil moisture parameter in canopy conductance [fraction]"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"CD", "Surface drag coefficient [non-dim]"},
      /* 253 */ {"FRICV", "Surface friction velocity [m/s]"},
      /* 254 */ {"RI", "Richardson number [non-dim]"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_133[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land-sea coverage (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"POZT", "Ozone production from T term"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"OMGALF", "omega divided by density"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"COVZZ", "Covariance between u and u"},
      /* 165 */ {"COVMM", "Covariance between v and v"},
      /* 166 */ {"COVQZ", "Covariance between q and u"},
      /* 167 */ {"COVQM", "Covariance between q and v"},
      /* 168 */ {"COVTVV", "Covariance between T and omega"},
      /* 169 */ {"COVQVV", "Covariance between q and omega"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"LRGMR", "Large scale moistening rate"},
      /* 174 */ {"VDFOZ", "Ozone vertical diffusion"},
      /* 175 */ {"POZ", "Ozone production"},
      /* 176 */ {"AMSRE9", "Sim brightness tmp for AMSRE on Aqua channel 9 [K]"},
      /* 177 */ {"AMSRE10", "Sim brightness tmp for AMSRE on Aqua channel 10 [K]"},
      /* 178 */ {"AMSRE11", "Sim brightness tmp for AMSRE on Aqua channel 11 [K]"},
      /* 179 */ {"AMSRE12", "Sim brightness tmp for AMSRE on Aqua channel 12 [K]"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"GWDU", "Gravity wave drag u acceleration"},
      /* 182 */ {"GWDV", "Gravity wave drag v acceleration"},
      /* 183 */ {"CNVU", "Convective u momentum mixing acceleration"},
      /* 184 */ {"CNVV", "Convective v momentum mixing acceleration"},
      /* 185 */ {"AKHS", "Sfc exchange coeff for T and Q divided by delta z"},
      /* 186 */ {"AKMS", "Sfc exchange coeff for U and V divided by delta z"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"TOZ", "Ozone tendency"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"SUNSD", "Sunshine duration [s]"},
      /* 192 */ {"MOSF", "Meridional overturning stream function [10^6m^3/s]"},
      /* 193 */ {"EPSR", "Radiative emiissivity"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"QZ0", "q at top of viscous sublayer"},
      /* 196 */ {"CNGWDU", "Convective gravity wave drag zonal acceleration"},
      /* 197 */ {"CNGWDV", "Convective gravity wave drag meridional acceleration"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"THZ0", "Theta at top of viscous sublayer"},
      /* 202 */ {"CNVUMF", "Convective updraft mass flux"},
      /* 203 */ {"COVPSPS", "Covariance between psfc and psfc"},
      /* 204 */ {"QMAX", "Maximum specific humidity at 2m"},
      /* 205 */ {"QMIN", "Minimum specific humidity at 2m"},
      /* 206 */ {"COVQQ", "Covariance between q and q"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"CNVDMF", "Convective downdraft mass flux"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"CNVDEMF", "Convective detrainment mass flux"},
      /* 220 */ {"COVVVVV", "Covariance between omega and omega"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"COVTT", "Covariance between T and T"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"WTEND", "Tendency of vertical velocity"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"POZO", "Ozone production from col ozone term"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_128[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"AVDEPTH", "Ocean depth - mean [m]"},
      /* 129 */ {"DEPTH", "Ocean depth - instantaneous [m]"},
      /* 130 */ {"ELEV", "Ocean surface elevation relative to geoid [m]"},
      /* 131 */ {"MXEL24", "Max ocean surface elevation in last 24 hours [m]"},
      /* 132 */ {"MNEL24", "Min ocean surface elevation in last 24 hours [m]"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"O2", "Oxygen (O2 (aq)) []"},
      /* 136 */ {"PO4", "PO4 [Mol/kg]"},
      /* 137 */ {"NO3", "NO3 [Mol/kg]"},
      /* 138 */ {"SiO4", "SiO4 [Mol/kg]"},
      /* 139 */ {"CO2aq", "CO2 (aq) [Mol/kg]"},
      /* 140 */ {"HCO3", "HCO3 - [Mol/kg]"},
      /* 141 */ {"CO3", "CO3 -- [Mol/kg]"},
      /* 142 */ {"TCO2", "TCO2 [Mol/kg]"},
      /* 143 */ {"TALK", "TALK [Mol/kg]"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"S11", "S11 - 1,1 component of ice stress tensor []"},
      /* 147 */ {"S12", "S12 - 1,2 component of ice stress tensor []"},
      /* 148 */ {"S22", "S22 - 2,2 component of ice stress tensor []"},
      /* 149 */ {"INV1", "T1 - First invariant of stress tensor []"},
      /* 150 */ {"INV2", "T2 - Second invariant of stress tensor []"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"WVRGH", "Wave Roughness[ ]"},
      /* 156 */ {"WVSTRS", "Wave Stresses []"},
      /* 157 */ {"WHITE", "Whitecap coverage []"},
      /* 158 */ {"SWDIRWID", "Swell direction width []"},
      /* 159 */ {"SWFREWID", "Swell frequency width []"},
      /* 160 */ {"WVAGE", "Wave age []"},
      /* 161 */ {"PWVAGE", "Physical Wave age []"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"LTURB", "Master length scale (turbulence) [m]"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"AIHFLX", "Net Air-Ice heat flux [W/m^2]"},
      /* 171 */ {"AOHFLX", "Net Air-Ocean heat flux [W/m^2]"},
      /* 172 */ {"IOHFLX", "Net Ice-Ocean heat flux [W/m^2]"},
      /* 173 */ {"IOSFLX", "Net Ice-Ocean salt flux kg/s]"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"OMLT", "Ocean Mixed Layer Temperature [K]"},
      /* 176 */ {"OMLS", "Ocean Mixed Layer Salinity [kg/kg]"},
      /* 177 */ {"OMLPOTDEN", "Ocean Mixed Layer Potential density (Referenced to 2000m) [kg/m^3]"},
      /* 178 */ {"OMLU", "U Velocity in mixed layer [m/s]"},
      /* 179 */ {"OMLV", "V Velocity in mixed layer [m/s]"},
      /* 180 */ {"ASHFL", "Assimilative Heat Flux [W/m^2]"},
      /* 181 */ {"ASSFL", "Assimilative Salt Flux [mm/day]"},
      /* 182 */ {"BOTLD", "Bottom Layer Depth [m]"},
      /* 183 */ {"UBARO", "Barotropic U Velocity [m/s]"},
      /* 184 */ {"VBARO", "Barotropic V Velocity [m/s]"},
      /* 185 */ {"INTFD", "Interface Depth [m]"},
      /* 186 */ {"WTMPC", "Temperature [C]"},
      /* 187 */ {"SALIN", "Salinity [psu]"},
      /* 188 */ {"EMNP", "Evaporation - Precipitation [cm/day]"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"KENG", "Kinetic Energy [J/kg]"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"LAYTH", "Layer Thickness[m]"},
      /* 193 */ {"SSTT", "Surface Temperature Trend [K/day]"},
      /* 194 */ {"SSST", "Surface Salinity Trend [psu/day]"},
      /* 195 */ {"OVHD", "Ocean vertical heat diffusivity [m^2/s]"},
      /* 196 */ {"OVSD", "Ocean vertical salt diffusivity [m^2/s]"},
      /* 197 */ {"OVMD", "Ocean vertical momementum diffusivity [m^2/s]"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"RERRVAR", "Relative Error Variance [pure number]"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_ecmwf_128[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"STRF", "Stream function [m**2 s**-1]"},
      /* 2 */ {"VPOT", "Velocity potential [m**2 s**-1]"},
      /* 3 */ {"PT", "Potential temperature [K]"},
      /* 4 */ {"EQPT", "Equivalent potential temperature [K]"},
      /* 5 */ {"SEPT", "Saturated equivalent potential temperature [K]"},
      /* 6 */ {"SSFR", "Soil sand fraction [(0 - 1)]"},
      /* 7 */ {"SCFR", "Soil clay fraction [(0 - 1)]"},
      /* 8 */ {"SRO", "Surface runoff [m]"},
      /* 9 */ {"SSRO", "Sub-surface runoff [m]"},
      /* 10 */ {"WIND", "Wind speed [m s**-1]"},
      /* 11 */ {"UDVW", "U component of divergent wind [m s**-1]"},
      /* 12 */ {"VDVW", "V component of divergent wind [m s**-1]"},
      /* 13 */ {"URTW", "U component of rotational wind [m s**-1]"},
      /* 14 */ {"VRTW", "V component of rotational wind [m s**-1]"},
      /* 15 */ {"ALUVP", "UV visible albedo for direct radiation [(0 - 1)]"},
      /* 16 */ {"ALUVD", "UV visible albedo for diffuse radiation [(0 - 1)]"},
      /* 17 */ {"ALNIP", "Near IR albedo for direct radiation [(0 - 1)]"},
      /* 18 */ {"ALNID", "Near IR albedo for diffuse radiation [(0 - 1)]"},
      /* 19 */ {"UVCS", "Clear sky surface UV [W m**-2 s]"},
      /* 20 */ {"PARCS", "Clear sky surface PAR [W m**-2 s]"},
      /* 21 */ {"UCTP", "Unbalanced component of temperature [K]"},
      /* 22 */ {"UCLN", "Unbalanced component of logarithm of surface pressure []"},
      /* 23 */ {"UCDV", "Unbalanced component of divergence [s**-1]"},
      /* 24 */ {"var24", "Reserved for future unbalanced components []"},
      /* 25 */ {"var25", "Reserved for future unbalanced components []"},
      /* 26 */ {"CL", "Lake cover [(0 - 1)]"},
      /* 27 */ {"CVL", "Low vegetation cover [(0 - 1)]"},
      /* 28 */ {"CVH", "High vegetation cover [(0 - 1)]"},
      /* 29 */ {"TVL", "Type of low vegetation []"},
      /* 30 */ {"TVH", "Type of high vegetation []"},
      /* 31 */ {"CI", "Sea-ice cover [(0 - 1)]"},
      /* 32 */ {"ASN", "Snow albedo [(0 - 1)]"},
      /* 33 */ {"RSN", "Snow density [kg m**-3]"},
      /* 34 */ {"SSTK", "Sea surface temperature [K]"},
      /* 35 */ {"ISTL1", "Ice surface temperature layer 1 [K]"},
      /* 36 */ {"ISTL2", "Ice surface temperature layer 2 [K]"},
      /* 37 */ {"ISTL3", "Ice surface temperature layer 3 [K]"},
      /* 38 */ {"ISTL4", "Ice surface temperature layer 4 [K]"},
      /* 39 */ {"SWVL1", "Volumetric soil water layer 1 [m**3 m**-3]"},
      /* 40 */ {"SWVL2", "Volumetric soil water layer 2 [m**3 m**-3]"},
      /* 41 */ {"SWVL3", "Volumetric soil water layer 3 [m**3 m**-3]"},
      /* 42 */ {"SWVL4", "Volumetric soil water layer 4 [m**3 m**-3]"},
      /* 43 */ {"SLT", "Soil type []"},
      /* 44 */ {"ES", "Snow evaporation [m of water]"},
      /* 45 */ {"SMLT", "Snowmelt [m of water]"},
      /* 46 */ {"SDUR", "Solar duration [s]"},
      /* 47 */ {"DSRP", "Direct solar radiation [w m**-2]"},
      /* 48 */ {"MAGSS", "Magnitude of surface stress [N m**-2 s]"},
      /* 49 */ {"10FG", "10 metre wind gust [m s**-1]"},
      /* 50 */ {"LSPF", "Large-scale precipitation fraction [s]"},
      /* 51 */ {"MX2T24", "Maximum temperature at 2 metres since last 24 hours [K]"},
      /* 52 */ {"MN2T24", "Minimum temperature at 2 metres since last 24 hours [K]"},
      /* 53 */ {"MONT", "Montgomery potential [m**2 s**-2]"},
      /* 54 */ {"PRES", "Pressure [Pa]"},
      /* 55 */ {"MEAN2T24", "Mean temperature at 2 metres since last 24 hours [K]"},
      /* 56 */ {"MN2D24", "Mean 2 metre dewpoint temperature in past 24 hours [K]"},
      /* 57 */ {"UVB", "Downward UV radiation at the surface [w m**-2 s]"},
      /* 58 */ {"PAR", "Photosynthetically active radiation at the surface [w m**-2 s]"},
      /* 59 */ {"CAPE", "Convective available potential energy [J kg**-1]"},
      /* 60 */ {"PV", "Potential vorticity [K m**2 kg**-1 s**-1]"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"OBCT", "Observation count []"},
      /* 63 */ {"var63", "Start time for skin temperature difference [s]"},
      /* 64 */ {"var64", "Finish time for skin temperature difference [s]"},
      /* 65 */ {"var65", "Skin temperature difference [K]"},
      /* 66 */ {"var66", "Leaf area index, low vegetation [m**2 / m**2]"},
      /* 67 */ {"var67", "Leaf area index, high vegetation [m**2 / m**2]"},
      /* 68 */ {"var68", "Minimum stomatal resistance, low vegetation [s m**-1]"},
      /* 69 */ {"var69", "Minimum stomatal resistance, high vegetation [s m**-1]"},
      /* 70 */ {"var70", "Biome cover, low vegetation [(0 - 1)]"},
      /* 71 */ {"var71", "Biome cover, high vegetation [(0 - 1)]"},
      /* 72 */ {"ISSRD", "Instantaneous surface solar radiation downwards [w m**-2]"},
      /* 73 */ {"ISTRD", "Instantaneous surface thermal radiation downwards [w m**-2]"},
      /* 74 */ {"SDFOR", "Standard deviation of filtered subgrid orography [m]"},
      /* 75 */ {"CRWC", "Cloud rain water content [kg kg**-1]"},
      /* 76 */ {"CSWC", "Cloud snow water content [kg kg**-1]"},
      /* 77 */ {"ETADOT", "Eta-coordinate vertical velocity [s**-1]"},
      /* 78 */ {"TCLW", "Total column liquid water [kg m**-2]"},
      /* 79 */ {"TCIW", "Total column ice water [kg m**-2]"},
      /* 80 */ {"var80", "Experimental product []"},
      /* 81 */ {"var81", "Experimental product []"},
      /* 82 */ {"var82", "Experimental product []"},
      /* 83 */ {"var83", "Experimental product []"},
      /* 84 */ {"var84", "Experimental product []"},
      /* 85 */ {"var85", "Experimental product []"},
      /* 86 */ {"var86", "Experimental product []"},
      /* 87 */ {"var87", "Experimental product []"},
      /* 88 */ {"var88", "Experimental product []"},
      /* 89 */ {"var89", "Experimental product []"},
      /* 90 */ {"var90", "Experimental product []"},
      /* 91 */ {"var91", "Experimental product []"},
      /* 92 */ {"var92", "Experimental product []"},
      /* 93 */ {"var93", "Experimental product []"},
      /* 94 */ {"var94", "Experimental product []"},
      /* 95 */ {"var95", "Experimental product []"},
      /* 96 */ {"var96", "Experimental product []"},
      /* 97 */ {"var97", "Experimental product []"},
      /* 98 */ {"var98", "Experimental product []"},
      /* 99 */ {"var99", "Experimental product []"},
      /* 100 */ {"var100", "Experimental product []"},
      /* 101 */ {"var101", "Experimental product []"},
      /* 102 */ {"var102", "Experimental product []"},
      /* 103 */ {"var103", "Experimental product []"},
      /* 104 */ {"var104", "Experimental product []"},
      /* 105 */ {"var105", "Experimental product []"},
      /* 106 */ {"var106", "Experimental product []"},
      /* 107 */ {"var107", "Experimental product []"},
      /* 108 */ {"var108", "Experimental product []"},
      /* 109 */ {"var109", "Experimental product []"},
      /* 110 */ {"var110", "Experimental product []"},
      /* 111 */ {"var111", "Experimental product []"},
      /* 112 */ {"var112", "Experimental product []"},
      /* 113 */ {"var113", "Experimental product []"},
      /* 114 */ {"var114", "Experimental product []"},
      /* 115 */ {"var115", "Experimental product []"},
      /* 116 */ {"var116", "Experimental product []"},
      /* 117 */ {"var117", "Experimental product []"},
      /* 118 */ {"var118", "Experimental product []"},
      /* 119 */ {"var119", "Experimental product []"},
      /* 120 */ {"var120", "Experimental product []"},
      /* 121 */ {"MX2T6", "Maximum temperature at 2 metres since last 6 hours [K]"},
      /* 122 */ {"MN2T6", "Minimum temperature at 2 metres since last 6 hours [K]"},
      /* 123 */ {"10FG6", "10 metre wind gust in the past 6 hours [m s**-1]"},
      /* 124 */ {"EMIS", "Surface emissivity [dimensionless]"},
      /* 125 */ {"var125", "Vertically integrated total energy [J m**-2]"},
      /* 126 */ {"var126", "Generic parameter for sensitive area prediction [Various]"},
      /* 127 */ {"AT", "Atmospheric tide []"},
      /* 128 */ {"BV", "Budget values []"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"SP", "Surface pressure [Pa]"},
      /* 135 */ {"W", "Vertical velocity [Pa s**-1]"},
      /* 136 */ {"TCW", "Total column water [kg m**-2]"},
      /* 137 */ {"TCWV", "Total column water vapour [kg m**-2]"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"STL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"SWL1", "Soil wetness level 1 [m of water]"},
      /* 141 */ {"SD", "Snow depth [m of water equivalent]"},
      /* 142 */ {"LSP", "Stratiform precipitation (Large-scale precipitation) [m]"},
      /* 143 */ {"CP", "Convective precipitation [m]"},
      /* 144 */ {"SF", "Snowfall [m of water equivalent]"},
      /* 145 */ {"BLD", "Boundary layer dissipation [W m**-2 s]"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"CHNK", "Charnock []"},
      /* 149 */ {"SNR", "Surface net radiation [W m**-2 s]"},
      /* 150 */ {"TNR", "Top net radiation []"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"LNSP", "Logarithm of surface pressure []"},
      /* 153 */ {"SWHR", "Short-wave heating rate [K]"},
      /* 154 */ {"LWHR", "Long-wave heating rate [K]"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"GH", "Height [gpm]"},
      /* 157 */ {"R", "Relative humidity [%]"},
      /* 158 */ {"TSP", "Tendency of surface pressure [Pa s**-1]"},
      /* 159 */ {"BLH", "Boundary layer height [m]"},
      /* 160 */ {"SDOR", "Standard deviation of orography []"},
      /* 161 */ {"ISOR", "Anisotropy of sub-gridscale orography []"},
      /* 162 */ {"ANOR", "Angle of sub-gridscale orography [rad]"},
      /* 163 */ {"SLOR", "Slope of sub-gridscale orography []"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"SSRD", "Surface solar radiation downwards [W m**-2 s]"},
      /* 170 */ {"STL2", "Soil temperature level 2 [K]"},
      /* 171 */ {"SWL2", "Soil wetness level 2 [m of water]"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"SR", "Surface roughness [m]"},
      /* 174 */ {"AL", "Albedo [(0 - 1)]"},
      /* 175 */ {"STRD", "Surface thermal radiation downwards [W m**-2 s]"},
      /* 176 */ {"SSR", "Surface solar radiation [W m**-2 s]"},
      /* 177 */ {"STR", "Surface thermal radiation [W m**-2 s]"},
      /* 178 */ {"TSR", "Top solar radiation [W m**-2 s]"},
      /* 179 */ {"TTR", "Top thermal radiation [W m**-2 s]"},
      /* 180 */ {"EWSS", "East-West surface stress [N m**-2 s]"},
      /* 181 */ {"NSSS", "North-South surface stress [N m**-2 s]"},
      /* 182 */ {"E", "Evaporation [m of water]"},
      /* 183 */ {"STL3", "Soil temperature level 3 [K]"},
      /* 184 */ {"SWL3", "Soil wetness level 3 [m of water]"},
      /* 185 */ {"CCC", "Convective cloud cover [(0 - 1)]"},
      /* 186 */ {"LCC", "Low cloud cover [(0 - 1)]"},
      /* 187 */ {"MCC", "Medium cloud cover [(0 - 1)]"},
      /* 188 */ {"HCC", "High cloud cover [(0 - 1)]"},
      /* 189 */ {"SUND", "Sunshine duration [s]"},
      /* 190 */ {"EWOV", "East-West component of sub-gridscale orographic variance [m**2]"},
      /* 191 */ {"NSOV", "North-South component of sub-gridscale orographic variance [m**2]"},
      /* 192 */ {"NWOV", "North-West/South-East component of sub-gridscale orographic variance [m**2]"},
      /* 193 */ {"NEOV", "North-East/South-West component of sub-gridscale orographic variance [m**2]"},
      /* 194 */ {"BTMP", "Brightness temperature [K]"},
      /* 195 */ {"LGWS", "Latitudinal component of gravity wave stress [N m**-2 s]"},
      /* 196 */ {"MGWS", "Meridional component of gravity wave stress [N m**-2 s]"},
      /* 197 */ {"GWD", "Gravity wave dissipation [W m**-2 s]"},
      /* 198 */ {"SRC", "Skin reservoir content [m of water]"},
      /* 199 */ {"VEG", "Vegetation fraction [(0 - 1)]"},
      /* 200 */ {"VSO", "Variance of sub-gridscale orography [m**2]"},
      /* 201 */ {"MX2T", "Maximum temperature at 2 metres since previous post-processing [K]"},
      /* 202 */ {"MN2T", "Minimum temperature at 2 metres since previous post-processing [K]"},
      /* 203 */ {"O3", "Ozone mass mixing ratio [kg kg**-1]"},
      /* 204 */ {"PAW", "Precipitation analysis weights []"},
      /* 205 */ {"RO", "Runoff [m]"},
      /* 206 */ {"TCO3", "Total column ozone [kg m**-2]"},
      /* 207 */ {"10SI", "10 metre wind speed [m s**-1]"},
      /* 208 */ {"TSRC", "Top net solar radiation, clear sky [W m**-2 s]"},
      /* 209 */ {"TTRC", "Top net thermal radiation, clear sky [W m**-2 s]"},
      /* 210 */ {"SSRC", "Surface net solar radiation, clear sky [W m**-2 s]"},
      /* 211 */ {"STRC", "Surface net thermal radiation, clear sky [W m**-2 s]"},
      /* 212 */ {"TISR", "TOA incident solar radiation [W m**-2 s]"},
      /* 213 */ {"VIMD", "Vertically integrated moisture divergence [kg m**-2]"},
      /* 214 */ {"DHR", "Diabatic heating by radiation [K]"},
      /* 215 */ {"DHVD", "Diabatic heating by vertical diffusion [K]"},
      /* 216 */ {"DHCC", "Diabatic heating by cumulus convection [K]"},
      /* 217 */ {"DHLC", "Diabatic heating large-scale condensation [K]"},
      /* 218 */ {"VDZW", "Vertical diffusion of zonal wind [m s**-1]"},
      /* 219 */ {"VDMW", "Vertical diffusion of meridional wind [m s**-1]"},
      /* 220 */ {"EWGD", "East-West gravity wave drag tendency [m s**-1]"},
      /* 221 */ {"NSGD", "North-South gravity wave drag tendency [m s**-1]"},
      /* 222 */ {"CTZW", "Convective tendency of zonal wind [m s**-1]"},
      /* 223 */ {"CTMW", "Convective tendency of meridional wind [m s**-1]"},
      /* 224 */ {"VDH", "Vertical diffusion of humidity [kg kg**-1]"},
      /* 225 */ {"HTCC", "Humidity tendency by cumulus convection [kg kg**-1]"},
      /* 226 */ {"HTLC", "Humidity tendency by large-scale condensation [kg kg**-1]"},
      /* 227 */ {"CRNH", "Change from removal of negative humidity [kg kg**-1]"},
      /* 228 */ {"TP", "Total precipitation [m]"},
      /* 229 */ {"IEWS", "Instantaneous X surface stress [N m**-2]"},
      /* 230 */ {"INSS", "Instantaneous Y surface stress [N m**-2]"},
      /* 231 */ {"ISHF", "Instantaneous surface heat flux [W m**-2]"},
      /* 232 */ {"IE", "Instantaneous moisture flux [kg m**-2 s**-1]"},
      /* 233 */ {"ASQ", "Apparent surface humidity [kg kg**-1]"},
      /* 234 */ {"LSRH", "Logarithm of surface roughness length for heat []"},
      /* 235 */ {"SKT", "Skin temperature [K]"},
      /* 236 */ {"STL4", "Soil temperature level 4 [K]"},
      /* 237 */ {"SWL4", "Soil wetness level 4 [m]"},
      /* 238 */ {"TSN", "Temperature of snow layer [K]"},
      /* 239 */ {"CSF", "Convective snowfall [m of water equivalent]"},
      /* 240 */ {"LSF", "Large-scale snowfall [m of water equivalent]"},
      /* 241 */ {"ACF", "Accumulated cloud fraction tendency [(-1 to 1)]"},
      /* 242 */ {"ALW", "Accumulated liquid water tendency [(-1 to 1)]"},
      /* 243 */ {"FAL", "Forecast albedo [(0 - 1)]"},
      /* 244 */ {"FSR", "Forecast surface roughness [m]"},
      /* 245 */ {"FLSR", "Forecast logarithm of surface roughness for heat []"},
      /* 246 */ {"CLWC", "Cloud liquid water content [kg kg**-1]"},
      /* 247 */ {"CIWC", "Cloud ice water content [kg kg**-1]"},
      /* 248 */ {"CC", "Cloud cover [(0 - 1)]"},
      /* 249 */ {"AIW", "Accumulated ice water tendency [(-1 to 1)]"},
      /* 250 */ {"ICE", "Ice age [(0 - 1)]"},
      /* 251 */ {"ATTE", "Adiabatic tendency of temperature [K]"},
      /* 252 */ {"ATHE", "Adiabatic tendency of humidity [kg kg**-1]"},
      /* 253 */ {"ATZE", "Adiabatic tendency of zonal wind [m s**-1]"},
      /* 254 */ {"ATMW", "Adiabatic tendency of meridional wind [m s**-1]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_129[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"STRF", "Stream function [m**2 s**-1]"},
      /* 2 */ {"VPOT", "Velocity potential [m**2 s**-1]"},
      /* 3 */ {"PT", "Potential temperature [K]"},
      /* 4 */ {"EQPT", "Equivalent potential temperature [K]"},
      /* 5 */ {"SEPT", "Saturated equivalent potential temperature [K]"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"UDVW", "U component of divergent wind [m s**-1]"},
      /* 12 */ {"VDVW", "V component of divergent wind [m s**-1]"},
      /* 13 */ {"URTW", "U component of rotational wind [m s**-1]"},
      /* 14 */ {"VRTW", "V component of rotational wind [m s**-1]"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"UCTP", "Unbalanced component of temperature [K]"},
      /* 22 */ {"UCLN", "Unbalanced component of logarithm of surface pressure []"},
      /* 23 */ {"UCDV", "Unbalanced component of divergence [s**-1]"},
      /* 24 */ {"var24", "Reserved for future unbalanced components []"},
      /* 25 */ {"var25", "Reserved for future unbalanced components []"},
      /* 26 */ {"CL", "Lake cover [(0 - 1)]"},
      /* 27 */ {"CVL", "Low vegetation cover [(0 - 1)]"},
      /* 28 */ {"CVH", "High vegetation cover [(0 - 1)]"},
      /* 29 */ {"TVL", "Type of low vegetation []"},
      /* 30 */ {"TVH", "Type of high vegetation []"},
      /* 31 */ {"CI", "Sea-ice cover [(0 - 1)]"},
      /* 32 */ {"ASN", "Snow albedo [(0 - 1)]"},
      /* 33 */ {"RSN", "Snow density [kg m**-3]"},
      /* 34 */ {"SSTK", "Sea surface temperature [K]"},
      /* 35 */ {"ISTL1", "Ice surface temperature layer 1 [K]"},
      /* 36 */ {"ISTL2", "Ice surface temperature layer 2 [K]"},
      /* 37 */ {"ISTL3", "Ice surface temperature layer 3 [K]"},
      /* 38 */ {"ISTL4", "Ice surface temperature layer 4 [K]"},
      /* 39 */ {"SWVL1", "Volumetric soil water layer 1 [m**3 m**-3]"},
      /* 40 */ {"SWVL2", "Volumetric soil water layer 2 [m**3 m**-3]"},
      /* 41 */ {"SWVL3", "Volumetric soil water layer 3 [m**3 m**-3]"},
      /* 42 */ {"SWVL4", "Volumetric soil water layer 4 [m**3 m**-3]"},
      /* 43 */ {"SLT", "Soil type []"},
      /* 44 */ {"ES", "Snow evaporation [m of water]"},
      /* 45 */ {"SMLT", "Snowmelt [m of water]"},
      /* 46 */ {"SDUR", "Solar duration [s]"},
      /* 47 */ {"DSRP", "Direct solar radiation [w m**-2]"},
      /* 48 */ {"MAGSS", "Magnitude of surface stress [N m**-2 s]"},
      /* 49 */ {"10FG", "10 metre wind gust [m s**-1]"},
      /* 50 */ {"LSPF", "Large-scale precipitation fraction [s]"},
      /* 51 */ {"MX2T24", "Maximum 2 metre temperature [K]"},
      /* 52 */ {"MN2T24", "Minimum 2 metre temperature [K]"},
      /* 53 */ {"MONT", "Montgomery potential [m**2 s**-2]"},
      /* 54 */ {"PRES", "Pressure [Pa]"},
      /* 55 */ {"MEAN2T24", "Mean 2 metre temperature in past 24 hours [K]"},
      /* 56 */ {"MN2D24", "Mean 2 metre dewpoint temperature in past 24 hours [K]"},
      /* 57 */ {"UVB", "Downward UV radiation at the surface [w m**-2 s]"},
      /* 58 */ {"PAR", "Photosynthetically active radiation at the surface [w m**-2 s]"},
      /* 59 */ {"CAPE", "Convective available potential energy [J kg**-1]"},
      /* 60 */ {"PV", "Potential vorticity [K m**2 kg**-1 s**-1]"},
      /* 61 */ {"TPO", "Total precipitation from observations [Millimetres*100 + number of stations]"},
      /* 62 */ {"OBCT", "Observation count []"},
      /* 63 */ {"var63", "Start time for skin temperature difference [s]"},
      /* 64 */ {"var64", "Finish time for skin temperature difference [s]"},
      /* 65 */ {"var65", "Skin temperature difference [K]"},
      /* 66 */ {"var66", "Leaf area index, low vegetation [m**2 / m**2]"},
      /* 67 */ {"var67", "Leaf area index, high vegetation [m**2 / m**2]"},
      /* 68 */ {"var68", "Minimum stomatal resistance, low vegetation [s m**-1]"},
      /* 69 */ {"var69", "Minimum stomatal resistance, high vegetation [s m**-1]"},
      /* 70 */ {"var70", "Biome cover, low vegetation [(0 - 1)]"},
      /* 71 */ {"var71", "Biome cover, high vegetation [(0 - 1)]"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "Total column liquid water [kg m**-2]"},
      /* 79 */ {"var79", "Total column ice water [kg m**-2]"},
      /* 80 */ {"var80", "Experimental product []"},
      /* 81 */ {"var81", "Experimental product []"},
      /* 82 */ {"var82", "Experimental product []"},
      /* 83 */ {"var83", "Experimental product []"},
      /* 84 */ {"var84", "Experimental product []"},
      /* 85 */ {"var85", "Experimental product []"},
      /* 86 */ {"var86", "Experimental product []"},
      /* 87 */ {"var87", "Experimental product []"},
      /* 88 */ {"var88", "Experimental product []"},
      /* 89 */ {"var89", "Experimental product []"},
      /* 90 */ {"var90", "Experimental product []"},
      /* 91 */ {"var91", "Experimental product []"},
      /* 92 */ {"var92", "Experimental product []"},
      /* 93 */ {"var93", "Experimental product []"},
      /* 94 */ {"var94", "Experimental product []"},
      /* 95 */ {"var95", "Experimental product []"},
      /* 96 */ {"var96", "Experimental product []"},
      /* 97 */ {"var97", "Experimental product []"},
      /* 98 */ {"var98", "Experimental product []"},
      /* 99 */ {"var99", "Experimental product []"},
      /* 100 */ {"var100", "Experimental product []"},
      /* 101 */ {"var101", "Experimental product []"},
      /* 102 */ {"var102", "Experimental product []"},
      /* 103 */ {"var103", "Experimental product []"},
      /* 104 */ {"var104", "Experimental product []"},
      /* 105 */ {"var105", "Experimental product []"},
      /* 106 */ {"var106", "Experimental product []"},
      /* 107 */ {"var107", "Experimental product []"},
      /* 108 */ {"var108", "Experimental product []"},
      /* 109 */ {"var109", "Experimental product []"},
      /* 110 */ {"var110", "Experimental product []"},
      /* 111 */ {"var111", "Experimental product []"},
      /* 112 */ {"var112", "Experimental product []"},
      /* 113 */ {"var113", "Experimental product []"},
      /* 114 */ {"var114", "Experimental product []"},
      /* 115 */ {"var115", "Experimental product []"},
      /* 116 */ {"var116", "Experimental product []"},
      /* 117 */ {"var117", "Experimental product []"},
      /* 118 */ {"var118", "Experimental product []"},
      /* 119 */ {"var119", "Experimental product []"},
      /* 120 */ {"var120", "Experimental product []"},
      /* 121 */ {"MX2T6", "Maximum temperature at 2 metres [K]"},
      /* 122 */ {"MN2T6", "Minimum temperature at 2 metres [K]"},
      /* 123 */ {"10FG6", "10 metre wind gust in the past 6 hours [m s**-1]"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "Vertically integrated total energy [J m**-2]"},
      /* 126 */ {"var126", "Generic parameter for sensitive area prediction [Various]"},
      /* 127 */ {"AT", "Atmospheric tide []"},
      /* 128 */ {"BV", "Budget values []"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"SP", "Surface pressure [Pa]"},
      /* 135 */ {"W", "Vertical velocity [Pa s**-1]"},
      /* 136 */ {"TCW", "Total column water [kg m**-2]"},
      /* 137 */ {"TCWV", "Total column water vapour [kg m**-2]"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"STL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"SWL1", "Soil wetness level 1 [m of water]"},
      /* 141 */ {"SD", "Snow depth [m of water equivalent]"},
      /* 142 */ {"LSP", "Stratiform precipitation (Large-scale precipitation) [m]"},
      /* 143 */ {"CP", "Convective precipitation [m]"},
      /* 144 */ {"SF", "Snowfall (convective + stratiform) [m of water equivalent]"},
      /* 145 */ {"BLD", "Boundary layer dissipation [W m**-2 s]"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"CHNK", "Charnock []"},
      /* 149 */ {"SNR", "Surface net radiation [W m**-2 s]"},
      /* 150 */ {"TNR", "Top net radiation []"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"LNSP", "Logarithm of surface pressure []"},
      /* 153 */ {"SWHR", "Short-wave heating rate [K]"},
      /* 154 */ {"LWHR", "Long-wave heating rate [K]"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"GH", "Height [m]"},
      /* 157 */ {"R", "Relative humidity [%]"},
      /* 158 */ {"TSP", "Tendency of surface pressure [Pa s**-1]"},
      /* 159 */ {"BLH", "Boundary layer height [m]"},
      /* 160 */ {"SDOR", "Standard deviation of orography []"},
      /* 161 */ {"ISOR", "Anisotropy of sub-gridscale orography []"},
      /* 162 */ {"ANOR", "Angle of sub-gridscale orography [rad]"},
      /* 163 */ {"SLOR", "Slope of sub-gridscale orography []"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"SSRD", "Surface solar radiation downwards [W m**-2 s]"},
      /* 170 */ {"STL2", "Soil temperature level 2 [K]"},
      /* 171 */ {"SWL2", "Soil wetness level 2 [m of water]"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"SR", "Surface roughness [m]"},
      /* 174 */ {"AL", "Albedo [(0 - 1)]"},
      /* 175 */ {"STRD", "Surface thermal radiation downwards [W m**-2 s]"},
      /* 176 */ {"SSR", "Surface solar radiation [W m**-2 s]"},
      /* 177 */ {"STR", "Surface thermal radiation [W m**-2 s]"},
      /* 178 */ {"TSR", "Top solar radiation [W m**-2 s]"},
      /* 179 */ {"TTR", "Top thermal radiation [W m**-2 s]"},
      /* 180 */ {"EWSS", "East-West surface stress [N m**-2 s]"},
      /* 181 */ {"NSSS", "North-South surface stress [N m**-2 s]"},
      /* 182 */ {"E", "Evaporation [m of water]"},
      /* 183 */ {"STL3", "Soil temperature level 3 [K]"},
      /* 184 */ {"SWL3", "Soil wetness level 3 [m of water]"},
      /* 185 */ {"CCC", "Convective cloud cover [(0 - 1)]"},
      /* 186 */ {"LCC", "Low cloud cover [(0 - 1)]"},
      /* 187 */ {"MCC", "Medium cloud cover [(0 - 1)]"},
      /* 188 */ {"HCC", "High cloud cover [(0 - 1)]"},
      /* 189 */ {"SUND", "Sunshine duration [s]"},
      /* 190 */ {"EWOV", "East-West component of sub-gridscale orographic variance [m**2]"},
      /* 191 */ {"NSOV", "North-South component of sub-gridscale orographic variance [m**2]"},
      /* 192 */ {"NWOV", "North-West/South-East component of sub-gridscale orographic variance [m**2]"},
      /* 193 */ {"NEOV", "North-East/South-West component of sub-gridscale orographic variance [m**2]"},
      /* 194 */ {"BTMP", "Brightness temperature [K]"},
      /* 195 */ {"LGWS", "Latitudinal component of gravity wave stress [N m**-2 s]"},
      /* 196 */ {"MGWS", "Meridional component of gravity wave stress [N m**-2 s]"},
      /* 197 */ {"GWD", "Gravity wave dissipation [W m**-2 s]"},
      /* 198 */ {"SRC", "Skin reservoir content [m of water]"},
      /* 199 */ {"VEG", "Vegetation fraction [(0 - 1)]"},
      /* 200 */ {"VSO", "Variance of sub-gridscale orography [m**2]"},
      /* 201 */ {"MX2T", "Maximum temperature at 2 metres since previous post-processing [K]"},
      /* 202 */ {"MN2T", "Minimum temperature at 2 metres since previous post-processing [K]"},
      /* 203 */ {"O3", "Ozone mass mixing ratio [kg kg**-1]"},
      /* 204 */ {"PAW", "Precipitation analysis weights []"},
      /* 205 */ {"RO", "Runoff [m]"},
      /* 206 */ {"TCO3", "Total column ozone [kg m**-2]"},
      /* 207 */ {"10SI", "10 metre wind speed [m s**-1]"},
      /* 208 */ {"TSRC", "Top net solar radiation, clear sky [W m**-2 s]"},
      /* 209 */ {"TTRC", "Top net thermal radiation, clear sky [W m**-2 s]"},
      /* 210 */ {"SSRC", "Surface net solar radiation, clear sky [W m**-2 s]"},
      /* 211 */ {"STRC", "Surface net thermal radiation, clear sky [W m**-2 s]"},
      /* 212 */ {"TISR", "TOA incident solar radiation [W m**-2 s]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"DHR", "Diabatic heating by radiation [K]"},
      /* 215 */ {"DHVD", "Diabatic heating by vertical diffusion [K]"},
      /* 216 */ {"DHCC", "Diabatic heating by cumulus convection [K]"},
      /* 217 */ {"DHLC", "Diabatic heating large-scale condensation [K]"},
      /* 218 */ {"VDZW", "Vertical diffusion of zonal wind [m s**-1]"},
      /* 219 */ {"VDMW", "Vertical diffusion of meridional wind [m s**-1]"},
      /* 220 */ {"EWGD", "East-West gravity wave drag tendency [m s**-1]"},
      /* 221 */ {"NSGD", "North-South gravity wave drag tendency [m s**-1]"},
      /* 222 */ {"CTZW", "Convective tendency of zonal wind [m s**-1]"},
      /* 223 */ {"CTMW", "Convective tendency of meridional wind [m s**-1]"},
      /* 224 */ {"VDH", "Vertical diffusion of humidity [kg kg**-1]"},
      /* 225 */ {"HTCC", "Humidity tendency by cumulus convection [kg kg**-1]"},
      /* 226 */ {"HTLC", "Humidity tendency by large-scale condensation [kg kg**-1]"},
      /* 227 */ {"CRNH", "Change from removal of negative humidity [kg kg**-1]"},
      /* 228 */ {"TP", "Total precipitation [m]"},
      /* 229 */ {"IEWS", "Instantaneous X surface stress [N m**-2]"},
      /* 230 */ {"INSS", "Instantaneous Y surface stress [N m**-2]"},
      /* 231 */ {"ISHF", "Instantaneous surface heat flux [W m**-2]"},
      /* 232 */ {"IE", "Instantaneous moisture flux [kg m**-2 s]"},
      /* 233 */ {"ASQ", "Apparent surface humidity [kg kg**-1]"},
      /* 234 */ {"LSRH", "Logarithm of surface roughness length for heat []"},
      /* 235 */ {"SKT", "Skin temperature [K]"},
      /* 236 */ {"STL4", "Soil temperature level 4 [K]"},
      /* 237 */ {"SWL4", "Soil wetness level 4 [m]"},
      /* 238 */ {"TSN", "Temperature of snow layer [K]"},
      /* 239 */ {"CSF", "Convective snowfall [m of water equivalent]"},
      /* 240 */ {"LSF", "Large-scale snowfall [m of water equivalent]"},
      /* 241 */ {"ACF", "Accumulated cloud fraction tendency [(-1 to 1)]"},
      /* 242 */ {"ALW", "Accumulated liquid water tendency [(-1 to 1)]"},
      /* 243 */ {"FAL", "Forecast albedo [(0 - 1)]"},
      /* 244 */ {"FSR", "Forecast surface roughness [m]"},
      /* 245 */ {"FLSR", "Forecast logarithm of surface roughness for heat []"},
      /* 246 */ {"CLWC", "Cloud liquid water content [kg kg**-1]"},
      /* 247 */ {"CIWC", "Cloud ice water content [kg kg**-1]"},
      /* 248 */ {"CC", "Cloud cover [(0 - 1)]"},
      /* 249 */ {"AIW", "Accumulated ice water tendency [(-1 to 1)]"},
      /* 250 */ {"ICE", "Ice age [(0 - 1)]"},
      /* 251 */ {"ATTE", "Adiabatic tendency of temperature [K]"},
      /* 252 */ {"ATHE", "Adiabatic tendency of humidity [kg kg**-1]"},
      /* 253 */ {"ATZE", "Adiabatic tendency of zonal wind [m s**-1]"},
      /* 254 */ {"ATMW", "Adiabatic tendency of meridional wind [m s**-1]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_130[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"TSRU", "Top solar radiation upward [W m**-2]"},
      /* 209 */ {"TTRU", "Top thermal radiation upward [W m**-2]"},
      /* 210 */ {"TSUC", "Top solar radiation upward, clear sky [W m**-2]"},
      /* 211 */ {"TTUC", "Top thermal radiation upward, clear sky [W m**-2]"},
      /* 212 */ {"CLW", "Cloud liquid water [kg kg**-1]"},
      /* 213 */ {"CF", "Cloud fraction [(0 - 1)]"},
      /* 214 */ {"DHR", "Diabatic heating by radiation [K s**-1]"},
      /* 215 */ {"DHVD", "Diabatic heating by vertical diffusion [K s**-1]"},
      /* 216 */ {"DHCC", "Diabatic heating by cumulus convection [K s**-1]"},
      /* 217 */ {"DHLC", "Diabatic heating by large-scale condensation [K s**-1]"},
      /* 218 */ {"VDZW", "Vertical diffusion of zonal wind [m**2 s**-3]"},
      /* 219 */ {"VDMW", "Vertical diffusion of meridional wind [m**2 s**-3]"},
      /* 220 */ {"EWGD", "East-West gravity wave drag [m**2 s**-3]"},
      /* 221 */ {"NSGD", "North-South gravity wave drag [m**2 s**-3]"},
      /* 222 */ {"CTZW", "Convective tendency of zonal wind [m**2 s**-3]"},
      /* 223 */ {"CTMW", "Convective tendency of meridional wind [m**2 s**-3]"},
      /* 224 */ {"VDH", "Vertical diffusion of humidity [kg kg**-1 s**-1]"},
      /* 225 */ {"HTCC", "Humidity tendency by cumulus convection [kg kg**-1 s**-1]"},
      /* 226 */ {"HTLC", "Humidity tendency by large-scale condensation [kg kg**-1 s**-1]"},
      /* 227 */ {"CRNH", "Change from removal of negative humidity [kg kg**-1 s**-1]"},
      /* 228 */ {"ATT", "Adiabatic tendency of temperature [K s**-1]"},
      /* 229 */ {"ATH", "Adiabatic tendency of humidity [kg kg**-1 s**-1]"},
      /* 230 */ {"ATZW", "Adiabatic tendency of zonal wind [m**2 s**-3]"},
      /* 231 */ {"ATMWAX", "Adiabatic tendency of meridional wind [m**2 s**-3]"},
      /* 232 */ {"MVV", "Mean vertical velocity [Pa s**-1]"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_131[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"2TAG2", "2m temperature anomaly of at least +2K [%]"},
      /* 2 */ {"2TAG1", "2m temperature anomaly of at least +1K [%]"},
      /* 3 */ {"2TAG0", "2m temperature anomaly of at least 0K [%]"},
      /* 4 */ {"2TALM1", "2m temperature anomaly of at most -1K [%]"},
      /* 5 */ {"2TALM2", "2m temperature anomaly of at most -2K [%]"},
      /* 6 */ {"TPAG20", "Total precipitation anomaly of at least 20 mm [%]"},
      /* 7 */ {"TPAG10", "Total precipitation anomaly of at least 10 mm [%]"},
      /* 8 */ {"TPAG0", "Total precipitation anomaly of at least 0 mm [%]"},
      /* 9 */ {"STAG0", "Surface temperature anomaly of at least 0K [%]"},
      /* 10 */ {"MSLAG0", "Mean sea level pressure anomaly of at least 0 Pa [%]"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"H0DIP", "Heigth of 0 degree isotherm probability [percentage]"},
      /* 16 */ {"HSLP", "Heigth of snowfall limit probability [percentage]"},
      /* 17 */ {"SAIP", "Showalter index probability [percentage]"},
      /* 18 */ {"WHIP", "Whiting index probability [percentage]"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"TALM2K", "Temperature anomaly less than -2 K [%]"},
      /* 21 */ {"TAG2K", "Temperature anomaly of at least +2 K [%]"},
      /* 22 */ {"TALM8K", "Temperature anomaly less than -8 K [%]"},
      /* 23 */ {"TALM4K", "Temperature anomaly less than -4 K [%]"},
      /* 24 */ {"TAG4K", "Temperature anomaly greater than +4 K [%]"},
      /* 25 */ {"TAG8K", "Temperature anomaly greater than +8 K [%]"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"10GP", "10 metre wind gust probability [percentage]"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"CAPEP", "Convective available potential energy probability [percentage]"},
      /* 60 */ {"TPG1", "Total precipitation of at least 1 mm [%]"},
      /* 61 */ {"TPG5", "Total precipitation of at least 5 mm [%]"},
      /* 62 */ {"TPG10", "Total precipitation of at least 10 mm [%]"},
      /* 63 */ {"TPG20", "Total precipitation of at least 20 mm [%]"},
      /* 64 */ {"TPL01", "Total precipitation less than 0.1 mm [%]"},
      /* 65 */ {"TPRL1", "Total precipitation rate less than 1 mm per day [%]"},
      /* 66 */ {"TPRG3", "Total precipitation rate of at least 3 mm per day [%]"},
      /* 67 */ {"TPRG5", "Total precipitation rate of at least 5 mm per day [%]"},
      /* 68 */ {"10SPG10", "10 metre Wind speed of at least 10 metre per second [%]"},
      /* 69 */ {"10SPG15", "10 metre Wind speed of at least 15 metre per second [%]"},
      /* 70 */ {"10FGG15", "10 metre Wind gust of at least 15 metre per second [%]"},
      /* 71 */ {"10FGG20", "10 metre Wind gust of at least 20 metre per second [%]"},
      /* 72 */ {"10FGG25", "10 metre Wind gust of at least 25 metre per second [%]"},
      /* 73 */ {"2TL273", "2 metre temperature less than 273.15 K [%]"},
      /* 74 */ {"SWHG2", "Significant wave height of at least 2 m [%]"},
      /* 75 */ {"SWHG4", "Significant wave height of at least 4 m [%]"},
      /* 76 */ {"SWHG6", "Significant wave height of at least 6 m [%]"},
      /* 77 */ {"SWHG8", "Significant wave height of at least 8 m [%]"},
      /* 78 */ {"MWPG8", "Mean wave period of at least 8 s [%]"},
      /* 79 */ {"MWPG10", "Mean wave period of at least 10 s [%]"},
      /* 80 */ {"MWPG12", "Mean wave period of at least 12 s [%]"},
      /* 81 */ {"MWPG15", "Mean wave period of at least 15 s [%]"},
      /* 82 */ {"TPG40", "Total precipitation of at least 40 mm [%]"},
      /* 83 */ {"TPG60", "Total precipitation of at least 60 mm [%]"},
      /* 84 */ {"TPG80", "Total precipitation of at least 80 mm [%]"},
      /* 85 */ {"TPG100", "Total precipitation of at least 100 mm [%]"},
      /* 86 */ {"TPG150", "Total precipitation of at least 150 mm [%]"},
      /* 87 */ {"TPG200", "Total precipitation of at least 200 mm [%]"},
      /* 88 */ {"TPG300", "Total precipitation of at least 300 mm [%]"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"ZP", "Geopotential probability [%]"},
      /* 130 */ {"TAP", "Temperature anomaly probability [percentage]"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "2 metre temperature probability [%]"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"SFP", "Snowfall probability [percentage]"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "Total precipitation probability [%]"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"TCCP", "Total cloud cover probability [percentage]"},
      /* 165 */ {"10SP", "10 metre speed probability [percentage]"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"2TP", "2 metre temperature probability [percentage]"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"MX2TP", "Maximum 2 metre temperature probability [percentage]"},
      /* 202 */ {"MN2TP", "Minimum 2 metre temperature probability [percentage]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TPP", "Total precipitation probability [percentage]"},
      /* 229 */ {"SWHP", "Significant wave height probability [percentage]"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"MWPP", "Mean wave period probability [percentage]"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_132[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"10FGI", "10 metre wind gust index [(-1 to 1)]"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"SFI", "Snowfall index [(-1 to 1)]"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"10WSI", "10 metre speed index [(-1 to 1)]"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"2TI", "2 metre temperature index [(-1 to 1)]"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"MAXSWHI", "Maximum of significant wave height index [(-1 to 1)]"},
      /* 201 */ {"MX2TI", "Maximum temperature at 2 metres index [(-1 to 1)]"},
      /* 202 */ {"MN2TI", "Minimum temperature at 2 metres index [(-1 to 1)]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TPI", "Total precipitation index [(-1 to 1)]"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_133[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"2TPLM10", "2m temperature probability less than -10 C [%]"},
      /* 2 */ {"2TPLM5", "2m temperature probability less than -5 C [%]"},
      /* 3 */ {"2TPL0", "2m temperature probability less than 0 C [%]"},
      /* 4 */ {"2TPL5", "2m temperature probability less than 5 C [%]"},
      /* 5 */ {"2TPL10", "2m temperature probability less than 10 C [%]"},
      /* 6 */ {"2TPG25", "2m temperature probability greater than 25 C [%]"},
      /* 7 */ {"2TPG30", "2m temperature probability greater than 30 C [%]"},
      /* 8 */ {"2TPG35", "2m temperature probability greater than 35 C [%]"},
      /* 9 */ {"2TPG40", "2m temperature probability greater than 40 C [%]"},
      /* 10 */ {"2TPG45", "2m temperature probability greater than 45 C [%]"},
      /* 11 */ {"MN2TPLM10", "Minimum 2 metre temperature probability less than -10 C [%]"},
      /* 12 */ {"MN2TPLM5", "Minimum 2 metre temperature probability less than -5 C [%]"},
      /* 13 */ {"MN2TPL0", "Minimum 2 metre temperature probability less than 0 C [%]"},
      /* 14 */ {"MN2TPL5", "Minimum 2 metre temperature probability less than 5 C [%]"},
      /* 15 */ {"MN2TPL10", "Minimum 2 metre temperature probability less than 10 C [%]"},
      /* 16 */ {"MX2TPG25", "Maximum 2 metre temperature probability greater than 25 C [%]"},
      /* 17 */ {"MX2TPG30", "Maximum 2 metre temperature probability greater than 30 C [%]"},
      /* 18 */ {"MX2TPG35", "Maximum 2 metre temperature probability greater than 35 C [%]"},
      /* 19 */ {"MX2TPG40", "Maximum 2 metre temperature probability greater than 40 C [%]"},
      /* 20 */ {"MX2TPG45", "Maximum 2 metre temperature probability greater than 45 C [%]"},
      /* 21 */ {"10SPG10", "10 metre wind speed probability of at least 10 m/s [%]"},
      /* 22 */ {"10SPG15", "10 metre wind speed probability of at least 15 m/s [%]"},
      /* 23 */ {"10SPG20", "10 metre wind speed probability of at least 20 m/s [%]"},
      /* 24 */ {"10SPG35", "10 metre wind speed probability of at least 35 m/s [%]"},
      /* 25 */ {"10SPG50", "10 metre wind speed probability of at least 50 m/s [%]"},
      /* 26 */ {"10GPG20", "10 metre wind gust probability of at least 20 m/s [%]"},
      /* 27 */ {"10GPG35", "10 metre wind gust probability of at least 35 m/s [%]"},
      /* 28 */ {"10GPG50", "10 metre wind gust probability of at least 50 m/s [%]"},
      /* 29 */ {"10GPG75", "10 metre wind gust probability of at least 75 m/s [%]"},
      /* 30 */ {"10GPG100", "10 metre wind gust probability of at least 100 m/s [%]"},
      /* 31 */ {"TPPG1", "Total precipitation probability of at least 1 mm [%]"},
      /* 32 */ {"TPPG5", "Total precipitation probability of at least 5 mm [%]"},
      /* 33 */ {"TPPG10", "Total precipitation probability of at least 10 mm [%]"},
      /* 34 */ {"TPPG20", "Total precipitation probability of at least 20 mm [%]"},
      /* 35 */ {"TPPG40", "Total precipitation probability of at least 40 mm [%]"},
      /* 36 */ {"TPPG60", "Total precipitation probability of at least 60 mm [%]"},
      /* 37 */ {"TPPG80", "Total precipitation probability of at least 80 mm [%]"},
      /* 38 */ {"TPPG100", "Total precipitation probability of at least 100 mm [%]"},
      /* 39 */ {"TPPG150", "Total precipitation probability of at least 150 mm [%]"},
      /* 40 */ {"TPPG200", "Total precipitation probability of at least 200 mm [%]"},
      /* 41 */ {"TPPG300", "Total precipitation probability of at least 300 mm [%]"},
      /* 42 */ {"SFPG1", "Snowfall probability of at least 1 mm [%]"},
      /* 43 */ {"SFPG5", "Snowfall probability of at least 5 mm [%]"},
      /* 44 */ {"SFPG10", "Snowfall probability of at least 10 mm [%]"},
      /* 45 */ {"SFPG20", "Snowfall probability of at least 20 mm [%]"},
      /* 46 */ {"SFPG40", "Snowfall probability of at least 40 mm [%]"},
      /* 47 */ {"SFPG60", "Snowfall probability of at least 60 mm [%]"},
      /* 48 */ {"SFPG80", "Snowfall probability of at least 80 mm [%]"},
      /* 49 */ {"SFPG100", "Snowfall probability of at least 100 mm [%]"},
      /* 50 */ {"SFPG150", "Snowfall probability of at least 150 mm [%]"},
      /* 51 */ {"SFPG200", "Snowfall probability of at least 200 mm [%]"},
      /* 52 */ {"SFPG300", "Snowfall probability of at least 300 mm [%]"},
      /* 53 */ {"TCCPG10", "Total Cloud Cover probability greater than 10% [%]"},
      /* 54 */ {"TCCPG20", "Total Cloud Cover probability greater than 20% [%]"},
      /* 55 */ {"TCCPG30", "Total Cloud Cover probability greater than 30% [%]"},
      /* 56 */ {"TCCPG40", "Total Cloud Cover probability greater than 40% [%]"},
      /* 57 */ {"TCCPG50", "Total Cloud Cover probability greater than 50% [%]"},
      /* 58 */ {"TCCPG60", "Total Cloud Cover probability greater than 60% [%]"},
      /* 59 */ {"TCCPG70", "Total Cloud Cover probability greater than 70% [%]"},
      /* 60 */ {"TCCPG80", "Total Cloud Cover probability greater than 80% [%]"},
      /* 61 */ {"TCCPG90", "Total Cloud Cover probability greater than 90% [%]"},
      /* 62 */ {"TCCPG99", "Total Cloud Cover probability greater than 99% [%]"},
      /* 63 */ {"HCCPG10", "High Cloud Cover probability greater than 10% [%]"},
      /* 64 */ {"HCCPG20", "High Cloud Cover probability greater than 20% [%]"},
      /* 65 */ {"HCCPG30", "High Cloud Cover probability greater than 30% [%]"},
      /* 66 */ {"HCCPG40", "High Cloud Cover probability greater than 40% [%]"},
      /* 67 */ {"HCCPG50", "High Cloud Cover probability greater than 50% [%]"},
      /* 68 */ {"HCCPG60", "High Cloud Cover probability greater than 60% [%]"},
      /* 69 */ {"HCCPG70", "High Cloud Cover probability greater than 70% [%]"},
      /* 70 */ {"HCCPG80", "High Cloud Cover probability greater than 80% [%]"},
      /* 71 */ {"HCCPG90", "High Cloud Cover probability greater than 90% [%]"},
      /* 72 */ {"HCCPG99", "High Cloud Cover probability greater than 99% [%]"},
      /* 73 */ {"MCCPG10", "Medium Cloud Cover probability greater than 10% [%]"},
      /* 74 */ {"MCCPG20", "Medium Cloud Cover probability greater than 20% [%]"},
      /* 75 */ {"MCCPG30", "Medium Cloud Cover probability greater than 30% [%]"},
      /* 76 */ {"MCCPG40", "Medium Cloud Cover probability greater than 40% [%]"},
      /* 77 */ {"MCCPG50", "Medium Cloud Cover probability greater than 50% [%]"},
      /* 78 */ {"MCCPG60", "Medium Cloud Cover probability greater than 60% [%]"},
      /* 79 */ {"MCCPG70", "Medium Cloud Cover probability greater than 70% [%]"},
      /* 80 */ {"MCCPG80", "Medium Cloud Cover probability greater than 80% [%]"},
      /* 81 */ {"MCCPG90", "Medium Cloud Cover probability greater than 90% [%]"},
      /* 82 */ {"MCCPG99", "Medium Cloud Cover probability greater than 99% [%]"},
      /* 83 */ {"LCCPG10", "Low Cloud Cover probability greater than 10% [%]"},
      /* 84 */ {"LCCPG20", "Low Cloud Cover probability greater than 20% [%]"},
      /* 85 */ {"LCCPG30", "Low Cloud Cover probability greater than 30% [%]"},
      /* 86 */ {"LCCPG40", "Low Cloud Cover probability greater than 40% [%]"},
      /* 87 */ {"LCCPG50", "Low Cloud Cover probability greater than 50% [%]"},
      /* 88 */ {"LCCPG60", "Low Cloud Cover probability greater than 60% [%]"},
      /* 89 */ {"LCCPG70", "Low Cloud Cover probability greater than 70% [%]"},
      /* 90 */ {"LCCPG80", "Low Cloud Cover probability greater than 80% [%]"},
      /* 91 */ {"LCCPG90", "Low Cloud Cover probability greater than 90% [%]"},
      /* 92 */ {"LCCPG99", "Low Cloud Cover probability greater than 99% [%]"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_ecmwf_140[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"MAXSWH", "Maximum of significant wave height [m]"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"UST", "U-component stokes drift [m s**-1]"},
      /* 216 */ {"VST", "V-component stokes drift [m s**-1]"},
      /* 217 */ {"TMAX", "Period corresponding to maximum individual wave height [s]"},
      /* 218 */ {"HMAX", "Maximum individual wave height [m]"},
      /* 219 */ {"WMB", "Model bathymetry [m]"},
      /* 220 */ {"MP1", "Mean wave period based on first moment [s]"},
      /* 221 */ {"MP2", "Mean wave period based on second moment [s]"},
      /* 222 */ {"WDW", "Wave spectral directional width []"},
      /* 223 */ {"P1WW", "Mean wave period based on first moment for wind waves [s]"},
      /* 224 */ {"P2WW", "Mean wave period based on second moment for wind waves [s]"},
      /* 225 */ {"DWWW", "Wave spectral directional width for wind waves []"},
      /* 226 */ {"P1PS", "Mean wave period based on first moment for swell [s]"},
      /* 227 */ {"P2PS", "Mean wave period based on second moment for swell [s]"},
      /* 228 */ {"DWPS", "Wave spectral directional width for swell []"},
      /* 229 */ {"SWH", "Significant wave height [m]"},
      /* 230 */ {"MWD", "Mean wave direction [degrees]"},
      /* 231 */ {"PP1D", "Peak period of 1D spectra [s]"},
      /* 232 */ {"MWP", "Mean wave period [s]"},
      /* 233 */ {"CDWW", "Coefficient of drag with waves []"},
      /* 234 */ {"SHWW", "Significant height of wind waves [m]"},
      /* 235 */ {"MDWW", "Mean direction of wind waves [degrees]"},
      /* 236 */ {"MPWW", "Mean period of wind waves [s]"},
      /* 237 */ {"SHTS", "Significant height of total swell [m]"},
      /* 238 */ {"MDTS", "Mean direction of total swell [degrees]"},
      /* 239 */ {"MPTS", "Mean period of total swell [s]"},
      /* 240 */ {"SDHS", "Standard deviation wave height [m]"},
      /* 241 */ {"MU10", "Mean of 10 metre wind speed [m s**-1]"},
      /* 242 */ {"MDWI", "Mean wind direction [degrees]"},
      /* 243 */ {"SDU", "Standard deviation of 10 metre wind speed [m s**-1]"},
      /* 244 */ {"MSQS", "Mean square slope of waves [dimensionless]"},
      /* 245 */ {"WIND", "10 metre wind speed [m s**-1]"},
      /* 246 */ {"AWH", "Altimeter wave height [m]"},
      /* 247 */ {"ACWH", "Altimeter corrected wave height [m]"},
      /* 248 */ {"ARRC", "Altimeter range relative correction []"},
      /* 249 */ {"DWI", "10 metre wind direction [degrees]"},
      /* 250 */ {"2DSP", "2D wave spectra (multiple) [m**2 s radian**-1]"},
      /* 251 */ {"2DFD", "2D wave spectra (single) [m**2 s radian**-1]"},
      /* 252 */ {"WSK", "Wave spectral kurtosis []"},
      /* 253 */ {"BFI", "Benjamin-Feir index []"},
      /* 254 */ {"WSP", "Wave spectral peakedness [s**-1]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_150[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "Ocean potential temperature [deg C]"},
      /* 130 */ {"var130", "Ocean salinity [psu]"},
      /* 131 */ {"var131", "Ocean potential density [kg m**-3 -1000]"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "Ocean U velocity [m s**-1]"},
      /* 134 */ {"var134", "Ocean V velocity [m s**-1]"},
      /* 135 */ {"var135", "Ocean W velocity [m s**-1]"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "Richardson number []"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "U*V product [m s**-2]"},
      /* 140 */ {"var140", "U*T product [m s**-1 deg C]"},
      /* 141 */ {"var141", "V*T product [m s**-1 deg C]"},
      /* 142 */ {"var142", "U*U product [m s**-2]"},
      /* 143 */ {"var143", "V*V product [m s**-2]"},
      /* 144 */ {"var144", "UV - U~V~ [m s**-2]"},
      /* 145 */ {"var145", "UT - U~T~ [m s**-1 deg C]"},
      /* 146 */ {"var146", "VT - V~T~ [m s**-1 deg C]"},
      /* 147 */ {"var147", "UU - U~U~ [m s**-2]"},
      /* 148 */ {"var148", "VV - V~V~ [m s**-2]"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "Sea level [m]"},
      /* 153 */ {"var153", "Barotropic stream function []"},
      /* 154 */ {"var154", "Mixed layer depth [m]"},
      /* 155 */ {"var155", "Depth [m]"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "U stress [Pa]"},
      /* 169 */ {"var169", "V stress [Pa]"},
      /* 170 */ {"var170", "Turbulent kinetic energy input []"},
      /* 171 */ {"var171", "Net surface heat flux []"},
      /* 172 */ {"var172", "Surface solar radiation []"},
      /* 173 */ {"var173", "P-E []"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "Diagnosed sea surface temperature error [deg C]"},
      /* 181 */ {"var181", "Heat flux correction [W m**-2]"},
      /* 182 */ {"var182", "Observed sea surface temperature [deg C]"},
      /* 183 */ {"var183", "Observed heat flux [W m**-2]"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_151[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "In situ Temperature [deg C]"},
      /* 129 */ {"OCPT", "Ocean potential temperature [deg C]"},
      /* 130 */ {"S", "Salinity [psu]"},
      /* 131 */ {"OCU", "Ocean current zonal component [m s**-1]"},
      /* 132 */ {"OCV", "Ocean current meridional component [m s**-1]"},
      /* 133 */ {"OCW", "Ocean current vertical component [m s**-1]"},
      /* 134 */ {"MST", "Modulus of strain rate tensor [s**-1]"},
      /* 135 */ {"VVS", "Vertical viscosity [m**2 s**-1]"},
      /* 136 */ {"VDF", "Vertical diffusivity [m**2 s**-1]"},
      /* 137 */ {"DEP", "Bottom level Depth [m]"},
      /* 138 */ {"STH", "Sigma-theta [kg m**-3]"},
      /* 139 */ {"RN", "Richardson number []"},
      /* 140 */ {"UV", "UV product [m**2 s**-2]"},
      /* 141 */ {"UT", "UT product [m s**-1 degC]"},
      /* 142 */ {"VT", "VT product [m s**-1 deg C]"},
      /* 143 */ {"UU", "UU product [m**2 s**-2]"},
      /* 144 */ {"VV", "VV product [m**2 s**-2]"},
      /* 145 */ {"SL", "Sea level [m]"},
      /* 146 */ {"SL_1", "Sea level previous timestep [m]"},
      /* 147 */ {"BSF", "Barotropic stream function [m**3 s**-1]"},
      /* 148 */ {"MLD", "Mixed layer depth [m]"},
      /* 149 */ {"BTP", "Bottom Pressure (equivalent height) [m]"},
      /* 150 */ {"SH", "Steric height [m]"},
      /* 151 */ {"CRL", "Curl of Wind Stress [N m**-3]"},
      /* 152 */ {"var152", "Divergence of wind stress [Nm**-3]"},
      /* 153 */ {"TAX", "U stress [N m**-2]"},
      /* 154 */ {"TAY", "V stress [N m**-2]"},
      /* 155 */ {"TKI", "Turbulent kinetic energy input [W m**-2]"},
      /* 156 */ {"NSF", "Net surface heat flux [W m**-2]"},
      /* 157 */ {"ASR", "Absorbed solar radiation [W m**-2]"},
      /* 158 */ {"PME", "Precipitation - evaporation [m s**-1]"},
      /* 159 */ {"SST", "Specified sea surface temperature [deg C]"},
      /* 160 */ {"SHF", "Specified surface heat flux [W m**-2]"},
      /* 161 */ {"DTE", "Diagnosed sea surface temperature error [deg C]"},
      /* 162 */ {"HFC", "Heat flux correction [W m**-2]"},
      /* 163 */ {"20D", "20 degrees isotherm depth [m]"},
      /* 164 */ {"TAV300", "Average potential temperature in the upper 300m [degrees C]"},
      /* 165 */ {"UBA1", "Vertically integrated zonal velocity (previous time step) [m**2 s**-1]"},
      /* 166 */ {"VBA1", "Vertically Integrated meridional velocity (previous time step) [m**2 s**-1]"},
      /* 167 */ {"ZTR", "Vertically integrated zonal volume transport [m**2 s**-1]"},
      /* 168 */ {"MTR", "Vertically integrated meridional volume transport [m**2 s**-1]"},
      /* 169 */ {"ZHT", "Vertically integrated zonal heat transport [J m**-1 s**-1]"},
      /* 170 */ {"MHT", "Vertically integrated meridional heat transport [J m**-1 s**-1]"},
      /* 171 */ {"UMAX", "U velocity maximum [m s**-1]"},
      /* 172 */ {"DUMAX", "Depth of the velocity maximum [m]"},
      /* 173 */ {"SMAX", "Salinity maximum [psu]"},
      /* 174 */ {"DSMAX", "Depth of salinity maximum [m]"},
      /* 175 */ {"SAV300", "Average salinity in the upper 300m [psu]"},
      /* 176 */ {"LDP", "Layer Thickness at scalar points [m]"},
      /* 177 */ {"LDU", "Layer Thickness at vector points [m]"},
      /* 178 */ {"PTI", "Potential temperature increment [deg C]"},
      /* 179 */ {"PTAE", "Potential temperature analysis error [deg C]"},
      /* 180 */ {"BPT", "Background potential temperature [deg C]"},
      /* 181 */ {"APT", "Analysed potential temperature [deg C]"},
      /* 182 */ {"PTBE", "Potential temperature background error [deg C]"},
      /* 183 */ {"AS", "Analysed salinity [psu]"},
      /* 184 */ {"SALI", "Salinity increment [psu]"},
      /* 185 */ {"EBT", "Estimated Bias in Temperature [deg C]"},
      /* 186 */ {"EBS", "Estimated Bias in Salinity [psu]"},
      /* 187 */ {"UVI", "Zonal Velocity increment (from balance operator) [m/s per time step]"},
      /* 188 */ {"VVI", "Meridional Velocity increment (from balance operator) []"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"SUBI", "Salinity increment (from salinity data) [psu per time step]"},
      /* 191 */ {"SALE", "Salinity analysis error [psu]"},
      /* 192 */ {"BSAL", "Background Salinity [psu]"},
      /* 193 */ {"var193", "Reserved []"},
      /* 194 */ {"SALBE", "Salinity background error [psu]"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"EBTA", "Estimated temperature bias from assimilation [deg C]"},
      /* 200 */ {"EBSA", "Estimated salinity bias from assimilation [psu]"},
      /* 201 */ {"LTI", "Temperature increment from relaxation term [deg C per time step]"},
      /* 202 */ {"LSI", "Salinity increment from relaxation term []"},
      /* 203 */ {"BZPGA", "Bias in the zonal pressure gradient (applied) [Pa**m-1]"},
      /* 204 */ {"BMPGA", "Bias in the meridional pressure gradient (applied) [Pa**m-1]"},
      /* 205 */ {"EBTL", "Estimated temperature bias from relaxation [deg C]"},
      /* 206 */ {"EBSL", "Estimated salinity bias from relaxation [psu]"},
      /* 207 */ {"FGBT", "First guess bias in temperature [deg C]"},
      /* 208 */ {"FGBS", "First guess bias in salinity [psu]"},
      /* 209 */ {"BPA", "Applied bias in pressure [Pa]"},
      /* 210 */ {"FGBP", "FG bias in pressure [Pa]"},
      /* 211 */ {"PTA", "Bias in temperature(applied) [deg C]"},
      /* 212 */ {"PSA", "Bias in salinity (applied) [psu]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", " []"},
};

const struct ParmTable parm_table_ecmwf_160[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"10FG", "10 metre wind gust during averaging time [m s**-1]"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"AT", "Atmospheric tide []"},
      /* 128 */ {"BV", "Budget values []"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"SP", "Surface pressure [Pa]"},
      /* 135 */ {"W", "Vertical velocity [Pa s**-1]"},
      /* 136 */ {"TCW", "Total column water [kg m**-2]"},
      /* 137 */ {"PWC", "Precipitable water content [kg m**-2]"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"STL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"SWL1", "Soil wetness level 1 [m]"},
      /* 141 */ {"SD", "Snow depth [m of water]"},
      /* 142 */ {"LSP", "Large-scale precipitation [kg m**-2 s**-1]"},
      /* 143 */ {"CP", "Convective precipitation [kg m**-2 s**-1]"},
      /* 144 */ {"SF", "Snowfall [kg m**-2 s**-1]"},
      /* 145 */ {"BLD", "Boundary layer dissipation [W m**-2]"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2]"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"LNSP", "Logarithm of surface pressure []"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"GH", "Height [m]"},
      /* 157 */ {"R", "Relative humidity [(0 - 1)]"},
      /* 158 */ {"TSP", "Tendency of surface pressure [Pa s**-1]"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"STL2", "Soil temperature level 2 [K]"},
      /* 171 */ {"SWL2", "Soil wetness level 2 [m]"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"SR", "Surface roughness [m]"},
      /* 174 */ {"AL", "Albedo [(0 - 1)]"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"SSR", "Surface solar radiation [W m**-2]"},
      /* 177 */ {"STR", "Surface thermal radiation [W m**-2]"},
      /* 178 */ {"TSR", "Top solar radiation [W m**-2]"},
      /* 179 */ {"TTR", "Top thermal radiation [W m**-2]"},
      /* 180 */ {"EWSS", "East-West surface stress [N m**-2 s**-1]"},
      /* 181 */ {"NSSS", "North-South surface stress [N m**-2 s**-1]"},
      /* 182 */ {"E", "Evaporation [kg m**-2 s**-1]"},
      /* 183 */ {"STL3", "Soil temperature level 3 [K]"},
      /* 184 */ {"SWL3", "Soil wetness level 3 [m]"},
      /* 185 */ {"CCC", "Convective cloud cover [(0 - 1)]"},
      /* 186 */ {"LCC", "Low cloud cover [(0 - 1)]"},
      /* 187 */ {"MCC", "Medium cloud cover [(0 - 1)]"},
      /* 188 */ {"HCC", "High cloud cover [(0 - 1)]"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"EWOV", "East-West component of sub-gridscale orographic variance [m**2]"},
      /* 191 */ {"NSOV", "North-South component of sub-gridscale orographic variance [m**2]"},
      /* 192 */ {"NWOV", "North-West/South-East component of sub-gridscale orographic variance [m**2]"},
      /* 193 */ {"NEOV", "North-East/South-West component of sub-gridscale orographic variance [m**2]"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"LGWS", "Latitudinal component of gravity wave stress [N m**-2 s]"},
      /* 196 */ {"MGWS", "Meridional component of gravity wave stress [N m**-2 s]"},
      /* 197 */ {"GWD", "Gravity wave dissipation [W m**-2 s]"},
      /* 198 */ {"SRC", "Skin reservoir content [m of water]"},
      /* 199 */ {"VEG", "Percentage of vegetation [%]"},
      /* 200 */ {"VSO", "Variance of sub-gridscale orography [m**2]"},
      /* 201 */ {"MX2T", "Maximum temperature at 2 metres during averaging time [K]"},
      /* 202 */ {"MN2T", "Minimium temperature at 2 metres during averaging time [K]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"PAW", "Precipitation analysis weights []"},
      /* 205 */ {"RO", "Runoff [kg m**-2 s**-1]"},
      /* 206 */ {"ZZ", "Standard deviation of geopotential [m**2 s**-2]"},
      /* 207 */ {"TZ", "Covariance of temperature and geopotential [K m**2 s**-2]"},
      /* 208 */ {"TT", "Standard deviation of temperature [K]"},
      /* 209 */ {"QZ", "Covariance of specific humidity and geopotential [m**2 s**-2]"},
      /* 210 */ {"QT", "Covariance of specific humidity and temperature [K]"},
      /* 211 */ {"QQ", "Standard deviation of specific humidity [(0 - 1)]"},
      /* 212 */ {"UZ", "Covariance of U component and geopotential [m**3 s**-3]"},
      /* 213 */ {"UT", "Covariance of U component and temperature [K m s**-1]"},
      /* 214 */ {"UQ", "Covariance of U component and specific humidity [m s**-1]"},
      /* 215 */ {"UU", "Standard deviation of U velocity [m s**-1]"},
      /* 216 */ {"VZ", "Covariance of V component and geopotential [m**3 s**-3]"},
      /* 217 */ {"VT", "Covariance of V component and temperature [K m s**-1]"},
      /* 218 */ {"VQ", "Covariance of V component and specific humidity [m s**-1]"},
      /* 219 */ {"VU", "Covariance of V component and U component [m**2 s**-2]"},
      /* 220 */ {"VV", "Standard deviation of V component [m s**-1]"},
      /* 221 */ {"WZ", "Covariance of W component and geopotential [Pa m**2 s**-3]"},
      /* 222 */ {"WT", "Covariance of W component and temperature [K Pa s**-1]"},
      /* 223 */ {"WQ", "Covariance of W component and specific humidity [Pa s**-1]"},
      /* 224 */ {"WU", "Covariance of W component and U component [Pa m s**-2]"},
      /* 225 */ {"WV", "Covariance of W component and V component [Pa m s**-2]"},
      /* 226 */ {"WW", "Standard deviation of vertical velocity [Pa s**-1]"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TP", "Total precipitation [m]"},
      /* 229 */ {"IEWS", "Instantaneous X surface stress [N m**-2]"},
      /* 230 */ {"INSS", "Instantaneous Y surface stress [N m**-2]"},
      /* 231 */ {"ISHF", "Instantaneous surface heat flux [W m**-2]"},
      /* 232 */ {"IE", "Instantaneous moisture flux [kg m**-2 s**-1]"},
      /* 233 */ {"ASQ", "Apparent surface humidity [kg kg**-1]"},
      /* 234 */ {"LSRH", "Logarithm of surface roughness length for heat []"},
      /* 235 */ {"SKT", "Skin temperature [K]"},
      /* 236 */ {"STL4", "Soil temperature level 4 [K]"},
      /* 237 */ {"SWL4", "Soil wetness level 4 [m]"},
      /* 238 */ {"TSN", "Temperature of snow layer [K]"},
      /* 239 */ {"CSF", "Convective snowfall [kg m**-2 s**-1]"},
      /* 240 */ {"LSF", "Large-scale snowfall [kg m**-2 s**-1]"},
      /* 241 */ {"CLWCER", "Cloud liquid water content [kg kg**-1]"},
      /* 242 */ {"CC", "Cloud cover [(0 - 1)]"},
      /* 243 */ {"FAL", "Forecast albedo []"},
      /* 244 */ {"FSR", "Forecast surface roughness [m]"},
      /* 245 */ {"FLSR", "Forecast logarithm of surface roughness for heat []"},
      /* 246 */ {"10WS", "10 metre wind speed [m s**-1]"},
      /* 247 */ {"MOFL", "Momentum flux [N m**-2]"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "Gravity wave dissipation flux [W m**-2]"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"HSD", "Heaviside beta function [(0 - 1)]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_162[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "Surface geopotential [m**2 s**-2]"},
      /* 52 */ {"var52", "Surface pressure [Pa]"},
      /* 53 */ {"var53", "Vertical integral of mass of atmosphere [kg m**-2]"},
      /* 54 */ {"var54", "Vertical integral of temperature [K kg m**-2]"},
      /* 55 */ {"var55", "Vertical integral of total column water vapour [kg m**-2]"},
      /* 56 */ {"var56", "Vertical integral of total column liquid cloud water [kg m**-2]"},
      /* 57 */ {"var57", "Vertical integral of total column frozen cloud water [kg m**-2]"},
      /* 58 */ {"var58", "Vertical integral of total column ozone [kg m**-2]"},
      /* 59 */ {"var59", "Vertical integral of kinetic energy [J m**-2]"},
      /* 60 */ {"var60", "Vertical integral of thermal energy [J m**-2]"},
      /* 61 */ {"var61", "Vertical integral of dry static energy [J m**-2]"},
      /* 62 */ {"var62", "Vertical integral of moist static energy [J m**-2]"},
      /* 63 */ {"var63", "Vertical integral of total energy [J m**-2]"},
      /* 64 */ {"var64", "Vertical integral of energy conversion [W m**-2]"},
      /* 65 */ {"var65", "Vertical integral of eastward mass flux [kg m**-1 s**-1]"},
      /* 66 */ {"var66", "Vertical integral of northward mass flux [kg m**-1 s**-1]"},
      /* 67 */ {"var67", "Vertical integral of eastward kinetic energy flux [W m**-2]"},
      /* 68 */ {"var68", "Vertical integral of northward kinetic energy flux [W m**-2]"},
      /* 69 */ {"var69", "Vertical integral of eastward heat flux [W m**-2]"},
      /* 70 */ {"var70", "Vertical integral of northward heat flux [W m**-2]"},
      /* 71 */ {"var71", "Vertical integral of eastward water vapour flux [kg m**-1 s**-1]"},
      /* 72 */ {"var72", "Vertical integral of northward water vapour flux [kg m**-1 s**-1]"},
      /* 73 */ {"var73", "Vertical integral of eastward geopotential flux [W m**-2]"},
      /* 74 */ {"var74", "Vertical integral of northward geopotential flux [W m**-2]"},
      /* 75 */ {"var75", "Vertical integral of eastward total energy flux [W m**-2]"},
      /* 76 */ {"var76", "Vertical integral of northward total energy flux [W m**-2]"},
      /* 77 */ {"var77", "Vertical integral of eastward ozone flux [kg m**-1 s**-1]"},
      /* 78 */ {"var78", "Vertical integral of northward ozone flux [kg m**-1 s**-1]"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "Vertical integral of divergence of mass flux [kg m**-2 s**-1]"},
      /* 82 */ {"var82", "Vertical integral of divergence of kinetic energy flux [W m**-2]"},
      /* 83 */ {"var83", "Vertical integral of divergence of thermal energy flux [W m**-2]"},
      /* 84 */ {"var84", "Vertical integral of divergence of moisture flux [kg m**-2 s**-1]"},
      /* 85 */ {"var85", "Vertical integral of divergence of geopotential flux [W m**-2]"},
      /* 86 */ {"var86", "Vertical integral of divergence of total energy flux [W m**-2]"},
      /* 87 */ {"var87", "Vertical integral of divergence of ozone flux [kg m**-2 s**-1]"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "Tendency of short wave radiation [K]"},
      /* 101 */ {"var101", "Tendency of long wave radiation [K]"},
      /* 102 */ {"var102", "Tendency of clear sky short wave radiation [K]"},
      /* 103 */ {"var103", "Tendency of clear sky long wave radiation [K]"},
      /* 104 */ {"var104", "Updraught mass flux [kg m**-2]"},
      /* 105 */ {"var105", "Downdraught mass flux [kg m**-2]"},
      /* 106 */ {"var106", "Updraught detrainment rate [kg m**-3]"},
      /* 107 */ {"var107", "Downdraught detrainment rate [kg m**-3]"},
      /* 108 */ {"var108", "Total precipitation flux [kg m**-2]"},
      /* 109 */ {"var109", "Turbulent diffusion coefficient for heat [m**2]"},
      /* 110 */ {"var110", "Tendency of temperature due to physics [K]"},
      /* 111 */ {"var111", "Tendency of specific humidity due to physics [kg kg**-1]"},
      /* 112 */ {"var112", "Tendency of u component due to physics [m s**-1]"},
      /* 113 */ {"var113", "Tendency of v component due to physics [m s**-1]"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "Variance of geopotential [m**4 s**-4]"},
      /* 207 */ {"var207", "Covariance of geopotential/temperature [m**2 K s**-2]"},
      /* 208 */ {"var208", "Variance of temperature [K**2]"},
      /* 209 */ {"var209", "Covariance of geopotential/specific humidity [m**2 s**-2]"},
      /* 210 */ {"var210", "Covariance of temperature/specific humidity [K]"},
      /* 211 */ {"var211", "Variance of specific humidity []"},
      /* 212 */ {"var212", "Covariance of u component/geopotential [M**3 s**-3]"},
      /* 213 */ {"var213", "Covariance of u component/temperature [m s**-1 K]"},
      /* 214 */ {"var214", "Covariance of u component/specific humidity [m s**-1]"},
      /* 215 */ {"var215", "Variance of u component [m**2 s**-2]"},
      /* 216 */ {"var216", "Covariance of v component/geopotential [M**3 s**-3]"},
      /* 217 */ {"var217", "Covariance of v component/temperaure [m s**-1 K]"},
      /* 218 */ {"var218", "Covariance of v component/specific humidity [m s**-1]"},
      /* 219 */ {"var219", "Covariance of v component/u component [m**2 s**-2]"},
      /* 220 */ {"var220", "Variance of v component [m**2 s**-2]"},
      /* 221 */ {"var221", "Covariance of omega/geopotential [m**2 Pa s**-3]"},
      /* 222 */ {"var222", "Covariance of omega/temperature [Pa s**-1 K]"},
      /* 223 */ {"var223", "Covariance of omega/specific humidity [Pa s**-1]"},
      /* 224 */ {"var224", "Covariance of omega/u component [m Pa s**-2]"},
      /* 225 */ {"var225", "Covariance of omega/v component [m Pa s**-2]"},
      /* 226 */ {"var226", "Variance of omega [Pa**2 s**-2]"},
      /* 227 */ {"var227", "Variance of surface pressure [Pa**2]"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "Variance of relative humidity [dimensionless]"},
      /* 230 */ {"var230", "Covariance of u component/ozone [m s**-1]"},
      /* 231 */ {"var231", "Covariance of v component/ozone [m s**-1]"},
      /* 232 */ {"var232", "Covariance of omega/ozone [Pa s**-1]"},
      /* 233 */ {"var233", "Variance of ozone [dimensionless]"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_170[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"SWL1", "Soil wetness level 1 [m]"},
      /* 141 */ {"SD", "Snow depth [m of water equivalent]"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"TSW", "Total soil moisture [m]"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"SWL2", "Soil wetness level 2 [m]"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"TTR", "Top thermal radiation [W m-2]"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"SWL3", "Soil wetness level 3 [m]"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"MX2T", "Maximum temperature at 2 metres [K]"},
      /* 202 */ {"MN2T", "Minimum temperature at 2 metres [K]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TP", "Total precipitation [m]"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_171[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"STRFA", "Stream function anomaly [m**2 s**-1]"},
      /* 2 */ {"VPOTA", "Velocity potential anomaly [m**2 s**-1]"},
      /* 3 */ {"var3", "Potential temperature [K]"},
      /* 4 */ {"var4", "Equivalent potential temperature [K]"},
      /* 5 */ {"var5", "Saturated equivalent potential temperature [K]"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "U component of divergent wind [m s**-1]"},
      /* 12 */ {"var12", "V component of divergent wind [m s**-1]"},
      /* 13 */ {"var13", "U component of rotational wind [m s**-1]"},
      /* 14 */ {"var14", "V component of rotational wind [m s**-1]"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "Unbalanced component of temperature [K]"},
      /* 22 */ {"var22", "Unbalanced component of logarithm of surface pressure []"},
      /* 23 */ {"var23", "Unbalanced component of divergence [s**-1]"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "Lake cover [(0 - 1)]"},
      /* 27 */ {"var27", "Low vegetation cover [(0 - 1)]"},
      /* 28 */ {"var28", "High vegetation cover [(0 - 1)]"},
      /* 29 */ {"var29", "Type of low vegetation []"},
      /* 30 */ {"var30", "Type of high vegetation []"},
      /* 31 */ {"var31", "Sea-ice cover [(0 - 1)]"},
      /* 32 */ {"var32", "Snow albedo [(0 - 1)]"},
      /* 33 */ {"var33", "Snow density [kg m**-3]"},
      /* 34 */ {"var34", "Sea surface temperature [K]"},
      /* 35 */ {"var35", "Ice surface temperature layer 1 [K]"},
      /* 36 */ {"var36", "Ice surface temperature layer 2 [K]"},
      /* 37 */ {"var37", "Ice surface temperature layer 3 [K]"},
      /* 38 */ {"var38", "Ice surface temperature layer 4 [K]"},
      /* 39 */ {"var39", "Volumetric soil water layer 1 [m**3 m**-3]"},
      /* 40 */ {"var40", "Volumetric soil water layer 2 [m**3 m**-3]"},
      /* 41 */ {"var41", "Volumetric soil water layer 3 [m**3 m**-3]"},
      /* 42 */ {"var42", "Volumetric soil water layer 4 [m**3 m**-3]"},
      /* 43 */ {"var43", "Soil type []"},
      /* 44 */ {"var44", "Snow evaporation [m of water]"},
      /* 45 */ {"var45", "Snowmelt [m of water]"},
      /* 46 */ {"var46", "Solar duration [s]"},
      /* 47 */ {"var47", "Direct solar radiation [w m**-2]"},
      /* 48 */ {"var48", "Magnitude of surface stress [N m**-2 s]"},
      /* 49 */ {"var49", "10 metre wind gust [m s**-1]"},
      /* 50 */ {"var50", "Large-scale precipitation fraction [s]"},
      /* 51 */ {"var51", "Maximum 2 metre temperature [K]"},
      /* 52 */ {"var52", "Minimum 2 metre temperature [K]"},
      /* 53 */ {"var53", "Montgomery potential [m**2 s**-2]"},
      /* 54 */ {"var54", "Pressure [Pa]"},
      /* 55 */ {"var55", "Mean 2 metre temperature in past 24 hours [K]"},
      /* 56 */ {"var56", "Mean 2 metre dewpoint temperature in past 24 hours [K]"},
      /* 57 */ {"var57", "Downward UV radiation at the surface [w m**-2]"},
      /* 58 */ {"var58", "Photosynthetically active radiation at the surface [w m**-2]"},
      /* 59 */ {"var59", "Convective available potential energy [J kg**-1]"},
      /* 60 */ {"var60", "Potential vorticity [K m**2 kg**-1 s**-1]"},
      /* 61 */ {"var61", "Total precipitation from observations [Millimetres*100 + number of stations]"},
      /* 62 */ {"var62", "Observation count []"},
      /* 63 */ {"var63", "Start time for skin temperature difference [s]"},
      /* 64 */ {"var64", "Finish time for skin temperature difference [s]"},
      /* 65 */ {"var65", "Skin temperature difference [K]"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"TCLWA", "Total column liquid water anomaly [kg m**-2]"},
      /* 79 */ {"TCIWA", "Total column ice water anomaly [kg m**-2]"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "Vertically integrated total energy [J m**-2]"},
      /* 126 */ {"var126", "Generic parameter for sensitive area prediction [Various]"},
      /* 127 */ {"var127", "Atmospheric tide []"},
      /* 128 */ {"var128", "Budget values []"},
      /* 129 */ {"ZA", "Geopotential anomaly [m**2 s**-2]"},
      /* 130 */ {"TA", "Temperature anomaly [K]"},
      /* 131 */ {"UA", "U velocity anomaly [m s**-1]"},
      /* 132 */ {"VA", "V velocity anomaly [m s**-1]"},
      /* 133 */ {"var133", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"var134", "Surface pressure [Pa]"},
      /* 135 */ {"var135", "Vertical velocity [Pa s**-1]"},
      /* 136 */ {"TCWA", "Total column water [kg m**-2]"},
      /* 137 */ {"TCWVA", "Total column water vapour [kg m**-2]"},
      /* 138 */ {"var138", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"STAL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"var140", "Soil wetness level 1 [m of water]"},
      /* 141 */ {"var141", "Snow depth [m of water equivalent]"},
      /* 142 */ {"var142", "Stratiform precipitation (Large-scale precipitation) [m]"},
      /* 143 */ {"var143", "Convective precipitation [m]"},
      /* 144 */ {"var144", "Snowfall (convective + stratiform) [m of water equivalent]"},
      /* 145 */ {"var145", "Boundary layer dissipation [W m**-2 s]"},
      /* 146 */ {"var146", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"var147", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"var148", "Charnock []"},
      /* 149 */ {"var149", "Surface net radiation [W m**-2 s]"},
      /* 150 */ {"var150", "Top net radiation []"},
      /* 151 */ {"MSLA", "Mean sea level pressure anomaly [Pa]"},
      /* 152 */ {"var152", "Logarithm of surface pressure []"},
      /* 153 */ {"var153", "Short-wave heating rate [K]"},
      /* 154 */ {"var154", "Long-wave heating rate [K]"},
      /* 155 */ {"var155", "Divergence [s**-1]"},
      /* 156 */ {"var156", "Height [m]"},
      /* 157 */ {"var157", "Relative humidity [%]"},
      /* 158 */ {"var158", "Tendency of surface pressure [Pa s**-1]"},
      /* 159 */ {"var159", "Boundary layer height [m]"},
      /* 160 */ {"var160", "Standard deviation of orography []"},
      /* 161 */ {"var161", "Anisotropy of sub-gridscale orography []"},
      /* 162 */ {"var162", "Angle of sub-gridscale orography [rad]"},
      /* 163 */ {"var163", "Slope of sub-gridscale orography []"},
      /* 164 */ {"TCCA", "Total cloud cover anomaly [(0 - 1)]"},
      /* 165 */ {"10UA", "10 metre U wind component anomaly [m s**-1]"},
      /* 166 */ {"10VA", "10 metre V wind component anomaly [m s**-1]"},
      /* 167 */ {"2TA", "2 metre temperature anomaly [K]"},
      /* 168 */ {"var168", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"var169", "Surface solar radiation downwards [W m**-2 s]"},
      /* 170 */ {"var170", "Soil temperature level 2 [K]"},
      /* 171 */ {"var171", "Soil wetness level 2 [m of water]"},
      /* 172 */ {"var172", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"var173", "Surface roughness [m]"},
      /* 174 */ {"var174", "Albedo [(0 - 1)]"},
      /* 175 */ {"var175", "Surface thermal radiation downwards [W m**-2 s]"},
      /* 176 */ {"var176", "Surface solar radiation [W m**-2 s]"},
      /* 177 */ {"var177", "Surface thermal radiation [W m**-2 s]"},
      /* 178 */ {"var178", "Top solar radiation [W m**-2 s]"},
      /* 179 */ {"var179", "Top thermal radiation [W m**-2 s]"},
      /* 180 */ {"var180", "East-West surface stress [N m**-2 s]"},
      /* 181 */ {"var181", "North-South surface stress [N m**-2 s]"},
      /* 182 */ {"var182", "Evaporation [m of water]"},
      /* 183 */ {"var183", "Soil temperature level 3 [K]"},
      /* 184 */ {"var184", "Soil wetness level 3 [m of water]"},
      /* 185 */ {"var185", "Convective cloud cover [(0 - 1)]"},
      /* 186 */ {"var186", "Low cloud cover [(0 - 1)]"},
      /* 187 */ {"var187", "Medium cloud cover [(0 - 1)]"},
      /* 188 */ {"var188", "High cloud cover [(0 - 1)]"},
      /* 189 */ {"SUNDA", "Sunshine duration anomaly [s]"},
      /* 190 */ {"var190", "East-West component of sub-gridscale orographic variance [m**2]"},
      /* 191 */ {"var191", "North-South component of sub-gridscale orographic variance [m**2]"},
      /* 192 */ {"var192", "North-West/South-East component of sub-gridscale orographic variance [m**2]"},
      /* 193 */ {"var193", "North-East/South-West component of sub-gridscale orographic variance [m**2]"},
      /* 194 */ {"var194", "Brightness temperature [K]"},
      /* 195 */ {"var195", "Latitudinal component of gravity wave stress [N m**-2 s]"},
      /* 196 */ {"var196", "Meridional component of gravity wave stress [N m**-2 s]"},
      /* 197 */ {"var197", "Gravity wave dissipation [W m**-2 s]"},
      /* 198 */ {"var198", "Skin reservoir content [m of water]"},
      /* 199 */ {"var199", "Vegetation fraction [(0 - 1)]"},
      /* 200 */ {"var200", "Variance of sub-gridscale orography [m**2]"},
      /* 201 */ {"MX2TA", "Maximum temperature at 2 metres anomaly [K]"},
      /* 202 */ {"MN2TA", "Minimum temperature at 2 metres anomaly [K]"},
      /* 203 */ {"var203", "Ozone mass mixing ratio [kg kg**-1]"},
      /* 204 */ {"var204", "Precipitation analysis weights []"},
      /* 205 */ {"var205", "Runoff [m]"},
      /* 206 */ {"var206", "Total column ozone [kg m**-2]"},
      /* 207 */ {"var207", "10 metre wind speed [m s**-1]"},
      /* 208 */ {"var208", "Top net solar radiation, clear sky [W m**-2 s]"},
      /* 209 */ {"var209", "Top net thermal radiation, clear sky [W m**-2 s]"},
      /* 210 */ {"var210", "Surface net solar radiation, clear sky [W m**-2 s]"},
      /* 211 */ {"var211", "Surface net thermal radiation, clear sky [W m**-2 s]"},
      /* 212 */ {"var212", "Solar insolation [W m**-2]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "Diabatic heating by radiation [K]"},
      /* 215 */ {"var215", "Diabatic heating by vertical diffusion [K]"},
      /* 216 */ {"var216", "Diabatic heating by cumulus convection [K]"},
      /* 217 */ {"var217", "Diabatic heating by large-scale condensation [K]"},
      /* 218 */ {"var218", "Vertical diffusion of zonal wind [m s**-1]"},
      /* 219 */ {"var219", "Vertical diffusion of meridional wind [m s**-1]"},
      /* 220 */ {"var220", "East-West gravity wave drag tendency [m s**-1]"},
      /* 221 */ {"var221", "North-South gravity wave drag tendency [m s**-1]"},
      /* 222 */ {"var222", "Convective tendency of zonal wind [m s**-1]"},
      /* 223 */ {"var223", "Convective tendency of meridional wind [m s**-1]"},
      /* 224 */ {"var224", "Vertical diffusion of humidity [kg kg**-1]"},
      /* 225 */ {"var225", "Humidity tendency by cumulus convection [kg kg**-1]"},
      /* 226 */ {"var226", "Humidity tendency by large-scale condensation [kg kg**-1]"},
      /* 227 */ {"var227", "Change from removal of negative humidity [kg kg**-1]"},
      /* 228 */ {"TPA", "Total precipitation anomaly [m]"},
      /* 229 */ {"var229", "Instantaneous X surface stress [N m**-2]"},
      /* 230 */ {"var230", "Instantaneous Y surface stress [N m**-2]"},
      /* 231 */ {"var231", "Instantaneous surface heat flux [W m**-2]"},
      /* 232 */ {"var232", "Instantaneous moisture flux [kg m**-2 s]"},
      /* 233 */ {"var233", "Apparent surface humidity [kg kg**-1]"},
      /* 234 */ {"var234", "Logarithm of surface roughness length for heat []"},
      /* 235 */ {"var235", "Skin temperature [K]"},
      /* 236 */ {"var236", "Soil temperature level 4 [K]"},
      /* 237 */ {"var237", "Soil wetness level 4 [m]"},
      /* 238 */ {"var238", "Temperature of snow layer [K]"},
      /* 239 */ {"var239", "Convective snowfall [m of water equivalent]"},
      /* 240 */ {"var240", "Large-scale snowfall [m of water equivalent]"},
      /* 241 */ {"var241", "Accumulated cloud fraction tendency [(-1 to 1)]"},
      /* 242 */ {"var242", "Accumulated liquid water tendency [(-1 to 1)]"},
      /* 243 */ {"var243", "Forecast albedo [(0 - 1)]"},
      /* 244 */ {"var244", "Forecast surface roughness [m]"},
      /* 245 */ {"var245", "Forecast logarithm of surface roughness for heat []"},
      /* 246 */ {"var246", "Cloud liquid water content [kg kg**-1]"},
      /* 247 */ {"var247", "Cloud ice water content [kg kg**-1]"},
      /* 248 */ {"var248", "Cloud cover [(0 - 1)]"},
      /* 249 */ {"var249", "Accumulated ice water tendency [(-1 to 1)]"},
      /* 250 */ {"var250", "Ice age [(0 - 1)]"},
      /* 251 */ {"var251", "Adiabatic tendency of temperature [K]"},
      /* 252 */ {"var252", "Adiabatic tendency of humidity [kg kg**-1]"},
      /* 253 */ {"var253", "Adiabatic tendency of zonal wind [m s**-1]"},
      /* 254 */ {"var254", "Adiabatic tendency of meridional wind [m s**-1]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

/* ectable 172 from Geert Jan van Oldenborgh  */

const struct ParmTable parm_table_ecmwf_172[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"var1", "undefined"},
    /* 2 */ {"var2", "undefined"},
    /* 3 */ {"var3", "undefined"},
    /* 4 */ {"var4", "undefined"},
    /* 5 */ {"var5", "undefined"},
    /* 6 */ {"var6", "undefined"},
    /* 7 */ {"var7", "undefined"},
    /* 8 */ {"var8", "undefined"},
    /* 9 */ {"var9", "undefined"},
    /* 10 */ {"var10", "undefined"},
    /* 11 */ {"var11", "undefined"},
    /* 12 */ {"var12", "undefined"},
    /* 13 */ {"var13", "undefined"},
    /* 14 */ {"var14", "undefined"},
    /* 15 */ {"var15", "undefined"},
    /* 16 */ {"var16", "undefined"},
    /* 17 */ {"var17", "undefined"},
    /* 18 */ {"var18", "undefined"},
    /* 19 */ {"var19", "undefined"},
    /* 20 */ {"var20", "undefined"},
    /* 21 */ {"var21", "undefined"},
    /* 22 */ {"var22", "undefined"},
    /* 23 */ {"var23", "undefined"},
    /* 24 */ {"var24", "undefined"},
    /* 25 */ {"var25", "undefined"},
    /* 26 */ {"var26", "undefined"},
    /* 27 */ {"var27", "undefined"},
    /* 28 */ {"var28", "undefined"},
    /* 29 */ {"var29", "undefined"},
    /* 30 */ {"var30", "undefined"},
    /* 31 */ {"var31", "undefined"},
    /* 32 */ {"var32", "undefined"},
    /* 33 */ {"var33", "undefined"},
    /* 34 */ {"var34", "undefined"},
    /* 35 */ {"var35", "undefined"},
    /* 36 */ {"var36", "undefined"},
    /* 37 */ {"var37", "undefined"},
    /* 38 */ {"var38", "undefined"},
    /* 39 */ {"var39", "undefined"},
    /* 40 */ {"var40", "undefined"},
    /* 41 */ {"var41", "undefined"},
    /* 42 */ {"var42", "undefined"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"SNOE", "Snow evaporation m of water s**-1"},
    /* 45 */ {"SNOM", "Snow melt m of water s**-1"},
    /* 46 */ {"var46", "undefined"},
    /* 47 */ {"var47", "undefined"},
    /* 48 */ {"MSS", "magnitude of surface stress N m**-2"},
    /* 49 */ {"var49", "undefined"},
    /* 50 */ {"", "Large-scale precipitation fraction -"},
    /* 51 */ {"var51", "undefined"},
    /* 52 */ {"var52", "undefined"},
    /* 53 */ {"var53", "undefined"},
    /* 54 */ {"var54", "undefined"},
    /* 55 */ {"var55", "undefined"},
    /* 56 */ {"var56", "undefined"},
    /* 57 */ {"var57", "undefined"},
    /* 58 */ {"var58", "undefined"},
    /* 59 */ {"var59", "undefined"},
    /* 60 */ {"var60", "undefined"},
    /* 61 */ {"var61", "undefined"},
    /* 62 */ {"var62", "undefined"},
    /* 63 */ {"var63", "undefined"},
    /* 64 */ {"var64", "undefined"},
    /* 65 */ {"var65", "undefined"},
    /* 66 */ {"var66", "undefined"},
    /* 67 */ {"var67", "undefined"},
    /* 68 */ {"var68", "undefined"},
    /* 69 */ {"var69", "undefined"},
    /* 70 */ {"var70", "undefined"},
    /* 71 */ {"var71", "undefined"},
    /* 72 */ {"var72", "undefined"},
    /* 73 */ {"var73", "undefined"},
    /* 74 */ {"var74", "undefined"},
    /* 75 */ {"var75", "undefined"},
    /* 76 */ {"var76", "undefined"},
    /* 77 */ {"var77", "undefined"},
    /* 78 */ {"var78", "undefined"},
    /* 79 */ {"var79", "undefined"},
    /* 80 */ {"var80", "undefined"},
    /* 81 */ {"var81", "undefined"},
    /* 82 */ {"var82", "undefined"},
    /* 83 */ {"var83", "undefined"},
    /* 84 */ {"var84", "undefined"},
    /* 85 */ {"var85", "undefined"},
    /* 86 */ {"var86", "undefined"},
    /* 87 */ {"var87", "undefined"},
    /* 88 */ {"var88", "undefined"},
    /* 89 */ {"var89", "undefined"},
    /* 90 */ {"var90", "undefined"},
    /* 91 */ {"var91", "undefined"},
    /* 92 */ {"var92", "undefined"},
    /* 93 */ {"var93", "undefined"},
    /* 94 */ {"var94", "undefined"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"var99", "undefined"},
    /* 100 */ {"var100", "undefined"},
    /* 101 */ {"var101", "undefined"},
    /* 102 */ {"var102", "undefined"},
    /* 103 */ {"var103", "undefined"},
    /* 104 */ {"var104", "undefined"},
    /* 105 */ {"var105", "undefined"},
    /* 106 */ {"var106", "undefined"},
    /* 107 */ {"var107", "undefined"},
    /* 108 */ {"var108", "undefined"},
    /* 109 */ {"var109", "undefined"},
    /* 110 */ {"var110", "undefined"},
    /* 111 */ {"var111", "undefined"},
    /* 112 */ {"var112", "undefined"},
    /* 113 */ {"var113", "undefined"},
    /* 114 */ {"var114", "undefined"},
    /* 115 */ {"var115", "undefined"},
    /* 116 */ {"var116", "undefined"},
    /* 117 */ {"var117", "undefined"},
    /* 118 */ {"var118", "undefined"},
    /* 119 */ {"var119", "undefined"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"var121", "undefined"},
    /* 122 */ {"var122", "undefined"},
    /* 123 */ {"var123", "undefined"},
    /* 124 */ {"var124", "undefined"},
    /* 125 */ {"var125", "undefined"},
    /* 126 */ {"var126", "undefined"},
    /* 127 */ {"var127", "undefined"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"var129", "undefined"},
    /* 130 */ {"var130", "undefined"},
    /* 131 */ {"var131", "undefined"},
    /* 132 */ {"var132", "undefined"},
    /* 133 */ {"var133", "undefined"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"var139", "undefined"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"var141", "undefined"},
    /* 142 */ {"LSP", "Large scale precipitation m s**-1"},
    /* 143 */ {"CP", "Convective precipitation m s**-1"},
    /* 144 */ {"SF", "Snowfall (convective + stratiform) m of water equivalent s**-1"},
    /* 145 */ {"BLD", "Boundary layer dissipation W m**-2"},
    /* 146 */ {"SSHF", "Surface sensible heat flux W m**-2"},
    /* 147 */ {"SLHF", "Surface latent heat flux W m**-2"},
    /* 148 */ {"SNR", "Surface net radiation W m**-2"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"var150", "undefined"},
    /* 151 */ {"var151", "undefined"},
    /* 152 */ {"var152", "undefined"},
    /* 153 */ {"SWHR", "Short-wave heating rate	K s**-1"},
    /* 154 */ {"LWHR", "Long-wave heating rate K s**-1"},
    /* 155 */ {"var155", "undefined"},
    /* 156 */ {"var156", "undefined"},
    /* 157 */ {"var157", "undefined"},
    /* 158 */ {"var158", "undefined"},
    /* 159 */ {"var159", "undefined"},
    /* 160 */ {"var160", "undefined"},
    /* 161 */ {"var161", "undefined"},
    /* 162 */ {"var162", "undefined"},
    /* 163 */ {"var163", "undefined"},
    /* 164 */ {"var164", "undefined"},
    /* 165 */ {"var165", "undefined"},
    /* 166 */ {"var166", "undefined"},
    /* 167 */ {"var167", "undefined"},
    /* 168 */ {"var168", "undefined"},
    /* 169 */ {"SSRD", "Surface solar radiation downwards W m**-2"},
    /* 170 */ {"var170", "undefined"},
    /* 171 */ {"var171", "undefined"},
    /* 172 */ {"var172", "undefined"},
    /* 173 */ {"var173", "undefined"},
    /* 174 */ {"var174", "undefined"},
    /* 175 */ {"STRD", "Surface thermal radiation downwards W m**-2"},
    /* 176 */ {"SSR", "Surface solar radiation W m**-2"},
    /* 177 */ {"STR", "Surface thermal radiation W m**-2"},
    /* 178 */ {"TSR", "Top solar radiation W m**-2"},
    /* 179 */ {"TTR", "Top thermal radiation W m-2"},
    /* 180 */ {"EWSS", "East-West surface stress N m**-2"},
    /* 181 */ {"NSSS", "North-South surface stress N m**-2"},
    /* 182 */ {"E", "Evaporation m of water s**-1"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"SUND", "Sunshine duration"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"LGWS", "Latitudinal component of gravity wave stress N m**-2"},
    /* 196 */ {"MGWS", "Meridional component of gravity wave stress N m**-2"},
    /* 197 */ {"GWD", "Gravity wave dissipation W m**-2"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"var200", "undefined"},
    /* 201 */ {"var201", "undefined"},
    /* 202 */ {"var202", "undefined"},
    /* 203 */ {"var203", "undefined"},
    /* 204 */ {"var204", "undefined"},
    /* 205 */ {"RO", "Runoff m s**-1"},
    /* 206 */ {"var206", "undefined"},
    /* 207 */ {"var207", "undefined"},
    /* 208 */ {"TSRC", "Top net solar radiation, clear sky 	W m**-2"},
    /* 209 */ {"TTRC", "Top net thermal radiation, clear sky 	W m**-2"},
    /* 210 */ {"SSRC", "Surface net solar radiation, clear sky W m**-2"},
    /* 211 */ {"STRC", "Surface net thermal radiation, clear sky W m**-2"},
    /* 212 */ {"SI", "Solar insolation W m**-2"},
    /* 213 */ {"var213", "undefined"},
    /* 214 */ {"var214", "undefined"},
    /* 215 */ {"var215", "undefined"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"var217", "undefined"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"TP", "Total precipitation m s**-1"},
    /* 229 */ {"var229", "undefined"},
    /* 230 */ {"var230", "undefined"},
    /* 231 */ {"var231", "undefined"},
    /* 232 */ {"var232", "undefined"},
    /* 233 */ {"var233", "undefined"},
    /* 234 */ {"var234", "undefined"},
    /* 235 */ {"var235", "undefined"},
    /* 236 */ {"var236", "undefined"},
    /* 237 */ {"var237", "undefined"},
    /* 238 */ {"var238", "undefined"},
    /* 239 */ {"CSF", "Convective snowfall m of water equivalent s**-1"},
    /* 240 */ {"LSF", "Large-scale snowfall 	m of water equivalent s**-1"},
    /* 241 */ {"var241", "undefined"},
    /* 242 */ {"var242", "undefined"},
    /* 243 */ {"var243", "undefined"},
    /* 244 */ {"var244", "undefined"},
    /* 245 */ {"var245", "undefined"},
    /* 246 */ {"var246", "undefined"},
    /* 247 */ {"var247", "undefined"},
    /* 248 */ {"var248", "undefined"},
    /* 249 */ {"var249", "undefined"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"var251", "undefined"},
    /* 252 */ {"var252", "undefined"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"var254", "undefined"},
    /* 255 */ {"var255", "undefined"},
};


const struct ParmTable parm_table_ecmwf_173[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "Snow evaporation anomaly [m of water s**-1]"},
      /* 45 */ {"var45", "Snowmelt anomaly [m of water s**-1]"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "Magnitude of surface stress anomaly [N m**-2]"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "Large-scale precipitation fraction anomaly []"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "Stratiform precipitation (Large-scale precipitation) anomaly [m s**-1]"},
      /* 143 */ {"var143", "Convective precipitation anomaly [m s**-1]"},
      /* 144 */ {"SFARA", "Snowfall (convective + stratiform) anomalous rate of accumulation [m of water equivalent s**-1]"},
      /* 145 */ {"var145", "Boundary layer dissipation anomaly [W m**-2]"},
      /* 146 */ {"var146", "Surface sensible heat flux anomaly [W m**-2]"},
      /* 147 */ {"var147", "Surface latent heat flux anomaly [W m**-2]"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "Surface net radiation anomaly [W m**-2]"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "Short-wave heating rate anomaly [K s**-1]"},
      /* 154 */ {"var154", "Long-wave heating rate anomaly [K s**-1]"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "Surface solar radiation downwards anomaly [W m**-2]"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "Surface thermal radiation downwards anomaly [W m**-2]"},
      /* 176 */ {"var176", "Surface solar radiation anomaly [W m**-2]"},
      /* 177 */ {"var177", "Surface thermal radiation anomaly [W m**-2]"},
      /* 178 */ {"var178", "Top solar radiation anomaly [W m**-2]"},
      /* 179 */ {"var179", "Top thermal radiation anomaly [W m**-2]"},
      /* 180 */ {"var180", "East-West surface stress anomaly [N m**-2]"},
      /* 181 */ {"var181", "North-South surface stress anomaly [N m**-2]"},
      /* 182 */ {"var182", "Evaporation anomaly [m of water s**-1]"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"SUNDARA", "Sunshine duration anomalous rate of accumulation [dimensionless]"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "Latitudinal component of gravity wave stress anomaly [N m**-2]"},
      /* 196 */ {"var196", "Meridional component of gravity wave stress anomaly [N m**-2]"},
      /* 197 */ {"var197", "Gravity wave dissipation anomaly [W m**-2]"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "Runoff anomaly [m s**-1]"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "Top net solar radiation, clear sky anomaly [W m**-2]"},
      /* 209 */ {"var209", "Top net thermal radiation, clear sky anomaly [W m**-2]"},
      /* 210 */ {"var210", "Surface net solar radiation, clear sky anomaly [W m**-2]"},
      /* 211 */ {"var211", "Surface net thermal radiation, clear sky anomaly [W m**-2]"},
      /* 212 */ {"var212", "Solar insolation anomaly [W m**-2 s**-1]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TPARA", "Total precipitation anomalous rate of accumulation [m s**-1]"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "Convective snowfall anomaly [m of water equivalent s**-1]"},
      /* 240 */ {"var240", "Large-scale snowfall anomaly [m of water equivalent s**-1]"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_174[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "Total soil moisture [m]"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"SRO", "Surface runoff [kg m**-2]"},
      /* 9 */ {"SSRO", "Sub-surface runoff [kg m**-2]"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "Fraction of sea-ice in sea [(0 - 1)]"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "Open-sea surface temperature [K]"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "Volumetric soil water layer 1 [m**3 m**-3]"},
      /* 40 */ {"var40", "Volumetric soil water layer 2 [m**3 m**-3]"},
      /* 41 */ {"var41", "Volumetric soil water layer 3 [m**3 m**-3]"},
      /* 42 */ {"var42", "Volumetric soil water layer 4 [m**3 m**-3]"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "10 metre wind gust over last 24 hours [m s**-1]"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "1.5m temperature - mean over last 24 hours [K]"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "Net primary productivity [kg C m**-2 s**-1]"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "10m U wind over land [m s**-1]"},
      /* 86 */ {"var86", "10m V wind over land [m s**-1]"},
      /* 87 */ {"var87", "1.5m temperature over land [K]"},
      /* 88 */ {"var88", "1.5m dewpoint temperature over land [K]"},
      /* 89 */ {"var89", "Top incoming solar radiation [W m**-2 s]"},
      /* 90 */ {"var90", "Top outgoing solar radiation [W m**-2 s]"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "Mean sea surface temperature [K]"},
      /* 95 */ {"var95", "1.5m specific humidity [kg kg**-1]"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "Sea-ice thickness [m]"},
      /* 99 */ {"var99", "Liquid water potential temperature [K]"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "Ocean ice concentration [(0 - 1)]"},
      /* 111 */ {"var111", "Ocean mean ice depth [m]"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "Soil temperature layer 1 [K]"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "Average potential temperature in upper 293.4m [degrees C]"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "1.5m temperature [K]"},
      /* 168 */ {"var168", "1.5m dewpoint temperature [K]"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "Soil temperature layer 2 [K]"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "Fractional land mask [(0 - 1)]"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "Average salinity in upper 293.4m [psu]"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "Soil temperature layer 3 [K]"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "1.5m temperature - maximum over last 24 hours [K]"},
      /* 202 */ {"var202", "1.5m temperature - minimum over last 24 hours [K]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "Soil temperature layer 4 [K]"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_180[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"SP", "Surface pressure [Pa]"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"TCWV", "Total column water vapour [kg m**-2]"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"SD", "Snow depth [m of water equivalent]"},
      /* 142 */ {"LSP", "Large-scale precipitation [m]"},
      /* 143 */ {"CP", "Convective precipitation [m]"},
      /* 144 */ {"SF", "Snowfall [m of water equivalent]"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"TSW", "Total soil wetness [m]"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"SSR", "Surface solar radiation [J m**-2 s]"},
      /* 177 */ {"STR", "Surface thermal radiation [J m**-2 s]"},
      /* 178 */ {"TSR", "Top solar radiation [J m**-2 s]"},
      /* 179 */ {"TTR", "Top thermal radiation [J m**-2 s]"},
      /* 180 */ {"EWSS", "East-West surface stress [N m**-2 s]"},
      /* 181 */ {"NSSS", "North-South surface stress [N m**-2 s]"},
      /* 182 */ {"E", "Evaporation [m of water]"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"RO", "Runoff [m]"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_190[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"STL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"SD", "Snow depth [m of water]"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"SSRD", "Downward surface solar radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 170 */ {"CAP", "Field capacity [(0 - 1)]"},
      /* 171 */ {"WILT", "Wilting point [(0 - 1)]"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"SR", "Roughness length [(0 - 1)]"},
      /* 174 */ {"AL", "Albedo [(0 - 1)]"},
      /* 175 */ {"STRD", "Downward surface long wave radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 176 */ {"SSR", "Surface net solar radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 177 */ {"STR", "Surface net long wave radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 178 */ {"TSR", "Top net solar radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 179 */ {"TTR", "Top net long wave radiation [W m**-2 s (W m**-2 for monthly means)]"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"E", "Evaporation [m (m s**-1 for monthly means)]"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"MX2T", "Maximum 2 metre temperature [K]"},
      /* 202 */ {"MN2T", "Minimum 2 metre temperature [K]"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TP", "Total precipitation [m (m s**-1 for monthly means)]"},
      /* 229 */ {"TSM", "Total soil moisture [m**3 m**-3]"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", " []"},
};

const struct ParmTable parm_table_ecmwf_200[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"STRF", "Stream function [m**2 s**-1]"},
      /* 2 */ {"VPOT", "Velocity potential [m**2 s**-1]"},
      /* 3 */ {"PT", "Potential temperature [K]"},
      /* 4 */ {"EQPT", "Equivalent potential temperature [K]"},
      /* 5 */ {"SEPT", "Saturated equivalent potential temperature [K]"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"UDVW", "U component of divergent wind [m s**-1]"},
      /* 12 */ {"VDVW", "V component of divergent wind [m s**-1]"},
      /* 13 */ {"URTW", "U component of rotational wind [m s**-1]"},
      /* 14 */ {"VRTW", "V component of rotational wind [m s**-1]"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"UCTP", "Unbalanced component of temperature [K]"},
      /* 22 */ {"UCLN", "Unbalanced component of logarithm of surface pressure []"},
      /* 23 */ {"UCDV", "Unbalanced component of divergence [s**-1]"},
      /* 24 */ {"var24", "Reserved for future unbalanced components []"},
      /* 25 */ {"var25", "Reserved for future unbalanced components []"},
      /* 26 */ {"CL", "Lake cover [(0 - 1)]"},
      /* 27 */ {"CVL", "Low vegetation cover [(0 - 1)]"},
      /* 28 */ {"CVH", "High vegetation cover [(0 - 1)]"},
      /* 29 */ {"TVL", "Type of low vegetation []"},
      /* 30 */ {"TVH", "Type of high vegetation []"},
      /* 31 */ {"CI", "Sea-ice cover [(0 - 1)]"},
      /* 32 */ {"ASN", "Snow albedo [(0 - 1)]"},
      /* 33 */ {"RSN", "Snow density [kg m**-3]"},
      /* 34 */ {"SSTK", "Sea surface temperature [K]"},
      /* 35 */ {"ISTL1", "Ice surface temperature layer 1 [K]"},
      /* 36 */ {"ISTL2", "Ice surface temperature layer 2 [K]"},
      /* 37 */ {"ISTL3", "Ice surface temperature layer 3 [K]"},
      /* 38 */ {"ISTL4", "Ice surface temperature layer 4 [K]"},
      /* 39 */ {"SWVL1", "Volumetric soil water layer 1 [m**3 m**-3]"},
      /* 40 */ {"SWVL2", "Volumetric soil water layer 2 [m**3 m**-3]"},
      /* 41 */ {"SWVL3", "Volumetric soil water layer 3 [m**3 m**-3]"},
      /* 42 */ {"SWVL4", "Volumetric soil water layer 4 [m**3 m**-3]"},
      /* 43 */ {"SLT", "Soil type []"},
      /* 44 */ {"ES", "Snow evaporation [m of water]"},
      /* 45 */ {"SMLT", "Snowmelt [m of water]"},
      /* 46 */ {"SDUR", "Solar duration [s]"},
      /* 47 */ {"DSRP", "Direct solar radiation [w m**-2]"},
      /* 48 */ {"MAGSS", "Magnitude of surface stress [N m**-2 s]"},
      /* 49 */ {"10FG", "10 metre wind gust [m s**-1]"},
      /* 50 */ {"LSPF", "Large-scale precipitation fraction [s]"},
      /* 51 */ {"MX2T24", "Maximum 2 metre temperature [K]"},
      /* 52 */ {"MN2T24", "Minimum 2 metre temperature [K]"},
      /* 53 */ {"MONT", "Montgomery potential [m**2 s**-2]"},
      /* 54 */ {"PRES", "Pressure [Pa]"},
      /* 55 */ {"MEAN2T24", "Mean 2 metre temperature in past 24 hours [K]"},
      /* 56 */ {"MN2D24", "Mean 2 metre dewpoint temperature in past 24 hours [K]"},
      /* 57 */ {"UVB", "Downward UV radiation at the surface [w m**-2 s]"},
      /* 58 */ {"PAR", "Photosynthetically active radiation at the surface [w m**-2 s]"},
      /* 59 */ {"CAPE", "Convective available potential energy [J kg**-1]"},
      /* 60 */ {"PV", "Potential vorticity [K m**2 kg**-1 s**-1]"},
      /* 61 */ {"TPO", "Total precipitation from observations [Millimetres*100 + number of stations]"},
      /* 62 */ {"OBCT", "Observation count []"},
      /* 63 */ {"var63", "Start time for skin temperature difference [s]"},
      /* 64 */ {"var64", "Finish time for skin temperature difference [s]"},
      /* 65 */ {"var65", "Skin temperature difference [K]"},
      /* 66 */ {"var66", "Leaf area index, low vegetation [m**2 / m**2]"},
      /* 67 */ {"var67", "Leaf area index, high vegetation [m**2 / m**2]"},
      /* 68 */ {"var68", "Minimum stomatal resistance, low vegetation [s m**-1]"},
      /* 69 */ {"var69", "Minimum stomatal resistance, high vegetation [s m**-1]"},
      /* 70 */ {"var70", "Biome cover, low vegetation [(0 - 1)]"},
      /* 71 */ {"var71", "Biome cover, high vegetation [(0 - 1)]"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "Total column liquid water [kg m**-2]"},
      /* 79 */ {"var79", "Total column ice water [kg m**-2]"},
      /* 80 */ {"var80", "Experimental product []"},
      /* 81 */ {"var81", "Experimental product []"},
      /* 82 */ {"var82", "Experimental product []"},
      /* 83 */ {"var83", "Experimental product []"},
      /* 84 */ {"var84", "Experimental product []"},
      /* 85 */ {"var85", "Experimental product []"},
      /* 86 */ {"var86", "Experimental product []"},
      /* 87 */ {"var87", "Experimental product []"},
      /* 88 */ {"var88", "Experimental product []"},
      /* 89 */ {"var89", "Experimental product []"},
      /* 90 */ {"var90", "Experimental product []"},
      /* 91 */ {"var91", "Experimental product []"},
      /* 92 */ {"var92", "Experimental product []"},
      /* 93 */ {"var93", "Experimental product []"},
      /* 94 */ {"var94", "Experimental product []"},
      /* 95 */ {"var95", "Experimental product []"},
      /* 96 */ {"var96", "Experimental product []"},
      /* 97 */ {"var97", "Experimental product []"},
      /* 98 */ {"var98", "Experimental product []"},
      /* 99 */ {"var99", "Experimental product []"},
      /* 100 */ {"var100", "Experimental product []"},
      /* 101 */ {"var101", "Experimental product []"},
      /* 102 */ {"var102", "Experimental product []"},
      /* 103 */ {"var103", "Experimental product []"},
      /* 104 */ {"var104", "Experimental product []"},
      /* 105 */ {"var105", "Experimental product []"},
      /* 106 */ {"var106", "Experimental product []"},
      /* 107 */ {"var107", "Experimental product []"},
      /* 108 */ {"var108", "Experimental product []"},
      /* 109 */ {"var109", "Experimental product []"},
      /* 110 */ {"var110", "Experimental product []"},
      /* 111 */ {"var111", "Experimental product []"},
      /* 112 */ {"var112", "Experimental product []"},
      /* 113 */ {"var113", "Experimental product []"},
      /* 114 */ {"var114", "Experimental product []"},
      /* 115 */ {"var115", "Experimental product []"},
      /* 116 */ {"var116", "Experimental product []"},
      /* 117 */ {"var117", "Experimental product []"},
      /* 118 */ {"var118", "Experimental product []"},
      /* 119 */ {"var119", "Experimental product []"},
      /* 120 */ {"var120", "Experimental product []"},
      /* 121 */ {"MX2T6", "Maximum temperature at 2 metres [K]"},
      /* 122 */ {"MN2T6", "Minimum temperature at 2 metres [K]"},
      /* 123 */ {"10FG6", "10 metre wind gust in the past 6 hours [m s**-1]"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "Vertically integrated total energy [J m**-2]"},
      /* 126 */ {"var126", "Generic parameter for sensitive area prediction [Various]"},
      /* 127 */ {"AT", "Atmospheric tide []"},
      /* 128 */ {"BV", "Budget values []"},
      /* 129 */ {"Z", "Geopotential [m**2 s**-2]"},
      /* 130 */ {"T", "Temperature [K]"},
      /* 131 */ {"U", "U velocity [m s**-1]"},
      /* 132 */ {"V", "V velocity [m s**-1]"},
      /* 133 */ {"Q", "Specific humidity [kg kg**-1]"},
      /* 134 */ {"SP", "Surface pressure [Pa]"},
      /* 135 */ {"W", "Vertical velocity [Pa s**-1]"},
      /* 136 */ {"TCW", "Total column water [kg m**-2]"},
      /* 137 */ {"TCWV", "Total column water vapour [kg m**-2]"},
      /* 138 */ {"VO", "Vorticity (relative) [s**-1]"},
      /* 139 */ {"STL1", "Soil temperature level 1 [K]"},
      /* 140 */ {"SWL1", "Soil wetness level 1 [m of water]"},
      /* 141 */ {"SD", "Snow depth [m of water equivalent]"},
      /* 142 */ {"LSP", "Stratiform precipitation (Large-scale precipitation) [m]"},
      /* 143 */ {"CP", "Convective precipitation [m]"},
      /* 144 */ {"SF", "Snowfall (convective + stratiform) [m of water equivalent]"},
      /* 145 */ {"BLD", "Boundary layer dissipation [W m**-2 s]"},
      /* 146 */ {"SSHF", "Surface sensible heat flux [W m**-2 s]"},
      /* 147 */ {"SLHF", "Surface latent heat flux [W m**-2 s]"},
      /* 148 */ {"CHNK", "Charnock []"},
      /* 149 */ {"SNR", "Surface net radiation [W m**-2 s]"},
      /* 150 */ {"TNR", "Top net radiation []"},
      /* 151 */ {"MSL", "Mean sea level pressure [Pa]"},
      /* 152 */ {"LNSP", "Logarithm of surface pressure []"},
      /* 153 */ {"SWHR", "Short-wave heating rate [K]"},
      /* 154 */ {"LWHR", "Long-wave heating rate [K]"},
      /* 155 */ {"D", "Divergence [s**-1]"},
      /* 156 */ {"GH", "Height [m]"},
      /* 157 */ {"R", "Relative humidity [%]"},
      /* 158 */ {"TSP", "Tendency of surface pressure [Pa s**-1]"},
      /* 159 */ {"BLH", "Boundary layer height [m]"},
      /* 160 */ {"SDOR", "Standard deviation of orography []"},
      /* 161 */ {"ISOR", "Anisotropy of sub-gridscale orography []"},
      /* 162 */ {"ANOR", "Angle of sub-gridscale orography [rad]"},
      /* 163 */ {"SLOR", "Slope of sub-gridscale orography []"},
      /* 164 */ {"TCC", "Total cloud cover [(0 - 1)]"},
      /* 165 */ {"10U", "10 metre U wind component [m s**-1]"},
      /* 166 */ {"10V", "10 metre V wind component [m s**-1]"},
      /* 167 */ {"2T", "2 metre temperature [K]"},
      /* 168 */ {"2D", "2 metre dewpoint temperature [K]"},
      /* 169 */ {"SSRD", "Surface solar radiation downwards [W m**-2 s]"},
      /* 170 */ {"STL2", "Soil temperature level 2 [K]"},
      /* 171 */ {"SWL2", "Soil wetness level 2 [m of water]"},
      /* 172 */ {"LSM", "Land-sea mask [(0 - 1)]"},
      /* 173 */ {"SR", "Surface roughness [m]"},
      /* 174 */ {"AL", "Albedo [(0 - 1)]"},
      /* 175 */ {"STRD", "Surface thermal radiation downwards [W m**-2 s]"},
      /* 176 */ {"SSR", "Surface solar radiation [W m**-2 s]"},
      /* 177 */ {"STR", "Surface thermal radiation [W m**-2 s]"},
      /* 178 */ {"TSR", "Top solar radiation [W m**-2 s]"},
      /* 179 */ {"TTR", "Top thermal radiation [W m**-2 s]"},
      /* 180 */ {"EWSS", "East-West surface stress [N m**-2 s]"},
      /* 181 */ {"NSSS", "North-South surface stress [N m**-2 s]"},
      /* 182 */ {"E", "Evaporation [m of water]"},
      /* 183 */ {"STL3", "Soil temperature level 3 [K]"},
      /* 184 */ {"SWL3", "Soil wetness level 3 [m of water]"},
      /* 185 */ {"CCC", "Convective cloud cover [(0 - 1)]"},
      /* 186 */ {"LCC", "Low cloud cover [(0 - 1)]"},
      /* 187 */ {"MCC", "Medium cloud cover [(0 - 1)]"},
      /* 188 */ {"HCC", "High cloud cover [(0 - 1)]"},
      /* 189 */ {"SUND", "Sunshine duration [s]"},
      /* 190 */ {"EWOV", "East-West component of sub-gridscale orographic variance [m**2]"},
      /* 191 */ {"NSOV", "North-South component of sub-gridscale orographic variance [m**2]"},
      /* 192 */ {"NWOV", "North-West/South-East component of sub-gridscale orographic variance [m**2]"},
      /* 193 */ {"NEOV", "North-East/South-West component of sub-gridscale orographic variance [m**2]"},
      /* 194 */ {"BTMP", "Brightness temperature [K]"},
      /* 195 */ {"LGWS", "Latitudinal component of gravity wave stress [N m**-2 s]"},
      /* 196 */ {"MGWS", "Meridional component of gravity wave stress [N m**-2 s]"},
      /* 197 */ {"GWD", "Gravity wave dissipation [W m**-2 s]"},
      /* 198 */ {"SRC", "Skin reservoir content [m of water]"},
      /* 199 */ {"VEG", "Vegetation fraction [(0 - 1)]"},
      /* 200 */ {"VSO", "Variance of sub-gridscale orography [m**2]"},
      /* 201 */ {"MX2T", "Maximum temperature at 2 metres since previous post-processing [K]"},
      /* 202 */ {"MN2T", "Minimum temperature at 2 metres since previous post-processing [K]"},
      /* 203 */ {"O3", "Ozone mass mixing ratio [kg kg**-1]"},
      /* 204 */ {"PAW", "Precipitation analysis weights []"},
      /* 205 */ {"RO", "Runoff [m]"},
      /* 206 */ {"TCO3", "Total column ozone [kg m**-2]"},
      /* 207 */ {"10SI", "10 metre wind speed [m s**-1]"},
      /* 208 */ {"TSRC", "Top net solar radiation, clear sky [W m**-2 s]"},
      /* 209 */ {"TTRC", "Top net thermal radiation, clear sky [W m**-2 s]"},
      /* 210 */ {"SSRC", "Surface net solar radiation, clear sky [W m**-2 s]"},
      /* 211 */ {"STRC", "Surface net thermal radiation, clear sky [W m**-2 s]"},
      /* 212 */ {"TISR", "TOA incident solar radiation [W m**-2 s]"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"DHR", "Diabatic heating by radiation [K]"},
      /* 215 */ {"DHVD", "Diabatic heating by vertical diffusion [K]"},
      /* 216 */ {"DHCC", "Diabatic heating by cumulus convection [K]"},
      /* 217 */ {"DHLC", "Diabatic heating large-scale condensation [K]"},
      /* 218 */ {"VDZW", "Vertical diffusion of zonal wind [m s**-1]"},
      /* 219 */ {"VDMW", "Vertical diffusion of meridional wind [m s**-1]"},
      /* 220 */ {"EWGD", "East-West gravity wave drag tendency [m s**-1]"},
      /* 221 */ {"NSGD", "North-South gravity wave drag tendency [m s**-1]"},
      /* 222 */ {"CTZW", "Convective tendency of zonal wind [m s**-1]"},
      /* 223 */ {"CTMW", "Convective tendency of meridional wind [m s**-1]"},
      /* 224 */ {"VDH", "Vertical diffusion of humidity [kg kg**-1]"},
      /* 225 */ {"HTCC", "Humidity tendency by cumulus convection [kg kg**-1]"},
      /* 226 */ {"HTLC", "Humidity tendency by large-scale condensation [kg kg**-1]"},
      /* 227 */ {"CRNH", "Change from removal of negative humidity [kg kg**-1]"},
      /* 228 */ {"TP", "Total precipitation [m]"},
      /* 229 */ {"IEWS", "Instantaneous X surface stress [N m**-2]"},
      /* 230 */ {"INSS", "Instantaneous Y surface stress [N m**-2]"},
      /* 231 */ {"ISHF", "Instantaneous surface heat flux [W m**-2]"},
      /* 232 */ {"IE", "Instantaneous moisture flux [kg m**-2 s]"},
      /* 233 */ {"ASQ", "Apparent surface humidity [kg kg**-1]"},
      /* 234 */ {"LSRH", "Logarithm of surface roughness length for heat []"},
      /* 235 */ {"SKT", "Skin temperature [K]"},
      /* 236 */ {"STL4", "Soil temperature level 4 [K]"},
      /* 237 */ {"SWL4", "Soil wetness level 4 [m]"},
      /* 238 */ {"TSN", "Temperature of snow layer [K]"},
      /* 239 */ {"CSF", "Convective snowfall [m of water equivalent]"},
      /* 240 */ {"LSF", "Large-scale snowfall [m of water equivalent]"},
      /* 241 */ {"ACF", "Accumulated cloud fraction tendency [(-1 to 1)]"},
      /* 242 */ {"ALW", "Accumulated liquid water tendency [(-1 to 1)]"},
      /* 243 */ {"FAL", "Forecast albedo [(0 - 1)]"},
      /* 244 */ {"FSR", "Forecast surface roughness [m]"},
      /* 245 */ {"FLSR", "Forecast logarithm of surface roughness for heat []"},
      /* 246 */ {"CLWC", "Cloud liquid water content [kg kg**-1]"},
      /* 247 */ {"CIWC", "Cloud ice water content [kg kg**-1]"},
      /* 248 */ {"CC", "Cloud cover [(0 - 1)]"},
      /* 249 */ {"AIW", "Accumulated ice water tendency [(-1 to 1)]"},
      /* 250 */ {"ICE", "Ice age [(0 - 1)]"},
      /* 251 */ {"ATTE", "Adiabatic tendency of temperature [K]"},
      /* 252 */ {"ATHE", "Adiabatic tendency of humidity [kg kg**-1]"},
      /* 253 */ {"ATZE", "Adiabatic tendency of zonal wind [m s**-1]"},
      /* 254 */ {"ATMW", "Adiabatic tendency of meridional wind [m s**-1]"},
      /* 255 */ {"var255", "Indicates a missing value []"},
};

const struct ParmTable parm_table_ecmwf_210[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"AERMR01", "Sea Salt Aerosol (0.03 - 0.5 um) Mixing Ratio [kg kg**-1]"},
      /* 2 */ {"AERMR02", "Sea Salt Aerosol (0.5 - 5 um) Mixing Ratio [kg kg**-1]"},
      /* 3 */ {"AERMR03", "Sea Salt Aerosol (5 - 20 um) Mixing Ratio [kg kg**-1]"},
      /* 4 */ {"AERMR04", "Dust Aerosol (0.03 - 0.55 um) Mixing Ratio [kg kg**-1]"},
      /* 5 */ {"AERMR05", "Dust Aerosol (0.55 - 0.9 um) Mixing Ratio [kg kg**-1]"},
      /* 6 */ {"AERMR06", "Dust Aerosol (0.9 - 20 um) Mixing Ratio [kg kg**-1]"},
      /* 7 */ {"AERMR07", "Hydrophobic Organic Matter Aerosol Mixing Ratio [kg kg**-1]"},
      /* 8 */ {"AERMR08", "Hydrophilic Organic Matter Aerosol Mixing Ratio [kg kg**-1]"},
      /* 9 */ {"AERMR09", "Hydrophobic Black Carbon Aerosol Mixing Ratio [kg kg**-1]"},
      /* 10 */ {"AERMR10", "Hydrophilic Black Carbon Aerosol Mixing Ratio [kg kg**-1]"},
      /* 11 */ {"AERMR11", "Sulphate Aerosol Mixing Ratio [kg kg**-1]"},
      /* 12 */ {"AERMR12", "Aerosol type 12 mixing ratio [kg kg**-1]"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"AERGN01", "Aerosol type 1 source/gain accumulated [kg m**-2]"},
      /* 17 */ {"AERGN02", "Aerosol type 2 source/gain accumulated [kg m**-2]"},
      /* 18 */ {"AERGN03", "Aerosol type 3 source/gain accumulated [kg m**-2]"},
      /* 19 */ {"AERGN04", "Aerosol type 4 source/gain accumulated [kg m**-2]"},
      /* 20 */ {"AERGN05", "Aerosol type 5 source/gain accumulated [kg m**-2]"},
      /* 21 */ {"AERGN06", "Aerosol type 6 source/gain accumulated [kg m**-2]"},
      /* 22 */ {"AERGN07", "Aerosol type 7 source/gain accumulated [kg m**-2]"},
      /* 23 */ {"AERGN08", "Aerosol type 8 source/gain accumulated [kg m**-2]"},
      /* 24 */ {"AERGN09", "Aerosol type 9 source/gain accumulated [kg m**-2]"},
      /* 25 */ {"AERGN10", "Aerosol type 10 source/gain accumulated [kg m**-2]"},
      /* 26 */ {"AERGN11", "Aerosol type 11 source/gain accumulated [kg m**-2]"},
      /* 27 */ {"AERGN12", "Aerosol type 12 source/gain accumulated [kg m**-2]"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"AERLS01", "Aerosol type 1 sink/loss accumulated [kg m**-2]"},
      /* 32 */ {"AERLS02", "Aerosol type 2 sink/loss accumulated [kg m**-2]"},
      /* 33 */ {"AERLS03", "Aerosol type 3 sink/loss accumulated [kg m**-2]"},
      /* 34 */ {"AERLS04", "Aerosol type 4 sink/loss accumulated [kg m**-2]"},
      /* 35 */ {"AERLS05", "Aerosol type 5 sink/loss accumulated [kg m**-2]"},
      /* 36 */ {"AERLS06", "Aerosol type 6 sink/loss accumulated [kg m**-2]"},
      /* 37 */ {"AERLS07", "Aerosol type 7 sink/loss accumulated [kg m**-2]"},
      /* 38 */ {"AERLS08", "Aerosol type 8 sink/loss accumulated [kg m**-2]"},
      /* 39 */ {"AERLS09", "Aerosol type 9 sink/loss accumulated [kg m**-2]"},
      /* 40 */ {"AERLS10", "Aerosol type 10 sink/loss accumulated [kg m**-2]"},
      /* 41 */ {"AERLS11", "Aerosol type 11 sink/loss accumulated [kg m**-2]"},
      /* 42 */ {"AERLS12", "Aerosol type 12 sink/loss accumulated [kg m**-2]"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"AERPR", "Aerosol precursor mixing ratio [kg kg**-1]"},
      /* 47 */ {"AERSM", "Aerosol small mode mixing ratio [kg kg**-1]"},
      /* 48 */ {"AERLG", "Aerosol large mode mixing ratio [kg kg**-1]"},
      /* 49 */ {"AODPR", "Aerosol precursor optical depth [dimensionless]"},
      /* 50 */ {"AODSM", "Aerosol small mode optical depth [dimensionless]"},
      /* 51 */ {"AODLG", "Aerosol large mode optical depth [dimensionless]"},
      /* 52 */ {"AERDEP", "Dust emission potential [kg s**2 m**-5]"},
      /* 53 */ {"AERLTS", "Lifting threshold speed [m s**-1]"},
      /* 54 */ {"AERSCC", "Soil clay content [%]"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"CO2", "Carbon Dioxide [kg kg**-1]"},
      /* 62 */ {"CH4", "Methane [kg kg**-1]"},
      /* 63 */ {"N2O", "Nitrous oxide [kg kg**-1]"},
      /* 64 */ {"TCCO2", "Total column Carbon Dioxide [kg m**-2]"},
      /* 65 */ {"TCCH4", "Total column Methane [kg m**-2]"},
      /* 66 */ {"TCN2O", "Total column Nitrous oxide [kg m**-2]"},
      /* 67 */ {"CO2OF", "Ocean flux of Carbon Dioxide [kg m**-2 s**-1]"},
      /* 68 */ {"CO2NBF", "Natural biosphere flux of Carbon Dioxide [kg m**-2 s**-1]"},
      /* 69 */ {"CO2APF", "Anthropogenic emissions of Carbon Dioxide [kg m**-2 s**-1]"},
      /* 70 */ {"CH4F", "Methane Surface Fluxes [kg m**-2 s**-1]"},
      /* 71 */ {"kCH4", "Methane loss rate due to radical hydroxyl (OH) [s**-1]"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"CO2FIRE", "Wildfire flux of Carbon Dioxide [kg m**-2 s**-1]"},
      /* 81 */ {"COFIRE", "Wildfire flux of Carbon Monoxide [kg m**-2 s**-1]"},
      /* 82 */ {"CH4FIRE", "Wildfire flux of Methane [kg m**-2 s**-1]"},
      /* 83 */ {"NMHCFIRE", "Wildfire flux of Non-Methane Hydro-Carbons [kg m**-2 s**-1]"},
      /* 84 */ {"H2FIRE", "Wildfire flux of Hydrogen [kg m**-2 s**-1]"},
      /* 85 */ {"NOXFIRE", "Wildfire flux of Nitrogen Oxides NOx [kg m**-2 s**-1]"},
      /* 86 */ {"N2OFIRE", "Wildfire flux of Nitrous Oxide [kg m**-2 s**-1]"},
      /* 87 */ {"PM2P5FIRE", "Wildfire flux of Particulate Matter PM2.5 [kg m**-2 s**-1]"},
      /* 88 */ {"TPMFIRE", "Wildfire flux of Total Particulate Matter [kg m**-2 s**-1]"},
      /* 89 */ {"TCFIRE", "Wildfire flux of Total Carbon in Aerosols [kg m**-2 s**-1]"},
      /* 90 */ {"OCFIRE", "Wildfire flux of Organic Carbon [kg m**-2 s**-1]"},
      /* 91 */ {"BCFIRE", "Wildfire flux of Black Carbon [kg m**-2 s**-1]"},
      /* 92 */ {"CFIRE", "Wildfire overall flux of burnt Carbon [kg m**-2 s**-1]"},
      /* 93 */ {"C4FFIRE", "Wildfire fraction of C4 plants [dimensionless]"},
      /* 94 */ {"VEGFIRE", "Wildfire vegetation map index [dimensionless]"},
      /* 95 */ {"CCFIRE", "Wildfire Combustion Completeness [dimensionless]"},
      /* 96 */ {"FLFIRE", "Wildfire Fuel Load"},
      /* 97 */ {"BFFIRE", "Wildfire fraction of area burnt [dimensionless]"},
      /* 98 */ {"OAFIRE", "Wildfire observed area [m**2]"},
      /* 99 */ {"FRPFIRE", "Wildfire radiative power [W m**-2]"},
      /* 100 */ {"CRFIRE", "Wildfire combustion rate [kg m**-2 s**-1]"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"NO2", "Nitrogen dioxide [kg kg**-1]"},
      /* 122 */ {"SO2", "Sulphur dioxide [kg kg**-1]"},
      /* 123 */ {"CO", "Carbon monoxide [kg kg**-1]"},
      /* 124 */ {"HCHO", "Formaldehyde [kg kg**-1]"},
      /* 125 */ {"TCNO2", "Total column Nitrogen dioxide [kg m**-2]"},
      /* 126 */ {"TCSO2", "Total column Sulphur dioxide [kg m**-2]"},
      /* 127 */ {"TCCO", "Total column Carbon monoxide [kg m**-2]"},
      /* 128 */ {"TCHCHO", "Total column Formaldehyde [kg m**-2]"},
      /* 129 */ {"NOX", "Nitrogen Oxides [kg kg**-1]"},
      /* 130 */ {"TCNOX", "Total Column Nitrogen Oxides [kg m**-2]"},
      /* 131 */ {"GRG1", "Reactive tracer 1 mass mixing ratio [kg kg**-1]"},
      /* 132 */ {"TCGRG1", "Total column GRG tracer 1 [kg m**-2]"},
      /* 133 */ {"GRG2", "Reactive tracer 2 mass mixing ratio [kg kg**-1]"},
      /* 134 */ {"TCGRG2", "Total column GRG tracer 2 [kg m**-2]"},
      /* 135 */ {"GRG3", "Reactive tracer 3 mass mixing ratio [kg kg**-1]"},
      /* 136 */ {"TCGRG3", "Total column GRG tracer 3 [kg m**-2]"},
      /* 137 */ {"GRG4", "Reactive tracer 4 mass mixing ratio [kg kg**-1]"},
      /* 138 */ {"TCGRG4", "Total column GRG tracer 4 [kg m**-2]"},
      /* 139 */ {"GRG5", "Reactive tracer 5 mass mixing ratio [kg kg**-1]"},
      /* 140 */ {"TCGRG5", "Total column GRG tracer 5 [kg m**-2]"},
      /* 141 */ {"GRG6", "Reactive tracer 6 mass mixing ratio [kg kg**-1]"},
      /* 142 */ {"TCGRG6", "Total column GRG tracer 6 [kg m**-2]"},
      /* 143 */ {"GRG7", "Reactive tracer 7 mass mixing ratio [kg kg**-1]"},
      /* 144 */ {"TCGRG7", "Total column GRG tracer 7 [kg m**-2]"},
      /* 145 */ {"GRG8", "Reactive tracer 8 mass mixing ratio [kg kg**-1]"},
      /* 146 */ {"TCGRG8", "Total column GRG tracer 8 [kg m**-2]"},
      /* 147 */ {"GRG9", "Reactive tracer 9 mass mixing ratio [kg kg**-1]"},
      /* 148 */ {"TCGRG9", "Total column GRG tracer 9 [kg m**-2]"},
      /* 149 */ {"GRG10", "Reactive tracer 10 mass mixing ratio [kg kg**-1]"},
      /* 150 */ {"TCGRG10", "Total column GRG tracer 10 [kg m**-2]"},
      /* 151 */ {"SFNOX", "Surface flux Nitrogen oxides [kg m**-2 s**-1]"},
      /* 152 */ {"SFNO2", "Surface flux Nitrogen dioxide [kg m**-2 s**-1]"},
      /* 153 */ {"SFSO2", "Surface flux Sulphur dioxide [kg m**-2 s**-1]"},
      /* 154 */ {"SFCO2", "Surface flux Carbon monoxide [kg m**-2 s**-1]"},
      /* 155 */ {"SFHCHO", "Surface flux Formaldehyde [kg m**-2 s**-1]"},
      /* 156 */ {"SFGO3", "Surface flux GEMS Ozone [kg m**-2 s**-1]"},
      /* 157 */ {"SFGR1", "Surface flux reactive tracer 1 [kg m**-2 s**-1]"},
      /* 158 */ {"SFGR2", "Surface flux reactive tracer 2 [kg m**-2 s**-1]"},
      /* 159 */ {"SFGR3", "Surface flux reactive tracer 3 [kg m**-2 s**-1]"},
      /* 160 */ {"SFGR4", "Surface flux reactive tracer 4 [kg m**-2 s**-1]"},
      /* 161 */ {"SFGR5", "Surface flux reactive tracer 5 [kg m**-2 s**-1]"},
      /* 162 */ {"SFGR6", "Surface flux reactive tracer 6 [kg m**-2 s**-1]"},
      /* 163 */ {"SFGR7", "Surface flux reactive tracer 7 [kg m**-2 s**-1]"},
      /* 164 */ {"SFGR8", "Surface flux reactive tracer 8 [kg m**-2 s**-1]"},
      /* 165 */ {"SFGR9", "Surface flux reactive tracer 9 [kg m**-2 s**-1]"},
      /* 166 */ {"SFGR10", "Surface flux reactive tracer 10 [kg m**-2 s**-1]"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"Ra", "Radon [kg kg**-1]"},
      /* 182 */ {"SF6", "Sulphur Hexafluoride [kg kg**-1]"},
      /* 183 */ {"TCRa", "Total column Radon [kg m**-2]"},
      /* 184 */ {"TCSF6", "Total column Sulphur Hexafluoride [kg m**-2]"},
      /* 185 */ {"SF6APF", "Anthropogenic Emissions of Sulphur Hexafluoride [kg m**-2 s**-1]"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"GO3", "GEMS Ozone [kg kg**-1]"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"GTCO3", "GEMS Total column ozone [kg m**-2]"},
      /* 207 */ {"AOD550", "Total Aerosol Optical Depth at 550nm [-]"},
      /* 208 */ {"SSAOD550", "Sea Salt Aerosol Optical Depth at 550nm [-]"},
      /* 209 */ {"DUAOD550", "Dust Aerosol Optical Depth at 550nm [-]"},
      /* 210 */ {"OMAOD550", "Organic Matter Aerosol Optical Depth at 550nm [-]"},
      /* 211 */ {"BCAOD550", "Black Carbon Aerosol Optical Depth at 550nm [-]"},
      /* 212 */ {"SUAOD550", "Sulphate Aerosol Optical Depth at 550nm [-]"},
      /* 213 */ {"AOD469", "Total Aerosol Optical Depth at 469nm [-]"},
      /* 214 */ {"AOD670", "Total Aerosol Optical Depth at 670nm [-]"},
      /* 215 */ {"AOD865", "Total Aerosol Optical Depth at 865nm [-]"},
      /* 216 */ {"AOD1240", "Total Aerosol Optical Depth at 1240nm [-]"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_ecmwf_211[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"var1", "undefined"},
      /* 2 */ {"var2", "undefined"},
      /* 3 */ {"var3", "undefined"},
      /* 4 */ {"var4", "undefined"},
      /* 5 */ {"var5", "undefined"},
      /* 6 */ {"var6", "undefined"},
      /* 7 */ {"var7", "undefined"},
      /* 8 */ {"var8", "undefined"},
      /* 9 */ {"var9", "undefined"},
      /* 10 */ {"var10", "undefined"},
      /* 11 */ {"var11", "undefined"},
      /* 12 */ {"var12", "undefined"},
      /* 13 */ {"var13", "undefined"},
      /* 14 */ {"var14", "undefined"},
      /* 15 */ {"var15", "undefined"},
      /* 16 */ {"var16", "undefined"},
      /* 17 */ {"var17", "undefined"},
      /* 18 */ {"var18", "undefined"},
      /* 19 */ {"var19", "undefined"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"var39", "undefined"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"AERPR", "Aerosol precursor mixing ratio [kg kg**-1]"},
      /* 47 */ {"AERSM", "Aerosol small mode mixing ratio [kg kg**-1]"},
      /* 48 */ {"AERLG", "Aerosol large mode mixing ratio [kg kg**-1]"},
      /* 49 */ {"AODPR", "Aerosol precursor optical depth [dimensionless]"},
      /* 50 */ {"AODSM", "Aerosol small mode optical depth [dimensionless]"},
      /* 51 */ {"AODLG", "Aerosol large mode optical depth [dimensionless]"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"CO2", "Carbon Dioxide [kg kg**-1]"},
      /* 62 */ {"CH4", "Methane [kg kg**-1]"},
      /* 63 */ {"N2O", "Nitrous oxide [kg kg**-1]"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"NO2", "Nitrogen dioxide [kg kg**-1]"},
      /* 122 */ {"SO2", "Sulphur dioxide [kg kg**-1]"},
      /* 123 */ {"CO", "Carbon monoxide [kg kg**-1]"},
      /* 124 */ {"HCHO", "Formaldehyde [kg kg**-1]"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"GO3", "GEMS Ozone [kg kg**-1]"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_ecmwf_228[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"CIN", "Convective inhibition [J kg**-1]"},
      /* 2 */ {"OROG", "Orography [m]"},
      /* 3 */ {"ZUST", "Friction velocity [m s**-1]"},
      /* 4 */ {"MEAN2T", "Mean temperature at 2 metres [K]"},
      /* 5 */ {"MEAN10WS", "Mean of 10 metre wind speed [m s**-1]"},
      /* 6 */ {"MEANTCC", "Mean total cloud cover [(0 - 1)]"},
      /* 7 */ {"DL", "Lake depth [m]"},
      /* 8 */ {"LMLT", "Lake mix-layer temperature [K]"},
      /* 9 */ {"LMLD", "Lake mix-layer depth [m]"},
      /* 10 */ {"LBLT", "Lake bottom temperature [K]"},
      /* 11 */ {"LTLT", "Lake total layer temperature [K]"},
      /* 12 */ {"LSHF", "Lake shape factor [dimensionless]"},
      /* 13 */ {"LICT", "Lake ice temperature [K]"},
      /* 14 */ {"LICD", "Lake ice depth [m]"},
      /* 15 */ {"DNDZN", "Minimum vertical gradient of refractivity inside trapping layer [m**-1]"},
      /* 16 */ {"DNDZA", "Mean vertical gradient of refractivity inside trapping layer [m**-1]"},
      /* 17 */ {"DCTB", "Duct base height [m]"},
      /* 18 */ {"TPLB", "Trapping layer base height [m]"},
      /* 19 */ {"TPLT", "Trapping layer top height [m]"},
      /* 20 */ {"var20", "undefined"},
      /* 21 */ {"var21", "undefined"},
      /* 22 */ {"var22", "undefined"},
      /* 23 */ {"var23", "undefined"},
      /* 24 */ {"var24", "undefined"},
      /* 25 */ {"var25", "undefined"},
      /* 26 */ {"var26", "undefined"},
      /* 27 */ {"var27", "undefined"},
      /* 28 */ {"var28", "undefined"},
      /* 29 */ {"var29", "undefined"},
      /* 30 */ {"var30", "undefined"},
      /* 31 */ {"var31", "undefined"},
      /* 32 */ {"var32", "undefined"},
      /* 33 */ {"var33", "undefined"},
      /* 34 */ {"var34", "undefined"},
      /* 35 */ {"var35", "undefined"},
      /* 36 */ {"var36", "undefined"},
      /* 37 */ {"var37", "undefined"},
      /* 38 */ {"var38", "undefined"},
      /* 39 */ {"SM", "Soil Moisture [kg m**-3]"},
      /* 40 */ {"var40", "undefined"},
      /* 41 */ {"var41", "undefined"},
      /* 42 */ {"var42", "undefined"},
      /* 43 */ {"var43", "undefined"},
      /* 44 */ {"var44", "undefined"},
      /* 45 */ {"var45", "undefined"},
      /* 46 */ {"var46", "undefined"},
      /* 47 */ {"var47", "undefined"},
      /* 48 */ {"var48", "undefined"},
      /* 49 */ {"var49", "undefined"},
      /* 50 */ {"var50", "undefined"},
      /* 51 */ {"var51", "undefined"},
      /* 52 */ {"var52", "undefined"},
      /* 53 */ {"var53", "undefined"},
      /* 54 */ {"var54", "undefined"},
      /* 55 */ {"var55", "undefined"},
      /* 56 */ {"var56", "undefined"},
      /* 57 */ {"var57", "undefined"},
      /* 58 */ {"var58", "undefined"},
      /* 59 */ {"var59", "undefined"},
      /* 60 */ {"var60", "undefined"},
      /* 61 */ {"var61", "undefined"},
      /* 62 */ {"var62", "undefined"},
      /* 63 */ {"var63", "undefined"},
      /* 64 */ {"var64", "undefined"},
      /* 65 */ {"var65", "undefined"},
      /* 66 */ {"var66", "undefined"},
      /* 67 */ {"var67", "undefined"},
      /* 68 */ {"var68", "undefined"},
      /* 69 */ {"var69", "undefined"},
      /* 70 */ {"var70", "undefined"},
      /* 71 */ {"var71", "undefined"},
      /* 72 */ {"var72", "undefined"},
      /* 73 */ {"var73", "undefined"},
      /* 74 */ {"var74", "undefined"},
      /* 75 */ {"var75", "undefined"},
      /* 76 */ {"var76", "undefined"},
      /* 77 */ {"var77", "undefined"},
      /* 78 */ {"var78", "undefined"},
      /* 79 */ {"var79", "undefined"},
      /* 80 */ {"var80", "undefined"},
      /* 81 */ {"var81", "undefined"},
      /* 82 */ {"var82", "undefined"},
      /* 83 */ {"var83", "undefined"},
      /* 84 */ {"var84", "undefined"},
      /* 85 */ {"var85", "undefined"},
      /* 86 */ {"var86", "undefined"},
      /* 87 */ {"var87", "undefined"},
      /* 88 */ {"var88", "undefined"},
      /* 89 */ {"var89", "undefined"},
      /* 90 */ {"var90", "undefined"},
      /* 91 */ {"var91", "undefined"},
      /* 92 */ {"var92", "undefined"},
      /* 93 */ {"var93", "undefined"},
      /* 94 */ {"var94", "undefined"},
      /* 95 */ {"var95", "undefined"},
      /* 96 */ {"var96", "undefined"},
      /* 97 */ {"var97", "undefined"},
      /* 98 */ {"var98", "undefined"},
      /* 99 */ {"var99", "undefined"},
      /* 100 */ {"var100", "undefined"},
      /* 101 */ {"var101", "undefined"},
      /* 102 */ {"var102", "undefined"},
      /* 103 */ {"var103", "undefined"},
      /* 104 */ {"var104", "undefined"},
      /* 105 */ {"var105", "undefined"},
      /* 106 */ {"var106", "undefined"},
      /* 107 */ {"var107", "undefined"},
      /* 108 */ {"var108", "undefined"},
      /* 109 */ {"var109", "undefined"},
      /* 110 */ {"var110", "undefined"},
      /* 111 */ {"var111", "undefined"},
      /* 112 */ {"var112", "undefined"},
      /* 113 */ {"var113", "undefined"},
      /* 114 */ {"var114", "undefined"},
      /* 115 */ {"var115", "undefined"},
      /* 116 */ {"var116", "undefined"},
      /* 117 */ {"var117", "undefined"},
      /* 118 */ {"var118", "undefined"},
      /* 119 */ {"var119", "undefined"},
      /* 120 */ {"var120", "undefined"},
      /* 121 */ {"var121", "undefined"},
      /* 122 */ {"var122", "undefined"},
      /* 123 */ {"var123", "undefined"},
      /* 124 */ {"var124", "undefined"},
      /* 125 */ {"var125", "undefined"},
      /* 126 */ {"var126", "undefined"},
      /* 127 */ {"var127", "undefined"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"U10N", "Neutral wind at 10 m x-component [m s**-1]"},
      /* 132 */ {"V10N", "Neutral wind at 10 m y-component [m s**-1]"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"VTNOWD", "V-tendency from non-orographic wave drag [m s**-2]"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"UTNOWD", "U-tendency from non-orographic wave drag [m s**-2]"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"ST", "Soil Temperature [K]"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"SD", "Snow Depth water equivalent [m]"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"SF", "Snow Fall water equivalent [kg m**-2]"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"TCC", "Total Cloud Cover [%]"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"var168", "undefined"},
      /* 169 */ {"var169", "undefined"},
      /* 170 */ {"CAP", "Field capacity [kg m**-3]"},
      /* 171 */ {"WILT", "Wilting point [kg m**-3]"},
      /* 172 */ {"var172", "undefined"},
      /* 173 */ {"var173", "undefined"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"var177", "undefined"},
      /* 178 */ {"var178", "undefined"},
      /* 179 */ {"var179", "undefined"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"TP", "Total Precipitation [kg m**-2]"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_129[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"PAOT", "Probability anomaly of temp [%]"},
      /* 129 */ {"PAOP", "Probability anomaly of precip [%]"},
      /* 130 */ {"CWR", "Probability of wetting rain > 0.1 in [%]"},
      /* 131 */ {"FRAIN", "Rain fraction of total liquid water []"},
      /* 132 */ {"FICE", "Ice fraction of total condensate []"},
      /* 133 */ {"FRIME", "Rime factor []"},
      /* 134 */ {"CUEFI", "Convective cloud efficiency []"},
      /* 135 */ {"TCOND", "Total condensate [kg/kg]"},
      /* 136 */ {"TCOLW", "Total column cloud water [kg/m/m]"},
      /* 137 */ {"TCOLI", "Total column cloud ice [kg/m/m]"},
      /* 138 */ {"TCOLR", "Total column rain [kg/m/m]"},
      /* 139 */ {"TCOLS", "Total column snow [kg/m/m]"},
      /* 140 */ {"TCOLC", "Total column condensate [kg/m/m]"},
      /* 141 */ {"PLPL", "Pressure of level from which parcel was lifted [Pa]"},
      /* 142 */ {"HLPL", "Height of level from which parcel was lifted [m]"},
      /* 143 */ {"CEMS", "Cloud Emissivity [fraction]"},
      /* 144 */ {"COPD", "Cloud Optical Depth [non-dim]"},
      /* 145 */ {"PSIZ", "Effective Particle size [microns]"},
      /* 146 */ {"TCWAT", "Total Water Cloud [%]"},
      /* 147 */ {"TCICE", "Total Ice Cloud [%]"},
      /* 148 */ {"WDIF", "Wind Difference [m/s]"},
      /* 149 */ {"WSTP", "Wave Steepness [non-dim]"},
      /* 150 */ {"PTAN", "Probability of Temp. above normal [%]"},
      /* 151 */ {"PTNN", "Probability of Temp. near normal [%]"},
      /* 152 */ {"PTBN", "Probability of Temp. below normal [%]"},
      /* 153 */ {"PPAN", "Probability of Precip. above normal [%]"},
      /* 154 */ {"PPNN", "Probability of Precip. near normal [%]"},
      /* 155 */ {"PPBN", "Probability of Precip. below normal [%]"},
      /* 156 */ {"PMTC", "Particulate matter (coarse) [ug/m^3]"},
      /* 157 */ {"PMTF", "Particulate matter (fine) [ug/m^3]"},
      /* 158 */ {"AETMP", "Analysis Error of Temperature [K]"},
      /* 159 */ {"AEDPT", "Analysis Error of Dew Point [K]"},
      /* 160 */ {"AESPH", "Analysis Error of Specific Humidity [kg/kg] wne"},
      /* 161 */ {"AEUWD", "Analysis Error of U-wind [m/s]"},
      /* 162 */ {"AEVWD", "Analysis Error of V-wind [m/s]"},
      /* 163 */ {"LPMTF", "Particulate matter (fine) [log10(ug/m^3)]"},
      /* 164 */ {"LIPMF", "Integrated Column Particulate matter (fine) [log10(ug/m^2)] wne"},
      /* 165 */ {"REFZR", "Derived radar reflectivity backscatter from rain [mm^6/m^3]"},
      /* 166 */ {"REFZI", "Derived radar reflectivity backscatter from ice [mm^6/m^3]"},
      /* 167 */ {"REFZC", "Derived radar reflectivity backscatter from parameterized convection [mm^6/m^3]"},
      /* 168 */ {"TCLSW", "Integrated supercooled liquid water [kg/m^2]"},
      /* 169 */ {"TCOLM", "Total Column Integrated Melting Ice [kg/m^2]"},
      /* 170 */ {"ELRDI", "Ellrod Index [non-dim]"},
      /* 171 */ {"TSEC", "Seconds prior to initial reference time [sec]"},
      /* 172 */ {"TSECA", "Seconds after initial reference time [sec]"},
      /* 173 */ {"NUM", "Number of samples/observations [non-dim]"},
      /* 174 */ {"AEPRS", "Analysis Error of Pressure [Pa]"},
      /* 175 */ {"ICSEV", "Icing Severity [non-dim]"},
      /* 176 */ {"ICPRB", "Icing Probability [non-dim]"},
      /* 177 */ {"LAVNI", "Low-level Aviation Interest [non-dim]"},
      /* 178 */ {"HAVNI", "High-level Aviation Interest [non-dim]"},
      /* 179 */ {"FLGHT", "Flight Category [non-dim]"},
      /* 180 */ {"OZCON", "Ozone concentration [ppb]"},
      /* 181 */ {"OZCAT", "Categorical ozone concentration [?]"},
      /* 182 */ {"VEDH", "vertical heat eddy diffusivity [m^2/s]"},
      /* 183 */ {"SIGV", "Sigma level value [non-dim]"},
      /* 184 */ {"EWGT", "Ensemble Weight [non-dim]"},
      /* 185 */ {"CICEL", "Confidence indicator - Ceiling [non-dim]"},
      /* 186 */ {"CIVIS", "Confidence indicator - Visibility [non-dim]"},
      /* 187 */ {"CIFLT", "Confidence indicator - Flight Category [non-dim]"},
      /* 188 */ {"LAVV", "Latitude of V wind component of velocity [deg]"},
      /* 189 */ {"LOVV", "Longitude of V wind component of velocity [deg]"},
      /* 190 */ {"USCT", "Scatterometer est. U wind component [m/s]"},
      /* 191 */ {"VSCT", "Scatterometer est. V wind component [m/s]"},
      /* 192 */ {"LAUV", "Latitude of U wind component of velocity [deg]"},
      /* 193 */ {"LOUV", "Longitude of U wind component of velocity [deg]"},
      /* 194 */ {"TCHP", "Tropical Cyclone Heat Potential [J/m^2]"},
      /* 195 */ {"DBSS", "Geometric Depth Below Sea Surface [m]"},
      /* 196 */ {"ODHA", "Ocean Dynamic Heat Anomaly [dynamic m]"},
      /* 197 */ {"OHC", "Ocean Heat Content [J/m^2]"},
      /* 198 */ {"SSHG", "Sea Surface Height Relative to Geoid [m]"},
      /* 199 */ {"SLTFL", "Salt flux [g/cm^2/s]"},
      /* 200 */ {"DUVB", "UV-B Downward Solar Flux [W/m^2]"},
      /* 201 */ {"CDUVB", "Clear Sky UV-B Downward Solar Flux [W/m^2]"},
      /* 202 */ {"THFLX", "Total downward heat flux at surface [W/m^2]"},
      /* 203 */ {"UVAR", "U velocity variance [m^2/s^2]"},
      /* 204 */ {"VVAR", "V velocity variance [m^2/s^2]"},
      /* 205 */ {"UVVCC", "UV Velocity Cross Correlation [m^2/s^2]"},
      /* 206 */ {"MCLS", "Meteorological Correlation Length Scale [m]"},
      /* 207 */ {"LAPP", "Latitude of pressure point [deg]"},
      /* 208 */ {"LOPP", "Longitude of pressure point [deg]"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"REFO", "Observed radar reflectivity [dbZ]"},
      /* 211 */ {"REFD", "Derived radar reflectivity [dbZ]"},
      /* 212 */ {"REFC", "Maximum/Composite radar reflectivity [dbZ]"},
      /* 213 */ {"SBT122", "Simulated Brightness Temperature for GOES12, Channel 2 [K]"},
      /* 214 */ {"SBT123", "Simulated Brightness Temperature for GOES12, Channel 3 [K]"},
      /* 215 */ {"SBT124", "Simulated Brightness Temperature for GOES12, Channel 4 [K]"},
      /* 216 */ {"SBT125", "Simulated Brightness Temperature for GOES12, Channel 5 [K]"},
      /* 217 */ {"MINRH", "Minimum Relative Humumidity [%]"},
      /* 218 */ {"MAXRH", "Maximum Relative Humumidity [%]"},
      /* 219 */ {"CEIL", "Ceiling [m]"},
      /* 220 */ {"PBLREG", "Planetary boundary layer regime []"},
      /* 221 */ {"SBC123", "Simulated brightness counts for GOES12, Channel 3 [byte]"},
      /* 222 */ {"SBC124", "Simulated brightness counts for GOES12, Channel 4 [byte]"},
      /* 223 */ {"RPRATE", "Rain precipitation rate [kg/m^2/s]"},
      /* 224 */ {"SPRATE", "Snow precipitation rate [kg/m^2/s]"},
      /* 225 */ {"FPRATE", "Freezing rain precipitation rate [kg/m^2/s]"},
      /* 226 */ {"IPRATE", "Ice pellets precipitation rate [kg/m^2/s]"},
      /* 227 */ {"UPHL", "Updraft Helicity [m^2/s^2]"},
      /* 228 */ {"SURGE", "Storm Surge [m]"},
      /* 229 */ {"ETSRG", "Extra-tropical storm Surge [m]"},
      /* 230 */ {"RHPW", "Relative humidity with respect to precip water [%]"},
      /* 231 */ {"OZMAX1", "Ozone daily max from 1-hour ave [ppbV]"},
      /* 232 */ {"OZMAX8", "Ozone daily max from 8-hour ave [ppbV]"},
      /* 233 */ {"PDMAX1", "PM 2.5 daily max from 1-hour ave [ug/m^3]"},
      /* 234 */ {"PDMAX24", "PM 2.5 daily max from 24-hour ave [ug/m^3]"},
      /* 235 */ {"MAXREF", "Hourly max of sim. reflect at 1km AGL [dbZ]"},
      /* 236 */ {"MXUPHL", "Hourly max updraft helicity 2-5km AGL [m^2/s^2]"},
      /* 237 */ {"MAXUVV", "Hourly max upward vert vel in lowest 400mb [m/s]"},
      /* 238 */ {"MAXDVV", "Hourly max downward vert fel in lowest 400mb [m/s]"},
      /* 239 */ {"MAXVIG", "Hourly max column graupel [kg/m^2]"},
      /* 240 */ {"RETOP", "Radar echo top (18.3 dbZ) [m]"},
      /* 241 */ {"VRATE", "Ventilation rate [m^2/s]"},
      /* 242 */ {"TCSRG20", "20% tropical cyclone storm exceedance [m]"},
      /* 243 */ {"TCSRG30", "30% tropical cyclone storm exceedance [m]"},
      /* 244 */ {"TCSRG40", "40% tropical cyclone storm exceedance [m]"},
      /* 245 */ {"TCSRG50", "50% tropical cyclone storm exceedance [m]"},
      /* 246 */ {"TCSRG60", "60% tropical cyclone storm exceedance [m]"},
      /* 247 */ {"TCSRG70", "70% tropical cyclone storm exceedance [m]"},
      /* 248 */ {"TCSRG80", "80% tropical cyclone storm exceedance [m]"},
      /* 249 */ {"TCSRG90", "90% tropical cyclone storm exceedance [m]"},
      /* 250 */ {"HINDEX", "Haines index []"},
      /* 251 */ {"DIFTEN", "Difference between 2 states in total energy norm [J/kg]"},
      /* 252 */ {"PSPCP", "Pseudo-precipitation [kg/m^2]"},
      /* 253 */ {"MAXUW", "U of hourly max 10m wind speed [m/s]"},
      /* 254 */ {"MAXVW", "V of hourly max 10m wind speed [m/s]"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_140[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"var128", "undefined"},
      /* 129 */ {"var129", "undefined"},
      /* 130 */ {"var130", "undefined"},
      /* 131 */ {"var131", "undefined"},
      /* 132 */ {"var132", "undefined"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"var140", "undefined"},
      /* 141 */ {"var141", "undefined"},
      /* 142 */ {"var142", "undefined"},
      /* 143 */ {"var143", "undefined"},
      /* 144 */ {"var144", "undefined"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"var146", "undefined"},
      /* 147 */ {"var147", "undefined"},
      /* 148 */ {"var148", "undefined"},
      /* 149 */ {"var149", "undefined"},
      /* 150 */ {"var150", "undefined"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"var159", "undefined"},
      /* 160 */ {"var160", "undefined"},
      /* 161 */ {"var161", "undefined"},
      /* 162 */ {"var162", "undefined"},
      /* 163 */ {"var163", "undefined"},
      /* 164 */ {"var164", "undefined"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"var166", "undefined"},
      /* 167 */ {"var167", "undefined"},
      /* 168 */ {"MEIP", "Mean icing potential []"},
      /* 169 */ {"MAIP", "Maximum icing potential []"},
      /* 170 */ {"MECTP", "Mean in-cloud turbulence potential []"},
      /* 171 */ {"MACTP", "Maximum in-cloud turbulence potential []"},
      /* 172 */ {"MECAT", "Mean cloud air turbulence potential []"},
      /* 173 */ {"MACAT", "Maximum cloud air turbulence potential []"},
      /* 174 */ {"CBHE", "Cumulonimbus horizontal extent [%]"},
      /* 175 */ {"PCBB", "Pressure at cumblonimbus base [Pa]"},
      /* 176 */ {"PCBT", "Pressure at cumblonimbus top [Pa]"},
      /* 177 */ {"PECBB", "Pressure at embedded cumblonimbus base [Pa]"},
      /* 178 */ {"PECBT", "Pressure at embedded cumblonimbus top [Pa]"},
      /* 179 */ {"HCBB", "ICAO height at cumblonimbus base [m]"},
      /* 180 */ {"HCBT", "ICAO height at cumblonimbus top [m]"},
      /* 181 */ {"HECBB", "ICAO height at embedded cumblonimbus base [m]"},
      /* 182 */ {"HECBT", "ICAO height at embedded cumblonimbus top [m]"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"var186", "undefined"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"var188", "undefined"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"var200", "undefined"},
      /* 201 */ {"var201", "undefined"},
      /* 202 */ {"var202", "undefined"},
      /* 203 */ {"var203", "undefined"},
      /* 204 */ {"var204", "undefined"},
      /* 205 */ {"var205", "undefined"},
      /* 206 */ {"var206", "undefined"},
      /* 207 */ {"var207", "undefined"},
      /* 208 */ {"var208", "undefined"},
      /* 209 */ {"var209", "undefined"},
      /* 210 */ {"var210", "undefined"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"var216", "undefined"},
      /* 217 */ {"var217", "undefined"},
      /* 218 */ {"var218", "undefined"},
      /* 219 */ {"var219", "undefined"},
      /* 220 */ {"var220", "undefined"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"var222", "undefined"},
      /* 223 */ {"var223", "undefined"},
      /* 224 */ {"var224", "undefined"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"var228", "undefined"},
      /* 229 */ {"var229", "undefined"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"var232", "undefined"},
      /* 233 */ {"var233", "undefined"},
      /* 234 */ {"var234", "undefined"},
      /* 235 */ {"var235", "undefined"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"var240", "undefined"},
      /* 241 */ {"var241", "undefined"},
      /* 242 */ {"var242", "undefined"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"var244", "undefined"},
      /* 245 */ {"var245", "undefined"},
      /* 246 */ {"var246", "undefined"},
      /* 247 */ {"var247", "undefined"},
      /* 248 */ {"var248", "undefined"},
      /* 249 */ {"var249", "undefined"},
      /* 250 */ {"var250", "undefined"},
      /* 251 */ {"var251", "undefined"},
      /* 252 */ {"var252", "undefined"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_nceptab_141[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"EXTNC", "Aerosol Extinction Coefficient [1/km]"},
      /* 129 */ {"AOD", "Aerosol Optical Depth [-]"},
      /* 130 */ {"ASFTR", "Aerosol Asymmetry Factor [-]"},
      /* 131 */ {"SSALBD", "Aerosol Single Scatter Albedo [-]"},
      /* 132 */ {"BSCTRS", "Aerosol Back Scattering [1/km/sr]"},
      /* 133 */ {"var133", "undefined"},
      /* 134 */ {"var134", "undefined"},
      /* 135 */ {"var135", "undefined"},
      /* 136 */ {"var136", "undefined"},
      /* 137 */ {"var137", "undefined"},
      /* 138 */ {"var138", "undefined"},
      /* 139 */ {"var139", "undefined"},
      /* 140 */ {"NOy", "Total Inorganic and Organic Nitrates [ppbV]"},
      /* 141 */ {"NO", "Nitrogen Oxide [ppbV]"},
      /* 142 */ {"NO2", "Nitrogen Dioxide [ppbV]"},
      /* 143 */ {"N2O5", "Nitrogen Pentoxide [ppbV]"},
      /* 144 */ {"HNO3", "Nitric Acid [ppbV]"},
      /* 145 */ {"NO3", "Nitrogen Trioxide [ppbV]"},
      /* 146 */ {"PNA", "Peroxynitric Acid [ppbV]"},
      /* 147 */ {"HONO", "Nitrous Acid [ppbV]"},
      /* 148 */ {"CO", "Carbon Monoxide [ppbV]"},
      /* 149 */ {"NH3", "Ammonia [ppbV]"},
      /* 150 */ {"HCL", "Hydrogen Chloride [ppbV]"},
      /* 151 */ {"var151", "undefined"},
      /* 152 */ {"var152", "undefined"},
      /* 153 */ {"var153", "undefined"},
      /* 154 */ {"var154", "undefined"},
      /* 155 */ {"var155", "undefined"},
      /* 156 */ {"var156", "undefined"},
      /* 157 */ {"var157", "undefined"},
      /* 158 */ {"var158", "undefined"},
      /* 159 */ {"PAR", "Lumped Single-Bond Carbon Specie [ppbV]"},
      /* 160 */ {"ETHE", "Ethene [ppbV]"},
      /* 161 */ {"OLE", "Lumped Double-Bond Carbon Species Less Ethene [ppbV]"},
      /* 162 */ {"TOL", "Toluene [ppbV]"},
      /* 163 */ {"XYL", "Xylene [ppbV]"},
      /* 164 */ {"ISOP", "Isoprene [ppbV]"},
      /* 165 */ {"var165", "undefined"},
      /* 166 */ {"FORM", "Formaldehyde [ppbV]"},
      /* 167 */ {"ALD2", "Acetaldehyde & Higher Aldehydes [ppbV]"},
      /* 168 */ {"MGLY", "Methyl Glyoxal [ppbV]"},
      /* 169 */ {"CRES", "Cresol and Higher Molecular Weight Phenols [ppbV]"},
      /* 170 */ {"var170", "undefined"},
      /* 171 */ {"var171", "undefined"},
      /* 172 */ {"PAN", "Peroxyacyl Nitrate [ppbV]"},
      /* 173 */ {"NTR", "Lumped Gaseous Organic Nitrate [ppbV]"},
      /* 174 */ {"var174", "undefined"},
      /* 175 */ {"var175", "undefined"},
      /* 176 */ {"var176", "undefined"},
      /* 177 */ {"ROOH", "Esters [ppbV]"},
      /* 178 */ {"ETHOH", "Ethanol [ppbV]"},
      /* 179 */ {"METHOH", "Methanol [ppbV]"},
      /* 180 */ {"var180", "undefined"},
      /* 181 */ {"var181", "undefined"},
      /* 182 */ {"var182", "undefined"},
      /* 183 */ {"var183", "undefined"},
      /* 184 */ {"var184", "undefined"},
      /* 185 */ {"var185", "undefined"},
      /* 186 */ {"H2O2", "Hydrogen Peroxide [ppbV]"},
      /* 187 */ {"OH", "Hydroxyl Radical [ppbV]"},
      /* 188 */ {"HO2", "Hydroperoxyl Radical [ppbV]"},
      /* 189 */ {"var189", "undefined"},
      /* 190 */ {"var190", "undefined"},
      /* 191 */ {"var191", "undefined"},
      /* 192 */ {"var192", "undefined"},
      /* 193 */ {"var193", "undefined"},
      /* 194 */ {"var194", "undefined"},
      /* 195 */ {"var195", "undefined"},
      /* 196 */ {"var196", "undefined"},
      /* 197 */ {"var197", "undefined"},
      /* 198 */ {"var198", "undefined"},
      /* 199 */ {"var199", "undefined"},
      /* 200 */ {"ASO4", "Sulfate (SO4) Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 201 */ {"ANH4", "Ammonia (NH4) Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 202 */ {"ANO3", "Nitrate (NO3) Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 203 */ {"AORGA", "Organic Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 204 */ {"AORGPA", "Primarily Organic Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 205 */ {"AORGB", "Biogenically Originated Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 206 */ {"AEC", "Elemental Carbon Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 207 */ {"A25", "Unspecified Anthropogenic Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 208 */ {"AH2O", "Water Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 209 */ {"ANA", "Sodium Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 210 */ {"ACL", "Chloride Particulates ≤ 2.5 μm Diameter [μg/m^3]"},
      /* 211 */ {"var211", "undefined"},
      /* 212 */ {"var212", "undefined"},
      /* 213 */ {"var213", "undefined"},
      /* 214 */ {"var214", "undefined"},
      /* 215 */ {"var215", "undefined"},
      /* 216 */ {"ASO4K", "Sulfate (SO4) Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 217 */ {"ANAK", "Sodium (NA) Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 218 */ {"ACLK", "Chloride (CL) Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 219 */ {"ASEAS", "Sea Salt Originated Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 220 */ {"ASOIL", "Crustal Material Orginated Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 221 */ {"ACORS", "Particulates between 2.5 and 10 μm Diameter [μg/m^3]"},
      /* 222 */ {"NUMATKN", "Number Concentration Particulates between 2.5 and 0.1 μm Diameter [number/m^3]"},
      /* 223 */ {"NUMACC", "Number Concentration Particulates between 2.5 and 2.5 μm Diameter [number/m^3]"},
      /* 224 */ {"NUMCOR", "Number Concentration Particulates between 2.5 and 10 μm Diameter [number/m^3]"},
      /* 225 */ {"var225", "undefined"},
      /* 226 */ {"var226", "undefined"},
      /* 227 */ {"var227", "undefined"},
      /* 228 */ {"SRFATKN", "Surface Area Contributed by Particulates ≤ 0.1 μm Diameter [m2/m^3]"},
      /* 229 */ {"SRFACC", "Surface Area Contributed by Particulates between 0.1 and 2.5 μm Diameter [m2/m^3]"},
      /* 230 */ {"var230", "undefined"},
      /* 231 */ {"var231", "undefined"},
      /* 232 */ {"SO2", "Sulfur Dioxide [ppbV]"},
      /* 233 */ {"MSA", "Methanesulfonic Acid [Kg/Kg]"},
      /* 234 */ {"TSO4", "Total Sulfate Particulates (Fine ands Coarse) [μg/m^3]"},
      /* 235 */ {"DMS", "Dimethylsulfide [Kg/Kg]"},
      /* 236 */ {"var236", "undefined"},
      /* 237 */ {"var237", "undefined"},
      /* 238 */ {"var238", "undefined"},
      /* 239 */ {"var239", "undefined"},
      /* 240 */ {"DU1", "Dust Particulates between 0.2 - 2.0 μm Diameter [Kg/Kg]"},
      /* 241 */ {"DU2", "Dust Particulates between 2.0 - 3.6 μm Diameter [Kg/Kg]"},
      /* 242 */ {"DU3", "Dust Particulates between 3.6 - 6.0 μm Diameter [Kg/Kg]"},
      /* 243 */ {"DU4", "Dust Particulates between 6.0 - 12.0 μm Diameter [Kg/Kg]"},
      /* 244 */ {"DU5", "Dust Particulates between 12.0 - 20.0 μm Diameter [Kg/Kg]"},
      /* 245 */ {"SS1", "Sea Salt Particulates between 0.2 - 1.0 μm Diameter [Kg/Kg]"},
      /* 246 */ {"SS2", "Sea Salt Particulates between 1.0 - 3.0 μm Diameter [Kg/Kg]"},
      /* 247 */ {"SS3", "Sea Salt Particulates between 3.0 - 10.0 μm Diameter [Kg/Kg]"},
      /* 248 */ {"SS4", "Sea Salt Particulates between 10.0 - 20.0 μm Diameter [Kg/Kg]"},
      /* 249 */ {"OCDRY", "Hydrophobic Organic Carbon [Kg/Kg]"},
      /* 250 */ {"OCWET", "Hydrophilic Organic Carbon [Kg/Kg]"},
      /* 251 */ {"BCDRY", "Hydrophobic Black Carbon [Kg/Kg]"},
      /* 252 */ {"BCWET", "Hydrophilic Black Carbon [Kg/Kg]"},
      /* 253 */ {"var253", "undefined"},
      /* 254 */ {"var254", "undefined"},
      /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_mdl_nceptab[256] = {
      /* 0 */ {"var0", "undefined"},
      /* 1 */ {"PRES", "Pressure [Pa]"},
      /* 2 */ {"PRMSL", "Pressure reduced to MSL [Pa]"},
      /* 3 */ {"PTEND", "Pressure tendency [Pa/s]"},
      /* 4 */ {"PVORT", "Pot. vorticity [km^2/kg/s]"},
      /* 5 */ {"ICAHT", "ICAO Standard Atmosphere Reference Height [M]"},
      /* 6 */ {"GP", "Geopotential [m^2/s^2]"},
      /* 7 */ {"HGT", "Geopotential height [gpm]"},
      /* 8 */ {"DIST", "Geometric height [m]"},
      /* 9 */ {"HSTDV", "Std dev of height [m]"},
      /* 10 */ {"TOZNE", "Total ozone [Dobson]"},
      /* 11 */ {"TMP", "Temp. [K]"},
      /* 12 */ {"VTMP", "Virtual temp. [K]"},
      /* 13 */ {"POT", "Potential temp. [K]"},
      /* 14 */ {"EPOT", "Pseudo-adiabatic pot. temp. [K]"},
      /* 15 */ {"TMAX", "Max. temp. [K]"},
      /* 16 */ {"TMIN", "Min. temp. [K]"},
      /* 17 */ {"DPT", "Dew point temp. [K]"},
      /* 18 */ {"DEPR", "Dew point depression [K]"},
      /* 19 */ {"LAPR", "Lapse rate [K/m]"},
      /* 20 */ {"VIS", "Visibility [m]"},
      /* 21 */ {"RDSP1", "Radar spectra (1) [non-dim]"},
      /* 22 */ {"RDSP2", "Radar spectra (2) [non-dim]"},
      /* 23 */ {"RDSP3", "Radar spectra (3) [non-dim]"},
      /* 24 */ {"PLI", "Parcel lifted index (to 500 hPa) [K]"},
      /* 25 */ {"TMPA", "Temp. anomaly [K]"},
      /* 26 */ {"PRESA", "Pressure anomaly [Pa]"},
      /* 27 */ {"GPA", "Geopotential height anomaly [gpm]"},
      /* 28 */ {"WVSP1", "Wave spectra (1) [non-dim]"},
      /* 29 */ {"WVSP2", "Wave spectra (2) [non-dim]"},
      /* 30 */ {"WVSP3", "Wave spectra (3) [non-dim]"},
      /* 31 */ {"WDIR", "Wind direction [deg]"},
      /* 32 */ {"WIND", "Wind speed [m/s]"},
      /* 33 */ {"UGRD", "u wind [m/s]"},
      /* 34 */ {"VGRD", "v wind [m/s]"},
      /* 35 */ {"STRM", "Stream function [m^2/s]"},
      /* 36 */ {"VPOT", "Velocity potential [m^2/s]"},
      /* 37 */ {"MNTSF", "Montgomery stream function [m^2/s^2]"},
      /* 38 */ {"SGCVV", "Sigma coord. vertical velocity [/s]"},
      /* 39 */ {"VVEL", "Pressure vertical velocity [Pa/s]"},
      /* 40 */ {"DZDT", "Geometric vertical velocity [m/s]"},
      /* 41 */ {"ABSV", "Absolute vorticity [/s]"},
      /* 42 */ {"ABSD", "Absolute divergence [/s]"},
      /* 43 */ {"RELV", "Relative vorticity [/s]"},
      /* 44 */ {"RELD", "Relative divergence [/s]"},
      /* 45 */ {"VUCSH", "Vertical u shear [/s]"},
      /* 46 */ {"VVCSH", "Vertical v shear [/s]"},
      /* 47 */ {"DIRC", "Direction of current [deg]"},
      /* 48 */ {"SPC", "Speed of current [m/s]"},
      /* 49 */ {"UOGRD", "u of current [m/s]"},
      /* 50 */ {"VOGRD", "v of current [m/s]"},
      /* 51 */ {"SPFH", "Specific humidity [kg/kg]"},
      /* 52 */ {"RH", "Relative humidity [%]"},
      /* 53 */ {"MIXR", "Humidity mixing ratio [kg/kg]"},
      /* 54 */ {"PWAT", "Precipitable water [kg/m^2]"},
      /* 55 */ {"VAPP", "Vapor pressure [Pa]"},
      /* 56 */ {"SATD", "Saturation deficit [Pa]"},
      /* 57 */ {"EVP", "Evaporation [kg/m^2]"},
      /* 58 */ {"CICE", "Cloud Ice [kg/m^2]"},
      /* 59 */ {"PRATE", "Precipitation rate [kg/m^2/s]"},
      /* 60 */ {"TSTM", "Thunderstorm probability [%]"},
      /* 61 */ {"APCP", "Total precipitation [kg/m^2]"},
      /* 62 */ {"NCPCP", "Large scale precipitation [kg/m^2]"},
      /* 63 */ {"ACPCP", "Convective precipitation [kg/m^2]"},
      /* 64 */ {"SRWEQ", "Snowfall rate water equiv. [kg/m^2/s]"},
      /* 65 */ {"WEASD", "Accum. snow [kg/m^2]"},
      /* 66 */ {"SNOD", "Snow depth [m]"},
      /* 67 */ {"MIXHT", "Mixed layer depth [m]"},
      /* 68 */ {"TTHDP", "Transient thermocline depth [m]"},
      /* 69 */ {"MTHD", "Main thermocline depth [m]"},
      /* 70 */ {"MTHA", "Main thermocline anomaly [m]"},
      /* 71 */ {"TCDC", "Total cloud cover [%]"},
      /* 72 */ {"CDCON", "Convective cloud cover [%]"},
      /* 73 */ {"LCDC", "Low level cloud cover [%]"},
      /* 74 */ {"MCDC", "Mid level cloud cover [%]"},
      /* 75 */ {"HCDC", "High level cloud cover [%]"},
      /* 76 */ {"CWAT", "Cloud water [kg/m^2]"},
      /* 77 */ {"BLI", "Best lifted index (to 500 hPa) [K]"},
      /* 78 */ {"SNOC", "Convective snow [kg/m^2]"},
      /* 79 */ {"SNOL", "Large scale snow [kg/m^2]"},
      /* 80 */ {"WTMP", "Water temp. [K]"},
      /* 81 */ {"LAND", "Land cover (land=1;sea=0) [fraction]"},
      /* 82 */ {"DSLM", "Deviation of sea level from mean [m]"},
      /* 83 */ {"SFCR", "Surface roughness [m]"},
      /* 84 */ {"ALBDO", "Albedo [%]"},
      /* 85 */ {"TSOIL", "Soil temp. [K]"},
      /* 86 */ {"SOILM", "Soil moisture content [kg/m^2]"},
      /* 87 */ {"VEG", "Vegetation [%]"},
      /* 88 */ {"SALTY", "Salinity [kg/kg]"},
      /* 89 */ {"DEN", "Density [kg/m^3]"},
      /* 90 */ {"WATR", "Water runoff [kg/m^2]"},
      /* 91 */ {"ICEC", "Ice concentration (ice=1;no ice=0) [fraction]"},
      /* 92 */ {"ICETK", "Ice thickness [m]"},
      /* 93 */ {"DICED", "Direction of ice drift [deg]"},
      /* 94 */ {"SICED", "Speed of ice drift [m/s]"},
      /* 95 */ {"UICE", "u of ice drift [m/s]"},
      /* 96 */ {"VICE", "v of ice drift [m/s]"},
      /* 97 */ {"ICEG", "Ice growth rate [m/s]"},
      /* 98 */ {"ICED", "Ice divergence [/s]"},
      /* 99 */ {"SNOM", "Snow melt [kg/m^2]"},
      /* 100 */ {"HTSGW", "Sig height of wind waves and swell [m]"},
      /* 101 */ {"WVDIR", "Direction of wind waves [deg]"},
      /* 102 */ {"WVHGT", "Sig height of wind waves [m]"},
      /* 103 */ {"WVPER", "Mean period of wind waves [s]"},
      /* 104 */ {"SWDIR", "Direction of swell waves [deg]"},
      /* 105 */ {"SWELL", "Sig height of swell waves [m]"},
      /* 106 */ {"SWPER", "Mean period of swell waves [s]"},
      /* 107 */ {"DIRPW", "Primary wave direction [deg]"},
      /* 108 */ {"PERPW", "Primary wave mean period [s]"},
      /* 109 */ {"DIRSW", "Secondary wave direction [deg]"},
      /* 110 */ {"PERSW", "Secondary wave mean period [s]"},
      /* 111 */ {"NSWRS", "Net short wave (surface) [W/m^2]"},
      /* 112 */ {"NLWRS", "Net long wave (surface) [W/m^2]"},
      /* 113 */ {"NSWRT", "Net short wave (top) [W/m^2]"},
      /* 114 */ {"NLWRT", "Net long wave (top) [W/m^2]"},
      /* 115 */ {"LWAVR", "Long wave [W/m^2]"},
      /* 116 */ {"SWAVR", "Short wave [W/m^2]"},
      /* 117 */ {"GRAD", "Global radiation [W/m^2]"},
      /* 118 */ {"BRTMP", "Brightness temperature [K]"},
      /* 119 */ {"LWRAD", "Radiance with respect to wave no. [W/m/sr]"},
      /* 120 */ {"SWRAD", "Radiance with respect ot wave len. [W/m^3/sr]"},
      /* 121 */ {"LHTFL", "Latent heat flux [W/m^2]"},
      /* 122 */ {"SHTFL", "Sensible heat flux [W/m^2]"},
      /* 123 */ {"BLYDP", "Boundary layer dissipation [W/m^2]"},
      /* 124 */ {"UFLX", "Zonal momentum flux [N/m^2]"},
      /* 125 */ {"VFLX", "Meridional momentum flux [N/m^2]"},
      /* 126 */ {"WMIXE", "Wind mixing energy [J]"},
      /* 127 */ {"IMGD", "Image data []"},
      /* 128 */ {"TMPF", "TEMPERATURE (Fahrenheit) [F]"},
      /* 129 */ {"MAXK", "DAYTIME MAX TEMP (MAX) (Kelvin) [K]"},
      /* 130 */ {"MAXF", "DAYTIME MAX TEMP (MAX) (deg F) [F]"},
      /* 131 */ {"NMAXK", "NORMAL MAX TEMPERATURE (Kelvin) [K]"},
      /* 132 */ {"NMAXF", "NORMAL MAX TEMPERATURE (deg F) [F]"},
      /* 133 */ {"DMAXK", "DEPARTURE FROM NORMAL MAX (K) [K]"},
      /* 134 */ {"DMAXF", "DEPARTURE FROM NORMAL MAX (deg F) [F]"},
      /* 135 */ {"MINK", "NIGHTTIME MIN TEMP (MIN) (Kelvin) [K]"},
      /* 136 */ {"MINF", "NIGHTTIME MIN TEMP (MIN) (deg F) [F]"},
      /* 137 */ {"NMINK", "NORMAL MIN TEMPERATURE (Kelvin) [K]"},
      /* 138 */ {"NMINF", "NORMAL NIGHTTIME MIN TEMP (deg F) [F]"},
      /* 139 */ {"DMINK", "DEPARTURE FROM NORMAL MIN (K) [K]"},
      /* 140 */ {"DMINF", "DEPARTURE FROM NORMAL MIN (deg F) [F]"},
      /* 141 */ {"DWPF", "DEW POINT TEMPERATURE (deg F) [F]"},
      /* 142 */ {"DPDF", "DEW POINT DEPRESSION (deg F) [F]"},
      /* 143 */ {"HTINF", "HEAT INDEX (deg F) [F]"},
      /* 144 */ {"WNCHF", "WIND CHILL (deg F) [F]"},
      /* 145 */ {"var145", "undefined"},
      /* 146 */ {"POP", "PROB OF 0.01 IN. OF PRECIP (PoP) [%]"},
      /* 147 */ {"PQPF2", "PROB OF QPF >= 0.10 INCHES [%]"},
      /* 148 */ {"PQPF3", "PROB OF QPF >= 0.25 INCHES [%]"},
      /* 149 */ {"PQPF4", "PROB OF QPF >= 0.50 INCHES [%]"},
      /* 150 */ {"PQPF5", "PROB OF QPF >= 1.00 INCHES [%]"},
      /* 151 */ {"PQPF6", "PROB OF QPF >= 2.00 INCHES [%]"},
      /* 152 */ {"PQPF7", "PROB OF QPF >= 3.00 INCHES FUTURE [%]"},
      /* 153 */ {"BQPF", "BEST CATEGORY OF QPF [num]"},
      /* 154 */ {"NPOP", "NML REL. FREQ. OF 0.01 IN OF PCP [%]"},
      /* 155 */ {"DPOP", "DEPARTURE FROM NML OF 0.01 POP [%]"},
      /* 156 */ {"PCPM", "EXPECTED VALUE OF PRECIPITATION [mm]"},
      /* 157 */ {"PCPI", "EXPECTED VALUE OF PRECIPITATION [in]"},
      /* 158 */ {"CPCPM", "CONDITIONAL EXPECTED PRECIP AMT [mm]"},
      /* 159 */ {"CPCPI", "CONDITIONAL EXPECTED PRECIP AMT [in]"},
      /* 160 */ {"PSNA1", "PROB OF SNOW AMOUNT >= 0.10 [%]"},
      /* 161 */ {"PSNA2", "PROB OF SNOW AMOUNT >= 2 INCHES [%]"},
      /* 162 */ {"PSNA3", "PROB OF SNOW AMOUNT >= 4 INCHES [%]"},
      /* 163 */ {"PSNA4", "PROB OF SNOW AMOUNT >= 6 INCHES [%]"},
      /* 164 */ {"PSNA5", "PROB OF SNOW AMOUNT >= 8 INCHES [%]"},
      /* 165 */ {"BSNA", "BEST CATEGORY FOR SNOW AMOUNT [num]"},
      /* 166 */ {"SNWM", "EXPECTED VALUE OF SNOW AMOUNT [mm]"},
      /* 167 */ {"SNWI", "EXPECTED VALUE OF SNOW AMOUNT [in]"},
      /* 168 */ {"MWSPK", "INFLATED MAX WIND SPEED (knots) [kts]"},
      /* 169 */ {"IWSPM", "INFLATED WIND SPEED (meter/sec) [m/s]"},
      /* 170 */ {"SKNT", "INFLATED WIND SPEED (knots) [kts]"},
      /* 171 */ {"PWSP1", "PROB OF MAX WIND SPEED 0-12 kts [%]"},
      /* 172 */ {"PWSP2", "PROB OF MAX WIND SPEED 13-21 kts [%]"},
      /* 173 */ {"PWSP3", "PROB OF MAX WIND SPEED 22-31 kts [%]"},
      /* 174 */ {"PWSP4", "PROB OF MAX WIND SPEED >=32 kts [%]"},
      /* 175 */ {"WSPDC", "CATEGORICAL MAX WIND SPEED [num]"},
      /* 176 */ {"XSPDM", "EXPECTED VALUE OF MAX WIND SPEED [m/s]"},
      /* 177 */ {"XSPDK", "EXPECTED VALUE OF MAX WIND SPEED [kts]"},
      /* 178 */ {"PWDRN", "PROB OF WIND DIRECTION NORTH [%]"},
      /* 179 */ {"PWDRNE", "PROB OF WIND DIRECTION NORTHEAST [%]"},
      /* 180 */ {"PWDRE", "PROB OF WIND DIRECTION EAST [%]"},
      /* 181 */ {"PWDRSE", "PROB OF WIND DIRECTION SOUTHEAST [%]"},
      /* 182 */ {"PWDRS", "PROB OF WIND DIRECTION SOUTH [%]"},
      /* 183 */ {"PWDRSW", "PROB OF WIND DIRECTION SOUTHWEST [%]"},
      /* 184 */ {"PWDRW", "PROB OF WIND DIRECTION WEST [%]"},
      /* 185 */ {"PWDRNW", "PROB OF WIND DIRECTION NORTHWEST [%]"},
      /* 186 */ {"WDIRC", "CATEGORICAL WIND DIRECTION [num]"},
      /* 187 */ {"var187", "undefined"},
      /* 188 */ {"PSKCL", "PROB OF TOTAL SKY"},
      /* 189 */ {"PSKFW", "PROB OF TOTAL SKY"},
      /* 190 */ {"PSKSC", "PROB OF TOTAL SKY"},
      /* 191 */ {"PSKBK", "PROB OF TOTAL SKY"},
      /* 192 */ {"PSKOV", "PROB OF TOTAL SKY"},
      /* 193 */ {"SKYC", "CATEGORICAL TOTAL SKY COVER [num]"},
      /* 194 */ {"MSKCL", "PROB MEAN SKY CVR"},
      /* 195 */ {"MSKOV", "PROB MEAN SKY CVR"},
      /* 196 */ {"MSKMC", "PROB MEAN SKY CVR"},
      /* 197 */ {"MSKPC", "PROB MEAN SKY CVR"},
      /* 198 */ {"MSKMO", "PROB MEAN SKY CVR"},
      /* 199 */ {"MSKYC", "CATEGORICAL MEAN SKY COVER [num]"},
      /* 200 */ {"PCIG1", "PROB OF CIG HGT < 200 FT [%]"},
      /* 201 */ {"PCIG2", "PROB OF CIG HGT 200-400 FT [%]"},
      /* 202 */ {"PCIG3", "PROB OF CIG HGT 500-900 FT [%]"},
      /* 203 */ {"PCIG4", "PROB OF CIG HGT 1000-3000 FT [%]"},
      /* 204 */ {"PCIG5", "PROB OF CIG HGT 3100-6500 FT [%]"},
      /* 205 */ {"PCIG6", "PROB OF CIG HGT 6600-12000 FT [%]"},
      /* 206 */ {"PCIG7", "PROB OF CIG HGT > 12000 FT [%]"},
      /* 207 */ {"BCIG", "BEST CATEGORY OF CEILING HEIGHT [num]"},
      /* 208 */ {"PVIS1", "PROB OF VIS <=1/4 MILE [%]"},
      /* 209 */ {"PVIS2", "PROB OF VIS <=1/2 MILE [%]"},
      /* 210 */ {"PVIS3", "PROB OF VIS <=7/8 MILE [%]"},
      /* 211 */ {"PVIS4", "PROB OF VIS <=2 3/4 MILES [%]"},
      /* 212 */ {"PVIS5", "PROB OF VIS <=5 MILES [%]"},
      /* 213 */ {"PVIS6", "PROB OF VIS <=6 MILES [%]"},
      /* 214 */ {"VISC", "CATEGORICAL VISIBILITY [num]"},
      /* 215 */ {"POBVN", "PROB OF OBSTRUCTION TO VIS"},
      /* 216 */ {"POBVH", "PROB OF OBSTRUCTION TO VIS"},
      /* 217 */ {"POBVM", "PROB OF OBSTRUCTION TO VIS"},
      /* 218 */ {"POBVF", "PROB OF OBSTRUCTION TO VIS"},
      /* 219 */ {"POVBL", "PROB OF BLOWING OBVIS [%]"},
      /* 220 */ {"OBVC", "BEST CATEGORY OF OBVIS [num]"},
      /* 221 */ {"var221", "undefined"},
      /* 222 */ {"NTSM", "NORMAL PROB OF THUNDERSTORMS [%]"},
      /* 223 */ {"CSVR", "COND PROB OF SEVERE WEATHER [%]"},
      /* 224 */ {"USVR", "UNCOND PROB OF SEVERE WX [%]"},
      /* 225 */ {"NSVR", "NORMAL PROB OF SEVERE WX [%]"},
      /* 226 */ {"UHAI", "UNCONDITIONAL PROB OF HAIL [%]"},
      /* 227 */ {"UTOR", "UNCONDITIONAL PROB OF TORNADO [%]"},
      /* 228 */ {"UTSW", "UNCOND PROB OF DAMAGING WIND [%]"},
      /* 229 */ {"CFZI", "COND PROB FRZING PRECIP (INSTANT) [%]"},
      /* 230 */ {"UFZI", "UNCND PROB FRZING PRECIP (INSTNT) [%]"},
      /* 231 */ {"CZNI", "COND PROB FROZEN PRECIP (INSTANT) [%]"},
      /* 232 */ {"UZNI", "UNCND PROB FROZEN PRECIP (INSTNT) [%]"},
      /* 233 */ {"CLQI", "COND PROB LIQUID PRECIP (INSTANT) [%]"},
      /* 234 */ {"ULQI", "UNCND PROB LIQUID PRECIP (INSTNT) [%]"},
      /* 235 */ {"PTYPI", "CATEGORICAL PRECIP TYPE (INSTANT) [num]"},
      /* 236 */ {"CPOZP", "COND PROB OF FRZING PRECIP [%]"},
      /* 237 */ {"UPOZP", "UNCOND PROB OF FRZING PRECIP [%]"},
      /* 238 */ {"CPOS", "COND PROB OF SNOW (CPoS) [%]"},
      /* 239 */ {"UPOS", "UNCOND PROB OF SNOW (CPoS) [%]"},
      /* 240 */ {"CPORS", "COND PROB OF RAIN/SNOW MIXED [%]"},
      /* 241 */ {"UPORS", "UNCOND PROB OF RAIN/SNOW MIXED [%]"},
      /* 242 */ {"CPORA", "COND PROB OF RAIN [%]"},
      /* 243 */ {"var243", "undefined"},
      /* 244 */ {"BPCPT", "BEST CATEGORY OF PRECIP TYPE [num]"},
      /* 245 */ {"POPOH", "POPO PRECIP OCCURRING AT AN HOUR [%]"},
      /* 246 */ {"POPOP", "POPO PRECIP DURING A PERIOD [%]"},
      /* 247 */ {"CPDRZ", "COND PROB OF DRIZZLE [%]"},
      /* 248 */ {"CPSTY", "COND PROB OF CONT (STEADY) PRECIP [%]"},
      /* 249 */ {"CPSHW", "COND PROB OF SHOWERS [%]"},
      /* 250 */ {"BPCHR", "BEST CAT PRECIP CHARACTERISTIC [num]"},
      /* 251 */ {"SUNSH", "PERCENT OF POSSIBLE SUNSHINE [%]"},
      /* 252 */ {"HRSUN", "HOURS OF SUNSHINE [hrs]"},
      /* 253 */ {"SCQP", "SCAN 0-3H CATEGORICAL QPF [num]"},
      /* 254 */ {"SCTS", "SCAN 0-3H C-G LIGHTNING PROB [%]"},
      /* 255 */ {"var255", "undefined"},
};


/*
 * EC_ext	v1.0 wesley ebisuzaki
 *
 * prints something readable from the EC stream parameter
 *
 * prefix and suffix are only printed if EC_ext has text
 */

void EC_ext(unsigned char *pds, char *prefix, char *suffix, int verbose) {

    int local_id, ec_type, ec_class, ec_stream;
    char string[200];

    if (PDS_Center(pds) != ECMWF) return;

    local_id = PDS_EcLocalId(pds);
    if (local_id  == 0) return;
    ec_class = PDS_EcClass(pds);
    ec_type = PDS_EcType(pds);
    ec_stream = PDS_EcStream(pds);

    if (verbose == 2) printf("%sECext=%d%s", prefix, local_id, suffix);

    if (verbose == 2) {
	switch(ec_class) {
	    case 1: strcpy(string, "operations"); break;
	    case 2: strcpy(string, "research"); break;
	    case 3: strcpy(string, "ERA-15"); break;
	    case 4: strcpy(string, "Euro clim support network"); break;
	    case 5: strcpy(string, "ERA-40"); break;
	    case 6: strcpy(string, "DEMETER"); break;
	    case 7: strcpy(string, "PROVOST"); break;
	    case 8: strcpy(string, "ELDAS"); break;
	     default: sprintf(string, "%d", ec_class); break;
	}
        printf("%sclass=%s%s",prefix,string,suffix);
    }
    /*
     10/03/2000: R.Rudsar : subroutine changed.
                 Tests for EcType and extra test for EcStream 1035
    */


/*    if (verbose == 2) { */
        switch(ec_type) {
            case 1: strcpy(string, "first guess"); break;
            case 2: strcpy(string, "analysis"); break;
            case 3: strcpy(string, "init analysis"); break;
            case 4: strcpy(string, "OI analysis"); break;
            /* case 10: strcpy(string, "Control forecast"); break; */
            case 10: sprintf(string, "Control forecast %d",PDS_EcFcstNo(pds)); 
		break;
            case 11: 
		if (ec_stream == 1035) 
              	   sprintf(string, "Perturbed forecast %d",
                   PDS_EcFcstNo(pds)); 
		else
		    strcpy(string, "Perturbed forecasts"); break;
		break;
            case 14: strcpy(string, "Cluster means"); break;
            case 15: strcpy(string, "Cluster std. dev."); break;
            case 16: strcpy(string, "Forecast probability"); break;
            case 17: strcpy(string, "Ensemble means"); break;
            case 18: strcpy(string, "Ensemble std. dev."); break;
    	    case 20: strcpy(string, "Climatology"); break;
            case 21: strcpy(string, "Climatology simulation"); break;
            case 80: strcpy(string, "Fcst seasonal mean"); break;
            default: sprintf(string, "%d", ec_type); break;
        }
        printf("%stype=%s%s",prefix,string,suffix);
/*    }  */
    if (verbose == 2) {
        switch(ec_stream) {
	    case 1035: strcpy(string, "ensemble forecasts"); break;
	    case 1043: strcpy(string, "mon mean"); break;
	    case 1070: strcpy(string, "mon (co)var"); break;
	    case 1071: strcpy(string, "mon mean from daily"); break;
	    case 1090: strcpy(string, "EC ensemble fcsts"); break;
	    case 1091: strcpy(string, "EC seasonal fcst mon means"); break;
	    default:   sprintf(string, "%d", ec_stream); break;
        }
        printf("%sstream=%s%s",prefix,string,suffix);
    }
    if (verbose == 2) {
        printf("%sVersion=%c%c%c%c%s", prefix, *(PDS_Ec16Version(pds)), *(PDS_Ec16Version(pds)+1),
		*(PDS_Ec16Version(pds)+2), *(PDS_Ec16Version(pds)+3), suffix);
        if (local_id == 16) {
	    printf("%sSysVersion=%d%s", prefix, PDS_Ec16SysNum(pds), suffix);
	    printf("%sAvgPeriod=%d%s", prefix, PDS_Ec16AvePeriod(pds), suffix);
	    printf("%sFcstMon=%d%s", prefix, PDS_Ec16FcstMon(pds), suffix);

        }
    }

        if (local_id == 16) {
	    printf("%sEnsem_mem=%d%s", prefix, PDS_Ec16Number(pds), suffix);
	    printf("%sVerfDate=%d%s", prefix, PDS_Ec16VerfMon(pds), suffix);
        }

}

/*
 * get grid size from GDS
 *
 * added calculation of nxny of spectral data and clean up of triangular
 * grid nnxny calculation     l. kornblueh 
 * 7/25/03 wind fix Dusan Jovic
 * 9/17/03 fix scan mode
 */
extern int ec_large_grib, len_ec_bds;

int GDS_grid(unsigned char *gds, unsigned char *bds, int *nx, int *ny, 
             long int *nxny) {

    int i, d, ix, iy, pl;
    long int isum;

    *nx = ix = GDS_LatLon_nx(gds);
    *ny = iy = GDS_LatLon_ny(gds);
    *nxny = ix * iy;

    /* thin grid */

    if (GDS_Gaussian(gds) || GDS_LatLon(gds)) {
	if (ix == 65535) {
	    *nx = -1;
	    /* reduced grid */
	    isum = 0;
	    pl = GDS_PL(gds);
	    for (i = 0; i < iy; i++) {
		isum += gds[pl+i*2]*256 + gds[pl+i*2+1];
	    }
	    *nxny = isum;
	}
	return 0;
    }
    if (GDS_Triangular(gds)) {
        i = GDS_Triangular_ni(gds);
        d = GDS_Triangular_nd(gds);
	*nx = *nxny = d * (i + 1) * (i + 1);
        *ny = 1;
	return 0;
    }
    if (GDS_Harmonic(gds)) {
	if (BDS_ComplexPacking(bds)) {
	    *nx = BDS_NValues(bds);
	    *ny = -1;
	}
	else {
        /* this code assumes j, k, m are consistent with bds */
            *nx = *nxny = (8*(BDS_LEN(bds)-15)-BDS_UnusedBits(bds))/
		BDS_NumBits(bds)+1;
            if ((8*(BDS_LEN(bds)-15)-BDS_UnusedBits(bds)) % BDS_NumBits(bds)) {
	       fprintf(stderr,"inconsistent harmonic BDS\n");
            }
            *ny = 1;
	}
    }
    return 0;
}

#define NCOL 15
void GDS_prt_thin_lon(unsigned char *gds) {
    int iy, i, col, pl;

    iy = GDS_LatLon_ny(gds);
    iy = (iy + 1) / 2;
    iy = GDS_LatLon_ny(gds);

    if ((pl = GDS_PL(gds)) == -1) {
	fprintf(stderr,"\nprogram error: GDS_prt_thin\n");
	return;
    }
    for (col = i = 0; i < iy; i++) {
	if (col == 0) printf("   ");
	printf("%5d", (gds[pl+i*2] << 8) + gds[pl+i*2+1]);
	col++;
	if (col == NCOL) {
	    col = 0;
	    printf("\n");
	}
    }
    if (col != 0) printf("\n");
}

/*
 * prints out wind rel to grid or earth
 */

static char *scan_mode[8] = {
	"WE:NS",
	"NS:WE",

	"WE:SN",
	"SN:WE",

        "EW:NS",
	"NS:EW",

	"EW:SN",
	"SN:EW" };


void GDS_winds(unsigned char *gds, int verbose) {
    int scan = -1, mode = -1;

    if (gds != NULL) {
        if (GDS_LatLon(gds)) {
	    scan = GDS_LatLon_scan(gds);
	    mode = GDS_LatLon_mode(gds);
	}
	else if (GDS_Mercator(gds)) {
	    scan =GDS_Merc_scan(gds);
	    mode =GDS_Merc_mode(gds);
	}
	/* else if (GDS_Gnomonic(gds)) { */
	else if (GDS_Lambert(gds)) {
	    scan = GDS_Lambert_scan(gds);
	    mode = GDS_Lambert_mode(gds);
	}
	else if (GDS_Gaussian(gds)) {
	    scan = GDS_LatLon_scan(gds);
	    mode = GDS_LatLon_mode(gds);
	}
	else if (GDS_Polar(gds)) {
	    scan = GDS_Polar_scan(gds);
	    mode = GDS_Polar_mode(gds);
	}
	else if (GDS_RotLL(gds)) {
	    scan = GDS_RotLL_scan(gds);
	    mode = GDS_RotLL_mode(gds);
	}
	/* else if (GDS_Triangular(gds)) { */
	else if (GDS_ssEgrid(gds)) {
	    scan = GDS_ssEgrid_scan(gds);
	    mode = GDS_ssEgrid_mode(gds);
	}
	else if (GDS_fEgrid(gds)) {
	    scan = GDS_fEgrid_scan(gds);
	    mode = GDS_fEgrid_mode(gds);
	}
	else if (GDS_ss2dEgrid(gds)) {
	    scan = GDS_ss2dEgrid_scan(gds);
	    mode = GDS_ss2dEgrid_mode(gds);
	}
        else if (GDS_ss2dBgrid(gds)) {
           scan = GDS_ss2dBgrid_scan(gds);
           mode = GDS_ss2dBgrid_mode(gds); 
	}
    }
    if (verbose == 1) {
	if (mode != -1) {
	    if (mode & 8) printf("winds in grid direction:");
	    else printf("winds are N/S:"); 
	}
    }
    else if (verbose == 2) {
	if (scan != -1) {
	    printf(" scan: %s", scan_mode[(scan >> 5) & 7]);
        }
	if (mode != -1) {
	    if (mode & 8) printf(" winds(grid) ");
	    else printf(" winds(N/S) "); 
	}
    }
}



#define START -1

static int user_center = 0, user_subcenter = 0, user_ptable = 0;
static enum {filled, not_found, not_checked, no_file, init} status = init;

struct ParmTable parm_table_user[256];

/*
 * sets up user parameter table
 * v1.1 12/2005 w. ebisuzaki
 * v1.2  3/2007 w. ebisuzaki add FAST_GRIBTAB option
 */

int setup_user_table(int center, int subcenter, int ptable) {

    int i, j, c0, c1, c2;
    static FILE *input;
    static int file_open = 0;
    char *filename, line[300];

    if (status == init) {
	for (i = 0; i < 256; i++) {
	    parm_table_user[i].name = parm_table_user[i].comment = NULL;
	}
	status = not_checked;
    }

    if (status == no_file) return 0;

    if ((user_center == -1 || center == user_center) &&
	    (user_subcenter == -1 || subcenter == user_subcenter) &&
	    (user_ptable == -1 || ptable == user_ptable)) {

	if (status == filled) return 1;
	if (status == not_found) return 0;
    }

    /* open gribtab file if not open */

    if (!file_open) {
#ifdef FAST_GRIBTAB
        filename = getenv("GRIBTAB");
#else
        filename = getenv("GRIBTAB");
        if (filename == NULL) filename = getenv("gribtab");
        if (filename == NULL) filename = "gribtab";
#endif
        if (filename == NULL || (input = fopen(filename,"r")) == NULL) {
            status = no_file;
            return 0;
        }
	file_open = 1;
    }
    else {
	rewind(input);
    }

    user_center = center;
    user_subcenter = subcenter;
    user_ptable = ptable;

    /* scan for center & subcenter and ptable */
    for (;;) {
        if (fgets(line, 299, input) == NULL) {
	    status = not_found;
            return 0;
        }
	if (atoi(line) != START) continue;
	i = sscanf(line,"%d:%d:%d:%d", &j, ¢er, &subcenter, &ptable);
        if (i != 4) {
	    fprintf(stderr,"illegal gribtab center/subcenter/ptable line: %s\n", line);
            continue;
        }
	if ((center == -1 || center == user_center) &&
	    (subcenter == -1 || subcenter == user_subcenter) &&
	    (ptable == -1 || ptable == user_ptable)) break;
    }

    user_center = center;
    user_subcenter = subcenter;
    user_ptable = ptable;

    /* free any used memory */
    for (i = 0; i < 256; i++) {
        if (parm_table_user[i].name != NULL) free(parm_table_user[i].name);
        if (parm_table_user[i].comment != NULL) free(parm_table_user[i].comment);
	parm_table_user[i].name = parm_table_user[i].comment = NULL;
    }

    /* read definitions */

    for (;;) {
        if (fgets(line, 299, input) == NULL) break;
	if ((i = atoi(line)) == START) break;
	line[299] = 0;

	/* find the colons and end-of-line */
	for (c0 = 0; line[c0] != ':' && line[c0] != 0; c0++) ;
        /* skip blank lines */
        if (line[c0] == 0) continue;

	for (c1 = c0 + 1; line[c1] != ':' && line[c1] != 0; c1++) ;
	c2 = strlen(line);
        if (line[c2-1] == '\n') line[--c2] = '\0';
        if (c2 <= c1) {
	    fprintf(stderr,"illegal gribtab line:%s\n", line);
	    continue;
	}
	line[c0] = 0;
	line[c1] = 0;

	parm_table_user[i].name = (char *) malloc(c1 - c0);
	parm_table_user[i].comment = (char *) malloc(c2 - c1);
	strcpy(parm_table_user[i].name, line+c0+1);
	strcpy(parm_table_user[i].comment, line+c1+1);
    }

    /* now to fill in undefined blanks */
    for (i = 0; i < 255; i++) {
	if (parm_table_user[i].name == NULL) {
	    parm_table_user[i].name = (char *) malloc(7);
	    sprintf(parm_table_user[i].name, "var%d", i);
	    parm_table_user[i].comment = (char *) malloc(strlen("undefined")+1);
	    strcpy(parm_table_user[i].comment, "undefined");
        }
    }
    status = filled;
    return 1;
}

/*
 * PDS_date.c  v1.2 wesley ebisuzaki
 *
 * prints a string with a date code
 *
 * PDS_date(pds,option, v_time)
 *   options=0  .. 2 digit year
 *   options=1  .. 4 digit year
 *
 *   v_time=0   .. initial time
 *   v_time=1   .. verification time
 *
 * assumption: P1 and P2 are unsigned integers (not clear from doc)
 *
 * v1.2 years that are multiple of 400 are leap years, not 500
 * v1.2.1  make the change to the source code for v1.2
 * v1.2.2  add 3/6/12 hour forecast time units
 * v1.2.3  Jan 31 + 1 month => Feb 31 .. change to Feb 28/29
 */

static int msg_count = 0;
extern int minute;

int PDS_date(unsigned char *pds, int option, int v_time) {

    int year, month, day, hour, min;

    if (v_time == 0) {
        year = PDS_Year4(pds);
        month = PDS_Month(pds);
        day  = PDS_Day(pds);
        hour = PDS_Hour(pds);
    }
    else {
        if (verf_time(pds, &year, &month, &day, &hour) != 0) {
	    if (msg_count++ < 5) fprintf(stderr, "PDS_date: problem\n");
	}
    }
    min =  PDS_Minute(pds);

    switch(option) {
	case 0:
	    printf("%2.2d%2.2d%2.2d%2.2d", year % 100, month, day, hour);
	    if (minute) printf("-%2.2d", min);
	    break;
	case 1:
	    printf("%4.4d%2.2d%2.2d%2.2d", year, month, day, hour);
	    if (minute) printf("-%2.2d", min);
	    break;
	default:
	    fprintf(stderr,"missing code\n");
	    exit(8);
    }
    return 0;
}

#define  FEB29   (31+29)
static int monthjday[13] = {
        0,31,59,90,120,151,181,212,243,273,304,334,365};

static int leap(int year) {
	if (year % 4 != 0) return 0;
	if (year % 100 != 0) return 1;
	return (year % 400 == 0);
}


int add_time(int *year, int *month, int *day, int *hour, int dtime, int unit) {
    int y, m, d, h, jday, i, days_in_month;

    y = *year;
    m = *month;
    d = *day;
    h = *hour;

    if (unit == YEAR) {
	*year = y + dtime;
	return 0;
    }
    if (unit == DECADE) {
	*year =  y + (10 * dtime);
	return 0;
    }
    if (unit == CENTURY) {
	*year = y + (100 * dtime);
	return 0;
    }
    if (unit == NORMAL) {
	*year = y + (30 * dtime);
	return 0;
    }
    if (unit == MONTH) {
        if (dtime < 0) {
           i = (-dtime) / 12 + 1;
           y -= i;
           dtime += (i * 12);
        }
	dtime += (m - 1);
	*year =  y = y + (dtime / 12);
	*month = m = 1 + (dtime % 12);

        /* check if date code if valid */
	days_in_month = monthjday[m] - monthjday[m-1];
	if (m == 2 && leap(y)) {
	    days_in_month++;
	}
	if (days_in_month < d) *day = days_in_month;

	return 0;
    }

    if (unit == SECOND) {
	dtime /= 60;
	unit = MINUTE;
    }
    if (unit == MINUTE) {
	dtime /= 60;
	unit = HOUR;
    }

    if (unit == HOURS3) {
        dtime *= 3;
        unit = HOUR;
    }
    else if (unit == HOURS6) {
        dtime *= 6;
        unit = HOUR;
    }
    else if (unit == HOURS12) {
        dtime *= 12;
        unit = HOUR;
    }

    if (unit == HOUR) {
	dtime += h;

        *hour = dtime % 24;
        dtime = dtime / 24;
        if (*hour < 0) {
            *hour += 24;
            dtime--;
        }
        unit = DAY;
    }

    /* this is the hard part */

    if (unit == DAY) {
	/* set m and day to Jan 0, and readjust dtime */
	jday = d + monthjday[m-1];
	if (leap(y) && m > 2) jday++;
        dtime += jday;

        while (dtime < 1) {
            y--;
	    dtime += 365 + leap(y);
        }

	/* one year chunks */
	while (dtime > 365 + leap(y)) {
	    dtime -= (365 + leap(y));
	    y++;
	}

	/* calculate the month and day */

	if (leap(y) && dtime == FEB29) {
	    m = 2;
	    d = 29;
	}
	else {
	    if (leap(y) && dtime > FEB29) dtime--;
	    for (i = 11; monthjday[i] >= dtime; --i);
	    m = i + 1;
	    d = dtime - monthjday[i];
	}
	*year = y;
	*month = m;
	*day = d;
	return 0;
   }
   fprintf(stderr,"add_time: undefined time unit %d\n", unit);
   return 1;
}


/*
 * verf_time:
 *
 * this routine returns the "verification" time
 * should have behavior similar to gribmap
 *
 */

int verf_time(unsigned char *pds, int *year, int *month, int *day, int *hour) {
    int tr, dtime, unit;

    *year = PDS_Year4(pds);
    *month = PDS_Month(pds);
    *day  = PDS_Day(pds);
    *hour = PDS_Hour(pds);

    /* find time increment */

    dtime = PDS_P1(pds);
    tr = PDS_TimeRange(pds);
    unit = PDS_ForecastTimeUnit(pds);

    if (tr == 10) dtime = PDS_P1(pds) * 256 + PDS_P2(pds);
    if (tr > 1 && tr < 6 ) dtime = PDS_P2(pds);
    if (tr == 6 || tr == 7) dtime = - PDS_P1(pds);

    if (dtime == 0) return 0;

    return add_time(year, month, day, hour, dtime, unit);
}


/*
 * ensemble.c   v0.1 wesley ebisuzaki
 *
 * prints ensemble meta-data
 *
 * only for NCEP and ECMWF
 *
 * output format:
 *
 *       ECMWF
 *  ens=n/N:       n:  0=ctl, +/-ve
 *                 N:  total number of members
 *
 *       NCEP
 *  ens=n/type:    n:  0=ctl, +/-ve, CLUST, PROD/
 *                 type: Mn, WtdMn, SDev, NSDev
 *
 * updated 8/06 w. ebisuzaki
 */

extern int ncep_ens;

void ensemble(unsigned char *pds, int mode) {

    int pdslen;
    unsigned char ctmp;
    char char_end;

    pdslen = PDS_LEN(pds);
    char_end = mode == 2 ? ' ' : ':';

    if ((PDS_Center(pds) == NMC || ncep_ens) && pdslen >= 45 && pds[40] == 1) {

	/* control run */

	if (pds[41] == 1) {
	    if (mode != 2) {
		printf("ens%c0:%c", pds[42] == 1 ? '+' : '-', char_end);
	    }
	    else {
		printf("%s-res_ens_control ", pds[42] == 1 ? "hi" : "low");
	    }
	}

	/* perturbation run */

	else if (pds[41] == 2 || pds[41] == 3) {
	    if (mode != 2) {
	        printf("ens%c%d%c", pds[41] == 3 ? '+' : '-', pds[42],char_end);
	    }
	    else {
		printf("ens_perturbation=%c%d ",pds[41] == 3 ? '+' : '-', 
		    pds[42]);
	    }
	}

	/* cluster mean */

	else if (pds[41] == 4) {
	    if (mode != 2) printf("cluster%c", char_end);
	    else printf("cluster(%d members) ",pds[60]);
	}


	/* ensemble mean */

	else if (pds[41] == 5) {
	    if (mode != 2) printf("ensemble%c", char_end);
	    else printf("ensemble(%d members) ",pds[60]);
	}

	/* other case .. debug code */

	else {
		printf("ens %d/%d/%d/%d%c", pds[41],pds[42],pds[43],pds[44],char_end);
	}


	if (pdslen >= 44) {
	    if (pds[43] == 1 && pds[41] >= 4) printf("mean%c", char_end);
	    else if (pds[43] == 2) printf("weighted mean%c",char_end);
	    else if (pds[43] == 3) printf("no bias%c",char_end);
	    else if (pds[43] == 4) printf("weighted mean no bias%c",char_end);
	    else if (pds[43] == 5) printf("weight%c",char_end);
	    else if (pds[43] == 6) printf("climate percentile%c",char_end);
	    else if (pds[43] == 7) printf("daily climate mean%c",char_end);
	    else if (pds[43] == 8) printf("daily climate std dev%c",char_end);
	    else if (pds[43] == 11) printf("std dev%c",char_end);
	    else if (pds[43] == 12) printf("norm std dev%c",char_end);
	    else if (pds[43] == 21) printf("max val%c",char_end);
	    else if (pds[43] == 22) printf("min val%c",char_end);
	}

	/* NCEP probability limits */

	if ((PDS_PARAM(pds) == 191 || PDS_PARAM(pds) == 192) && pdslen >= 47) {
	    ctmp = PDS_PARAM(pds);
	    PDS_PARAM(pds) = pds[45];
	    if (pds[46] == 1 && pdslen >= 51) {
		printf("prob(%s<%f)%c", k5toa(pds), ibm2flt(pds+47),char_end);
	    }
	    else if (pds[46] == 2 && pdslen >= 54) {
		printf("prob(%s>%f)%c", k5toa(pds), ibm2flt(pds+51), char_end);
	    }
	    else if (pds[46] == 3 && pdslen >= 54) {
		printf("prob(%f<%s<%f)%c", ibm2flt(pds+47), k5toa(pds), 
			ibm2flt(pds+51), char_end);
	    }
            PDS_PARAM(pds) = ctmp;
	}
    }
}

/*
 * GRIB table 2 at DWD
 *     Helmut P. Frank, 30.08.2001
 * updated 24.07.2003: PMSL, DD, FF, W, FR_ICE, H_ICE
 * updated 28.11.2005: H_SNOW
 */

const struct ParmTable parm_table_dwd_002[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"PS", "pressure [Pa]"},
    /* 2 */ {"PMSL", "pressure reduced to MSL [Pa]"},
    /* 3 */ {"DPSDT", "pressure tendency [Pa/s]"},
    /* 4 */ {"var4", "undefined"},
    /* 5 */ {"var5", "undefined"},
    /* 6 */ {"FI", "geopotential [(m**2)/(s**2)]"},
    /* 7 */ {"geopot h", "geopotential height [gpm]"},
    /* 8 */ {"HH", "geometrical height [m]"},
    /* 9 */ {"dev of h", "standard deviation of height [m]"},
    /* 10 */ {"TO3", "total ozone [Dobson Units]"},
    /* 11 */ {"T", "temperature [K]"},
    /* 12 */ {"virt.temp.", "virtual temperature [K]"},
    /* 13 */ {"pot. temp.", "potential temperature [K]"},
    /* 14 */ {"pseudo-pot", "pseudo-adiabatic potential temperature [K]"},
    /* 15 */ {"TMAX", "maximum temperature [K]"},
    /* 16 */ {"TMIN", "minimum temperature [K]"},
    /* 17 */ {"TD", "dew-point temperature [K]"},
    /* 18 */ {"dew-pnt de", "dew-point depression (or deficit) [K]"},
    /* 19 */ {"lapse rate", "laps rate [K/m]"},
    /* 20 */ {"visibility", "visibility [m]"},
    /* 21 */ {"radar sp 1", "radar spectra (1) [non-dim]"},
    /* 22 */ {"radar sp 2", "radar spectra (2) [non-dim]"},
    /* 23 */ {"radar sp 3", "radar spectra (3) [non-dim]"},
    /* 24 */ {"pli to 500", "parcel lifted index (to 500 hPa) [K]"},
    /* 25 */ {"temp anom", "temperature anomaly [K]"},
    /* 26 */ {"pres anom", "pressure anomaly [Pa]"},
    /* 27 */ {"geop anom", "geopotential height anomaly [gpm]"},
    /* 28 */ {"wave sp 1", "wave spaectra(1) [non-dim]"},
    /* 29 */ {"wave sp 2", "wave spaectra(2) [non-dim]"},
    /* 30 */ {"wave sp 3", "wave spaectra(3) [non-dim]"},
    /* 31 */ {"DD", "wind direction [degree true]"},
    /* 32 */ {"FF", "wind speed [m/s]"},
    /* 33 */ {"U", "u-component (zonal) of wind [m/s]"},
    /* 34 */ {"V", "v-component (merdional) of wind [m/s]"},
    /* 35 */ {"stream fun", "stream function [(m**2)/s]"},
    /* 36 */ {"vel potent", "velocity potential [(m**2)/s]"},
    /* 37 */ {"M.stream f", "Montgomery stream function [(m**2)/(s**2)]"},
    /* 38 */ {"sigma vert", "sigma co-ordinate vertical velocity [1/s]"},
    /* 39 */ {"OMEGA", "vertical velocity [Pa/s]"},
    /* 40 */ {"W", "vertical velocity [m/s]"},
    /* 41 */ {"abs vortic", "absolute vorticity [1/s]"},
    /* 42 */ {"abs diverg", "absolute divergence [1/s]"},
    /* 43 */ {"rel vortic", "relative vorticity [1/s]"},
    /* 44 */ {"rel diverg", "relative divergence [1/s]"},
    /* 45 */ {"vert.u-shr", "vertical u-component shear [1/s]"},
    /* 46 */ {"vert.v-shr", "vertical v-component shear [1/s]"},
    /* 47 */ {"dir of cur", "direction of current [degree true]"},
    /* 48 */ {"spd of cur", "speed of current [m/s]"},
    /* 49 */ {"currcomp U", "u-component of current [m/s]"},
    /* 50 */ {"currcomp V", "v-component of current [m/s]"},
    /* 51 */ {"QV", "specific humidity [kg/kg]"},
    /* 52 */ {"RELHUM", "relative humidity [%]"},
    /* 53 */ {"hum mixrat", "humidity mixing ratio [kg/kg]"},
    /* 54 */ {"TQV", "total precipitable water [kg/m**2]"},
    /* 55 */ {"vapor pres", "vapor pressure [Pa]"},
    /* 56 */ {"sat.defic.", "saturation deficit [Pa]"},
    /* 57 */ {"AEVAP_S", "evaporation [kg/(m**2)]"},
    /* 58 */ {"TQI", "total cloud ice content [kg/m**2]"},
    /* 59 */ {"prec. rate", "precipitation rate [kg/((m**2)*s)]"},
    /* 60 */ {"thunderst.", "thunderstorm probability [%]"},
    /* 61 */ {"TOT_PREC", "total precipitation [kg/(m**2)]"},
    /* 62 */ {"PREC_GSP", "large scale precipitation [kg/(m**2)]"},
    /* 63 */ {"PREC_CON", "convective precipitation [kg/(m**2)]"},
    /* 64 */ {"snowf.rate", "snowfall rate water equivalent [kg/((m**2)*s)]"},
    /* 65 */ {"W_SNOW", "water equivalent of accumulated snow depth [kg/(m**2)]"},
    /* 66 */ {"H_SNOW", "snow depth [m]"},
    /* 67 */ {"mix lay de", "mixed layer depth [m]"},
    /* 68 */ {"tr therm d", "transient thermocline depth [m]"},
    /* 69 */ {"ma therm d", "main thermocline depth [m]"},
    /* 70 */ {"m therm da", "main thermocline depth anomaly [m]"},
    /* 71 */ {"CLCT", "total cloud cover [%]"},
    /* 72 */ {"CLC_CON", "convective cloud cover [%]"},
    /* 73 */ {"CLCL", "low cloud cover [%]"},
    /* 74 */ {"CLCM", "medium cloud cover [%]"},
    /* 75 */ {"CLCH", "high cloud cover [%]"},
    /* 76 */ {"TQC", "total cloud water content [kg/m**2]"},
    /* 77 */ {"bli to 500", "best lifted index (to 500 hPa) [K]"},
    /* 78 */ {"SNOW_CON", "convective snow [kg/(m**2)]"},
    /* 79 */ {"SNOW_GSP", "large scale snow [kg/(m**2)]"},
    /* 80 */ {"water temp", "water temperature [K]"},
    /* 81 */ {"FR_LAND", "land cover (1=land, 0=sea) [1]"},
    /* 82 */ {"dev sea-le", "deviation of sea-level from mean [m]"},
    /* 83 */ {"Z0", "surface roughness [m]"},
    /* 84 */ {"ALB_RAD", "albedo [%]"},
    /* 85 */ {"T_soil", "soil temperature [K]"},
    /* 86 */ {"W_soil", "soil moisture content [kg/(m**2)]"},
    /* 87 */ {"PLCOV", "vegetation (plant cover) [%]"},
    /* 88 */ {"salinity", "salinity [kg/kg]"},
    /* 89 */ {"density", "density [kg/(m**3)]"},
    /* 90 */ {"RUNOFF", "water run-off [kg/(m**2)]"},
    /* 91 */ {"FR_ICE", "ice cover (1=ice, 0=no ice) [1]"},
    /* 92 */ {"H_ICE", "ice thickness [m]"},
    /* 93 */ {"dir ice dr", "direction of ice drift [degree true]"},
    /* 94 */ {"sp ice dr", "speed of ice drift [m/s]"},
    /* 95 */ {"ice dr u", "u-component of ice drift [m/s]"},
    /* 96 */ {"ice dr v", "v-component of ice drift [m/s]"},
    /* 97 */ {"ice growth", "ice growth rate [m/s]"},
    /* 98 */ {"ice diverg", "ice divergence [1/s]"},
    /* 99 */ {"snow melt", "snow melt [kg/(m**2)]"},
    /* 100 */ {"winwav/swe", "significant height of comb. wind waves and swell [m]"},
    /* 101 */ {"dir of wav", "direction of wind waves [degree true]"},
    /* 102 */ {"hei of wav", "significant height of wind waves [m]"},
    /* 103 */ {"MP of wiwa", "mean period of wind waves [s]"},
    /* 104 */ {"dir of swe", "direction of swell [degree true]"},
    /* 105 */ {"hei of swe", "significant height of swell [m]"},
    /* 106 */ {"MP of swel", "mean period of swell [s]"},
    /* 107 */ {"pr wave di", "primary wave direction [degree true]"},
    /* 108 */ {"pr wave pe", "primary wave period [s]"},
    /* 109 */ {"se wave di", "secondary wave direction [degree true]"},
    /* 110 */ {"se wave pe", "secondary wave period [s]"},
    /* 111 */ {"ASOB_S", "net short-wave radiation (surface) [W/(m**2)]"},
    /* 112 */ {"ATHB_S", "net long-wave radiation (surface) [W/(m**2)]"},
    /* 113 */ {"ASOB_T", "net short-wave radiation (top of atmosphere) [W/(m**2)]"},
    /* 114 */ {"ATHB_T", "net long-wave radiation (top of atmosphere) [W/(m**2)]"},
    /* 115 */ {"l-w rad.", "long-wave radiation [W/(m**2)]"},
    /* 116 */ {"s-w rad.", "short-wave radiation [W/(m**2)]"},
    /* 117 */ {"global rad", "global radiation [W/(m**2)]"},
    /* 118 */ {"var118", "undefined"},
    /* 119 */ {"var119", "undefined"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"ALHFL_S", "latent heat flux [W/(m**2)]"},
    /* 122 */ {"ASHFL_S", "sensible heat flux [W/(m**2)]"},
    /* 123 */ {"bound l di", "boundary layer dissipation [W/(m**2)]"},
    /* 124 */ {"AUMFL_S", "momentum flux, u component [N/(m**2)]"},
    /* 125 */ {"AVMFL_S", "momentum flux, v component [N/(m**2)]"},
    /* 126 */ {"wind mix e", "wind mixing energy [J]"},
    /* 127 */ {"image data", "image data []"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"geopot h", "geopotential height (ECMF) [gpm]"},
    /* 130 */ {"temperatur", "temperature (ECMF) [K]"},
    /* 131 */ {"wind compU", "u-component of wind (ECMF) [m/s]"},
    /* 132 */ {"wind compV", "v-component of wind (ECMF) [m/s]"},
    /* 133 */ {"var133", "undefined"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"soil temp.", "soil temperature (ECMF) [K]"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"var141", "undefined"},
    /* 142 */ {"ls precip.", "large scale precipitation (ECMF) [kg/(m**2)]"},
    /* 143 */ {"conv prec.", "convective precipitation (ECMF) [kg/(m**2)]"},
    /* 144 */ {"snowfall", "snowfall (ECMF) [m of water equivalent]"},
    /* 145 */ {"var145", "undefined"},
    /* 146 */ {"var146", "undefined"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"var148", "undefined"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"var150", "undefined"},
    /* 151 */ {"pressure", "pressure reduced to MSL (ECMF) [Pa]"},
    /* 152 */ {"var152", "undefined"},
    /* 153 */ {"var153", "undefined"},
    /* 154 */ {"var154", "undefined"},
    /* 155 */ {"var155", "undefined"},
    /* 156 */ {"geopot h", "geopotential height (ECMF) [gpm]"},
    /* 157 */ {"rel. humid", "relative humidity (ECMF) [%]"},
    /* 158 */ {"var158", "undefined"},
    /* 159 */ {"var159", "undefined"},
    /* 160 */ {"var160", "undefined"},
    /* 161 */ {"var161", "undefined"},
    /* 162 */ {"var162", "undefined"},
    /* 163 */ {"var163", "undefined"},
    /* 164 */ {"cloud cov.", "total cloud cover (ECMF) [%]"},
    /* 165 */ {"10m-wind U", "u-component of 10m-wind (ECMF) [m/s]"},
    /* 166 */ {"10m-wind V", "v-component of 10m-wind (ECMF) [m/s]"},
    /* 167 */ {"2m temper", "2m temperature (ECMF) [K]"},
    /* 168 */ {"2m due-p.", "2m due-point temperature (ECMF) [K]"},
    /* 169 */ {"var169", "undefined"},
    /* 170 */ {"var170", "undefined"},
    /* 171 */ {"var171", "undefined"},
    /* 172 */ {"var172", "undefined"},
    /* 173 */ {"var173", "undefined"},
    /* 174 */ {"var174", "undefined"},
    /* 175 */ {"var175", "undefined"},
    /* 176 */ {"var176", "undefined"},
    /* 177 */ {"var177", "undefined"},
    /* 178 */ {"var178", "undefined"},
    /* 179 */ {"var179", "undefined"},
    /* 180 */ {"var180", "undefined"},
    /* 181 */ {"var181", "undefined"},
    /* 182 */ {"var182", "undefined"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"var189", "undefined"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"var195", "undefined"},
    /* 196 */ {"var196", "undefined"},
    /* 197 */ {"var197", "undefined"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"var200", "undefined"},
    /* 201 */ {"var201", "undefined"},
    /* 202 */ {"var202", "undefined"},
    /* 203 */ {"var203", "undefined"},
    /* 204 */ {"var204", "undefined"},
    /* 205 */ {"var205", "undefined"},
    /* 206 */ {"var206", "undefined"},
    /* 207 */ {"var207", "undefined"},
    /* 208 */ {"var208", "undefined"},
    /* 209 */ {"var209", "undefined"},
    /* 210 */ {"var210", "undefined"},
    /* 211 */ {"var211", "undefined"},
    /* 212 */ {"var212", "undefined"},
    /* 213 */ {"var213", "undefined"},
    /* 214 */ {"var214", "undefined"},
    /* 215 */ {"var215", "undefined"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"var217", "undefined"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"total prec", "total precipitation (ECMF) [m]"},
    /* 229 */ {"seaway 01", "seaway 01 (ECMF) []"},
    /* 230 */ {"seaway 02", "seaway 02 (ECMF) []"},
    /* 231 */ {"seaway 03", "seaway 03 (ECMF) []"},
    /* 232 */ {"seaway 04", "seaway 04 (ECMF) []"},
    /* 233 */ {"seaway 05", "seaway 05 (ECMF) []"},
    /* 234 */ {"seaway 06", "seaway 06 (ECMF) []"},
    /* 235 */ {"seaway 07", "seaway 07 (ECMF) []"},
    /* 236 */ {"seaway 08", "seaway 08 (ECMF) []"},
    /* 237 */ {"seaway 09", "seaway 09 (ECMF) []"},
    /* 238 */ {"seaway 10", "seaway 10 (ECMF) []"},
    /* 239 */ {"seaway 11", "seaway 11 (ECMF) []"},
    /* 240 */ {"var240", "undefined"},
    /* 241 */ {"var241", "undefined"},
    /* 242 */ {"var242", "undefined"},
    /* 243 */ {"var243", "undefined"},
    /* 244 */ {"var244", "undefined"},
    /* 245 */ {"var245", "undefined"},
    /* 246 */ {"var246", "undefined"},
    /* 247 */ {"var247", "undefined"},
    /* 248 */ {"var248", "undefined"},
    /* 249 */ {"var249", "undefined"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"var251", "undefined"},
    /* 252 */ {"var252", "undefined"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"var254", "undefined"},
    /* 255 */ {"var255", "undefined"},
};

/*
 * GRIB table 201 at DWD
 *     Helmut P. Frank, 30.08.2001
 * updated 24.07.2003:  DQC_GSP, DQI_GSP, T_SO, W_SO, W_SO_ICE, T_ICE
 *         19.10.2005:  SOTR_RA, QRS_GSP, RHO_SNOW to table 201, and others
 */

const struct ParmTable parm_table_dwd_201[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"dw sw flux", "downward shortwave radiant flux density [W/m**2]"},
    /* 2 */ {"uw sw flux", "upward shortwave radiant flux density [W/m**2]"},
    /* 3 */ {"dw lw flux", "downward longwave radiant flux density [W/m**2]"},
    /* 4 */ {"uw lw flux", "upward longwave radiant flux density [W/m**2]"},
    /* 5 */ {"APAB_S", "downwd photosynthetic active radiant flux density [W/m**2]"},
    /* 6 */ {"net s flux", "net shortwave flux [W/m**2]"},
    /* 7 */ {"net l flux", "net longwave flux [W/m**2]"},
    /* 8 */ {"net flux", "total net radiative flux density [W/m**2]"},
    /* 9 */ {"dw sw clfr", "downw shortw radiant flux density, cloudfree part [W/m**2]"},
    /* 10 */ {"uw sw cldy", "upw shortw radiant flux density, cloudy part [W/m**2]"},
    /* 11 */ {"dw lw clfr", "downw longw radiant flux density, cloudfree part [W/m**2]"},
    /* 12 */ {"uw lw cldy", "upw longw radiant flux density, cloudy part [W/m**2]"},
    /* 13 */ {"SOHR_RAD", "shortwave radiative heating rate [K/s]"},
    /* 14 */ {"THHR_RAD", "longwave radiative heating rate [K/s]"},
    /* 15 */ {"rad heat", "total radiative heating rate [K/s]"},
    /* 16 */ {"soilheat S", "soil heat flux, surface [W/m**2]"},
    /* 17 */ {"soilheat L", "soil heat flux, bottom of layer [W/m**2]"},
    /* 18 */ {"var18", "undefined"},
    /* 19 */ {"var19", "undefined"},
    /* 20 */ {"var20", "undefined"},
    /* 21 */ {"var21", "undefined"},
    /* 22 */ {"var22", "undefined"},
    /* 23 */ {"var23", "undefined"},
    /* 24 */ {"var24", "undefined"},
    /* 25 */ {"var25", "undefined"},
    /* 26 */ {"var26", "undefined"},
    /* 27 */ {"var27", "undefined"},
    /* 28 */ {"var28", "undefined"},
    /* 29 */ {"CLC", "cloud cover, grid scale + convective [1]"},
    /* 30 */ {"clc gr sc", "cloud cover, grid scale  (0...1) [1]"},
    /* 31 */ {"QC", "specific cloud water content, grid scale [kg/kg]"},
    /* 32 */ {"clw gs vi", "cloud water content, grid scale, vert integrated [kg/m**2]"},
    /* 33 */ {"QI", "specific cloud ice content, grid scale [kg/kg]"},
    /* 34 */ {"cli gs vi", "cloud ice content, grid scale, vert integrated [kg/m**2]"},
    /* 35 */ {"QR", "specific rainwater content, grid scale [kg/kg]"},
    /* 36 */ {"QS", "specific snow content, grid scale [kg/kg]"},
    /* 37 */ {"src gs vi", "specific rainwater content, gs, vert. integrated [kg/m**2]"},
    /* 38 */ {"ssc gs vi", "specific snow content, gs, vert. integrated [kg/m**2]"},
    /* 39 */ {"QG", "specific graupel content, grid scale [kg/kg]"},
    /* 40 */ {"var40", "undefined"},
    /* 41 */ {"TWATER", "vert. integral of humidity, cloud water (and ice) [kg/(m**2)]"},
    /* 42 */ {"TDIV_HUM", "vert. integral of divergence of tot. water content [kg/(m**2)]"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"var44", "undefined"},
    /* 45 */ {"var45", "undefined"},
    /* 46 */ {"var46", "undefined"},
    /* 47 */ {"var47", "undefined"},
    /* 48 */ {"var48", "undefined"},
    /* 49 */ {"var49", "undefined"},
    /* 50 */ {"CH_CM_CL", "cloud covers CH_CM_CL (000...888) [1]"},
    /* 51 */ {"cl cov. CH", "cloud cover CH (0..8) [1]"},
    /* 52 */ {"cl cov. CM", "cloud cover CM (0..8) [1]"},
    /* 53 */ {"cl cov. CL", "cloud cover CL (0..8) [1]"},
    /* 54 */ {"cloud cov.", "total cloud cover (0..8) [1]"},
    /* 55 */ {"fog", "fog (0..8) [1]"},
    /* 56 */ {"fog", "fog [1]"},
    /* 57 */ {"var57", "undefined"},
    /* 58 */ {"var58", "undefined"},
    /* 59 */ {"var59", "undefined"},
    /* 60 */ {"clc con ci", "cloud cover, convective cirrus  (0...1) [1]"},
    /* 61 */ {"CLW_CON", "specific cloud water content, convective clouds [kg/kg]"},
    /* 62 */ {"clw con vi", "cloud water content, conv clouds, vert integrated [kg/m**2]"},
    /* 63 */ {"cli con", "specific cloud ice content, convective clouds [kg/kg]"},
    /* 64 */ {"cli con vi", "cloud ice content, conv clouds, vert integrated [kg/m**2]"},
    /* 65 */ {"mass fl co", "convective mass flux [kg/(s*m**2)]"},
    /* 66 */ {"upd vel co", "updraft velocity, convection [m/s]"},
    /* 67 */ {"entr p co", "entrainment parameter, convection [m**(-1)]"},
    /* 68 */ {"HBAS_CON", "cloud base, convective clouds (above msl) [m]"},
    /* 69 */ {"HTOP_CON", "cloud top, convective clouds (above msl) [m]"},
    /* 70 */ {"con layers", "convective layers (00...77)  (BKE) [1]"},
    /* 71 */ {"KO-index", "KO-index [1]"},
    /* 72 */ {"BAS_CON", "convection base index [1]"},
    /* 73 */ {"TOP_CON", "convection top index [1]"},
    /* 74 */ {"DT_CON", "convective temperature tendency [K/s]"},
    /* 75 */ {"DQV_CON", "convective tendency of specific humidity [s**(-1)]"},
    /* 76 */ {"H ten co", "convective tendency of total heat [J/(kg*s)]"},
    /* 77 */ {"QDW ten co", "convective tendency of total water [s**(-1)]"},
    /* 78 */ {"DU_CON", "convective momentum tendency (X-component) [m/s**2]"},
    /* 79 */ {"DV_CON", "convective momentum tendency (Y-component) [m/s**2]"},
    /* 80 */ {"vor ten co", "convective vorticity tendency [s**(-2)]"},
    /* 81 */ {"div ten co", "convective divergence tendency [s**(-2)]"},
    /* 82 */ {"HTOP_DC", "top of dry convection (above msl) [m]"},
    /* 83 */ {"top ind dc", "dry convection top index [1]"},
    /* 84 */ {"HZEROCL", "height of 0 degree Celsius isotherm above msl [m]"},
    /* 85 */ {"SNOWLMT", "height of snowfall limit above msl [m]"},
    /* 86 */ {"var86", "undefined"},
    /* 87 */ {"var87", "undefined"},
    /* 88 */ {"var88", "undefined"},
    /* 89 */ {"var89", "undefined"},
    /* 90 */ {"var90", "undefined"},
    /* 91 */ {"var91", "undefined"},
    /* 92 */ {"var92", "undefined"},
    /* 93 */ {"var93", "undefined"},
    /* 94 */ {"var94", "undefined"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"QRS_GSP", "spec water cont of rain/snow needed for w loading [kg/kg]"},
    /* 100 */ {"PRR_GSP", "surface precipitation rate, rain, grid scale [kg/(s*m**2)]"},
    /* 101 */ {"PRS_GSP", "surface precipitation rate, snow, grid scale [kg/(s*m**2)]"},
    /* 102 */ {"RAIN_GSP", "surface precipitation amount, rain, grid scale [kg/m**2]"},
    /* 103 */ {"condens gs", "condensation rate, grid scale [kg/(kg*s)]"},
    /* 104 */ {"autocon gs", "autoconversion rate, grid scale   (C+C  --> R) [kg/(kg*s)]"},
    /* 105 */ {"accret gs", "accretion rate, grid scale        (R+C  --> R) [kg/(kg*s)]"},
    /* 106 */ {"nucleat gs", "nucleation rate, grid scale       (C+C  --> S) [kg/(kg*s)]"},
    /* 107 */ {"riming gs", "riming rate, grid scale           (S+C  --> S) [kg/(kg*s)]"},
    /* 108 */ {"deposit gs", "deposition rate, grid scale       (S+V <--> S) [kg/(kg*s)]"},
    /* 109 */ {"melting gs", "melting rate, grid scale          (S    --> R) [kg/(kg*s)]"},
    /* 110 */ {"evapor gs", "evaporation rate, grid scale      (R+V <--  R) [kg/(kg*s)]"},
    /* 111 */ {"PRR_CON", "surface precipitation rate, rain, convective [kg/(s*m**2)]"},
    /* 112 */ {"PRS_CON", "surface precipitation rate, snow, convective [kg/(s*m**2)]"},
    /* 113 */ {"RAIN_CON", "surface precipitation amount, rain, convective [kg/m**2]"},
    /* 114 */ {"condens co", "condensation rate, convective [kg/(kg*s)]"},
    /* 115 */ {"autocon co", "autoconversion rate, convective [kg/(kg*s)]"},
    /* 116 */ {"accret co", "accretion rate, convective [kg/(kg*s)]"},
    /* 117 */ {"nucleat co", "nucleation rate, convective [kg/(kg*s)]"},
    /* 118 */ {"riming co", "riming rate, convective [kg/(kg*s)]"},
    /* 119 */ {"sublim co", "sublimation rate, convective [kg/(kg*s)]"},
    /* 120 */ {"melting co", "melting rate, convective [kg/(kg*s)]"},
    /* 121 */ {"evapor co", "evaporation rate, convective [kg/(kg*s)]"},
    /* 122 */ {"rain am", "rain amount, grid-scale plus convective [kg/m**2]"},
    /* 123 */ {"snow am", "snow amount, grid-scale plus convective [kg/m**2]"},
    /* 124 */ {"DT_GSP", "temperature tendency, grid-scale condensation [K/s]"},
    /* 125 */ {"DQV_GSP", "tendency of specific humidity, grid-scale condens [s**(-1)]"},
    /* 126 */ {"H ten gs", "tendency of total heat, grid-scale condensation [J/(kg*s)]"},
    /* 127 */ {"DQC_GSP", "tendency of total water, grid-scale condensation [s**(-1)]"},
    /* 128 */ {"snowfall", "snowfall  (dimension"},
    /* 129 */ {"FRESHSNW", "fresh snow factor [1]"},
    /* 130 */ {"DQI_GSP", "tend of the sp cl ice cont due to gs precipitation [kg/(kg*s)]"},
    /* 131 */ {"PRG_GSP", "surface precipitation rate, graupel, grid scale [kg/(s*m**2)]"},
    /* 132 */ {"GRAU_GSP", "surface precipitation amount, graupel, grid scale [kg/(m**2)]"},
    /* 133 */ {"RHO_SNOW", "snow density [kg/m**3"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"PP", "deviation of pressure from reference value [Pa]"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"var141", "undefined"},
    /* 142 */ {"var142", "undefined"},
    /* 143 */ {"var143", "undefined"},
    /* 144 */ {"var144", "undefined"},
    /* 145 */ {"var145", "undefined"},
    /* 146 */ {"var146", "undefined"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"var148", "undefined"},
    /* 149 */ {"KE", "kinetic energy ((u**2 + v**2) / 2) [(m**2/s**2)]"},
    /* 150 */ {"hdi coeff", "coefficient of horizontal diffusion [m**2/s]"},
    /* 151 */ {"dissp rate", "dissipation rate [W/(Pa*m**2)]"},
    /* 152 */ {"TKE", "turbulent kinetic energy [(m/s)**2]"},
    /* 153 */ {"TKVM", "coefficient of vertical diffusion, momentum [m**2/s]"},
    /* 154 */ {"TKVH", "coefficient of vertical diffusion, heat [m**2/s]"},
    /* 155 */ {"vdi coe cw", "coefficient of vertical diffusion, cloud water [m**2/s]"},
    /* 156 */ {"vdi coe ci", "coefficient of vertical diffusion, cloud ice [m**2/s]"},
    /* 157 */ {"vdi coe vp", "coefficient of vertical diffusion, water vapour [m**2/s]"},
    /* 158 */ {"dis len m", "turbulent dissipation length for momentum [m]"},
    /* 159 */ {"dis len h", "turbulent dissipation length for heat [m]"},
    /* 160 */ {"var u mom", "variance of u-component of momentum [(m/s)**2]"},
    /* 161 */ {"var v mom", "variance of v-component of momentum [(m/s)**2]"},
    /* 162 */ {"var w mom", "variance of w-component of momentum [(m/s)**2]"},
    /* 163 */ {"var temp", "variance of temperature [K**2]"},
    /* 164 */ {"var cl wat", "variance of specific cloud water content [(kg/kg)**2]"},
    /* 165 */ {"var cl ice", "variance of specific cloud ice content [(kg/kg)**2]"},
    /* 166 */ {"var vap mr", "variance of water vapour mixing ratio [(kg/kg)**2]"},
    /* 167 */ {"c wat flux", "turbulent vertical flux of spec cloud water [m/s]"},
    /* 168 */ {"c ice flux", "turbulent vertical flux of spec cloud ice [m/s]"},
    /* 169 */ {"w vap flux", "turbulent vertical flux of water vapour mix ratio [m/s]"},
    /* 170 */ {"TCM", "drag coefficient CD [1]"},
    /* 171 */ {"TCH", "transfer coefficient CH (sensible heat) [1]"},
    /* 172 */ {"tr coef CQ", "transfer coefficient CQ (latent heat) [1]"},
    /* 173 */ {"PBL-top h", "PBL-top h [m]"},
    /* 174 */ {"T-jump  h", "temperature jump at PBL-top [K]"},
    /* 175 */ {"q-jump  h", "specific humidity jump at PBL-top [kg/kg]"},
    /* 176 */ {"entr at h", "entrainment at PBL-top [kg/(s*m**2)]"},
    /* 177 */ {"mass fl h", "upward mass flux at PBL-top [kg/(s*m**2)]"},
    /* 178 */ {"cl cov PBL", "cloud cover of PBL-clouds (0...1) [1]"},
    /* 179 */ {"cl wat PBL", "specific cloud water content of PBL-clouds [kg/kg]"},
    /* 180 */ {"cl top PBL", "cloud top of PBL-clouds [m]"},
    /* 181 */ {"cl bas PBL", "cloud base of PBL-clouds [m]"},
    /* 182 */ {"moun wav X", "vertical mountain wave momentum flux (X component) [kg/(m*s**2)]"},
    /* 183 */ {"moun wav Y", "vertical mountain wave momentum flux (Y component) [kg/(m*s**2)]"},
    /* 184 */ {"wave Ri", "wave Richardson number [1]"},
    /* 185 */ {"wav div X", "mountain wave momentum flux divergence (X comp) [m/s**2]"},
    /* 186 */ {"wav div Y", "mountain wave momentum flux divergence (Y comp) [m/s**2]"},
    /* 187 */ {"VMAX_10M", "maximum wind velocity [m/s]"},
    /* 188 */ {"wav dis vi", "mountain wave dissipation, vert integrated [W/m**2]"},
    /* 189 */ {"wv en flux", "vertical wave energy flux [kg*m/s**4]"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"var195", "undefined"},
    /* 196 */ {"var196", "undefined"},
    /* 197 */ {"T_SO", "temperature of soil layers [K]"},
    /* 198 */ {"W_SO", "water + ice content of soil layers [kg/(m**2)]"},
    /* 199 */ {"W_SO_ICE", "ice content of soil layers [kg/(m**2)]"},
    /* 200 */ {"W_I", "water content of interception store [kg/(m**2)]"},
    /* 201 */ {"interc ice", "icebit for interception store [1]"},
    /* 202 */ {"snow fract", "snow fraction [1]"},
    /* 203 */ {"T_SNOW", "snow temperature [K]"},
    /* 204 */ {"foliag tem", "foliage temperature [K]"},
    /* 205 */ {"infiltrat", "infiltration [m/s]"},
    /* 206 */ {"runoff", "runoff [m/s]"},
    /* 207 */ {"soil evap", "bare soil evaporation [m/s]"},
    /* 208 */ {"plant tran", "plant transpiration [m/s]"},
    /* 209 */ {"inter evap", "interception store evaporation [m/s]"},
    /* 210 */ {"water evap", "evaporation from water surfaces [m/s]"},
    /* 211 */ {"aero resis", "aerodynamic resistance [s/m]"},
    /* 212 */ {"plant res", "plant resistance [s/m]"},
    /* 213 */ {"soil res", "soil resistance [s/m]"},
    /* 214 */ {"total evap", "total evaporation (water, soil, plants) [m/s]"},
    /* 215 */ {"T_ICE", "temperature of sea ice [K]"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"max wind m", "maximum wind velocity (modified) [m/s]"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"var228", "undefined"},
    /* 229 */ {"var229", "undefined"},
    /* 230 */ {"XYZ", "S1 [1]"},
    /* 231 */ {"RHS_SI", "S2 [1]"},
    /* 232 */ {"DTTDIV", "S3 [1]"},
    /* 233 */ {"SOTR_RAD", "effective transmissivity of solar rad. [1]"},
    /* 234 */ {"GEN_TEN1", "averaged tendencies [x/s]"},
    /* 235 */ {"GEN_TEN2", "averaged tendencies [x/s]"},
    /* 236 */ {"S7", "S7 [1]"},
    /* 237 */ {"S8", "S8 [1]"},
    /* 238 */ {"S9", "S9 [1]"},
    /* 239 */ {"S10", "S10 [1]"},
    /* 240 */ {"MFLX_CON", "cloud base mass flux kg/(s*m**2)"},
    /* 241 */ {"CAPE_CON", "convective available potential energy [J/kg]"},
    /* 242 */ {"QCVG_CON", "moisture convergence for Kuo-type closure [1/s]"},
    /* 243 */ {"TKE_CON", "convective turbulent energy [J/kg]"},
    /* 244 */ {"MOS pTS fq", "MOS Gewitter-Wahrscheinlichkeit (frequent) [1]"},
    /* 245 */ {"MOS TS cov", "MOS Gewitteranteil (occasional - frequent (1 - 2)) [1]"},
    /* 246 */ {"S17", "S17 [1]"},
    /* 247 */ {"S18", "S18 [1]"},
    /* 248 */ {"S19", "S19 [1]"},
    /* 249 */ {"S20", "S20 [1]"},
    /* 250 */ {"MOS TSISO1", "MOS Wahrscheinlichkeit mindestens ein Blitz [1]"},
    /* 251 */ {"MOS TSISO2", "MOS Wahrscheinlichkeit mindestens zehn Blitze [1]"},
    /* 252 */ {"MOS TSISO3", "MOS Wahrscheinlichkeit mindestens hundert Blitze [1]"},
    /* 253 */ {"MOS TS DEN", "MOS Vorhersage der Blitzanzahl [1]"},
    /* 254 */ {"MOS TS OCC", "MOS Gewitter-Wahrscheinlichkeit (occasional) [1]"},
    /* 255 */ {"MOS TS FRQ", "MOS Gewitter-Wahrscheinlichkeit (frequent) [1]"},
};

/*
 * GRIB table 202 at DWD
 *     Helmut P. Frank, 30.08.2001
 * updated 24.07.2003: UV_Ind_F_h, BasicUV_IF, UV_Ind_W_h, UV_IndmaxF,
 *                     "gesamt O3", UV_IndmaxW, "h UV_IndMx"
 *         19.10.2005: AER_SEA, AER_LAN, AER_URB, AER_DES, and others
 *          2.11.2005: Use RLAT, RLON instead of PHI, RLA.
 */

const struct ParmTable parm_table_dwd_202[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"Seeg_peak", "jonswap parameter fm [s**(-1)]"},
    /* 2 */ {"Seeg_alpha", "jonswap parameter alpha [1]"},
    /* 3 */ {"Seeg_gamma", "jonswap parameter gamma [1]"},
    /* 4 */ {"Seeg_dir", "Seegang direction [degree true]"},
    /* 5 */ {"Seeg_energ", "Seegang energy densitiy [(m**2)*(s**2)]"},
    /* 6 */ {"Seeg_icemk", "Seegang ice mask [1]"},
    /* 7 */ {"peak p sw", "peak period of swell [s]"},
    /* 8 */ {"peak p ww", "peak period of wind waves [s]"},
    /* 9 */ {"var9", "undefined"},
    /* 10 */ {"var10", "undefined"},
    /* 11 */ {"var11", "undefined"},
    /* 12 */ {"var12", "undefined"},
    /* 13 */ {"var13", "undefined"},
    /* 14 */ {"var14", "undefined"},
    /* 15 */ {"var15", "undefined"},
    /* 16 */ {"var16", "undefined"},
    /* 17 */ {"var17", "undefined"},
    /* 18 */ {"var18", "undefined"},
    /* 19 */ {"var19", "undefined"},
    /* 20 */ {"Var. Geop.", "Varianz Geopotential [(m/s)**4]"},
    /* 21 */ {"Var. T", "Varianz Temperatur [K**2]"},
    /* 22 */ {"Var. u", "Varianz Zonalwind [(m/s)**2]"},
    /* 23 */ {"Var. v", "Varianz Meridionalwind [(m/s)**2]"},
    /* 24 */ {"Var. q", "Varianz spezifische Feuchte [(kg/kg)**2]"},
    /* 25 */ {"Mer. Imptr", "Meridionaler Impulstransport [(m/s)**2]"},
    /* 26 */ {"Mer. TrEpt", "Meridionaler Transport potentieller Energie [(m/s)**3]"},
    /* 27 */ {"Mer. TrsW", "Meridionaler Transport sensibler Waerme [K*(m/s)]"},
    /* 28 */ {"Mer. TrlW", "Meridionaler Transport latenter Waerme [(kg/kg)*(m/s)]"},
    /* 29 */ {"Ver. TrEpt", "Vertikaler Transport potentieller Energie [(m/s)**2*(Pa/s)]"},
    /* 30 */ {"Ver. TrsW", "Vertikaler Transport sensibler Waerme [K*(Pa/s)]"},
    /* 31 */ {"Ver.TrlW", "Vertikaler Transport latenter Waerme [(kg/kg)*(Pa/s)]"},
    /* 32 */ {"var32", "undefined"},
    /* 33 */ {"var33", "undefined"},
    /* 34 */ {"var34", "undefined"},
    /* 35 */ {"var35", "undefined"},
    /* 36 */ {"var36", "undefined"},
    /* 37 */ {"var37", "undefined"},
    /* 38 */ {"var38", "undefined"},
    /* 39 */ {"var39", "undefined"},
    /* 40 */ {"VarAF Geop", "Varianz des Analyse-Fehlers Geopotential [(m/s)**4]"},
    /* 41 */ {"VarAF u", "Varianz des Analyse-Fehlers Zonalwind [(m/s)**2]"},
    /* 42 */ {"VarAF v", "Varianz des Analyse-Fehlers Meridionalwind [(m/s)**2]"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"DU_SSO", "undefined"},
    /* 45 */ {"DV_SSO", "undefined"},
    /* 46 */ {"SSO_STDH", "standard deviation of subgrid scale orogr. height [m]"},
    /* 47 */ {"SSO_GAMMA", "anisotropy of topography [1]"},
    /* 48 */ {"SSO_THETA", "angle betw. principal axis of orogr. and global E [1]"},
    /* 49 */ {"SSO_SIGMA", "mean slope of subgrid scale orography [1]"},
    /* 50 */ {"oro varian", "subgrid-scale variance of orography [m**2]"},
    /* 51 */ {"E-W oro va", "E-W component of subgrid-scale variance of orogr [m**2]"},
    /* 52 */ {"N-S oro va", "N-S component of subgrid-scale variance of orogr [m**2]"},
    /* 53 */ {"NW-SE o va", "NW-SE component of subgrid-scale variance of orogr [m**2]"},
    /* 54 */ {"NE-SW o va", "NE-SW component of subgrid-scale variance of orogr [m**2]"},
    /* 55 */ {"inl w frac", "fraction of inland water [1]"},
    /* 56 */ {"EMISS_RAD", "surface emissivity [1]"},
    /* 57 */ {"SOILTYP", "soil texture [1]"},
    /* 58 */ {"soil color", "soil color [1]"},
    /* 59 */ {"soil drain", "soil drainage [1]"},
    /* 60 */ {"ground wat", "ground water table [m]"},
    /* 61 */ {"LAI", "leaf area index [1]"},
    /* 62 */ {"ROOTDP", "root depth [m]"},
    /* 63 */ {"root dens", "root density [1]"},
    /* 64 */ {"HMO3", "height of maximum of ozone concentration [Pa]"},
    /* 65 */ {"VIO3", "total vertically integrated ozone content [Pa]"},
    /* 66 */ {"ld-sea msk", "land-sea mask [1]"},
    /* 67 */ {"PLCOV_MX", "ground fraction covered by plants (vegetation p.) [1]"},
    /* 68 */ {"PLCOV_MN", "ground fraction covered by plants (time of rest) [1]"},
    /* 69 */ {"LAI_MX", "leaf area index (vegetation period) [1]"},
    /* 70 */ {"LAI_MN", "leaf area index (time of rest) [1]"},
    /* 71 */ {"Orographie", "Orographie + Land-Meer-Verteilung [m]"},
    /* 72 */ {"r length m", "roughness length momentum [m]"},
    /* 73 */ {"r length h", "roughness length heat [m]"},
    /* 74 */ {"var smc", "variance of soil moisture content [kg**2/m**4]"},
    /* 75 */ {"FOR_E", "ground fraction covered by evergreen forest [1]"},
    /* 76 */ {"FOR_D", "ground fraction covered by deciduous forest [1]"},
    /* 77 */ {"NDVI", "normalized differential vegetation index [1]"},
    /* 78 */ {"NDVI_MAX", "annual max. of norm. differential vegetation index [1]"},
    /* 79 */ {"NDVIRATIO", "proportion of act.value/max. norm.diff.veg.index [1]"},
    /* 80 */ {"AER_SEA", "aerosol optical depth, type sea [1]"},
    /* 81 */ {"AER_LAN", "aerosol optical depth, type land [1]"},
    /* 82 */ {"AER_URB", "aerosol optical depth, type urban [1]"},
    /* 83 */ {"AER_DES", "aerosol optical depth, type desert [1]"},
    /* 84 */ {"var84", "undefined"},
    /* 85 */ {"var85", "undefined"},
    /* 86 */ {"var86", "undefined"},
    /* 87 */ {"var87", "undefined"},
    /* 88 */ {"var88", "undefined"},
    /* 89 */ {"var89", "undefined"},
    /* 90 */ {"var90", "undefined"},
    /* 91 */ {"var91", "undefined"},
    /* 92 */ {"var92", "undefined"},
    /* 93 */ {"var93", "undefined"},
    /* 94 */ {"var94", "undefined"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"var99", "undefined"},
    /* 100 */ {"var100", "undefined"},
    /* 101 */ {"tidal tend", "tidal tendencies [(m/s)**2]"},
    /* 102 */ {"diab heatg", "sum of diabatic heating terms [K/s]"},
    /* 103 */ {"adiab heat", "total adiabatic heating [K/s]"},
    /* 104 */ {"adv q tend", "advective tendency of specific humidity [s**(-1)]"},
    /* 105 */ {"nadv q ten", "non-advective tendency of specific humidity [s**(-1)]"},
    /* 106 */ {"adv m te X", "advective momentum tendency (X component) [m/s**2]"},
    /* 107 */ {"adv m te Y", "advective momentum tendency (Y component) [m/s**2]"},
    /* 108 */ {"nad m te X", "non-advective momentum tendency (X component) [m/s**2]"},
    /* 109 */ {"nad m te Y", "non-advective momentum tendency (Y component) [m/s**2]"},
    /* 110 */ {"torque", "sum of mountain and frictional torque [kg*(m/s)**2]"},
    /* 111 */ {"budget val", "budget values [1]"},
    /* 112 */ {"scale fact", "scale factor [1]"},
    /* 113 */ {"FC", "Coriolis parameter [s**(-1)]"},
    /* 114 */ {"RLAT", "latitude [degr N]"},
    /* 115 */ {"RLON", "longitude [degr E]"},
    /* 116 */ {"relax fact", "relaxation factor (lateral boundary, LAM) [1]"},
    /* 117 */ {"climsstint", "climatic sea surface temp interpolated in time [degr C]"},
    /* 118 */ {"pot vortic", "potential vorticity [K*m**2/(s*kg)]"},
    /* 119 */ {"ln ps", "log surface pressure [1]"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"ZTD", "delay of the GPS signal through the atmosphere [m]"},
    /* 122 */ {"ZWD", "delay of the GPS signal through a wet atmosphere [m]"},
    /* 123 */ {"ZHD", "delay of the GPS signal through a dry atmosphere [m]"},
    /* 124 */ {"var124", "undefined"},
    /* 125 */ {"var125", "undefined"},
    /* 126 */ {"var126", "undefined"},
    /* 127 */ {"var127", "undefined"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"var129", "undefined"},
    /* 130 */ {"var130", "undefined"},
    /* 131 */ {"var131", "undefined"},
    /* 132 */ {"var132", "undefined"},
    /* 133 */ {"var133", "undefined"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"var139", "undefined"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"var141", "undefined"},
    /* 142 */ {"var142", "undefined"},
    /* 143 */ {"var143", "undefined"},
    /* 144 */ {"var144", "undefined"},
    /* 145 */ {"var145", "undefined"},
    /* 146 */ {"var146", "undefined"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"var148", "undefined"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"SO2-conc", "SO2-concentration [10**(-6)*g/m**3]"},
    /* 151 */ {"SO2-dryd", "SO2-dry deposition [10**(-3)*g/m**2]"},
    /* 152 */ {"SO2-wetd", "SO2-wet deposition [10**(-3)*g/m**2]"},
    /* 153 */ {"SO4-conc", "SO4-concentration [10**(-6)*g/m**3]"},
    /* 154 */ {"SO4-dryd", "SO4-dry deposition [10**(-3)*g/m**2]"},
    /* 155 */ {"SO4-wetd", "SO4-wet deposition [10**(-3)*g/m**2]"},
    /* 156 */ {"NO-conc", "NO-concentration [10**(-6)*g/m**3]"},
    /* 157 */ {"NO-dryd", "NO-dry deposition [10**(-3)*g/m**2]"},
    /* 158 */ {"NO-wetd", "NO-wet deposition [10**(-3)*g/m**2]"},
    /* 159 */ {"NO2-conc", "NO2-concentration [10**(-6)*g/m**3]"},
    /* 160 */ {"NO2-dryd", "NO2-dry deposition [10**(-3)*g/m**2]"},
    /* 161 */ {"NO2-wetd", "NO2-wet deposition [10**(-3)*g/m**2]"},
    /* 162 */ {"NO3-conc", "NO3-concentration [10**(-6)*g/m**3]"},
    /* 163 */ {"NO3-dryd", "NO3-dry deposition [10**(-3)*g/m**2]"},
    /* 164 */ {"NO3-wetd", "NO3-wet deposition [10**(-3)*g/m**2]"},
    /* 165 */ {"HNO3-conc", "HNO3-concentration [10**(-6)*g/m**3]"},
    /* 166 */ {"HNO3-dryd", "HNO3-dry deposition [10**(-3)*g/m**2]"},
    /* 167 */ {"HNO3-wetd", "HNO3-wet deposition [10**(-3)*g/m**2]"},
    /* 168 */ {"NH3-conc", "NH3-concentration [10**(-6)*g/m**3]"},
    /* 169 */ {"NH3-dryd", "NH3-dry deposition [10**(-3)*g/m**2]"},
    /* 170 */ {"NH3-wetd", "NH3-wet deposition [10**(-3)*g/m**2]"},
    /* 171 */ {"NH4-conc", "NH4-concentration [10**(-6)*g/m**3]"},
    /* 172 */ {"NH4-dryd", "NH4-dry deposition [10**(-3)*g/m**2]"},
    /* 173 */ {"NH4-wetd", "NH4-wet deposition [10**(-3)*g/m**2]"},
    /* 174 */ {"O3-conc", "O3-concentration [10**(-6)*g/m**3]"},
    /* 175 */ {"PAN-conc", "PAN-concentration [10**(-6)*g/m**3]"},
    /* 176 */ {"PAN-dryd", "PAN-dry deposition [10**(-3)*g/m**2]"},
    /* 177 */ {"OH-conc", "OH-concentration [10**(-6)*g/m**3]"},
    /* 178 */ {"O3-dryd", "O3-dry deposition [10**(-3)*g/m**2]"},
    /* 179 */ {"O3-wetd", "O3-wet deposition [10**(-3)*g/m**2]"},
    /* 180 */ {"O3", "O3-mixing ratio [kg/kg]"},
    /* 181 */ {"var181", "undefined"},
    /* 182 */ {"var182", "undefined"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"var189", "undefined"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"var195", "undefined"},
    /* 196 */ {"var196", "undefined"},
    /* 197 */ {"var197", "undefined"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"I131-conc", "I131-concentration [Bq/m**3]"},
    /* 201 */ {"I131-dryd", "I131-dry deposition [Bq/m**2]"},
    /* 202 */ {"I131-wetd", "I131-wet deposition [Bq/m**2]"},
    /* 203 */ {"Cs137-conc", "Cs137-concentration [Bq/m**3]"},
    /* 204 */ {"Cs137-dryd", "Cs1370dry deposition [Bq/m**2]"},
    /* 205 */ {"Cs137-wetd", "Cs137-wet deposition [Bq/m**2]"},
    /* 206 */ {"Te132-conc", "Te132-concentration [Bq/m**3]"},
    /* 207 */ {"Te132-dryd", "Te132-dry deposition [Bq/m**2]"},
    /* 208 */ {"Te132-wetd", "Te132-wet deposition [Bq/m**2]"},
    /* 209 */ {"Zr95-conc", "Zr95-concentration [Bq/m**3]"},
    /* 210 */ {"Zr95-dryd", "Zr95-dry deposition [Bq/m**2]"},
    /* 211 */ {"Zr95-wetd", "Zr95-wet deposition [Bq/m**2]"},
    /* 212 */ {"var212", "undefined"},
    /* 213 */ {"var213", "undefined"},
    /* 214 */ {"var214", "undefined"},
    /* 215 */ {"var215", "undefined"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"var217", "undefined"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"var228", "undefined"},
    /* 229 */ {"var229", "undefined"},
    /* 230 */ {"var230", "undefined"},
    /* 231 */ {"USTR_SSO", "Mom. flux, u component, due to SSO-effects [(N/(m**2)]"},
    /* 232 */ {"VSTR_SSO", "Mom. flux, v component, due to SSO-effects [(N/(m**2)]"},
    /* 233 */ {"VDIS_SSO", "Dissipation of kinetic energy due to SSO-effects [(W/(m**2)]"},
    /* 234 */ {"var234", "undefined"},
    /* 235 */ {"var235", "undefined"},
    /* 236 */ {"var236", "undefined"},
    /* 237 */ {"var237", "undefined"},
    /* 238 */ {"var238", "undefined"},
    /* 239 */ {"var239", "undefined"},
    /* 240 */ {"UV_Ind_F_h", "UV_Index corr. for albedo+altitude,cloudless(F), h [1]"},
    /* 241 */ {"BasicUV_IF", "Basic UV_Index m.s.l.,fixed albedo,cloudless(F), h [1]"},
    /* 242 */ {"UV_Ind_W_h", "UV_Index corrected for albedo+altitude+clouds(W),h [1]"},
    /* 243 */ {"UV_IndmaxF", "UV_Index cloudless (F), daily maximum [1]"},
    /* 244 */ {"SB-Index", "Sonnenbrand-Index [(W*10**(-3))/m**2]"},
    /* 245 */ {"SB-Index W", "Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z) [(W*10**(-3))/m**2]"},
    /* 246 */ {"Kan.UVB-WI", "Kanadischer UVB-Warnindex (bew|lkungsreduziert) [(W*10**(-3))/m**2]"},
    /* 247 */ {"gesamt O3", "total column ozone (Gesamtozon) [Dobson Unit, DU]"},
    /* 248 */ {"UV_IndmaxW", "UV_Index clouded (W), daily maximum [1]"},
    /* 249 */ {"h UV_IndMx", "time of UV_Index maximum [h UTC]"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"var251", "undefined"},
    /* 252 */ {"var252", "undefined"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"var254", "undefined"},
    /* 255 */ {"var255", "undefined"},
};

/*
 * GRIB table 203 at DWD
 *     Helmut P. Frank, 30.08.2001
 *     updated: 19.10.2005
 */

const struct ParmTable parm_table_dwd_203[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"pressure", "pressure [hPa]"},
    /* 2 */ {"geopot h", "geopotential height [10 * gpm]"},
    /* 3 */ {"var3", "undefined"},
    /* 4 */ {"temperatur", "temperature [1*degree Celsius]"},
    /* 5 */ {"dew-pnt te", "dew-point temperature [1*degree Celsius]"},
    /* 6 */ {"windcompXY", "wind components X/Y (X*100000 + ((Y*10)+5000)) [m/s]"},
    /* 7 */ {"geomet h", "geometrical height [kft]"},
    /* 8 */ {"geomet h", "geometrical height [hft]"},
    /* 9 */ {"wind di/sp", "wind direction and speed (dd*1000 + ff) [1*degree, 1*kt]"},
    /* 10 */ {"3 h pr cha", "3 hour pressure change [Pa/(3*h)]"},
    /* 11 */ {"Schnee-Mge", "Schneemenge [mm]"},
    /* 12 */ {"var12", "undefined"},
    /* 13 */ {"Bod-Wass-G", "Bodenwassergehalt [mm]"},
    /* 14 */ {"var14", "undefined"},
    /* 15 */ {"stab. ind.", "stability index [K]"},
    /* 16 */ {"var16", "undefined"},
    /* 17 */ {"var17", "undefined"},
    /* 18 */ {"max wind", "maximum wind velocity [km/h]"},
    /* 19 */ {"max wind", "maximum wind velocity [kt]"},
    /* 20 */ {"wind di/sp", "wind direction and speed (dd*1000 + ff) [5*degrees, 1*(m/s)]"},
    /* 21 */ {"wind di/sp", "wind direction and speed (dd*1000 + ff) [5*degrees, 1*kt]"},
    /* 22 */ {"wave di/he", "direction and height of wind waves (dd*1000 + h) [1*degree, 1*cm]"},
    /* 23 */ {"swe. di/he", "direction and height of swell (dd*1000 + h) [1*degree, 1*cm]"},
    /* 24 */ {"wave m d/h", "mean direction and height of waves (dd*1000 + h) [1*degree, 1*cm]"},
    /* 25 */ {"wind speed", "wind speed [kt]"},
    /* 26 */ {"var26", "undefined"},
    /* 27 */ {"wind compX", "wind component X-direction [kt]"},
    /* 28 */ {"wind compY", "wind component Y-direction [kt]"},
    /* 29 */ {"var29", "undefined"},
    /* 30 */ {"var30", "undefined"},
    /* 31 */ {"var31", "undefined"},
    /* 32 */ {"var32", "undefined"},
    /* 33 */ {"abs voradv", "absolute vorticity advection [1/(s**2)]"},
    /* 34 */ {"var34", "undefined"},
    /* 35 */ {"var35", "undefined"},
    /* 36 */ {"var36", "undefined"},
    /* 37 */ {"var37", "undefined"},
    /* 38 */ {"var38", "undefined"},
    /* 39 */ {"var39", "undefined"},
    /* 40 */ {"var40", "undefined"},
    /* 41 */ {"var41", "undefined"},
    /* 42 */ {"vert. vel.", "vertical velocity [hPa/h]"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"var44", "undefined"},
    /* 45 */ {"var45", "undefined"},
    /* 46 */ {"var46", "undefined"},
    /* 47 */ {"var47", "undefined"},
    /* 48 */ {"var48", "undefined"},
    /* 49 */ {"var49", "undefined"},
    /* 50 */ {"var50", "undefined"},
    /* 51 */ {"var51", "undefined"},
    /* 52 */ {"var52", "undefined"},
    /* 53 */ {"var53", "undefined"},
    /* 54 */ {"var54", "undefined"},
    /* 55 */ {"max. temp.", "maximum temperature [1*degree Celsius]"},
    /* 56 */ {"min. temp.", "minimum temperature [1*degree Celsius]"},
    /* 57 */ {"sul_prob", "probability to perceive sultriness [1]"},
    /* 58 */ {"clo", "value of isolation of clothes [1]"},
    /* 59 */ {"pmva", "predected mean vote (angepasst) [1]"},
    /* 60 */ {"feeled t", "feeled temperature [1*degree Celsius]"},
    /* 61 */ {"sea temper", "sea temperature [1*degree Celsius]"},
    /* 62 */ {"var62", "undefined"},
    /* 63 */ {"var63", "undefined"},
    /* 64 */ {"var64", "undefined"},
    /* 65 */ {"var65", "undefined"},
    /* 66 */ {"var66", "undefined"},
    /* 67 */ {"var67", "undefined"},
    /* 68 */ {"var68", "undefined"},
    /* 69 */ {"var69", "undefined"},
    /* 70 */ {"var70", "undefined"},
    /* 71 */ {"var71", "undefined"},
    /* 72 */ {"var72", "undefined"},
    /* 73 */ {"var73", "undefined"},
    /* 74 */ {"var74", "undefined"},
    /* 75 */ {"var75", "undefined"},
    /* 76 */ {"var76", "undefined"},
    /* 77 */ {"var77", "undefined"},
    /* 78 */ {"var78", "undefined"},
    /* 79 */ {"var79", "undefined"},
    /* 80 */ {"var80", "undefined"},
    /* 81 */ {"var81", "undefined"},
    /* 82 */ {"var82", "undefined"},
    /* 83 */ {"var83", "undefined"},
    /* 84 */ {"var84", "undefined"},
    /* 85 */ {"var85", "undefined"},
    /* 86 */ {"Globalstr.", "Summe der Globalstrahlung ueber einen Zeitraum [kWh/m**2]"},
    /* 87 */ {"Nied-GW-GE", "Niederschlagsart+Gewitter+Glatteis (T23-i) (0..99) [1]"},
    /* 88 */ {"NiedGW-Art", "Niederschlagsart+Gewitter (T23-intern)     (0..99) [1]"},
    /* 89 */ {"NiedGE-Art", "Niederschlagsart+Glatteis (T23-intern)     (0..99) [1]"},
    /* 90 */ {"NiedBewArt", "Kombination Niederschl.-Bew.-Blautherm. (283..407) [1]"},
    /* 91 */ {"Konv.U-Gr.", "Hoehe der Konvektionsuntergrenze ueber Grund [m]"},
    /* 92 */ {"Nied.-Art", "Niederschlagsart -ww- (T23-intern)         (0..99) [1]"},
    /* 93 */ {"Konv.-Art", "Konvektionsart                              (0..4) [1]"},
    /* 94 */ {"Konv.UG-nn", "Hoehe der Konvektionsuntergrenze ueber nn [m]"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"WW", "Wetter (verschluesselt nach ww-Tabelle"},
    /* 100 */ {"geostr Vor", "geostrophische Vorticity [1/s]"},
    /* 101 */ {"Geo VorAdv", "geostrophische  Vorticityadvektion [1/s**2]"},
    /* 102 */ {"VerGraVoAd", "vert. Gradient der geostr. Vorticityadvektion [m/(kg*s)]"},
    /* 103 */ {"Geo TemAdv", "geostrophische Schichtdickenadvektion [m**3/(kg*s)]"},
    /* 104 */ {"Lap TemAdv", "Kruemmung der geostr. Schichtdickenadvektion [m/(kg*s)]"},
    /* 105 */ {"Omega Forc", "Forcing rechte Seite Omegagleichung [m/(kg*s)]"},
    /* 106 */ {"var106", "undefined"},
    /* 107 */ {"Schichtd.A", "Schichtdicken-Advektion [m**3/(kg*s)]"},
    /* 108 */ {"AdGeVoThWi", "Advektion von geostr. Vorticity mit dem therm Wind [m/(kg*s)]"},
    /* 109 */ {"Wind-Div.", "Winddivergenz [1/s]"},
    /* 110 */ {"Q", "Q-vector direction and speed (dd*1000 + fff*1E13) [5*deg,1E13*m**2/kg/s]"},
    /* 111 */ {"Qx", "Q-Vektor X-Komponente [m**2/(kg*s)]"},
    /* 112 */ {"Qy", "Q-Vektor Y-Komponente [m**2/(kg*s)]"},
    /* 113 */ {"Div Q", "Divergenz Q [m/(kg*s)]"},
    /* 114 */ {"FrontoGeQn", "Frontogenesefunktion, Q isother-senkrecht-Kompon. [m**2/(kg*s)]"},
    /* 115 */ {"Qs (geo)", "Qs (geo),Komp. Q-Vektor parallel zu den Isothermen [m**2/(kg*s)]"},
    /* 116 */ {"DivQn(geo)", "Divergenz Qn  geostrophisch [m/(kg*s)]"},
    /* 117 */ {"DivQs(geo)", "Divergenz Qs  geostrophisch [m/(kg*s)]"},
    /* 118 */ {"Fronto Gen", "Frontogenesefunktion [K**2/(m**2*s)]"},
    /* 119 */ {"var119", "undefined"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"var121", "undefined"},
    /* 122 */ {"var122", "undefined"},
    /* 123 */ {"var123", "undefined"},
    /* 124 */ {"FrontoGenP", "Frontogenese-Parameter [1]"},
    /* 125 */ {"Qs-Vektor", "Qs, Komp. Q-Vektor parallel zu den Isothermen [m**2/(kg*s)]"},
    /* 126 */ {"var126", "undefined"},
    /* 127 */ {"Div Qs", "Divergenz Qs [m/(kg*s)]"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"var129", "undefined"},
    /* 130 */ {"IPV", "Isentrope potentielle Vorticity [K*m**2/(s*kg)]"},
    /* 131 */ {"Wind KompX", "Wind X-Komponente auf isentropen Flaechen [m/s]"},
    /* 132 */ {"Wind KompY", "Wind Y-Komponente auf isentropen Flaechen [m/s]"},
    /* 133 */ {"Druck-Ise.", "Druck einer isentropen Flaeche [hPa]"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"var139", "undefined"},
    /* 140 */ {"KO-Index", "KO-Index [K]"},
    /* 141 */ {"TT-Index", "Totals-Totals-Index [K]"},
    /* 142 */ {"S-Index", "S-Index [K]"},
    /* 143 */ {"Stein-Ind", "Steinbeck-Index [1]"},
    /* 144 */ {"Baily-Ind", "Baily-Index [1]"},
    /* 145 */ {"Microburst", "Microburst-Index [1]"},
    /* 146 */ {"Cat-Index", "Clear Air Turbulence Index [1/s]"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"Lab-Energ", "Labilit{tsenergie [J/g]"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"Virt T", "Virtuelle Temperatur [K]"},
    /* 151 */ {"Pseudo T", "Pseudo-Temperatur [K]"},
    /* 152 */ {"Pseudo Pot", "Pseudopotentielle Temperatur [K]"},
    /* 153 */ {"Aequi T", "Aequivalent-Temperatur [K]"},
    /* 154 */ {"Aequi Pot", "Aequivalentpotentielle Temperatur [K]"},
    /* 155 */ {"var155", "undefined"},
    /* 156 */ {"var156", "undefined"},
    /* 157 */ {"var157", "undefined"},
    /* 158 */ {"var158", "undefined"},
    /* 159 */ {"var159", "undefined"},
    /* 160 */ {"Bas St Wol", "Untergrenze strat. Bew|lkung [hft]"},
    /* 161 */ {"Bas St Wol", "Untergrenze strat. Bew|lkung [hPa]"},
    /* 162 */ {"Bas Cu Wol", "Untergrenze cumul. Bew|lkung [hft]"},
    /* 163 */ {"Bas Cu Wol", "Untergrenze cumul. Bew|lkung [hPa]"},
    /* 164 */ {"Top St Wol", "Obergrenze strat. Bew|lkung [hft]"},
    /* 165 */ {"Top St Wol", "Obergrenze strat. Bew|lkung [hPa]"},
    /* 166 */ {"Top Cu Wol", "Obergrenze cumul. Bew|lkung [hft]"},
    /* 167 */ {"Top Cu Wol", "Obergrenze cumul. Bew|lkung [hPa]"},
    /* 168 */ {"var168", "undefined"},
    /* 169 */ {"var169", "undefined"},
    /* 170 */ {"Bas Tur Wo", "Untergrenze Wolkenturbulenz [hft]"},
    /* 171 */ {"Bas Tur Wo", "Untergrenze Wolkenturbulenz [hPa]"},
    /* 172 */ {"Top Tur Wo", "Obergrenze Wolkenturbulenz [hft]"},
    /* 173 */ {"Top Tur Wo", "Obergrenze Wolkenturbulenz [hPa]"},
    /* 174 */ {"Bas Eis Wo", "Untergrenze Vereisung in Wolken [hft]"},
    /* 175 */ {"Bas Eis Wo", "Untergrenze Vereisung in Wolken [hPa]"},
    /* 176 */ {"Top Eis Wo", "Obergrenze Vereisung in Wolken [hft]"},
    /* 177 */ {"Top Eis Wo", "Obergrenze Vereisung in Wolken [hPa]"},
    /* 178 */ {"Int Tur Wo", "Intensitaet der Turbulenz in Wolken  (0..4) [1]"},
    /* 179 */ {"Int Eis Wo", "Intensitaet der Vereisung  (0..4) [1]"},
    /* 180 */ {"var180", "undefined"},
    /* 181 */ {"var181", "undefined"},
    /* 182 */ {"var182", "undefined"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"var189", "undefined"},
    /* 190 */ {"Sichtweite", "Sichtweite [m]"},
    /* 191 */ {"PIP_degree", "Prognostic Icing"},
    /* 192 */ {"PIP_scenar", "Prog Icing"},
    /* 193 */ {"DIP_degree", "Diagnostic Icing"},
    /* 194 */ {"DIP_scenar", "Diag Icing"},
    /* 195 */ {"IcingGuess", "Icing Regime 1.Guess(1=gen,2=conv,3=strat,4=freez) [1]"},
    /* 196 */ {"IcingGrade", "Icing Grade (1=LGT,2=MOD,3=SEV) [1]"},
    /* 197 */ {"IcingRegim", "Icing Regime(1=general,2=convect,3=strat,4=freez) [1]"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"Gru Wetter", "Wetter - Grundzustand   (ww"},
    /* 201 */ {"Lok Wetter", "Wetter - 1. lokale Abweichung  (ww"},
    /* 202 */ {"Lok Wetter", "Wetter - 2. lokale Abweichung  (ww"},
    /* 203 */ {"CLDEPTH", "cloud depth (grey scale"},
    /* 204 */ {"CLCT_MOD", "modified total cloud cover  (0..1) [1]"},
    /* 205 */ {"curr weath", "current weather (symbol number"},
    /* 206 */ {"var206", "undefined"},
    /* 207 */ {"var207", "undefined"},
    /* 208 */ {"var208", "undefined"},
    /* 209 */ {"var209", "undefined"},
    /* 210 */ {"var210", "undefined"},
    /* 211 */ {"Cu", "Cumulus  (0..1) [1]"},
    /* 212 */ {"Cb", "Cumulimbus  (0..1) [1]"},
    /* 213 */ {"Sc", "Stratocumulus  (0..1) [1]"},
    /* 214 */ {"Ac", "Altocumulus  (0..1) [1]"},
    /* 215 */ {"Ci", "Cirrus  (0..1) [1]"},
    /* 216 */ {"St", "Stratus  (0..1) [1]"},
    /* 217 */ {"As", "Altostratus  (0..1) [1]"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"Bedeckung", "Bedeckung in Stufen [1]"},
    /* 222 */ {"Konvektion", "Konvektion  ja/nein [1]"},
    /* 223 */ {"MN >90%", "Gesamtbedeckung > 90%  ja/nein [1]"},
    /* 224 */ {"RF700 >89%", "relative Feuchte 700 hPa >= 90%  ja/nein [1]"},
    /* 225 */ {"RR12 zentr", "Niederschlag 12 std. zentriert [mm]"},
    /* 226 */ {"RR12 <=0.5", "Niederschlag 12 std. zentriert, Werte <= 0.5mm [mm]"},
    /* 227 */ {"RR12 SA>60", "RR12 zentriert, Schneeanteil > 60%  ja/nein [1]"},
    /* 228 */ {"RR12 Kv>60", "RR12 zentriert, konvektiver Anteil > 60%  ja/nein [1]"},
    /* 229 */ {"SRR12ff", "Starkniederschlag in Stufen (12 std. Folgezeitr) [1]"},
    /* 230 */ {"RRMAX/STD", "Maximaler Starkniederschlag / std [mm/h]"},
    /* 231 */ {"RRMAX/MIN", "Maximaler Starkniederschlag / min [mm/min]"},
    /* 232 */ {"SN12ff >15", "Schneefall (12std. Folgezeitraum) > 15 mm  ja/nein [1]"},
    /* 233 */ {"RRgefr12ff", "gefrierender Regen (12std. Folgezeitraum)  ja/nein [1]"},
    /* 234 */ {"FFboe", "Boeenstaerke in Stufen [1]"},
    /* 235 */ {"Gewitter", "Gewitter in Stufen [1]"},
    /* 236 */ {"Tx2m12h ze", "2m Maximumtemperatur 12h zentriert [Grad Celsius]"},
    /* 237 */ {"Tn2m12h ze", "2m Minimumtemperatur 12h zentriert [Grad Celsius]"},
    /* 238 */ {"var238", "undefined"},
    /* 239 */ {"var239", "undefined"},
    /* 240 */ {"var240", "undefined"},
    /* 241 */ {"var241", "undefined"},
    /* 242 */ {"var242", "undefined"},
    /* 243 */ {"var243", "undefined"},
    /* 244 */ {"var244", "undefined"},
    /* 245 */ {"var245", "undefined"},
    /* 246 */ {"var246", "undefined"},
    /* 247 */ {"var247", "undefined"},
    /* 248 */ {"var248", "undefined"},
    /* 249 */ {"var249", "undefined"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"SCHWUELIND", "Schwuele-Index [1]"},
    /* 252 */ {"SMOGSTUFEN", "Smog-Intensitaetsstufen [1]"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"SMOGHOEHE", "Obergrenze Smog  ( Inversionshoehe ) [m]"},
    /* 255 */ {"var255", "undefined"},
};

/*
 * GRIB table 204 at DWD
 *     Helmut P. Frank, 27.10.2004
 */

const struct ParmTable parm_table_dwd_204[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"p RMS fg-a", "pressure RMS-error first guess - analysis [Pa]"},
    /* 2 */ {"p RMS ia-a", "pressure RMS-error initialised analysis - analysis [Pa]"},
    /* 3 */ {"u RMS fg-a", "u RMS-error first guess - analysis [m/s]"},
    /* 4 */ {"u RMS ia-a", "u RMS-error initialised analysis - analysis [m/s]"},
    /* 5 */ {"v RMS fg-a", "v RMS-error first guess - analysis [m/s]"},
    /* 6 */ {"v RMS ia-a", "v RMS-error initialised analysis - analysis [m/s]"},
    /* 7 */ {"fi E fg-a", "geopotential RMS-error first guess - analysis [(m**2)/(s**2)]"},
    /* 8 */ {"fi E ia-a", "geopotential RMS-error init. analysis - analysis [(m**2)/(s**2)]"},
    /* 9 */ {"rh E fg-a", "relative humidity RMS-error first guess - analysis [1]"},
    /* 10 */ {"rh E ia-a", "rel. hum. RMS-error init. analysis - analysis [1]"},
    /* 11 */ {"t RMS fg-a", "temperature RMS-error first guess - analysis [K]"},
    /* 12 */ {"t RMS ia-a", "temperature RMS-error init. analysis - analysis [K]"},
    /* 13 */ {"om E fg-a", "omega RMS-error first guess - analysis [m/s]"},
    /* 14 */ {"om E ia-a", "omega RMS-error initialised analysis - analysis [m/s]"},
    /* 15 */ {"E fg-a KE", "kinetic energy RMS-error first guess - analysis [(m**2)/(s**2)]"},
    /* 16 */ {"E ig-a KE", "kinetic energy RMS-error init. analysis [(m**2)/(s**2)]"},
    /* 17 */ {"var17", "undefined"},
    /* 18 */ {"var18", "undefined"},
    /* 19 */ {"var19", "undefined"},
    /* 20 */ {"var20", "undefined"},
    /* 21 */ {"var21", "undefined"},
    /* 22 */ {"var22", "undefined"},
    /* 23 */ {"var23", "undefined"},
    /* 24 */ {"var24", "undefined"},
    /* 25 */ {"var25", "undefined"},
    /* 26 */ {"var26", "undefined"},
    /* 27 */ {"var27", "undefined"},
    /* 28 */ {"var28", "undefined"},
    /* 29 */ {"var29", "undefined"},
    /* 30 */ {"var30", "undefined"},
    /* 31 */ {"var31", "undefined"},
    /* 32 */ {"var32", "undefined"},
    /* 33 */ {"var33", "undefined"},
    /* 34 */ {"var34", "undefined"},
    /* 35 */ {"var35", "undefined"},
    /* 36 */ {"var36", "undefined"},
    /* 37 */ {"var37", "undefined"},
    /* 38 */ {"var38", "undefined"},
    /* 39 */ {"var39", "undefined"},
    /* 40 */ {"var40", "undefined"},
    /* 41 */ {"var41", "undefined"},
    /* 42 */ {"var42", "undefined"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"var44", "undefined"},
    /* 45 */ {"var45", "undefined"},
    /* 46 */ {"var46", "undefined"},
    /* 47 */ {"var47", "undefined"},
    /* 48 */ {"var48", "undefined"},
    /* 49 */ {"var49", "undefined"},
    /* 50 */ {"var50", "undefined"},
    /* 51 */ {"var51", "undefined"},
    /* 52 */ {"var52", "undefined"},
    /* 53 */ {"var53", "undefined"},
    /* 54 */ {"var54", "undefined"},
    /* 55 */ {"var55", "undefined"},
    /* 56 */ {"var56", "undefined"},
    /* 57 */ {"var57", "undefined"},
    /* 58 */ {"var58", "undefined"},
    /* 59 */ {"var59", "undefined"},
    /* 60 */ {"var60", "undefined"},
    /* 61 */ {"var61", "undefined"},
    /* 62 */ {"var62", "undefined"},
    /* 63 */ {"var63", "undefined"},
    /* 64 */ {"var64", "undefined"},
    /* 65 */ {"var65", "undefined"},
    /* 66 */ {"var66", "undefined"},
    /* 67 */ {"var67", "undefined"},
    /* 68 */ {"var68", "undefined"},
    /* 69 */ {"var69", "undefined"},
    /* 70 */ {"var70", "undefined"},
    /* 71 */ {"var71", "undefined"},
    /* 72 */ {"var72", "undefined"},
    /* 73 */ {"var73", "undefined"},
    /* 74 */ {"var74", "undefined"},
    /* 75 */ {"var75", "undefined"},
    /* 76 */ {"var76", "undefined"},
    /* 77 */ {"var77", "undefined"},
    /* 78 */ {"var78", "undefined"},
    /* 79 */ {"var79", "undefined"},
    /* 80 */ {"var80", "undefined"},
    /* 81 */ {"var81", "undefined"},
    /* 82 */ {"var82", "undefined"},
    /* 83 */ {"var83", "undefined"},
    /* 84 */ {"var84", "undefined"},
    /* 85 */ {"var85", "undefined"},
    /* 86 */ {"var86", "undefined"},
    /* 87 */ {"var87", "undefined"},
    /* 88 */ {"var88", "undefined"},
    /* 89 */ {"var89", "undefined"},
    /* 90 */ {"var90", "undefined"},
    /* 91 */ {"var91", "undefined"},
    /* 92 */ {"var92", "undefined"},
    /* 93 */ {"var93", "undefined"},
    /* 94 */ {"var94", "undefined"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"var99", "undefined"},
    /* 100 */ {"var100", "undefined"},
    /* 101 */ {"var101", "undefined"},
    /* 102 */ {"var102", "undefined"},
    /* 103 */ {"var103", "undefined"},
    /* 104 */ {"var104", "undefined"},
    /* 105 */ {"var105", "undefined"},
    /* 106 */ {"var106", "undefined"},
    /* 107 */ {"var107", "undefined"},
    /* 108 */ {"var108", "undefined"},
    /* 109 */ {"var109", "undefined"},
    /* 110 */ {"var110", "undefined"},
    /* 111 */ {"var111", "undefined"},
    /* 112 */ {"var112", "undefined"},
    /* 113 */ {"var113", "undefined"},
    /* 114 */ {"var114", "undefined"},
    /* 115 */ {"var115", "undefined"},
    /* 116 */ {"var116", "undefined"},
    /* 117 */ {"var117", "undefined"},
    /* 118 */ {"var118", "undefined"},
    /* 119 */ {"var119", "undefined"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"var121", "undefined"},
    /* 122 */ {"var122", "undefined"},
    /* 123 */ {"var123", "undefined"},
    /* 124 */ {"var124", "undefined"},
    /* 125 */ {"var125", "undefined"},
    /* 126 */ {"var126", "undefined"},
    /* 127 */ {"var127", "undefined"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"var129", "undefined"},
    /* 130 */ {"var130", "undefined"},
    /* 131 */ {"RR20", "probability of total precipitation > 20mm [1]"},
    /* 132 */ {"RR50", "probability of total precipitation > 50mm [1]"},
    /* 133 */ {"RR100", "probability of total precipitation > 100mm [1]"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"var139", "undefined"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"FF10", "probability of maximum wind speed > 10m/s [1]"},
    /* 142 */ {"FF15", "probability of maximum wind speed > 15m/s [1]"},
    /* 143 */ {"FF20", "probability of maximum wind speed > 20m/s [1]"},
    /* 144 */ {"var144", "undefined"},
    /* 145 */ {"var145", "undefined"},
    /* 146 */ {"var146", "undefined"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"var148", "undefined"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"var150", "undefined"},
    /* 151 */ {"var151", "undefined"},
    /* 152 */ {"var152", "undefined"},
    /* 153 */ {"var153", "undefined"},
    /* 154 */ {"var154", "undefined"},
    /* 155 */ {"var155", "undefined"},
    /* 156 */ {"var156", "undefined"},
    /* 157 */ {"var157", "undefined"},
    /* 158 */ {"var158", "undefined"},
    /* 159 */ {"var159", "undefined"},
    /* 160 */ {"var160", "undefined"},
    /* 161 */ {"var161", "undefined"},
    /* 162 */ {"var162", "undefined"},
    /* 163 */ {"var163", "undefined"},
    /* 164 */ {"var164", "undefined"},
    /* 165 */ {"var165", "undefined"},
    /* 166 */ {"var166", "undefined"},
    /* 167 */ {"var167", "undefined"},
    /* 168 */ {"var168", "undefined"},
    /* 169 */ {"var169", "undefined"},
    /* 170 */ {"var170", "undefined"},
    /* 171 */ {"var171", "undefined"},
    /* 172 */ {"var172", "undefined"},
    /* 173 */ {"var173", "undefined"},
    /* 174 */ {"var174", "undefined"},
    /* 175 */ {"var175", "undefined"},
    /* 176 */ {"var176", "undefined"},
    /* 177 */ {"var177", "undefined"},
    /* 178 */ {"var178", "undefined"},
    /* 179 */ {"var179", "undefined"},
    /* 180 */ {"var180", "undefined"},
    /* 181 */ {"var181", "undefined"},
    /* 182 */ {"var182", "undefined"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"var189", "undefined"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"var195", "undefined"},
    /* 196 */ {"var196", "undefined"},
    /* 197 */ {"var197", "undefined"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"var200", "undefined"},
    /* 201 */ {"var201", "undefined"},
    /* 202 */ {"var202", "undefined"},
    /* 203 */ {"var203", "undefined"},
    /* 204 */ {"var204", "undefined"},
    /* 205 */ {"var205", "undefined"},
    /* 206 */ {"var206", "undefined"},
    /* 207 */ {"var207", "undefined"},
    /* 208 */ {"var208", "undefined"},
    /* 209 */ {"var209", "undefined"},
    /* 210 */ {"var210", "undefined"},
    /* 211 */ {"var211", "undefined"},
    /* 212 */ {"var212", "undefined"},
    /* 213 */ {"var213", "undefined"},
    /* 214 */ {"var214", "undefined"},
    /* 215 */ {"var215", "undefined"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"var217", "undefined"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"var228", "undefined"},
    /* 229 */ {"var229", "undefined"},
    /* 230 */ {"var230", "undefined"},
    /* 231 */ {"var231", "undefined"},
    /* 232 */ {"var232", "undefined"},
    /* 233 */ {"var233", "undefined"},
    /* 234 */ {"var234", "undefined"},
    /* 235 */ {"var235", "undefined"},
    /* 236 */ {"var236", "undefined"},
    /* 237 */ {"var237", "undefined"},
    /* 238 */ {"var238", "undefined"},
    /* 239 */ {"var239", "undefined"},
    /* 240 */ {"var240", "undefined"},
    /* 241 */ {"var241", "undefined"},
    /* 242 */ {"var242", "undefined"},
    /* 243 */ {"var243", "undefined"},
    /* 244 */ {"var244", "undefined"},
    /* 245 */ {"var245", "undefined"},
    /* 246 */ {"var246", "undefined"},
    /* 247 */ {"var247", "undefined"},
    /* 248 */ {"var248", "undefined"},
    /* 249 */ {"var249", "undefined"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"var251", "undefined"},
    /* 252 */ {"var252", "undefined"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"var254", "undefined"},
    /* 255 */ {"var255", "undefined"},
};

/*
 * GRIB table 205 at DWD
 *     Helmut P. Frank, 27.10.2004
 * updated 19.10.2005
 */

const struct ParmTable parm_table_dwd_205[256] = {
    /* 0 */ {"var0", "undefined"},
    /* 1 */ {"SYNME5", "METEOSAT-5 mit Instrument MVIRI [1]"},
    /* 2 */ {"SYNME6", "METEOSAT-6 mit Instrument MVIRI [1]"},
    /* 3 */ {"SYNME7", "METEOSAT-7 mit Instrument MVIRI [1]"},
    /* 4 */ {"SYNMSG", "MSG mit Instrument SEVIRI [1]"},
    /* 5 */ {"var5", "undefined"},
    /* 6 */ {"var6", "undefined"},
    /* 7 */ {"var7", "undefined"},
    /* 8 */ {"var8", "undefined"},
    /* 9 */ {"var9", "undefined"},
    /* 10 */ {"var10", "undefined"},
    /* 11 */ {"var11", "undefined"},
    /* 12 */ {"var12", "undefined"},
    /* 13 */ {"var13", "undefined"},
    /* 14 */ {"var14", "undefined"},
    /* 15 */ {"var15", "undefined"},
    /* 16 */ {"var16", "undefined"},
    /* 17 */ {"var17", "undefined"},
    /* 18 */ {"var18", "undefined"},
    /* 19 */ {"var19", "undefined"},
    /* 20 */ {"var20", "undefined"},
    /* 21 */ {"var21", "undefined"},
    /* 22 */ {"var22", "undefined"},
    /* 23 */ {"var23", "undefined"},
    /* 24 */ {"var24", "undefined"},
    /* 25 */ {"var25", "undefined"},
    /* 26 */ {"var26", "undefined"},
    /* 27 */ {"var27", "undefined"},
    /* 28 */ {"var28", "undefined"},
    /* 29 */ {"var29", "undefined"},
    /* 30 */ {"var30", "undefined"},
    /* 31 */ {"var31", "undefined"},
    /* 32 */ {"var32", "undefined"},
    /* 33 */ {"var33", "undefined"},
    /* 34 */ {"var34", "undefined"},
    /* 35 */ {"var35", "undefined"},
    /* 36 */ {"var36", "undefined"},
    /* 37 */ {"var37", "undefined"},
    /* 38 */ {"var38", "undefined"},
    /* 39 */ {"var39", "undefined"},
    /* 40 */ {"var40", "undefined"},
    /* 41 */ {"var41", "undefined"},
    /* 42 */ {"var42", "undefined"},
    /* 43 */ {"var43", "undefined"},
    /* 44 */ {"var44", "undefined"},
    /* 45 */ {"var45", "undefined"},
    /* 46 */ {"var46", "undefined"},
    /* 47 */ {"var47", "undefined"},
    /* 48 */ {"var48", "undefined"},
    /* 49 */ {"var49", "undefined"},
    /* 50 */ {"var50", "undefined"},
    /* 51 */ {"var51", "undefined"},
    /* 52 */ {"var52", "undefined"},
    /* 53 */ {"var53", "undefined"},
    /* 54 */ {"var54", "undefined"},
    /* 55 */ {"var55", "undefined"},
    /* 56 */ {"var56", "undefined"},
    /* 57 */ {"var57", "undefined"},
    /* 58 */ {"var58", "undefined"},
    /* 59 */ {"var59", "undefined"},
    /* 60 */ {"var60", "undefined"},
    /* 61 */ {"var61", "undefined"},
    /* 62 */ {"var62", "undefined"},
    /* 63 */ {"var63", "undefined"},
    /* 64 */ {"var64", "undefined"},
    /* 65 */ {"var65", "undefined"},
    /* 66 */ {"var66", "undefined"},
    /* 67 */ {"var67", "undefined"},
    /* 68 */ {"var68", "undefined"},
    /* 69 */ {"var69", "undefined"},
    /* 70 */ {"var70", "undefined"},
    /* 71 */ {"var71", "undefined"},
    /* 72 */ {"var72", "undefined"},
    /* 73 */ {"var73", "undefined"},
    /* 74 */ {"var74", "undefined"},
    /* 75 */ {"var75", "undefined"},
    /* 76 */ {"var76", "undefined"},
    /* 77 */ {"var77", "undefined"},
    /* 78 */ {"var78", "undefined"},
    /* 79 */ {"var79", "undefined"},
    /* 80 */ {"var80", "undefined"},
    /* 81 */ {"var81", "undefined"},
    /* 82 */ {"var82", "undefined"},
    /* 83 */ {"var83", "undefined"},
    /* 84 */ {"var84", "undefined"},
    /* 85 */ {"var85", "undefined"},
    /* 86 */ {"var86", "undefined"},
    /* 87 */ {"var87", "undefined"},
    /* 88 */ {"var88", "undefined"},
    /* 89 */ {"var89", "undefined"},
    /* 90 */ {"var90", "undefined"},
    /* 91 */ {"var91", "undefined"},
    /* 92 */ {"var92", "undefined"},
    /* 93 */ {"var93", "undefined"},
    /* 94 */ {"var94", "undefined"},
    /* 95 */ {"var95", "undefined"},
    /* 96 */ {"var96", "undefined"},
    /* 97 */ {"var97", "undefined"},
    /* 98 */ {"var98", "undefined"},
    /* 99 */ {"var99", "undefined"},
    /* 100 */ {"var100", "undefined"},
    /* 101 */ {"var101", "undefined"},
    /* 102 */ {"var102", "undefined"},
    /* 103 */ {"var103", "undefined"},
    /* 104 */ {"var104", "undefined"},
    /* 105 */ {"var105", "undefined"},
    /* 106 */ {"var106", "undefined"},
    /* 107 */ {"var107", "undefined"},
    /* 108 */ {"var108", "undefined"},
    /* 109 */ {"var109", "undefined"},
    /* 110 */ {"var110", "undefined"},
    /* 111 */ {"var111", "undefined"},
    /* 112 */ {"var112", "undefined"},
    /* 113 */ {"var113", "undefined"},
    /* 114 */ {"var114", "undefined"},
    /* 115 */ {"var115", "undefined"},
    /* 116 */ {"var116", "undefined"},
    /* 117 */ {"var117", "undefined"},
    /* 118 */ {"var118", "undefined"},
    /* 119 */ {"var119", "undefined"},
    /* 120 */ {"var120", "undefined"},
    /* 121 */ {"var121", "undefined"},
    /* 122 */ {"var122", "undefined"},
    /* 123 */ {"var123", "undefined"},
    /* 124 */ {"var124", "undefined"},
    /* 125 */ {"var125", "undefined"},
    /* 126 */ {"var126", "undefined"},
    /* 127 */ {"var127", "undefined"},
    /* 128 */ {"var128", "undefined"},
    /* 129 */ {"var129", "undefined"},
    /* 130 */ {"var130", "undefined"},
    /* 131 */ {"var131", "undefined"},
    /* 132 */ {"var132", "undefined"},
    /* 133 */ {"var133", "undefined"},
    /* 134 */ {"var134", "undefined"},
    /* 135 */ {"var135", "undefined"},
    /* 136 */ {"var136", "undefined"},
    /* 137 */ {"var137", "undefined"},
    /* 138 */ {"var138", "undefined"},
    /* 139 */ {"var139", "undefined"},
    /* 140 */ {"var140", "undefined"},
    /* 141 */ {"var141", "undefined"},
    /* 142 */ {"var142", "undefined"},
    /* 143 */ {"var143", "undefined"},
    /* 144 */ {"var144", "undefined"},
    /* 145 */ {"var145", "undefined"},
    /* 146 */ {"var146", "undefined"},
    /* 147 */ {"var147", "undefined"},
    /* 148 */ {"var148", "undefined"},
    /* 149 */ {"var149", "undefined"},
    /* 150 */ {"var150", "undefined"},
    /* 151 */ {"var151", "undefined"},
    /* 152 */ {"var152", "undefined"},
    /* 153 */ {"var153", "undefined"},
    /* 154 */ {"var154", "undefined"},
    /* 155 */ {"var155", "undefined"},
    /* 156 */ {"var156", "undefined"},
    /* 157 */ {"var157", "undefined"},
    /* 158 */ {"var158", "undefined"},
    /* 159 */ {"var159", "undefined"},
    /* 160 */ {"var160", "undefined"},
    /* 161 */ {"var161", "undefined"},
    /* 162 */ {"var162", "undefined"},
    /* 163 */ {"var163", "undefined"},
    /* 164 */ {"var164", "undefined"},
    /* 165 */ {"var165", "undefined"},
    /* 166 */ {"var166", "undefined"},
    /* 167 */ {"var167", "undefined"},
    /* 168 */ {"var168", "undefined"},
    /* 169 */ {"var169", "undefined"},
    /* 170 */ {"var170", "undefined"},
    /* 171 */ {"var171", "undefined"},
    /* 172 */ {"var172", "undefined"},
    /* 173 */ {"var173", "undefined"},
    /* 174 */ {"var174", "undefined"},
    /* 175 */ {"var175", "undefined"},
    /* 176 */ {"var176", "undefined"},
    /* 177 */ {"var177", "undefined"},
    /* 178 */ {"var178", "undefined"},
    /* 179 */ {"var179", "undefined"},
    /* 180 */ {"var180", "undefined"},
    /* 181 */ {"var181", "undefined"},
    /* 182 */ {"var182", "undefined"},
    /* 183 */ {"var183", "undefined"},
    /* 184 */ {"var184", "undefined"},
    /* 185 */ {"var185", "undefined"},
    /* 186 */ {"var186", "undefined"},
    /* 187 */ {"var187", "undefined"},
    /* 188 */ {"var188", "undefined"},
    /* 189 */ {"var189", "undefined"},
    /* 190 */ {"var190", "undefined"},
    /* 191 */ {"var191", "undefined"},
    /* 192 */ {"var192", "undefined"},
    /* 193 */ {"var193", "undefined"},
    /* 194 */ {"var194", "undefined"},
    /* 195 */ {"var195", "undefined"},
    /* 196 */ {"var196", "undefined"},
    /* 197 */ {"var197", "undefined"},
    /* 198 */ {"var198", "undefined"},
    /* 199 */ {"var199", "undefined"},
    /* 200 */ {"var200", "undefined"},
    /* 201 */ {"var201", "undefined"},
    /* 202 */ {"var202", "undefined"},
    /* 203 */ {"var203", "undefined"},
    /* 204 */ {"var204", "undefined"},
    /* 205 */ {"var205", "undefined"},
    /* 206 */ {"var206", "undefined"},
    /* 207 */ {"var207", "undefined"},
    /* 208 */ {"var208", "undefined"},
    /* 209 */ {"var209", "undefined"},
    /* 210 */ {"var210", "undefined"},
    /* 211 */ {"var211", "undefined"},
    /* 212 */ {"var212", "undefined"},
    /* 213 */ {"var213", "undefined"},
    /* 214 */ {"var214", "undefined"},
    /* 215 */ {"var215", "undefined"},
    /* 216 */ {"var216", "undefined"},
    /* 217 */ {"var217", "undefined"},
    /* 218 */ {"var218", "undefined"},
    /* 219 */ {"var219", "undefined"},
    /* 220 */ {"var220", "undefined"},
    /* 221 */ {"var221", "undefined"},
    /* 222 */ {"var222", "undefined"},
    /* 223 */ {"var223", "undefined"},
    /* 224 */ {"var224", "undefined"},
    /* 225 */ {"var225", "undefined"},
    /* 226 */ {"var226", "undefined"},
    /* 227 */ {"var227", "undefined"},
    /* 228 */ {"var228", "undefined"},
    /* 229 */ {"var229", "undefined"},
    /* 230 */ {"var230", "undefined"},
    /* 231 */ {"var231", "undefined"},
    /* 232 */ {"var232", "undefined"},
    /* 233 */ {"var233", "undefined"},
    /* 234 */ {"var234", "undefined"},
    /* 235 */ {"var235", "undefined"},
    /* 236 */ {"var236", "undefined"},
    /* 237 */ {"var237", "undefined"},
    /* 238 */ {"var238", "undefined"},
    /* 239 */ {"var239", "undefined"},
    /* 240 */ {"var240", "undefined"},
    /* 241 */ {"var241", "undefined"},
    /* 242 */ {"var242", "undefined"},
    /* 243 */ {"var243", "undefined"},
    /* 244 */ {"var244", "undefined"},
    /* 245 */ {"var245", "undefined"},
    /* 246 */ {"var246", "undefined"},
    /* 247 */ {"var247", "undefined"},
    /* 248 */ {"var248", "undefined"},
    /* 249 */ {"var249", "undefined"},
    /* 250 */ {"var250", "undefined"},
    /* 251 */ {"var251", "undefined"},
    /* 252 */ {"var252", "undefined"},
    /* 253 */ {"var253", "undefined"},
    /* 254 */ {"var254", "undefined"},
    /* 255 */ {"var255", "undefined"},
};

const struct ParmTable parm_table_cptec_254[256] = {
   /* 0 */ {"var0", "undefined"},
   /* 1 */ {"PRES", "Pressure [hPa]"},
   /* 2 */ {"psnm", "Pressure reduced to MSL [hPa]"},
   /* 3 */ {"tsps", "Pressure tendency [Pa/s]"},
   /* 4 */ {"var4", "undefined"},
   /* 5 */ {"var5", "undefined"},
   /* 6 */ {"geop", "Geopotential [dam]"},
   /* 7 */ {"zgeo", "Geopotential height [gpm]"},
   /* 8 */ {"gzge", "Geometric height [m]"},
   /* 9 */ {"var9", "undefined"},
   /* 10 */ {"var10", "undefined"},
   /* 11 */ {"temp", "ABSOLUTE TEMPERATURE [K]"},
   /* 12 */ {"vtmp", "VIRTUAL TEMPERATURE [K]"},
   /* 13 */ {"ptmp", "POTENTIAL TEMPERATURE [K]"},
   /* 14 */ {"psat", "PSEUDO-ADIABATIC POTENTIAL TEMPERATURE [K]"},
   /* 15 */ {"mxtp", "MAXIMUM TEMPERATURE [K]"},
   /* 16 */ {"mntp", "MINIMUM TEMPERATURE [K]"},
   /* 17 */ {"tpor", "DEW POINT TEMPERATURE [K]"},
   /* 18 */ {"dptd", "DEW POINT DEPRESSION [K]"},
   /* 19 */ {"lpsr", "LAPSE RATE [K/m]"},
   /* 20 */ {"var20", "undefined"},
   /* 21 */ {"rds1", "RADAR SPECTRA(1) [non-dim]"},
   /* 22 */ {"rds2", "RADAR SPECTRA(2) [non-dim]"},
   /* 23 */ {"rds3", "RADAR SPECTRA(3) [non-dim]"},
   /* 24 */ {"var24", "undefined"},
   /* 25 */ {"tpan", "TEMPERATURE ANOMALY [K]"},
   /* 26 */ {"psan", "PRESSURE ANOMALY [Pa hPa]"},
   /* 27 */ {"zgan", "GEOPOT HEIGHT ANOMALY [m]"},
   /* 28 */ {"wvs1", "WAVE SPECTRA(1) [non-dim]"},
   /* 29 */ {"wvs2", "WAVE SPECTRA(2) [non-dim]"},
   /* 30 */ {"wvs3", "WAVE SPECTRA(3) [non-dim]"},
   /* 31 */ {"wind", "WIND DIRECTION  [deg]"},
   /* 32 */ {"wins", "WIND SPEED [m/s]"},
   /* 33 */ {"uvel", "ZONAL WIND (U) [m/s]"},
   /* 34 */ {"vvel", "MERIDIONAL WIND (V) [m/s]"},
   /* 35 */ {"fcor", "STREAM FUNCTION [m2/s]"},
   /* 36 */ {"potv", "VELOCITY POTENTIAL [m2/s]"},
   /* 37 */ {"var37", "undefined"},
   /* 38 */ {"sgvv", "SIGMA COORD VERT VEL [sec/sec]"},
   /* 39 */ {"omeg", "OMEGA [Pa/s]"},
   /* 40 */ {"omg2", "VERTICAL VELOCITY [m/s]"},
   /* 41 */ {"abvo", "ABSOLUTE VORTICITY        [10**5/sec]"},
   /* 42 */ {"abdv", "ABSOLUTE DIVERGENCE [10**5/sec]"},
   /* 43 */ {"vort", "VORTICITY  [1/s]"},
   /* 44 */ {"divg", "DIVERGENCE [1/s]"},
   /* 45 */ {"vucs", "VERTICAL U-COMP SHEAR [1/sec]"},
   /* 46 */ {"vvcs", "VERT V-COMP SHEAR [1/sec]"},
   /* 47 */ {"dirc", "DIRECTION OF CURRENT [deg]"},
   /* 48 */ {"spdc", "SPEED OF CURRENT [m/s]"},
   /* 49 */ {"ucpc", "U-COMPONENT OF CURRENT [m/s]"},
   /* 50 */ {"vcpc", "V-COMPONENT OF CURRENT [m/s]"},
   /* 51 */ {"umes", "SPECIFIC HUMIDITY [kg/kg]"},
   /* 52 */ {"umrl", "RELATIVE HUMIDITY [no Dim]"},
   /* 53 */ {"hmxr", "HUMIDITY MIXING RATIO [kg/kg]"},
   /* 54 */ {"agpl", "INST. PRECIPITABLE WATER [Kg/m2]"},
   /* 55 */ {"vapp", "VAPOUR PRESSURE [Pa hpa]"},
   /* 56 */ {"sadf", "SATURATION DEFICIT        [Pa hPa]"},
   /* 57 */ {"evap", "EVAPORATION [Kg/m2/day]"},
   /* 58 */ {"var58", "undefined"},
   /* 59 */ {"prcr", "PRECIPITATION RATE        [kg/m2/day]"},
   /* 60 */ {"thpb", "THUNDER PROBABILITY [%]"},
   /* 61 */ {"prec", "TOTAL PRECIPITATION [Kg/m2/day]"},
   /* 62 */ {"prge", "LARGE SCALE PRECIPITATION [Kg/m2/day]"},
   /* 63 */ {"prcv", "CONVECTIVE PRECIPITATION [Kg/m2/day]"},
   /* 64 */ {"neve", "SNOWFALL [Kg/m2/day]"},
   /* 65 */ {"wenv", "WAT EQUIV ACC SNOW DEPTH [kg/m2]"},
   /* 66 */ {"nvde", "SNOW DEPTH        [cm]"},
   /* 67 */ {"mxld", "MIXED LAYER DEPTH [m cm]"},
   /* 68 */ {"tthd", "TRANS THERMOCLINE DEPTH [m cm]"},
   /* 69 */ {"mthd", "MAIN THERMOCLINE DEPTH [m cm]"},
   /* 70 */ {"mtha", "MAIN THERMOCLINE ANOM [m cm]"},
   /* 71 */ {"cbnv", "CLOUD COVER [0-1]"},
   /* 72 */ {"cvnv", "CONVECTIVE CLOUD COVER [0-1]"},
   /* 73 */ {"lwnv", "LOW CLOUD COVER [0-1]"},
   /* 74 */ {"mdnv", "MEDIUM CLOUD COVER        [0-1]"},
   /* 75 */ {"hinv", "HIGH CLOUD COVER [0-1]"},
   /* 76 */ {"wtnv", "CLOUD WATER [kg/m2]"},
   /* 77 */ {"bli", "BEST LIFTED INDEX (TO 500 HPA) [K]"},
   /* 78 */ {"var78", "undefined"},
   /* 79 */ {"var79", "undefined"},
   /* 80 */ {"var80", "undefined"},
   /* 81 */ {"lsmk", "LAND SEA MASK [0,1]"},
   /* 82 */ {"dslm", "DEV SEA_LEV FROM MEAN [m]"},
   /* 83 */ {"zorl", "ROUGHNESS LENGTH [m]"},
   /* 84 */ {"albe", "ALBEDO [%]"},
   /* 85 */ {"dstp", "DEEP SOIL TEMPERATURE [K]"},
   /* 86 */ {"soic", "SOIL MOISTURE CONTENT [Kg/m2]"},
   /* 87 */ {"vege", "VEGETATION        [%]"},
   /* 88 */ {"var88", "undefined"},
   /* 89 */ {"dens", "DENSITY [kg/m3]"},
   /* 90 */ {"var90", "Undefined"},
   /* 91 */ {"icec", "ICE CONCENTRATION [fraction]"},
   /* 92 */ {"icet", "ICE THICKNESS [m]"},
   /* 93 */ {"iced", "DIRECTION OF ICE DRIFT [deg]"},
   /* 94 */ {"ices", "SPEED OF ICE DRIFT        [m/s]"},
   /* 95 */ {"iceu", "U-COMP OF ICE DRIFT [m/s]"},
   /* 96 */ {"icev", "V-COMP OF ICE DRIFT [m/s]"},
   /* 97 */ {"iceg", "ICE GROWTH        [m]"},
   /* 98 */ {"icdv", "ICE DIVERGENCE [sec/sec]"},
   /* 99 */ {"var99", "undefined"},
   /* 100 */ {"shcw", "SIG HGT COM WAVE/SWELL [m]"},
   /* 101 */ {"wwdi", "DIRECTION OF WIND WAVE [deg]"},
   /* 102 */ {"wwsh", "SIG HGHT OF WIND WAVES [m]"},
   /* 103 */ {"wwmp", "MEAN PERIOD WIND WAVES [sec]"},
   /* 104 */ {"swdi", "DIRECTION OF SWELL WAVE [deg]"},
   /* 105 */ {"swsh", "SIG HEIGHT SWELL WAVES [m]"},
   /* 106 */ {"swmp", "MEAN PERIOD SWELL WAVES [sec]"},
   /* 107 */ {"prwd", "PRIMARY WAVE DIRECTION [deg]"},
   /* 108 */ {"prmp", "PRIM WAVE MEAN PERIOD [s]"},
   /* 109 */ {"swdi", "SECOND WAVE DIRECTION [deg]"},
   /* 110 */ {"swmp", "SECOND WAVE MEAN PERIOD [s]"},
   /* 111 */ {"ocas", "SHORT WAVE ABSORBED AT GROUND [W/m2]"},
   /* 112 */ {"slds", "NET LONG WAVE AT BOTTOM [W/m2]"},
   /* 113 */ {"nswr", "NET SHORT-WAV RAD(TOP) [W/m2]"},
   /* 114 */ {"role", "OUTGOING LONG WAVE AT TOP [W/m2]"},
   /* 115 */ {"lwrd", "LONG-WAV RAD [W/m2]"},
   /* 116 */ {"swea", "SHORT WAVE ABSORBED BY EARTH/ATMOSPHERE  [W/m2]"},
   /* 117 */ {"glbr", "GLOBAL RADIATION [W/m2 ]"},
   /* 118 */ {"var118", "undefined"},
   /* 119 */ {"var119", "undefined"},
   /* 120 */ {"var120", "undefined"},
   /* 121 */ {"clsf", "LATENT HEAT FLUX FROM SURFACE [W/m2]"},
   /* 122 */ {"cssf", "SENSIBLE HEAT FLUX FROM SURFACE [W/m2]"},
   /* 123 */ {"blds", "BOUND LAYER DISSIPATION [W/m2]"},
   /* 124 */ {"var124", "undefined"},
   /* 125 */ {"var125", "undefined"},
   /* 126 */ {"var126", "undefined"},
   /* 127 */ {"imag", "IMAGE [image^data]"},
   /* 128 */ {"tp2m", "2 METRE TEMPERATURE [K]"},
   /* 129 */ {"dp2m", "2 METRE DEWPOINT TEMPERATURE [K]"},
   /* 130 */ {"u10m", "10 METRE U-WIND COMPONENT [m/s]"},
   /* 131 */ {"v10m", "10 METRE V-WIND COMPONENT [m/s]"},
   /* 132 */ {"topo", "TOPOGRAPHY [m]"},
   /* 133 */ {"gsfp", "GEOMETRIC MEAN SURFACE PRESSURE [hPa]"},
   /* 134 */ {"lnsp", "LN SURFACE PRESSURE [hPa]"},
   /* 135 */ {"pslc", "SURFACE PRESSURE [hPa]"},
   /* 136 */ {"pslm", "M S L PRESSURE (MESINGER METHOD) [hPa]"},
   /* 137 */ {"mask", "MASK  [-/+]"},
   /* 138 */ {"mxwu", "MAXIMUM U-WIND [m/s]"},
   /* 139 */ {"mxwv", "MAXIMUM V-WIND [m/s]"},
   /* 140 */ {"cape", "CONVECTIVE AVAIL. POT.ENERGY [m2/s2]"},
   /* 141 */ {"cine", "CONVECTIVE INHIB. ENERGY [m2/s2]"},
   /* 142 */ {"lhcv", "CONVECTIVE LATENT HEATING [K/s]"},
   /* 143 */ {"mscv", "CONVECTIVE MOISTURE SOURCE [1/s]"},
   /* 144 */ {"scvm", "SHALLOW CONV. MOISTURE SOURCE [1/s]"},
   /* 145 */ {"scvh", "SHALLOW CONVECTIVE HEATING [K/s]"},
   /* 146 */ {"mxwp", "MAXIMUM WIND PRESS. LVL  [hPa]"},
   /* 147 */ {"ustr", "STORM MOTION U-COMPONENT [m/s]"},
   /* 148 */ {"vstr", "STORM MOTION V-COMPONENT [m/s]"},
   /* 149 */ {"cbnt", "MEAN CLOUD COVER [0-1]"},
   /* 150 */ {"pcbs", "PRESSURE AT CLOUD BASE [hPa]"},
   /* 151 */ {"pctp", "PRESSURE AT CLOUD TOP [hPa]"},
   /* 152 */ {"fzht", "FREEZING LEVEL HEIGHT [m]"},
   /* 153 */ {"fzrh", "FREEZING LEVEL RELATIVE HUMIDITY [%]"},
   /* 154 */ {"fdlt", "FLIGHT LEVELS TEMPERATURE [K]"},
   /* 155 */ {"fdlu", "FLIGHT LEVELS U-WIND [m/s]"},
   /* 156 */ {"fdlv", "FLIGHT LEVELS V-WIND [m/s]"},
   /* 157 */ {"tppp", "TROPOPAUSE PRESSURE   [hPa]"},
   /* 158 */ {"tppt", "TROPOPAUSE TEMPERATURE [K]"},
   /* 159 */ {"tppu", "TROPOPAUSE U-WIND COMPONENT [m/s]"},
   /* 160 */ {"tppv", "TROPOPAUSE v-WIND COMPONENT [m/s]"},
   /* 161 */ {"var161", "undefined"},
   /* 162 */ {"gvdu", "GRAVITY WAVE DRAG DU/DT [m/s2]"},
   /* 163 */ {"gvdv", "GRAVITY WAVE DRAG DV/DT [m/s2]"},
   /* 164 */ {"gvus", "GRAVITY WAVE DRAG SFC ZONAL STRESS  [Pa]"},
   /* 165 */ {"gvvs", "GRAVITY WAVE DRAG SFC MERIDIONAL STRESS [Pa]"},
   /* 166 */ {"var166", "undefined"},
   /* 167 */ {"dvsh", "DIVERGENCE OF SPECIFIC HUMIDITY [1/s]"},
   /* 168 */ {"hmfc", "HORIZ. MOISTURE FLUX CONV.  [1/s]"},
   /* 169 */ {"vmfl", "VERT. INTEGRATED MOISTURE FLUX CONV. [kg/(m2*s)]"},
   /* 170 */ {"vadv", "VERTICAL MOISTURE ADVECTION  [kg/(kg*s)]"},
   /* 171 */ {"nhcm", "NEG. HUM. CORR. MOISTURE SOURCE [kg/(kg*s)]"},
   /* 172 */ {"lglh", "LARGE SCALE LATENT HEATING   [K/s]"},
   /* 173 */ {"lgms", "LARGE SCALE MOISTURE SOURCE  [1/s]"},
   /* 174 */ {"smav", "SOIL MOISTURE AVAILABILITY  [0-1]"},
   /* 175 */ {"tgrz", "SOIL TEMPERATURE OF ROOT ZONE [K]"},
   /* 176 */ {"bslh", "BARE SOIL LATENT HEAT [Ws/m2]"},
   /* 177 */ {"evpp", "POTENTIAL SFC EVAPORATION [m]"},
   /* 178 */ {"rnof", "RUNOFF [kg/m2/s)]"},
   /* 179 */ {"pitp", "INTERCEPTION LOSS [W/m2]"},
   /* 180 */ {"vpca", "VAPOR PRESSURE OF CANOPY AIR SPACE [mb]"},
   /* 181 */ {"qsfc", "SURFACE SPEC HUMIDITY   [kg/kg]"},
   /* 182 */ {"ussl", "SOIL WETNESS OF SURFACE [0-1]"},
   /* 183 */ {"uzrs", "SOIL WETNESS OF ROOT ZONE [0-1]"},
   /* 184 */ {"uzds", "SOIL WETNESS OF DRAINAGE ZONE [0-1]"},
   /* 185 */ {"amdl", "STORAGE ON CANOPY [m]"},
   /* 186 */ {"amsl", "STORAGE ON GROUND [m]"},
   /* 187 */ {"tsfc", "SURFACE TEMPERATURE [K]"},
   /* 188 */ {"tems", "SURFACE ABSOLUTE TEMPERATURE [K]"},
   /* 189 */ {"tcas", "TEMPERATURE OF CANOPY AIR SPACE [K]"},
   /* 190 */ {"ctmp", "TEMPERATURE AT CANOPY [K]"},
   /* 191 */ {"tgsc", "GROUND/SURFACE COVER TEMPERATURE [K]"},
   /* 192 */ {"uves", "SURFACE ZONAL WIND (U) [m/s]"},
   /* 193 */ {"usst", "SURFACE ZONAL WIND STRESS [Pa]"},
   /* 194 */ {"vves", "SURFACE MERIDIONAL WIND (V) [m/s]"},
   /* 195 */ {"vsst", "SURFACE MERIDIONAL WIND STRESS [Pa]"},
   /* 196 */ {"suvf", "SURFACE MOMENTUM FLUX [W/m2]"},
   /* 197 */ {"iswf", "INCIDENT SHORT WAVE FLUX [W/m2]"},
   /* 198 */ {"ghfl", "TIME AVE GROUND HT FLX   [W/m2]"},
   /* 199 */ {"var199", "undefined"},
   /* 200 */ {"lwbc", "NET LONG WAVE AT BOTTOM (CLEAR) [W/m2]"},
   /* 201 */ {"lwtc", "OUTGOING LONG WAVE AT TOP (CLEAR) [W/m2]"},
   /* 202 */ {"swec", "SHORT WV ABSRBD BY EARTH/ATMOS (CLEAR) [W/m2]"},
   /* 203 */ {"ocac", "SHORT WAVE ABSORBED AT GROUND (CLEAR) [W/m2]"},
   /* 204 */ {"var204", "undefined"},
   /* 205 */ {"lwrh", "LONG WAVE RADIATIVE HEATING  [K/s]"},
   /* 206 */ {"swrh", "SHORT WAVE RADIATIVE HEATING [K/s]"},
   /* 207 */ {"olis", "DOWNWARD LONG WAVE AT BOTTOM [W/m2]"},
   /* 208 */ {"olic", "DOWNWARD LONG WAVE AT BOTTOM (CLEAR) [W/m2]"},
   /* 209 */ {"ocis", "DOWNWARD SHORT WAVE AT GROUND [W/m2]"},
   /* 210 */ {"ocic", "DOWNWARD SHORT WAVE AT GROUND (CLEAR) [W/m2]"},
   /* 211 */ {"oles", "UPWARD LONG WAVE AT BOTTOM [W/m2]"},
   /* 212 */ {"oces", "UPWARD SHORT WAVE AT GROUND [W/m2]"},
   /* 213 */ {"swgc", "UPWARD SHORT WAVE AT GROUND (CLEAR) [W/m2]"},
   /* 214 */ {"roce", "UPWARD SHORT WAVE AT TOP [W/m2]"},
   /* 215 */ {"swtc", "UPWARD SHORT WAVE AT TOP (CLEAR) [W/m2]"},
   /* 216 */ {"var216", "undefined"},
   /* 217 */ {"var217", "undefined"},
   /* 218 */ {"hhdf", "HORIZONTAL HEATING DIFFUSION [K/s]"},
   /* 219 */ {"hmdf", "HORIZONTAL MOISTURE DIFFUSION [1/s]"},
   /* 220 */ {"hddf", "HORIZONTAL DIVERGENCE DIFFUSION [1/s2]"},
   /* 221 */ {"hvdf", "HORIZONTAL VORTICITY DIFFUSION [1/s2]"},
   /* 222 */ {"vdms", "VERTICAL DIFF. MOISTURE SOURCE [1/s]"},
   /* 223 */ {"vdfu", "VERTICAL DIFFUSION DU/DT [m/s2]"},
   /* 224 */ {"vdfv", "VERTICAL DIFFUSION DV/DT [m/s2]"},
   /* 225 */ {"vdfh", "VERTICAL DIFFUSION HEATING [K/s]"},
   /* 226 */ {"umrs", "SURFACE RELATIVE HUMIDITY [no Dim]"},
   /* 227 */ {"vdcc", "VERTICAL DIST TOTAL CLOUD COVER [no Dim]"},
   /* 228 */ {"var228", "undefined"},
   /* 229 */ {"var229", "undefined"},
   /* 230 */ {"usmt", "TIME MEAN SURFACE ZONAL WIND (U) [m/s]"},
   /* 231 */ {"vsmt", "TIME MEAN SURFACE MERIDIONAL WIND (V) [m/s]"},
   /* 232 */ {"tsmt", "TIME MEAN SURFACE ABSOLUTE TEMPERATURE [K]"},
   /* 233 */ {"rsmt", "TIME MEAN SURFACE RELATIVE HUMIDITY [no Dim]"},
   /* 234 */ {"atmt", "TIME MEAN ABSOLUTE TEMPERATURE [K]"},
   /* 235 */ {"stmt", "TIME MEAN DEEP SOIL TEMPERATURE [K]"},
   /* 236 */ {"ommt", "TIME MEAN DERIVED OMEGA [Pa/s]"},
   /* 237 */ {"dvmt", "TIME MEAN DIVERGENCE [1/s]"},
   /* 238 */ {"zhmt", "TIME MEAN GEOPOTENTIAL HEIGHT [m]"},
   /* 239 */ {"lnmt", "TIME MEAN LOG SURFACE PRESSURE [ln(cbar)]"},
   /* 240 */ {"mkmt", "TIME MEAN MASK [-/+]"},
   /* 241 */ {"vvmt", "TIME MEAN MERIDIONAL WIND (V) [m/s]"},
   /* 242 */ {"omtm", "TIME MEAN OMEGA  [cbar/s]"},
   /* 243 */ {"ptmt", "TIME MEAN POTENTIAL TEMPERATURE [K]"},
   /* 244 */ {"pcmt", "TIME MEAN PRECIP. WATER  [kg/m2]"},
   /* 245 */ {"rhmt", "TIME MEAN RELATIVE HUMIDITY [%]"},
   /* 246 */ {"mpmt", "TIME MEAN SEA LEVEL PRESSURE [hPa]"},
   /* 247 */ {"simt", "TIME MEAN SIGMADOT [1/s]"},
   /* 248 */ {"uemt", "TIME MEAN SPECIFIC HUMIDITY [kg/kg]"},
   /* 249 */ {"fcmt", "TIME MEAN STREAM FUNCTION| m2/s]"},
   /* 250 */ {"psmt", "TIME MEAN SURFACE PRESSURE [hPa]"},
   /* 251 */ {"tmmt", "TIME MEAN SURFACE TEMPERATURE [K]"},
   /* 252 */ {"pvmt", "TIME MEAN VELOCITY POTENTIAL [m2/s]"},
   /* 253 */ {"tvmt", "TIME MEAN VIRTUAL TEMPERATURE [K]"},
   /* 254 */ {"vtmt", "TIME MEAN VORTICITY [1/s]"},
   /* 255 */ {"uvmt", "TIME MEAN ZONAL WIND (U) [m/s]"},
};


/*
 * support for complex packing
 *  determine the number of data points in the BDS
 *  does not handle matrix values
 */

extern int ec_large_grib,  len_ec_bds;


int BDS_NValues(unsigned char *bds) {

    /* returns number of grid points as determined from the BDS */

    int i = 0;

    if (BDS_SimplePacking(bds) && BDS_Grid(bds)) {
	i = ((BDS_LEN(bds) - BDS_DataStart(bds))*8 -
		BDS_UnusedBits(bds)) / (BDS_NumBits(bds));
    }
    else if (BDS_ComplexPacking(bds) && BDS_Grid(bds)) {
	i = BDS_P2(bds);
    }
    return i;
}
grads-2.0.1/src/dodstn.c0000644000175000017500000004021611540444124016174 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by Joe Wielgosz 
 * 
 * dodstn.c: interface to gadap library, for reading remote station data
 *
 * to do:
 * 
 *  - as in BUFR datafiles, any given coordinate may occur in
 *  either header or profile of DODS data. for example, in an EPIC
 *  time series, lat/lon/lev are in the header, time is in the
 *  profile. the loop that builds garpt structures needs to handle
 *  this.
 *
 *  - queries to the EPIC system do not send the time constraints;
 *  a function needs to be written to convert floating point grid
 *  time into epic integer-format absolute time, and print that
 *  out into the constraint string.
 *  
 *  the following features will reduce unnecessary use of server resorces, 
 *  by making it quicker and easier to figure out where the data is 
 *  located in a station dataset:
 * 
 *  - ideally there should be a way to request just coordinate data,
 *  without a data variable. 
 *
 * - dappfi should check for some kind of metadata fields that set
 *   lat/lon/lev to reasonable values if present. 
 *
 * - one could even go further, and have attributes for average
 *   number of stations, average profile length etc. in order to
 *   get a sense of how many data points are in the dataset.
 */

#ifdef HAVE_CONFIG_H
#include "config.h"

/* If autoconfed, only include malloc.h when it's presen */
#ifdef HAVE_MALLOC_H
#include 
#endif

#else /* undef HAVE_CONFIG_H */

#include 

#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include "grads.h"
#include "gadap.h"

/* returns dimension index (0,1,2,3 or -1 for no match) associated
   with the varid, by searching the dapinf structure */
gaint doddim(gaint varid, struct gafile *pfi) {
  gaint i;
  for (i=0; i<5; i++) {
    if (varid == pfi->dapinf[i]) return i;
  }
  return -1;
}

/* gets the index of variable named either name1 or if not found, name2 */
gaint dodgvar(char *name1, char *name2, struct gafile *pfi) {
  gaint var = gadap_d_varindex(pfi->dhandle, name1);
  if (var < 0) var = gadap_d_varindex(pfi->dhandle, name2);
  if (var < 0) var = -999;
  return var;
}

/* True if this is an EPIC data set (has _id variable. Need better way)*/
gaint isepic(GADAP_DATASET handle) {
  return gadap_d_varindex(handle, "_id") >= 0;
}

/* Convert EPIC time format, which is a 64-bit double, into a dt structure */
struct dt epict2dt(gadouble);
struct dt epict2dt(gadouble val) {
  gadouble tim;
  long ltim;
  struct dt dtbase,dtval;
  
  dtbase.yr = 1970;
  dtbase.mo = 1;
  dtbase.dy = 1;
  dtbase.hr = 0;
  dtbase.mn = 0;
  
  tim = val;                        /* millisecs since 01-01-1970 */
  tim = (tim / 60 / 1000);          /* minutes since 01-01-1970 */
  ltim = tim;
  if (ltim < 0) ltim = (-1)*ltim;   /* absolute value of minutes since 01-01-1970 */

  dtval.yr = 0;
  dtval.mo = 0;
  dtval.mn = (ltim % 60);
  dtval.hr = (ltim / 60) % 24;
  dtval.dy = (ltim / 60 / 24);
  if (val >= 0.0) {
    timadd(&dtbase, &dtval);
  }
  else {
    timsub(&dtbase, &dtval);
  }
  return dtval;
}

/* handle EPIC time format, which is a 64-bit double */
gadouble epict2gr(gadouble val, struct gafile *pfi) {
  gadouble tim;
  long ltim;
  struct dt dtbase, dtval;
  
  dtbase.yr = 1970;
  dtbase.mo = 1;
  dtbase.dy = 1;
  dtbase.hr = 0;
  dtbase.mn = 0;
  
  tim = val; /* millisecs since 01-01-1970 */
  tim = (tim / 60 / 1000); /* minutes since 01-01-1970 */
  ltim = tim;
  
  dtval.yr = 0;
  dtval.mo = 0;
  dtval.mn = (ltim % 60);
  dtval.hr = (ltim / 60) % 24;
  dtval.dy = (ltim / 60 / 24);
  timadd(&dtbase, &dtval);

  return t2gr(pfi->abvals[3], &dtval);
  /* change this function to return a dtval structure instead of a grads grid value 
     so that this can be used when there is no grads grid structure defined */
}


/* builds URL for sending a query to epic, which uses generic DODS
 * constraint clauses (i.e. '&varname>value') instead of GDS functions
 * bounds() and stid()
 */
void epicqstr(char * buf, struct gastn * stn) {

  GADAP_DATASET handle;
  struct gafile *pfi;
  const char *name;
  gaint *dapinf;
  gaint i;
  char *next, *stid;

  pfi = stn->pfi;
  handle = pfi->dhandle;
  dapinf = pfi->dapinf;
  stid = stn->stid;
  next = buf;
  if (stn->sflag) {
    name = gadap_d_varname(handle, dapinf[4]);
    snprintf(next,8191,"&%s=",name);
    next += strlen(next);
    for (i=0; i<8; i++) {
      if (stid[i] == ' ') break;
      (*next) = stid[i];
      next++;
    }
    (*next) = '\0';
  } 
  else {
 

    /* could add code here to build time constraint on request */
    /* create a gradstime2epic time routine have to give epic server
       time constaints in its own units: msec since jan1970  */

    name = gadap_d_varname(handle, dapinf[0]);
    snprintf(next,8191,"&%s>=%f&%s<=%f", name, stn->dmin[0], name, stn->dmax[0]);
    next += strlen(next);

    name = gadap_d_varname(handle, dapinf[1]);
    snprintf(next,8191,"&%s>=%f&%s<=%f", name, stn->dmin[1], name, stn->dmax[1]);
    next += strlen(next);

  }

  if (stn->pvar->levels) {
    name = gadap_d_varname(handle, dapinf[2]);
    snprintf(next,8191,"&%s>=%f&%s<=%f", name, stn->dmax[2], name, stn->dmin[2]);
    next += strlen(next);
  }
}

/*  Open an OPeNDAP station data set and fill in the gafile
    info from metadata from the server */

gaint dappfi (char *url, struct gafile *pfi) {
  struct gavar *pvar;
  struct dt tdef,dt1,dt2;
  gaint i,j,isvert,nvars,nivars,lcnt,len,gotfill,tvar,tminid,tsizeid,tstepid,trngid;
  size_t sz;
  const char *name, *longname;
  const char *trngstr;
  GADAP_DATASET handle;
  GADAP_STATUS rc;
  gadouble v1=0,v2=0,*vals;
  gadouble fill,tmin,tmax;
  char *pos;

  rc = gadap_open(url, &handle);
  if (rc!=0) {
    gaprnt (0,"Open Error on OPeNDAP URL\n");
    return (99);
  }

  nvars = gadap_d_numvars(handle);
  if (nvars<1) {
    gaprnt (0,"Open error: OPeNDAP URL is not a station dataset\n");
    gadap_close(handle,1);
    return(99);
  }

  /* save handle, url, and dataset title */
  pfi->type = 2;
  pfi->dhandle = (gaint)handle; 
  len = 0;
  while (*(url+len) && len<4095) {
    pfi->name[len] = *(url+len);
    pfi->dnam[len] = *(url+len);
    len++;
  }
  pfi->name[len] = '\0';  
  pfi->dnam[len] = '\0';
  name = gadap_d_title(handle);
  if (name) {
    len = 0;
    while (*(name+len) && len<510) {
      pfi->title[len] = *(name+len);
      len++;
    }
    pfi->title[len] = '\0';
  } 
  else {
    /* empty string for title by default */
    pfi->title[0] = '\0';
  }
  
  /* search for coordinate variables */
  pfi->dapinf[0] = dodgvar("lon", "longitude", pfi);
  pfi->dapinf[1] = dodgvar("lat", "latitude", pfi);
  pfi->dapinf[2] = dodgvar("lev", "depth", pfi);
  pfi->dapinf[3] = dodgvar("time", "time", pfi);
  pfi->dapinf[4] = dodgvar("stid", "_id", pfi);
  tvar = pfi->dapinf[3];

  /* search for data variables */
  nivars = gadap_d_numlivars(handle);
  sz = nvars * (sizeof(struct gavar) + 7 );
  pvar = (struct gavar *)galloc(sz,"dapstnpvar");
  if (pvar==NULL) {
    gaprnt (0,"Memory allocation error in dappfi\n");
    gadap_close(handle,1);
    return(99);
  }
  pfi->pvar1 = pvar;
  lcnt = 0;
  gotfill = 0;
  /* set default values for file-wide undef and ulow/uhi */
  pfi->undef =  -9.99e8; 
  pfi->ulow = fabs(pfi->undef/EPSILON);
  pfi->uhi  = pfi->undef + pfi->ulow;
  pfi->ulow = pfi->undef - pfi->ulow;
  
  for (i=0; i=nivars) isvert = 1;
    name = longname = NULL;
    name = gadap_d_varname(handle,i);
    longname = gadap_d_attrstr(handle, i, gadap_d_attrindex(handle, i, "long_name"));
    if (!longname) longname = name;
    if (doddim(i, pfi) == -1) {
      if (!gotfill) {
	if (gadap_d_fill(handle,i,&fill) == GADAP_SUCCESS)  {
	  gotfill = 1;
	  /* Use the first missing value found in file (1st variable) as file-wide 
	     undef, provided that it is not a NaN. If it is, keep the default value. */
	  if (!isnan(fill)) {
	    pfi->undef = fill;
	    pfi->ulow = fabs(pfi->undef/EPSILON);
	    pfi->uhi  = pfi->undef + pfi->ulow;
	    pfi->ulow = pfi->undef - pfi->ulow;
	  } 
	}
      }
      pvar->offset = i;
      for (j=0;j<16;j++) pvar->units[j] = -999;
      pvar->units[0] = 99;
      pvar->levels = isvert;
      len = 0;
      while (*(name+len) && len < 16) {
        pvar->abbrv[len] = tolower(*(name+len));
        len++;
      }
      pvar->abbrv[len] = '\0';
      len = 0;
      while (*(longname+len) && len < 128) {
        pvar->varnm[len] = (*(longname+len));
        len++;
      }
      pvar->varnm[len] = '\0'; 
      pvar++;
      lcnt++;
    }
  }
  pfi->vnum = lcnt;
  pfi->ivnum = nivars-4; 
  pfi->lvnum = lcnt - pfi->ivnum;
  if (pfi->lvnum>0 && pfi->dapinf[2]<0) goto leverr;

  /* Parse tdef info provided by server */

  tminid  = gadap_d_attrindex(handle,tvar,"grads_size");
  tsizeid = gadap_d_attrindex(handle,tvar,"grads_min");
  tstepid = gadap_d_attrindex(handle,tvar,"grads_step");

  if ((tminid >= 0) && (tsizeid >= 0) && (tstepid >= 0)) {
    name = gadap_d_attrstr(handle,tvar,tminid);
    if ( (pos = intprs((char *)name,&(pfi->dnum[3])))==NULL) goto tdeferr;
    
    name = gadap_d_attrstr(handle,tvar,tsizeid);
    tdef.yr = -1000;
    tdef.mo = -1000;
    tdef.dy = -1000;
    if ( (pos = adtprs((char *)name,&tdef,&dt1))==NULL) goto tdeferr;
    if (dt1.yr == -1000 || dt1.mo == -1000.0 || dt1.dy == -1000) goto tdeferr;
    
    name = gadap_d_attrstr(handle,tvar,tstepid);
    if ((pos = rdtprs((char *)name,&dt2))==NULL) goto tdeferr;
    v1 = (gadouble)((dt2.yr * 12) + dt2.mo);
    v2 = (gadouble)((dt2.dy * 1440) + (dt2.hr * 60) + dt2.mn);
    if (dequal(v1,0.0,1e-08)==0 && dequal(v2,0.0,1e-08)==0) goto tdeferr;

  } 
  /* could add an else-if statment here to get attributes from epic
     server and populate time metadata */
  else if (isepic(handle)) {
    trngid = gadap_d_attrindex(handle,nvars,"time_range");
    trngstr = gadap_d_attrstr(handle,nvars,trngid);
    tmin = strtod(trngstr,&trngstr);
    tmax = strtod(trngstr,NULL);
    dt1 = epict2dt(tmax);
    dt1 = epict2dt(tmin);
  }
  else {
    /* If no tdef info, use default time grid - daily, starting at UNIX epoch */
    dt1.yr = 1970;
    dt1.mo = 1;
    dt1.dy = 1;
    dt1.hr = 0;
    dt1.mn = 0;
    v1 = 0;
    v2 = 1440;
  }
    
  /* The info we just collected gets hung off the pfi block
     as the time conversion constants */

  sz = sizeof(gadouble)*8;
  vals = (gadouble *)galloc(sz,"dapstnvals");
  if (vals==NULL) goto tdeferr;
  *(vals) = dt1.yr;
  *(vals+1) = dt1.mo;
  *(vals+2) = dt1.dy;
  *(vals+3) = dt1.hr;
  *(vals+4) = dt1.mn;
  *(vals+5) = v1;
  *(vals+6) = v2;
  *(vals+7) = -999.9;
  pfi->grvals[3] = vals;
  pfi->abvals[3] = vals;
  pfi->linear[3] = 1;

  return (0);

tdeferr:
  gaprnt (0,"Invalid tdef info from server; error in dappfi\n");
  gadap_close(handle,1);
  return(99);
leverr:
  gaprnt (0,"Invalid lev info from server; error in dappfi\n");
  gadap_close(handle,1);
  return(99);
}



/* Obtain data to satisfy the request described in the gastn block  */
gaint dapget(struct gastn *stn) {
  struct gafile *pfi;
  struct gavar *pvar;
  struct garpt *rpt;
  struct dt dt;
  gadouble ulow,uhi;
  gaint *dapinf;
  gaint rptinfo[5];
  GADAP_DATASET handle;
  GADAP_STATUS rc;
  GADAP_STN_QUERY *query;
  GADAP_RPTCOL r_handle;
  gadouble lon,lat,lev,val,time;
  gaint nreps,nlevs,i,j,k,num, rptdatavar, gotepic;
  char tchmn[20],tchmx[20],stid[10];
  const char *stid2=NULL, *varnm;
  char extra[8192];

  pfi = stn->pfi;
  handle = pfi->dhandle;
  dapinf = pfi->dapinf;
  query = gadap_sq_new(handle);
  if (query==NULL) { 
    gaprnt (0,"Memory allocation error in dapget\n");
    return (99);
  }

  /* select variables to request */

  pvar = stn->pvar;
  for (i=0; i<5; i++) {
    if (i == 2 && pvar->levels == 0) continue;
    query->varflags[dapinf[i]] = 1;
  }
  query->varflags[pvar->offset] = 1;

  /* set query constraints */

  if (isepic(handle)) {
    gotepic = 1;
    epicqstr(extra, stn);
    query->extra = extra;
    query->usebounds = 0;
  } 
  else {
    gotepic = 0;
    query->minlon = stn->dmin[0];
    query->maxlon = stn->dmax[0];
    query->minlat = stn->dmin[1];
    query->maxlat = stn->dmax[1];
    query->minlev = stn->dmin[2];
    query->maxlev = stn->dmax[2];
    gr2t (stn->tvals, stn->tmin, &dt);
    gat2ch (&dt, 4, tchmn, 20);  
    query->mintime = tchmn;
    gr2t (stn->tvals, stn->tmax, &dt);
    gat2ch (&dt, 4, tchmx, 20);
    query->maxtime = tchmx;
    if (stn->sflag) {
      for (i=0; i<8; i++) stid[i] = stn->stid[i];
      i = 0;
      while (stid[i]!=' ' && i<8) i++;
      stid[i] = '\0';
      query->stid = stid;
    } else {
      query->stid = NULL;
    }
    query->usebounds = 1;
  }

  gaprnt(2, "gadap: requesting ");
  gaprnt(2, (char*)gadap_sq_url(query));
  gaprnt(2, "\n");

  rc = gadap_sq_send(query, &r_handle);
  if (rc) {
    gaprnt (0,"OPeNDAP data retrieval error\n");
    gadap_sq_free(query);
    return(99);
  }

  /* indices of coordinate variables in report will differ from
     indices in original dataset, since some vars are missing */
  for (i=0; i<5; i++) {
    if (i == 2 && pvar->levels == 0) continue;
    varnm = gadap_d_varname(handle, dapinf[i]);
    rptinfo[i] = gadap_r_varindex(r_handle, varnm);
  }
  varnm = gadap_d_varname(handle, pvar->offset);
  rptdatavar = gadap_r_varindex(r_handle, varnm);
  nreps = gadap_r_numrpts(r_handle);

  /* set uhi and ulow for fuzzy undef test */
  if (pfi->undef==0.0) {   
    ulow = 1e-5; 
  } 
  else {
    ulow = fabs(pfi->undef/EPSILON);   
  }
  uhi  = pfi->undef + ulow;
  ulow = pfi->undef - ulow;

  num = 0;
  for (i = 0; i < nreps; i++) {

    /* get "header" info (lat/lon/stid/time coordinates) */
    gadap_r_valdbl(r_handle, i, 0, rptinfo[0], 0, &lon); 
    if (isnan(lon)) continue;
    gadap_r_valdbl(r_handle, i, 0, rptinfo[1], 0, &lat); 
    if (isnan(lat)) continue;

    if (gotepic) {
      gadap_r_valdbl(r_handle, i, 0, rptinfo[4], 0, &val); 
      if (isnan(val)) continue;
      snprintf(stid,8,"%d", (gaint)val);
      
      gadap_r_valdbl(r_handle, i, 0, rptinfo[3], 0, &val); 
      if (isnan(val)) continue;
      time = epict2gr(val, pfi);

    } else {
      stid2 = gadap_r_valstr(r_handle, i, 0, rptinfo[4], 0);
      for (j = 0; j < 8; j++) {
	if (stid2[j] == '\0') break;
	stid[j] = stid2[j];
      }
      if (stid2) free(stid2);
      gadap_r_valdbl(r_handle, i, 0, rptinfo[3], 0, &time); 
    }

    /* pad station id with spaces */
    for (j = 0; j < 8; j++) {
      if (stid[j] == '\0') break;
    }
    while (j < 8) {
      stid[j] = ' ';
      j++;
    }
    stid[8] = '\0';

    /* get surface value or vertical profile */
    if (pvar->levels==0) {
      gadap_r_valdbl(r_handle, i, 0, rptdatavar, 0, &val);
      if (isnan(val) || isinf(val)) val=pfi->undef;
      rpt = gaarpt(stn);
      for (k=0; k<8; k++) rpt->stid[k] = *(stid+k);  
      rpt->lon = lon;
      rpt->lat = lat;
      rpt->tim = time;
      rpt->lev = -9.99e8;
      /* Test if value is within EPSILON of the missing data value.
	 If yes, set undef mask to 0. The undef mask is 1 for valid data */
      if (val >= ulow && val <= uhi) {
	rpt->umask = 0;
	rpt->val = pfi->undef;   
      }
      else {
	rpt->umask = 1;
	rpt->val = val;
      }
      num++;
    } else {
      nlevs = gadap_r_numlev(r_handle, i);
      for (j=0; jundef;
        rpt = gaarpt(stn);
        for (k=0; k<8; k++) rpt->stid[k] = *(stid+k);  
        rpt->lon = lon;
        rpt->lat = lat;
        rpt->tim = time;
        rpt->lev = lev;
	/* Test if value is within EPSILON of the missing data value.
	   If yes, set undef mask to 0. The undef mask is 1 for valid data */
	if (val >= ulow && val <= uhi) {
	  rpt->umask = 0;
	  rpt->val = pfi->undef;   
	}
	else {
	  rpt->umask = 1;
	  rpt->val = val;
	}
        num++;
      }
    }
  }
  stn->rnum = num;
  gadap_r_free(r_handle);
  gadap_sq_free(query);
  return (0);
}

/*  Close gadap data set */

void dapclo (struct gafile *pfi) {
GADAP_DATASET handle;

  if (pfi->dhandle == -999) return;
  handle = pfi->dhandle;
  gadap_close(handle,1);
  pfi->dhandle = -999;
}
grads-2.0.1/src/gxshad2.c0000644000175000017500000015166111572177474016270 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty  2010,2011 */

/* Version 2 of the shaded contouring routine.  The original grads implementation
   of shaded contouring used a technique involving overlaying the polygons.
   That did not allow for desirable applications such as transparency
   or pattern fill.  That version also failed to maintain the "right hand rule"
   needed for shapefile support (ie, the polygon is filled to the right-hand-side
   of the path).  The new version, with an entry point of gxshad2, has these 
   desirable features.

   This source file actually contains two implementations of filled contouring.
   The entry point gxshad2b generates the filled contour plot by filling a large
   number of small polygons grid box by grid box.  The code for this is left here
   since it may have future uses (such as for complex map projections).  It is also
   the version of shaded contouring that is the least complex -- and thus is the 
   version most likely to be correct.  So when in doubt -- set gxout shade2b.  */


/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 
#include 
#include "gatypes.h"
#include "gx.h"

#if USESHP==1
#include "shapefil.h"
/* Structure that contains dBase field metadata */
struct dbfld {
  struct dbfld *next;           /* Address of next data base field */
  DBFFieldType type;            /* string, integer, double, or logical */
  char name[12];                /* library interface limits length to 11 charaters */
  gaint len;                    /* for type string: width of string
				   for type int and double: total number of digits */
  gaint prec; 			/* for type double: used with len for format string %len.prec */
  gaint index;                  /* index value (for identifying this field in a list of fields) */
  gaint flag;                   /* 0==static fiels (same for all shapes), 1==dynamic (varies w/ shape) */
  void *value;                  /* field value */
};
/* some function declarations */
gaint s2shpwrt (SHPHandle, DBFHandle, struct dbfld *);
char *intprs (char *, gaint *);
char *getdbl (char *, gadouble *);
#endif
void *galloc(size_t, char *);
void gree ();

/* Variables shared between the different routines in this source file */

/* Following variables for gxshad2b  */

static gaint np;
static gadouble xp[50],yp[50];
static gaint tp[50],sp[50];
static gaint typ1, typ2, typ3;
static gaint numpoly, polyside;

static gadouble xpo[50],ypo[50];
static gaint npo;

/* Following variables used for gxshad2  */

static char *pflg,*s1flg,*s2flg,*s3flg,*s4flg;
static char *uu;
static gaint isize,jsize,pnum,gindex;
static gadouble *rr,alev,blev;

static gadouble *xxyy;   /* Holds one polygon */
static gaint xynum;

struct s2pbuf {
  struct s2pbuf *fpbuf;          /* Forward pointer */
  gaint len;                     /* Number of polygon points */
  gaint color,index;             /* Output options for this polygon */
  gadouble *xy;                  /* Line points, x,y number len */
  gadouble clev1,clev2;          /* Fill range values */
};

static struct s2pbuf *s2pbufanch;  /* Anchor for polygon buffer */ 
static struct s2pbuf *s2pbuflast;  /* Last buffer in link list  */ 
static gaint nodraw=0;             /* If 1, polygons are not drawn */
static gaint bufopt=0;             /* Buffer or not, default is not */
              /* If buffering is enabled, someone needs to call s2frepbuf from somewhere */
static gaint bufcnt;               /* Number of polys buff'd */
static char pout[512];             /* Build strings for KML here */

/* Debug variable, used by both */

static int bug;


/* The grid r is shaded.  Size is by js.  lvs indicates the number of 
   shaded levels.  vs contains the values bounding the shaded regions.
   clrs contains lvs+1 colors for the shaded regions.  u is the
   undefined grid data value.

   This version creates large and possibly complex polygons.  See gxshad2b for
   the version that creats small polygons for each grid box.  gxshad2b is slower, 
   but is less likely to have bugs, and the small polygons may be advantageous
   for certain map projections.                                        */

void gxshad2 (gadouble *r, gaint is, gaint js, gadouble *vs, gadouble rmax, gaint *clrs, gaint lvs, char *u) {
gadouble clev1,clev2;
gaint k;

  bug=0;
  if (bug) printf ("in gxshad2\n");

  rr = r; isize=is; jsize=js; uu=u;
/*   bufopt = 0; */

  pflg  = (char *)galloc(sizeof(char)*is*js,"s2pflg");
  s1flg = (char *)galloc(sizeof(char)*is*js,"s2s1flg");
  s2flg = (char *)galloc(sizeof(char)*is*js,"s2s2flg");
  s3flg = (char *)galloc(sizeof(char)*is*js,"s2s3flg");
  s4flg = (char *)galloc(sizeof(char)*is*js,"s2s4flg");

  if (pflg == NULL || s1flg==NULL || s2flg==NULL || s3flg==NULL || s4flg==NULL ) {
    printf ("Memory allocation error in gxshad2. \n");
    printf ("--Unable to allocate memory for work areas.\n");
    if (pflg)  gree (pflg,"s1");
    if (s1flg) gree (s1flg,"s2");
    if (s2flg) gree (s2flg,"s3");
    if (s3flg) gree (s3flg,"s4");
    if (s4flg) gree (s4flg,"s5");
    return;
  }
  k = is; 
  if (js>is) k = js;
  k = k*5;
  xxyy = (gadouble *)(galloc(sizeof(gadouble)*k*2,"s2xxyy"));
  if (xxyy==NULL) {
    printf ("Memory allocation error in gxshad2. \n");
    printf ("--Unable to allocate memory for polygon buffer.\n");
    return;
  }
  xynum = k;

  /* Loop through the shade levels and set the color.  Skip the level
     if the color is less than zero.  */

  for (k=0; k bufcnt = %i \n",bufcnt);

}
/* The grid r is shaded.  Size is by js.  lvs indicates the number of 
   shaded levels.  vs contains the values bounding the shaded regions.
   clrs contains lvs+1 colors for the shaded regions.  u is the
   undefined grid data value.                                        */

void gxshad2b (gadouble *r, gaint is, gaint js, gadouble *vs, gadouble rmax, gaint *clrs, gaint lvs, char *u) {
gadouble v1,v2,v3,v4,clev1,clev2;
gaint i,k,ig,jg,ijg;

  bug=0;

  /* Loop through the shade levels and set the color.  Skip the level
     if the color is less than zero.  */

  for (k=0; k1) {
          npo = 0;
          for (i=0; i %i\n",npo);
  if (npo<3) {   /* At least 3 points needed */
    npo = 0;
    return;
  }
  j = 0;
  for (i=1; i 1e-5 || fabs(ypo[i]-ypo[j]) > 1e-5) {
      if (i!=j+1) {
        xpo[j+1] = xpo[i];
        ypo[j+1] = ypo[i];
      }
      j++;
    }
  }
  j++;
  if (j<3) {
    npo = 0;
    return;
  }
  npo = j;

  pxy = xy;
  for (i=0; iv2
                 3 -- c2 intersects, v1v2
                 5 -- both intersect, v1v2
               +10 -- boundary with an intersect (ie, the polygon edge
                         is from an intersect point to a corner)
               =10 -- boundary, no intersect (ie, the polygon
                         edge is along the entire box side, corner to corner)
         
       note: a boundary can be along the outside edge, along the edge of missing 
       data, and along artificial internal boundaries introduced to 
       insure polygon closure or to avoid col problems.  */

void s2flags (gadouble *r, char *u, gaint is, gaint js, gadouble c1, gadouble c2) {
gaint ig,jg,ijg,flag,jj;
gadouble v1,v2,v3,v4;

  for (jg=0; jgc1 && *(r+ijg)<=c2) *(pflg+ijg) = 1;   /* pflg true if within shade range */
      }
      ijg++;
    }
  }
  for (jg=0; jgc1 ) *(s1flg+ijg) = 1;
      if ( v1>c1 && v2<=c1 ) *(s1flg+ijg) = 2;
      if ( v1<=c2 && v2>c2 ) {
         if (*(s1flg+ijg)) *(s1flg+ijg) = 5; else *(s1flg+ijg)=3;
      }
      if ( v1>c2 && v2<=c2 ) { 
        if (*(s1flg+ijg)) *(s1flg+ijg) = 6; else *(s1flg+ijg)=4;
      }

      /* side2 */
      if ( v2<=c1 && v3>c1 ) *(s2flg+ijg) = 1;
      if ( v2>c1 && v3<=c1 ) *(s2flg+ijg) = 2;
      if ( v2<=c2 && v3>c2 ) {
         if (*(s2flg+ijg)) *(s2flg+ijg) = 5; else *(s2flg+ijg)=3;
      }
      if ( v2>c2 && v3<=c2 ) { 
        if (*(s2flg+ijg)) *(s2flg+ijg) = 6; else *(s2flg+ijg)=4;
      }

      /* side3 */
      if ( v3<=c1 && v4>c1 ) *(s3flg+ijg) = 2;
      if ( v3>c1 && v4<=c1 ) *(s3flg+ijg) = 1;
      if ( v3<=c2 && v4>c2 ) {
         if (*(s3flg+ijg)) *(s3flg+ijg) = 6; else *(s3flg+ijg)=4;
      }
      if ( v3>c2 && v4<=c2 ) { 
        if (*(s3flg+ijg)) *(s3flg+ijg) = 5; else *(s3flg+ijg)=3;
      }

      /* side4 */
      if ( v4<=c1 && v1>c1 ) *(s4flg+ijg) = 2;
      if ( v4>c1 && v1<=c1 ) *(s4flg+ijg) = 1;
      if ( v4<=c2 && v1>c2 ) {
         if (*(s4flg+ijg)) *(s4flg+ijg) = 6; else *(s4flg+ijg)=4;
      }
      if ( v4>c2 && v1<=c2 ) { 
        if (*(s4flg+ijg)) *(s4flg+ijg) = 5; else *(s4flg+ijg)=3;
      }

      /* set side flag to 10 if side is completely in the range and  
         the side is a boundary  */

      if ( *(pflg+ijg) && *(pflg+ijg+is) ) { 
        if (ig==0) *(s1flg+ijg) = 10;
        else if (*(u+ijg-1)==0 || *(u+ijg+is-1)==0) *(s1flg+ijg) = 10;
      }
      if ( *(pflg+ijg+is) && *(pflg+ijg+is+1) ) { 
        if (jg==js-2) *(s2flg+ijg) = 10;
        else if (*(u+ijg+is*2)==0 || *(u+ijg+is*2+1)==0) *(s2flg+ijg) = 10;
      }
      if ( *(pflg+ijg+is+1) && *(pflg+ijg+1) ) { 
        if (ig==is-2) *(s3flg+ijg) = 10;
        else if (*(u+ijg+2)==0 || *(u+ijg+is+2)==0) *(s3flg+ijg) = 10;
      }
      if ( *(pflg+ijg+1) && *(pflg+ijg) ) {
        if (jg==0) *(s4flg+ijg) = 10;
        else if (*(u+ijg-is)==0 || *(u+ijg+1-is)==0) *(s4flg+ijg) = 10;
      }

      ijg++;
    }
  }

  /* If a side flag indicates an intersect (value of 1 to 6), but the 
     side flag "next" to it does not, then the intersect is also a 
     boundary.  Indicate this with a +10.  */

  for (jg=0; jg0 && *(s1flg+ijg)<7 ) { 
        if (ig==0) *(s1flg+ijg) += 10;
        else if (*(s3flg+ijg-1)==0) *(s1flg+ijg) += 10;
      }
      if ( *(s2flg+ijg)>0 && *(s2flg+ijg)<7 ) { 
        if (jg==js-2) *(s2flg+ijg) += 10;
        else if (*(s4flg+ijg+is)==0) *(s2flg+ijg) += 10;
      }
      if ( *(s3flg+ijg)>0 && *(s3flg+ijg)<7 ) { 
        if (ig==is-2) *(s3flg+ijg) += 10;
        else if (*(s1flg+ijg+1)==0) *(s3flg+ijg) += 10;
      }
      if ( *(s4flg+ijg)>0 && *(s4flg+ijg)<7 ) { 
        if (jg==0) *(s4flg+ijg) += 10;
        else if (*(s2flg+ijg-is)==0) *(s4flg+ijg) += 10;
      }
      ijg++;
    }
  }

  /* Determine some needed internal boundaries.  Set flag to +10 for these.
     Be careful not to change existing boundary values. */

  for (jg=0; jg0 && *(s1flg+ijg)<7 ) {
        if ( *(s4flg+ijg-1)>0 && *(s4flg+ijg-1)<7 ) flag = 1;
        if ( flag && *(s4flg+ijg)>0 && *(s4flg+ijg)<7 ) {
          jj = jg; 
          while (jj9) break;
            if (*(s3flg+jj*is+ig-1)>9) break; 
          }
          flag = 0;
        }
      } else flag=0;
      ijg++;
    }
  }

  /* Handle any holes resulting from missing data */

  for (jg=1; jg9 && *(s4flg+ijg)<10
                       && *(s3flg+ijg-1)<10 && *(s1flg+ijg)<10 ) || 
           ( ! *(pflg+ijg) && *(s4flg+ijg-1)>9 && *(s4flg+ijg)<10
                       && *(s1flg+ijg)<10 && *(s1flg+ijg)>0) ) {
        jj = jg; 
        while (jj9) break;
          if (*(s3flg+jj*is+ig-1)>9) break; 
        }
      }
      ijg++;
    }
  }

  /* Above logic may put a flag in a box with an undefined corner.
     Remove any such flags */

  for (jg=0; jg 1e-5 || fabs(xxyy[n*2+1]-xxyy[k*2+1]) > 1e-5) {
      if (n!=k+1) {
        xxyy[(k+1)*2] = xxyy[n*2];
        xxyy[(k+1)*2+1] = xxyy[n*2+1];
      }
      k++;
    }
  }
  k++;
  if (bug) printf ("pnum %i %i\n",pnum,k);
  if (k<3) return(0);

  if (!nodraw) {
    gxfill(xxyy,k);
  }

  if (bufopt) {
    rc = s2bufpoly(k);
    if (rc) {
      s2frepbuf();
      printf ("Memory error in shade2: Unable to allocate Polygon Buffer\n");
      bufopt = 0;
    }
  }

  if (bug) {
    n = gxqclr();
    gxcolr(0);
    gxplot(xxyy[0],xxyy[1],3);
    for (ii=1; iic1) || (v1>c1 && v2<=c1) ) fl1a = 1;
   if ( (v1<=c2 && v2>c2) || (v1>c2 && v2<=c2) ) fl1b = 1;

   if ( (v2<=c1 && v3>c1) || (v2>c1 && v3<=c1) ) fl2a = 1;
   if ( (v2<=c2 && v3>c2) || (v2>c2 && v3<=c2) ) fl2b = 1;

   if ( (v3<=c1 && v4>c1) || (v3>c1 && v4<=c1) ) fl3a = 1;
   if ( (v3<=c2 && v4>c2) || (v3>c2 && v4<=c2) ) fl3b = 1;

   if ( (v4<=c1 && v1>c1) || (v4>c1 && v1<=c1) ) fl4a = 1;
   if ( (v4<=c2 && v1>c2) || (v4>c2 && v1<=c2) ) fl4b = 1;

   /* Travel around the box and find all the intersect points within
      our contour range */

   if (v1>c1 && v1<=c2) s2pdrop(0.0,0.0,1,1);
   if (fl1a && fl1b) {  /* insure points are in order */
     if (v2>=v1) { 
       s2pdrop((c1-v1)/(v2-v1),0.0,2,1);
       s2pdrop((c2-v1)/(v2-v1),0.0,3,1);
     } else {
       s2pdrop((c2-v1)/(v2-v1),0.0,3,1);
       s2pdrop((c1-v1)/(v2-v1),0.0,2,1);
     }
   }
   else if (fl1a) s2pdrop((c1-v1)/(v2-v1),0.0,2,1);
   else if (fl1b) s2pdrop((c2-v1)/(v2-v1),0.0,3,1);

   if (v2>c1 && v2<=c2) s2pdrop(1.0,0.0,1,2);
   if (fl2a && fl2b) {
     if (v3>=v2) {
       s2pdrop(1.0,(c1-v2)/(v3-v2),2,2);
       s2pdrop(1.0,(c2-v2)/(v3-v2),3,2);
     } else {
       s2pdrop(1.0,(c2-v2)/(v3-v2),3,2);
       s2pdrop(1.0,(c1-v2)/(v3-v2),2,2);
     }
   }
   else if (fl2a) s2pdrop(1.0,(c1-v2)/(v3-v2),2,2);
   else if (fl2b) s2pdrop(1.0,(c2-v2)/(v3-v2),3,2);

   if (v3>c1 && v3<=c2) s2pdrop(1.0,1.0,1,3);
   if (fl3a && fl3b) {
     if (v4>=v3) {
       s2pdrop((c1-v4)/(v3-v4),1.0,2,3);
       s2pdrop((c2-v4)/(v3-v4),1.0,3,3);
     } else {
       s2pdrop((c2-v4)/(v3-v4),1.0,3,3);
       s2pdrop((c1-v4)/(v3-v4),1.0,2,3);
     }
   }
   else if (fl3a) s2pdrop((c1-v4)/(v3-v4),1.0,2,3);
   else if (fl3b) s2pdrop((c2-v4)/(v3-v4),1.0,3,3);

   if (v4>c1 && v4<=c2) s2pdrop(0.0,1.0,1,4);
   if (fl4a && fl4b) {
     if (v1>=v4) {
       s2pdrop(0.0,(c1-v1)/(v4-v1),2,4);
       s2pdrop(0.0,(c2-v1)/(v4-v1),3,4);
     } else {
       s2pdrop(0.0,(c2-v1)/(v4-v1),3,4);
       s2pdrop(0.0,(c1-v1)/(v4-v1),2,4);
     }
   }
   else if (fl4a) s2pdrop(0.0,(c1-v1)/(v4-v1),2,4);
   else if (fl4b) s2pdrop(0.0,(c2-v1)/(v4-v1),3,4);
  
   if (np==0) return;  /* If no intersects, just return */

   numpoly = 1;
   polyside = 1;

   /* Check for col  */

   col1 = 0; col2 = 0;
   if (fl1a && fl2a && fl3a && fl4a) col1 = 1;
   if (fl1b && fl2b && fl3b && fl4b) col2 = 1;
   
   if (col1 && col2) {  /* both levels are cols */
     path1 = s2pathln(c1,v1,v2,v3,v4);
     path2 = s2pathln(c2,v1,v2,v3,v4);
     if (path1==path2) {
       numpoly = 2;
       if (path1==0) polyside = 2;
     }
   }
   else if (col1) {  /* only lower level is a col */
     path1 = s2pathln(c1,v1,v2,v3,v4);
     if (path1==1) {
       if (v1<=c1) {
         numpoly = 2;
       }
     } else {
       if (v2<=c1) {
         numpoly = 2;
         polyside = 2;
       }
     }
   }
   else if (col2) {  /* only upper level is a col */
     path2 = s2pathln(c2,v1,v2,v3,v4);
     if (path2==1) {
       if (v1>c2) {
         numpoly = 2;
       }
     } else {
       if (v2>c2) {
          numpoly = 2;
          polyside = 2;
       }
     }
   }

}

void s2ppnt(gadouble x, gadouble y) {
gadouble xx,yy,*xynew;
gaint i;

  if (xynum<0) return;

  /* Increase polygon buffer size if necessary */

  if (pnum>xynum-3) {
    xynum = xynum*2;
    if (bug) printf ("Poly buff memory for %i points\n",xynum);
    xynew = (gadouble *)(galloc(sizeof(gadouble)*xynum*2,"s2xynew"));
    if (xynew==NULL) {
      printf ("Memory allocation error in gxshad2. \n");
      printf ("--Unable to allocate memory for polygon buffer.\n");
      gree (xxyy,"s12");
      xynum = -999;
      return;
    }
    for (i=0; i7) gxcolr(12);
          if (*(s1flg+offset)>10 && *(s1flg+offset)<20) gxcolr(6); */
        if (*(s1flg+offset)>9) gxcolr(6);
        if (*(s1flg+offset)==88) {gxcolr(6); mk = 1; sz = 0.06;}
        gxconv ((gadouble)ig+1.1,(gadouble)jg+1.5,&xxx,&yyy,3);
        gxmark (mk,xxx,yyy,sz);
      }
      if (*(s2flg+offset)) {
        gxcolr(3);
          /* if (*(s2flg+offset)>7) gxcolr(12);
          if (*(s2flg+offset)>10 && *(s2flg+offset)<20) gxcolr(6); */
        if (*(s2flg+offset)>9) gxcolr(6);
        gxconv ((gadouble)ig+1.5,(gadouble)jg+1.9,&xxx,&yyy,3);
        gxmark (3,xxx,yyy,sz);
      }
      if (*(s3flg+offset)) {
        gxcolr(3);
          /* if (*(s3flg+offset)>7) gxcolr(12);
          if (*(s3flg+offset)>90) gxcolr(7);
          if (*(s3flg+offset)>10 && *(s3flg+offset)<20) gxcolr(6); */
        if (*(s3flg+offset)>9) gxcolr(6);
        gxconv ((gadouble)ig+1.9,(gadouble)jg+1.5,&xxx,&yyy,3);
        gxmark (3,xxx,yyy,sz);
      }
      if (*(s4flg+offset)) {
        gxcolr(3);
          /* if (*(s4flg+offset)>7) gxcolr(12);
          if (*(s4flg+offset)>90) gxcolr(7);
          if (*(s4flg+offset)>10 && *(s4flg+offset)<20) gxcolr(6); */
        if (*(s4flg+offset)>9) gxcolr(6);
        gxconv ((gadouble)ig+1.5,(gadouble)jg+1.1,&xxx,&yyy,3);
        gxmark (3,xxx,yyy,sz);
      }
    }
  }
}

/* When polygon buffering is requested, put the current polygon into 
   the s2pbuf chain */

gaint s2bufpoly (gaint pcnt) {
struct s2pbuf *ppbuf;
gaint sz,i;

  sz = sizeof(struct s2pbuf);
  ppbuf = (struct s2pbuf *) galloc(sz,"s2ppbuf"); 
  if (ppbuf==NULL) return (1);
  if (s2pbufanch==NULL) {
    s2pbufanch = ppbuf;
    bufcnt = 0;
  } else s2pbuflast->fpbuf = ppbuf;
  s2pbuflast = ppbuf;
  ppbuf->fpbuf = NULL;

  /* Allocate space for the poly points */

  ppbuf->len = pcnt; 
  sz = sizeof(gadouble)*pcnt*2;
  ppbuf->xy = (gadouble *) galloc(sz,"s2bufxy");
  if (ppbuf->xy==NULL) return(1);

  /* Copy the poly points and info */

  for (i=0;ixy+i) = *(xxyy+i); 

  ppbuf->color = gxqclr();
  ppbuf->index = gindex;
  ppbuf->clev1 = blev;
  ppbuf->clev2 = alev;

  bufcnt++;
  return(0);
}

/* Free the polygon buffer */

void s2frepbuf () {
struct s2pbuf *ppbuf,*p2;

 ppbuf = s2pbufanch;
 while (ppbuf) {
   p2 = ppbuf->fpbuf;
   if (ppbuf->xy) gree (ppbuf->xy,"s14");
   gree (ppbuf,"s15");
   ppbuf = p2;
 }
 s2pbufanch = NULL;
 s2pbuflast = NULL;
}

/* Turn buffering on/off */

void s2setbuf(gaint flg) {
  bufopt = flg; 
}

/* Turn drawing of polygons on/off. If 1, polygons are not drawn */

void s2setdraw(gaint flg) {
  nodraw = flg; 
}


/* When gxout shape is in use, this routine is called 
   to dump all the polygon vertices to the shapefile.
   For each polygon in the buffer: 
     - get the vertex x/y coordinates 
     - convert them to lon/lat 
     - write out the vertices ('measured' value for each polygon is color #)
     - write out the attributes (clev1 and clev2 are the dynamic values) 
   The polygon buffer is released in gagx, inside the gashpwrt() routine. 

   Returns -1 on error, otherwise returns number of shapes written to file.
*/
#if USESHP==1
gaint s2shpwrt (SHPHandle sfid, DBFHandle dbfid, struct dbfld *dbanch) {
gaint i,rc,ival;
struct dbfld *fld;
struct s2pbuf *pbuf=NULL;
gaint shpid,*pstart=NULL,nParts,nFields;
SHPObject *shp;
gadouble x,y,*lons=NULL,*lats=NULL,*vals=NULL,lon,lat,val,dval;
 
 nParts = 1;
 nFields = 1;
 pstart = (gaint*)galloc(nParts*sizeof(gaint),"pstart");
 *pstart = 0;
 shpid=0;
 
 pbuf = s2pbufanch;
 if (pbuf==NULL) {
   printf("Error in s2shpwrt: polygon buffer is empty\n");
   rc = -1; 
   goto cleanup;
 }
 while (pbuf) { 
   if (pbuf->xy) {
     /* allocate memory for lons and lats of the vertices in polygon */
     if ((lons = (gadouble*)galloc (pbuf->len*sizeof(gadouble),"shplons"))==NULL) {
       printf("Error in s2shpwrt: unable to allocate memory for lon array\n");
       rc = -1;
       goto cleanup;
     }
     if ((lats = (gadouble*)galloc (pbuf->len*sizeof(gadouble),"shplats"))==NULL) {
       printf("Error in s2shpwrt: unable to allocate memory for lat array\n");
       rc = -1;
       goto cleanup;
     }
     if ((vals = (gadouble*)galloc (pbuf->len*sizeof(gadouble),"shpvals"))==NULL) {
       printf("Error in s2shpwrt: unable to allocate memory for val array\n");
       rc = -1;
       goto cleanup;
     }
     /* get x,y values and convert them to lon,lat */
     for (i=0; ilen; i++) {
       x = *(pbuf->xy+(2*i)); 
       y = *(pbuf->xy+(2*i+1)); 
       gxxy2w (x,y,&lon,&lat);
       *(lons+i) = lon;
       *(lats+i) = lat;
       *(vals+i) = (gadouble)pbuf->index;  /* the index number is used as the polygon's measure value */
     }
     /* create the shape, write it out, then release it */
     shp = SHPCreateObject (SHPT_POLYGONM,shpid,nParts,pstart,NULL,pbuf->len,lons,lats,NULL,vals);
     i = SHPWriteObject(sfid,-1,shp);
     SHPDestroyObject(shp);
     if (i!=shpid) {
       printf("Error in s2shpwrt: SHPWriteObject returned %d, shpid=%d\n",i,shpid);
       rc = -1;
       goto cleanup;
     }
     gree(lons,"c10"); lons=NULL;
     gree(lats,"c11"); lats=NULL;
     gree(vals,"c12"); vals=NULL;
     /* write out the attribute fields for this shape */
     fld = dbanch;           /* point to the first one */
     while (fld != NULL) {
       if (fld->flag==0) {   /* static fields */
	 if (fld->type==FTString) {
	   DBFWriteStringAttribute (dbfid,shpid,fld->index,(const char *)fld->value);
	 } else if (fld->type==FTInteger) {
	   intprs(fld->value,&ival);
	   DBFWriteIntegerAttribute (dbfid,shpid,fld->index,ival);
	 } else if (fld->type==FTDouble) {
	   getdbl(fld->value,&dval);
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,dval);
	 }
       }
       else {                /* dynamic fields */
	 if (strcmp(fld->name,"INDEX")==0) {
	   val = pbuf->index;
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
	 }
	 else if (strcmp(fld->name,"MIN_VALUE")==0) {
	   val = pbuf->clev1;
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
	 }
	 else if (strcmp(fld->name,"MAX_VALUE")==0) {
	   val = pbuf->clev2;
	   DBFWriteDoubleAttribute (dbfid,shpid,fld->index,val);
	 }

       }
       fld = fld->next;      /* advance to next field */
     }
     shpid++;
   }
   pbuf = pbuf->fpbuf;
 }
 /* if no errors, return the number of polygons written to the file */
 rc = shpid;
 
 cleanup:
 if (lons) gree (lons,"c7");
 if (lats) gree (lats,"c8");
 if (vals) gree (vals,"c8");
 if (pstart) gree (pstart,"c9");

 return (rc);
}
#endif

/* Routine to write out polygon vertices to a KML file. 
   For each polygon in the buffer: 
     get the vertex x/y coordinates, 
     convert them to lon/lat, 
     write out the coordinates to the kmlfile,
     release storage and return. 
   Returns -1 on error, otherwise the number of polygons written. 
*/
gaint s2polyvert (FILE *kmlfp)  {
struct s2pbuf *pbuf=NULL;
gadouble lon,lat,x,y;  
gaint i,j,c,err;

 err=0;
 c=0;
 pbuf = s2pbufanch;
 if (pbuf==NULL) {
   printf("Error in s2polyvert: polygon buffer is empty\n");
   err = 1; 
   goto cleanup;
 }
 while (pbuf) { 
   if (pbuf->xy) {
     /* write out headers for each polygon */
     snprintf(pout,511,"    \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=1; goto cleanup;}
     snprintf(pout,511,"      #%d\n",pbuf->color);
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=2; goto cleanup;}
     snprintf(pout,511,"      %g to %g\n",pbuf->clev1,pbuf->clev2);
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=3; goto cleanup;}
     snprintf(pout,511,"      \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=4; goto cleanup;}
     snprintf(pout,511,"        clampToGround\n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=5; goto cleanup;}
     snprintf(pout,511,"        1\n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=6; goto cleanup;}
     snprintf(pout,511,"        \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=7; goto cleanup;}
     snprintf(pout,511,"          \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=8; goto cleanup;}
     snprintf(pout,511,"            \n              ");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=9; goto cleanup;}
     /* get x,y values and convert them to lon,lat */
     j=1;
     for (i=0; ilen; i++) {
       x = *(pbuf->xy+(2*i)); 
       y = *(pbuf->xy+(2*i+1)); 
       gxxy2w (x,y,&lon,&lat);
       if (lat>90)  lat = 90;
       if (lat<-90) lat = -90;

       snprintf(pout,511,"%g,%g,0 ",lon,lat); 
       if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=10; goto cleanup;}
       if (j==6 || i==(pbuf->len-1)) { 
	 if (j==6) snprintf(pout,511,"\n              "); 
	 else snprintf(pout,511,"\n"); 
	 if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=11; goto cleanup;}
	 j=0;
       }
       j++;
     }

     /* write out footers for each polygon */
     snprintf(pout,511,"            \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=12; goto cleanup;}
     snprintf(pout,511,"          \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=13; goto cleanup;}
     snprintf(pout,511,"        \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=14; goto cleanup;}
     snprintf(pout,511,"      \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=15; goto cleanup;}
     snprintf(pout,511,"    \n");
     if ((fwrite(pout,sizeof(char),strlen(pout),kmlfp))!=strlen(pout)) {err=16; goto cleanup;}
     c++;
   }
   pbuf = pbuf->fpbuf;
 }
 cleanup:
 if (err) return (-1);
 else return (c);
}
grads-2.0.1/src/config.h.in0000644000175000017500000001075211651340127016563 0ustar  amckinstryamckinstry/* src/config.h.in.  Generated from configure.ac by autoheader.  */

/* little_endian machine */
#undef BYTEORDER

/* Enable geotiff */
#undef GEOTIFF

/* Define if GetFile has a short prototype */
#undef GETFILE_SHORT_PROTOTYPE

/* Machine is a Cray */
#undef GRADS_CRAY

/* Obsolete feature description string */
#undef GRADS_DESC

/* Machine is 64-bit HP */
#undef GRADS_HP64

/* GrADS version */
#undef GRADS_VERSION

/* Enable grib2 */
#undef GRIB2

/* Enable printim using zlib, libpng, and libgd */
#undef GXPNG

/* Enable netcdf4 */
#undef HAVENETCDF4

/* Define to 1 if fseeko (and presumably ftello) exists and is declared. */
#undef HAVE_FSEEKO

/* Define to 1 if you have the `gdCompareInt' function. */
#undef HAVE_GDCOMPAREINT

/* Define to 1 if you have the  header file. */
#undef HAVE_HDF4_NETCDF_H

/* Define to 1 if you have the  header file. */
#undef HAVE_HISTORY_H

/* Define to 1 if you have the  header file. */
#undef HAVE_INTTYPES_H

/* Define to 1 if you have the `m' library (-lm). */
#undef HAVE_LIBM

/* Define if you have a readline compatible library */
#undef HAVE_LIBREADLINE

/* Define to 1 if you have the  header file. */
#undef HAVE_MALLOC_H

/* Define to 1 if you have the  header file. */
#undef HAVE_MEMORY_H

/* Define to 1 if you have the  header file. */
#undef HAVE_READLINE_H

/* Define if your readline library has \`add_history' */
#undef HAVE_READLINE_HISTORY

/* Define to 1 if you have the  header file. */
#undef HAVE_READLINE_HISTORY_H

/* Define to 1 if you have the  header file. */
#undef HAVE_READLINE_READLINE_H

/* Define to 1 if you have the  header file. */
#undef HAVE_SHAPEFIL_H

/* Define to 1 if you have the `SimpleGetFile' function. */
#undef HAVE_SIMPLEGETFILE

/* Define to 1 if you have the  header file. */
#undef HAVE_STDINT_H

/* Define to 1 if you have the  header file. */
#undef HAVE_STDLIB_H

/* Define to 1 if you have the  header file. */
#undef HAVE_STRINGS_H

/* Define to 1 if you have the  header file. */
#undef HAVE_STRING_H

/* Define to 1 if you have the `strtod' function. */
#undef HAVE_STRTOD

/* Define to 1 if you have the  header file. */
#undef HAVE_SYS_FILE_H

/* Define to 1 if you have the  header file. */
#undef HAVE_SYS_STAT_H

/* Define to 1 if you have the  header file. */
#undef HAVE_SYS_TYPES_H

/* Define to 1 if you have the  header file. */
#undef HAVE_TIFFIO_H

/* Define to 1 if you have the  header file. */
#undef HAVE_TIFF_H

/* Define to 1 if you have the  header file. */
#undef HAVE_UDUNITS_H

/* Define to 1 if you have the  header file. */
#undef HAVE_UNISTD_H

/* Define to 1 if you have the  header file. */
#undef HAVE_ZLIB_H

/* Define if hdf prefixes netcdf symbols by sd */
#undef HDF_HAVE_NETCDF

/* A macro that append sd_ to netcdf symbols if needed */
#undef HDF_NETCDF_NAME

/* Define to the address where bug reports for this package should be sent. */
#undef PACKAGE_BUGREPORT

/* Define to the full name of this package. */
#undef PACKAGE_NAME

/* Define to the full name and version of this package. */
#undef PACKAGE_STRING

/* Define to the one symbol short name of this package. */
#undef PACKAGE_TARNAME

/* Define to the version of this package. */
#undef PACKAGE_VERSION

/* Enable command line editing */
#undef READLINE

/* Define to 1 if you have the ANSI C header files. */
#undef STDC_HEADERS

/* Enable OPeNDAP for grids */
#undef USEDAP

/* Use GetFile from freq */
#undef USEFREQ

/* Enable OPeNDAP for station data */
#undef USEGADAP

/* Enable GUI widgets */
#undef USEGUI

/* Enable hdf4 */
#undef USEHDF

/* Enable hdf5 */
#undef USEHDF5

/* Enable netcdf */
#undef USENETCDF

/* Enable shapefile */
#undef USESHP

/* Define to 1 if your processor stores words with the most significant byte
   first (like Motorola and SPARC, unlike Intel and VAX). */
#undef WORDS_BIGENDIAN

/* Define to 1 if the X Window System is missing or not being used. */
#undef X_DISPLAY_MISSING

/* Number of bits in a file offset, on hosts where this is settable. */
#undef _FILE_OFFSET_BITS

/* Define to 1 to make fseeko visible on some hosts (e.g. glibc 2.2). */
#undef _LARGEFILE_SOURCE

/* Define for large files, on AIX-style hosts. */
#undef _LARGE_FILES

/* Define to empty if `const' does not conform to ANSI C. */
#undef const

/* Define to `long' if  does not define. */
#undef off_t
grads-2.0.1/src/gxshad.c0000644000175000017500000010505111540444125016157 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* Authored by B. Doty */
/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

/* This routine does shaded contour plots.   */

#include 
#include 
#include "gatypes.h"
#include "gx.h"

void chksid(void);
 
/* Common values for the shading routines.                           */

#define XYBMAX 5000
static gaint *flgh, *flgv;      /* Pointer to flags arrays                 */
static gadouble *xystk[XYBMAX]; /* Pointers to xy stack buffers            */
static gaint stkcnt;            /* Current number of stacked buffers       */
static gadouble *xypnt;         /* Pointer into a stack buffer             */
static gadouble *xybuf;         /* Pointer to xy coord buffer              */
static gaint xycnt;             /* Current count in xy coord buffer        */
static gaint imax, jmax;        /* grid size                               */
static gaint imn,imx,jmn,jmx;   /* Current grid bounds                     */
static gadouble *gr;            /* Pointer to grid                         */
static char *gru;               /* Pointer to grid undef mask              */
static gaint grsize;            /* Number of elements in grid              */
static gaint color;             /* Current color to use for shading        */
static gaint prvclr;            /* Color of one level lower                */
static gadouble val;            /* Current shading level value             */
static gaint bndflg;            /* Current coutour hit a boundry           */


/* The grid r is shaded.  Size is by js.  lvs indicates the number of 
   shaded levels.  vs contains the values bounding the shaded regions.
   clrs contains lvs+1 colors for the shaded regions.  u is the
   undefined grid data value.                                        */

void gxshad (gadouble *r, gaint is, gaint js, gadouble *vs, gaint *clrs, gaint lvs, char *u) {
gadouble *p1,*p2,*p3,*p4;
gadouble x,y,rmin,rmax;
gaint i, j, k, rc; 
gaint *f1,*f2,*f3,*f4;
char *p1u,*p2u,*p3u,*p4u;

  /* Make some stuff global within this file     */
  imax = is;
  jmax = js;
  gr = r; 
  gru = u;

  /* Initialize xy coord buffer and stack buffer setup.             */
  stkcnt = 0;
  for (i=0; ijmax) jmx=jmax;
    
    rmin = 9.99e33;
    rmax = -9.99e33;
    for (j=jmn; j<=jmx; j++) {
      p1 = gr + ((j-1)*imax+imn-1);
      p1u = gru + ((j-1)*imax+imn-1);
      for (i=imn; i<=imx; i++) {
        if (*p1u!=0) {
          if (*p1>rmax) rmax = *p1;
          if (*p1rmax) continue;

      /* Set up flags to indicate which grid boxes contain missing data values
         and where the grid boundries are.  Flag values are:
             0 - nothing yet
             1 - contour has been drawn through this side
             7 - contour drawn through missing data box side
             8 - boundry between missing data value box and non-missing data value box
             9 - missing data value box side                                             */
      
      f1 = flgh + ((jmn-1)*imax);
      f4 = flgv + ((jmn-1)*imax);
      for (j=jmn; j<=jmx; j++) {
        for (i=1; i<=imax; i++) {
         *f1 = 0; *f4 = 0;
         f1++; f4++;
        }
      }
  
      for (j=jmn; jval) || (*p1>val && *p2<=val) ) ) {
            if (j==jmx) rc = gxsflw(i,j-1,3);
            else rc = gxsflw(i,j,1);
            if (rc) goto err;
          }
          if (jval) || (*p1>val && *p4<=val) ) ) {
            if (i==imx) rc = gxsflw(i-1,j,2);
            else rc = gxsflw(i,j,4);
            if (rc) goto err;
          }
          p1++; p2++; p4++; 
          f1++; f4++; 
        }
      }


      /* Check for any unfilled regions by looking for any unfollowed
         boundry or missing-data-value sides that have point values
         that are both greater than the current shade value.  This
         indicates a possible closed region (closed by missing data
         value boundries) that we have not yet picked up.  We will  
         bound that region and fill it.                               */

      for (j=jmn; j<=jmx; j++) {
        p1 = r + ((j-1)*imax+imn-1);
        p2 = p1+1;
        p4 = p1+imax;
        f1 = flgh + ((j-1)*imax+imn-1);
        f4 = flgv + ((j-1)*imax+imn-1);
        for (i=imn; i<=imx; i++) {
          rc = 0;
          if (ival && *p2>val) rc = gxsflw(i,j,5);
            if (j==jmx && *f1==0 && *p1>val && *p2>val) rc = gxsflw(i,j,6);
            if (*f1==8 && *p1>val && *p2>val) rc = gxsflw(i+1,j,9);
          }
          if (jval && *p4>val) rc = gxsflw(i,j,7);
            if (i==imx && *f4==0 && *p1>val && *p4>val) rc = gxsflw(i,j,8);
            if (*f4==8 && *p1>val && *p4>val) rc = gxsflw(i,j+1,10);
          }
          if (rc) goto err;
          f1++; f4++; p1++; p2++; p4++;
        }
      }
      prvclr = color;
    }
    
    /* All closed maximas have been filled, and all closed minimas 
       have been stacked.  Fill minimas in reverse order.           */

    /* Note: to insure the various bands 'fit' together properly, 
       the boundry points are adjusted outward slightly.  This due to
       the Xserver not filling out to the boundry in poly fills.    */

    for (i=stkcnt-1; i>=0; i--) {
      xypnt = xystk[i];
      xycnt = (gaint)(*xypnt);
      color = (gaint)(*(xypnt+1));
      xypnt+=2;
      for (j=0; j(imx-1) || jjmx) {
      printf ("logic error 12 in gxshad\n");
      printf ("  side1, %i %i \n",i,j);
      return(1);
    }

    p1 = gr + (imax*(j-1)+i-1);
    p2 = p1+1;
    x = (gadouble)i + (val-*p1)/(*p2-*p1);  /* Calculate entry point    */
    y = (gadouble)j;
    rc = putxy(x,y);                     /* Put points in buffer     */
    if (rc) return(rc);
    f1 = flgh + (imax*(j-1)+i-1);
    if (*f1==1 || *f1==7) goto done;     /* We may be done           */
    if (*f1>5 && !uflag) {               /* Entered an undef box?    */
      if (*f1==9) {
        printf ("Logic error 4 in gxshad: %i %i\n",i,j);
        return(1);
      }
      *f1 = 7;                           /* Indicate we were here    */
      if (*p1>val) {
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uleft;                      
      } else {
        i++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uright;
      }
    }              
    if (*f1==8) *f1 = 7;                 /* Indicate we were here    */
    else *f1 = 1;
    uflag = 0;
    if (j+1>jmx) {                       /* At top boundry?          */
      if (*p1>val) {
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto tleft;                      
      } else {
        i++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto tright;
      }
    }

    /* Check for exit side.  Also check for col.                    */

    p3 = p2+imax;
    p4 = p3-1;
    if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
      if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) { 
        if (!spathl(*p1, *p2, *p3, *p4)) {
          i--;
          goto side2;                    /* Exiting 4, go enter 2  */
        }
      }
      i++;
      goto side4;                        /* Exiting 2, go enter 4  */
    }
    if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
      j++;
      goto side1;                        /* Exiting 3, go enter 1  */
    }
    if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) {
      i--;
      goto side2;                        /* Exiting 4, go enter 2  */
    }
    printf ("Logic error 8 in gxshad\n");
    return(1);
 
  side2:                                 /* Enter side 2           */

    if (i<(imn-1) || i>(imx-1) || j(jmx-1)) {
      printf ("logic error 12 in gxshad\n");
      printf ("  side2, %i %i \n",i,j);
      return(1);
    }

    p2 = gr + (imax*(j-1)+i);
    p3 = p2+imax;
    x = (gadouble)(i+1);
    y = (gadouble)j + (val-*p2)/(*p3-*p2);  /* Calculate entry point    */
    rc = putxy(x,y);                     /* Put points in buffer     */
    if (rc) return(rc);
    f2 = flgv + (imax*(j-1)+i);
    if (*f2==1 || *f2==7) goto done;     /* We may be done           */
    if (*f2>5 && !uflag) {               /* Entered an undef box?    */
      if (*f2==9) {
        printf ("Logic error 4 in gxshad: %i %i\n",i,j);
        printf ("Side 2, entered %i \n",iside);
        return(1);
      }
      *f2 = 7;                           /* Indicate we were here    */
      if (*p2>val) {
        i++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto udown;                      
      } else {
        i++; j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uup;
      }
    }
    if (*f2==8) *f2 = 7;                 /* Indicate we were here    */
    else *f2 = 1;
    uflag = 0;
    if (ival) {
        i++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto ldown;                      
      } else {
        i++; j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto lup;
      }
    }

    /* Check for exit side.  Also check for col.                    */

    p1 = p2-1;
    p4 = p3-1;
    if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
      if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) { 
        if (spathl(*p1, *p2, *p3, *p4)) {
          j--;
          goto side3;                    /* Exiting 1, go enter 3  */
        }
      }
      j++;
      goto side1;                        /* Exiting 3, go enter 1  */
    }
    if ( (*p4<=val && *p1>val) || (*p4>val && *p1<=val) ) {
      i--;
      goto side2;                        /* Exiting 4, go enter 2  */
    }
    if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
      j--;
      goto side3;                        /* Exiting 1, go enter 3  */
    }
    printf ("Logic error 8 in gxshad\n");
    return(1);
 
  side3:                                 /* Enter side 3             */

    if (i(imx-1) || j<(jmn-1) || j>(jmx-1)) {
      printf ("logic error 12 in gxshad\n");
      printf ("  side3, %i %i \n",i,j);
      return(1);
    }

    p3 = gr + (imax*(j)+i);
    p4 = p3-1;
    x = (gadouble)i + (val-*p4)/(*p3-*p4);  /* Calculate entry point    */
    y = (gadouble)(j+1);
    rc = putxy(x,y);                     /* Put points in buffer     */
    if (rc) return(rc);
    f3 = flgh + (imax*(j)+i-1);
    if (*f3==1 || *f3==7) goto done;     /* We may be done           */
    if (*f3>5 && !uflag) {               /* Entered an undef box?    */
      if (*f3==9) {
        printf ("Logic error 4 in gxshad: %i %i\n",i,j);
        printf ("Side 3, entered %i \n",iside);
        return(1);
      }
      *f3 = 7;                           /* Indicate we were here    */
      if (*p3>val) {
        i++; j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uright;                     
      } else {
        j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uleft;
      }
    }
    if (*f3==8) *f3 = 7;                 /* Indicate we were here    */
    else *f3 = 1;
    uflag = 0;
    if (jval) {
        i++; j++; 
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto bright;                     
      } else {
        j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto bleft; 
      }
    }

    /* Check for exit side.  Also check for col.                    */

    p1 = p4-imax;
    p2 = p1+1;
    if ( (*p1<=val && *p4>val) || (*p1>val && *p4<=val) ) {
      if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) { 
        if (!spathl(*p1, *p2, *p3, *p4)) {
          i++;
          goto side4;                    /* Exiting 2, go enter 4  */
        }
      }
      i--;
      goto side2;                        /* Exiting 4, go enter 2  */
    }
    if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
      j--;
      goto side3;                        /* Exiting 1, go enter 3  */
    }
    if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
      i++;
      goto side4;                        /* Exiting 2, go enter 4  */
    }
    printf ("Logic error 8 in gxshad\n");
    return(1);
 
  side4:                                 /* Enter side 4           */

    if (i<1 || i>imax || j<1 || j>(jmax-1)) {
      printf ("logic error 12 in gxshad\n");
      printf ("  side4, %i %i \n",i,j);
      printf (" imax, jmax = %i %i \n",imax,jmax);
      return(1);
    }

    p1 = gr + (imax*(j-1)+i-1);
    p4 = p1+imax;
    x = (gadouble)i;
    y = (gadouble)j + (val-*p1)/(*p4-*p1);  /* Calculate entry point    */
    rc = putxy(x,y);                     /* Put points in buffer     */
    if (rc) return(rc);
    f4 = flgv + ((j-1)*imax+i-1);
    if (*f4==1 || *f4==7) goto done;     /* We may be done           */
    if (*f4>5 && !uflag) {               /* Entered an undef box?    */
      if (*f4==9) {
        printf ("Logic error 4 in gxshad: %i %i\n",i,j);
        printf ("Side 4, entered %i \n",iside);
        return(1);
      }
      *f4 = 7;                           /* Indicate we were here    */
      if (*p1>val) {
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto udown;                      
      } else {
        j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto uup;
      }
    }
    if (*f4==8) *f4 = 7;                 /* Indicate we were here    */
    else *f4 = 1;
    uflag = 0;
    if (i+1>imx) {                       /* At right boundry?        */
      if (*p1>val) {
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto rdown;                      
      } else {
        j++;
        rc = putxy((gadouble)i,(gadouble)j);
        if (rc) return(rc);
        goto rup;
      }
    }

    /* Check for exit side.  Also check for col.                    */

    p2 = p1+1;
    p3 = p4+1;
    if ( (*p1<=val && *p2>val) || (*p1>val && *p2<=val) ) {
      if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) { 
        if (spathl(*p1, *p2, *p3, *p4)) {
          j++;
          goto side1;                    /* Exiting 3, go enter 1  */
        }
      }
      j--;
      goto side3;                        /* Exiting 1, go enter 3  */
    }
    if ( (*p2<=val && *p3>val) || (*p2>val && *p3<=val) ) {
      i++;
      goto side4;                        /* Exiting 2, go enter 4  */
    }
    if ( (*p3<=val && *p4>val) || (*p3>val && *p4<=val) ) {
      j++;
      goto side1;                        /* Exiting 3, go enter 1  */
    }
    printf ("Logic error 8 in gxshad\n");
    return(1);

  /* At an undefined boundry and last moved towards the left.  */

  uleft:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (j<(jmn+1)||j>jmx-1) {
      printf ("Logic error 16 in gxshad\n");
      return (1);
    }
    fu = flgv + ((j-1)*imax+i-1);
    fd = fu-imax;
    if (i==imn) {
      if ((*fu>5 && *fd>5) || (*fu<5 && *fd<5)) {
        printf ("Logic error 20 in gxshad\n");
        return (1);
      }
      if (*fu>5) goto ldown;
      else goto lup;
    }
    ff = flgh + ((j-1)*imax+i-2);
    cnt=0;
    if (*ff==7 || *ff==8) cnt++;
    if (*fu==7 || *fu==8) cnt++;
    if (*fd==7 || *fd==8) cnt++;
    if (cnt==2 || cnt==0) {
      printf ("Logic error 24 in gxshad\n");
      return (1);
    }
    ucflg = 0;
    if (cnt==3) ucflg = undcol(i,j);
    if (ucflg==9) return(1);
    if (!ucflg && (*ff==7 || *ff==8)) {
      i--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (*fu>5) {
          j--;
          goto side3;
        } else goto side1;
      }
      *ff = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uleft;
    }
    if (ucflg!=2 && (*fd==7 || *fd==8)) {
      j--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fu==9) {
          goto side4;
        } else {
          i--;
          goto side2;
        }
      }
      *fd = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto udown;
    }
    if (ucflg!=1 && (*fu==7 || *fu==8)) {
      j++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fd==9) {
          j--;
          goto side4;
        } else {
          i--; j--; 
          goto side2;
        }
      }
      *fu = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uup;
    }
    printf ("Logic error 28 in gxshad\n");
    return(1);
     
  /* At an undefined boundry and last moved towards the right. */

  uright:

    if (bflag && i==isave && j==jsave) goto done;

  ur:

    bndflg = 1;
    if (j<(jmn+1)||j>jmx-1) {
      printf ("Logic error 16 in gxshad\n");
      return (1);
    }
    fu = flgv + ((j-1)*imax+i-1);
    fd = fu-imax;
    if (i==imx) {
      if ((*fu>5 && *fd>5) || (*fu<5 && *fd<5)) {
        printf ("Logic error 20 in gxshad\n");
        return (1);
      }
      if (*fu>5) goto rdown;
      else goto rup;
    }
    ff = flgh + ((j-1)*imax+i-1);
    cnt=0;
    if (*ff==7 || *ff==8) cnt++;
    if (*fd==7 || *fd==8) cnt++;
    if (*fu==7 || *fu==8) cnt++;
    if (cnt==2 || cnt==0) {
      printf ("Logic error 24 in gxshad\n");
      return (1);
    }
    ucflg = 0;
    if (cnt==3) ucflg = undcol(i,j);
    if (ucflg==9) return(1);
    if (!ucflg && (*ff==7 || *ff==8)) {
      i++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        i--;
        if (*fu>5) {
          j--;
          goto side3;
        } else goto side1;
      }
      *ff = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uright;
    }
    if (ucflg!=1 && (*fd==7 || *fd==8)) {
      j--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1; 
        if (ucflg || *fu==9) {
          i--;
          goto side2;
        } else {
          goto side4;
        }
      }
      *fd = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto udown;
    }
    if (ucflg!=2 && (*fu==7 || *fu==8)) {
      j++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fd==9) {
          i--; j--;
          goto side2;
        } else {
          j--; 
          goto side4;
        }
      }
      *fu = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uup;
    }
    printf ("Logic error 28 in gxshad\n");
    return(1);
     
  /* At an undefined boundry and last moved towards the top.   */

  uup:

    if (bflag && i==isave && j==jsave) goto done;

  uu:

    bndflg = 1;
    if (i<(imn+1)||i>imx-1) {
      printf ("Logic error 16 in gxshad\n");
      return (1);
    }
    fr = flgh + ((j-1)*imax+i-1);
    fl = fr-1;
    if (j==jmx) {
      if ((*fr>5 && *fl>5) || (*fr<5 && *fl<5)) {
        printf ("Logic error 20 in gxshad\n");
        return (1);
      }
      if (*fr>5) goto tleft;
      else goto tright;
    }
    ff = flgv + ((j-1)*imax+i-1);
    cnt=0;
    if (*ff==7 || *ff==8) cnt++;
    if (*fr==7 || *fr==8) cnt++;
    if (*fl==7 || *fl==8) cnt++;
    if (cnt==2 || cnt==0) {
      printf ("Logic error 24 in gxshad\n");
      return (1);
    }
    ucflg = 0;
    if (cnt==3) ucflg = undcol(i,j);
    if (ucflg==9) return(1);
    if (!ucflg && (*ff==7 || *ff==8)) {
      j++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        j--;
        uflag = 1;
        if (*fr>5) {
          i--;
          goto side2;
        }
        else goto side4;
      }
      *ff = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uup;   
    }
    if (ucflg!=2 && (*fr==7 || *fr==8)) {
      i++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fl==9) {
          i--; j--;
          goto side3;
        } else {
          i--;
          goto side1;
        }
      }
      *fr = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uright;
    }
    if (ucflg!=1 && (*fl==7 || *fl==8)) {
      i--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fr==9) {
          j--;
          goto side3;
        } else {
          goto side1;
        }
      }
      *fl = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uleft;
    }
    printf ("Logic error 28 in gxshad\n");
    return(1);
     
  /* At an undefined boundry and last moved towards the bottom.  */

  udown:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (i<(imn+1)||i>imx-1) {
      printf ("Logic error 16 in gxshad\n");
      return (1);
    }
    fr = flgh + ((j-1)*imax+i-1);
    fl = fr-1;
    if (j==jmn) {
      if ((*fr>5 && *fl>5) || (*fr<5 && *fl<5)) {
        printf ("Logic error 20 in gxshad\n");
        return (1);
      }
      if (*fr>5) goto bleft;
      else goto bright;
    }
    ff = flgv + ((j-2)*imax+i-1);
    cnt=0;
    if (*ff==7 || *ff==8) cnt++;
    if (*fr==7 || *fr==8) cnt++;
    if (*fl==7 || *fl==8) cnt++;
    if (cnt==2 || cnt==0) {
      printf ("Logic error 24 in gxshad\n");
      return (1);
    }
    ucflg = 0;
    if (cnt==3) ucflg = undcol(i,j);
    if (ucflg==9) return(1);
    if (!ucflg && (*ff==7 || *ff==8)) {
      j--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (*fr>5) {
          i--;
          goto side2;
        }
        else goto side4;
      }
      *ff = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto udown;   
    }
    if (ucflg!=1 && (*fr==7 || *fr==8)) {
      i++;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fl==9) {
          i--;
          goto side1;
        } else {
          i--; j--;
          goto side3;
        }
      }
      *fr = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uright;
    }
    if (ucflg!=2 && (*fl==7 || *fl==8)) {
      i--;
      p1 = gr + ((j-1)*imax+i-1);
      if (*p1<=val) {
        uflag = 1;
        if (ucflg || *fr==9) {
          goto side1;
        } else {
          j--;
          goto side3;
        }
      }
      *fl = 7;
      rc = putxy((gadouble)i,(gadouble)j);
      if (rc) return(rc);
      goto uleft;
    }
    printf ("Logic error 28 in gxshad\n");
    return(1);

  /* Follow grid boundry until we hit a missing data area, or until
     we hit the restart of the contour line.                         */

  tright:

    if (bflag && i==isave && j==jsave) goto done;

  tr:

    bndflg = 1; 
    if (i==imx) goto rdown;
    ff = flgh + ((j-1)*imax+i-1);
    if (*ff>5) goto udown;
    i++;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      j--; i--;
      goto side3;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto tright;

  tleft:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (i==imn) goto ldown;
    ff = flgh + ((j-1)*imax+i-2);
    if (*ff>5) goto udown;
    i--;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      j--;
      goto side3;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto tleft; 

  bright:

    if (bflag && i==isave && j==jsave) goto done;

  br:

    bndflg = 1;
    if (i==imx) goto rup;
    ff = flgh + ((j-1)*imax+i-1);
    if (*ff>5) goto uup;
    i++;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      i--;
      goto side1;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto bright;

  bleft:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (i==imn) goto lup;
    ff = flgh + ((j-1)*imax+i-2);
    if (*ff>5) goto uup;
    i--;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      goto side1;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto bleft; 
     
  rup:

    if (bflag && i==isave && j==jsave) goto done;

  ru:

    bndflg = 1;
    if (j==jmx) goto tleft;
    ff = flgv + ((j-1)*imax+i-1);
    if (*ff>5) goto uleft;
    j++;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      j--; i--;
      goto side2;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto rup;   
     
  rdown:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (j==jmn) goto bleft;
    ff = flgv + ((j-2)*imax+i-1);
    if (*ff>5) goto uleft;
    j--;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      i--;
      goto side2;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto rdown; 
     
  lup:

    if (bflag && i==isave && j==jsave) goto done;

  lu:

    bndflg = 1;
    if (j==jmx) goto tright;
    ff = flgv + ((j-1)*imax+i-1);
    if (*ff>5) goto uright;
    j++;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      j--; 
      goto side4;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto lup;   
     
  ldown:

    bndflg = 1;
    if (bflag && i==isave && j==jsave) goto done;
    if (j==jmn) goto bright;
    ff = flgv + ((j-2)*imax+i-1);
    if (*ff>5) goto uright;
    j--;
    p1 = gr + ((j-1)*imax+i-1);
    if (*p1<=val) {
      goto side4;
    }
    *ff = 1;
    rc = putxy((gadouble)i,(gadouble)j);
    if (rc) return(rc);
    goto ldown; 
     
  done:

  shdcmp();
  if (xycnt<4) goto cont;
  if (shdmax()) {
    for (k=0; k=XYBMAX) {
      printf ("Buffer stack limit exceeded in gxshad\n");
      return(1);
    }
  }

cont:
  xycnt = 0;
  return (0);

}
 
/* Calculate shortest combined path length through a col point.
   Return true if shortest path is side 1/2,3/4, else false.         */
 
gaint spathl (gadouble p1, gadouble p2, gadouble p3, gadouble p4) {
gadouble v1,v2,v3,v4,d1,d2;
 
  v1 = (val-p1)/(p2-p1);
  v2 = (val-p2)/(p3-p2);
  v3 = (val-p4)/(p3-p4);
  v4 = (val-p1)/(p4-p1);
  d1 = hypot(1.0-v1, v2) + hypot(1.0-v4, v3);
  d2 = hypot(v1, v4) + hypot(1.0-v2, 1.0-v3);
  if (d2imax-1 || j<2 || j>jmax-1) {
    printf ("Logic error 32 in gxshad\n");
    return (9);
  }
  p1 = gr + ((j-2)*imax+i-2);
  p2 = p1 + 2;
  p3 = p2 + imax*2;
  p4 = p3 - 2;

  p1u = gru + ((j-2)*imax+i-2);
  p2u = p1u + 2;
  p3u = p2u + imax*2;
  p4u = p3u - 2;


  if (*p1u==0 && *p3u==0 && *p2u!=0 && *p4u!=0) return(1);
  if (*p1u!=0 && *p3u!=0 && *p2u==0 && *p4u==0) return(2);
  printf ("Logic error 36 in gxshad\n");
  return (9);
}


gaint putxy (gadouble x, gadouble y) {

  if (xycnt>=grsize) return(1);
  *(xybuf+(xycnt*2)) = x;
  *(xybuf+(xycnt*2+1)) = y;
  xycnt++;
  return(0);
}

/* Remove duplicate consecutive points from the closed contour   */

void shdcmp (void) {
gaint i,j;

  i=0;
  for (j=1; j val) return (1);
  return (0);
}

void chksid (void) {
gaint *f1,*f4;
gaint i,j;
gadouble x,y;
    f1 = flgh;
    f4 = flgv;
    for (j=1; j<=jmax; j++) {
      for (i=1; i<=imax; i++) {
        if (i2GB file sizes */
WHERE gaint no_min;	    /* ignore minutes if == 1 */
WHERE gaint quiet;          /* quiet option */
WHERE gaint g1ver,g2ver;    /* version numbers */
WHERE gaint diag;           /* Verbose option */
WHERE gaint irec;
WHERE gaint scanflg;        /* general scan between GRIB records ASSUMED */
WHERE gaint scaneof;        /* option to ignore failure to find data at end of file */
WHERE gaint scanEOF;        /* option to ignore failure to find data at end of file */
WHERE gaint scanlim;        /* the default # of max bytes between records */
WHERE gaint notau;          /* force time to be base time */
WHERE gaint tauflg;         /* search for a fixed tau in filling the 4-D volume */
WHERE gaint tauoff;         /* the fixed tau in h */
WHERE gaint tau0;           /* set the base dtg for tau search */
WHERE gaint forceok;        /* set the base dtg for tau search */
WHERE gaint mpiflg;         /* Artificial initial date/time same as tau0!!*/
WHERE gaint write_map;      /* write out the map (testing only) */
WHERE gaint update;         /* update mode for templated files for NCEP CPC */
WHERE struct dt btimdd;     /* initial base time from dd file */
WHERE gaint tauave;         /* use p1 rather than p2 for time offset when tri is 3 -- 
                               eg, when product is an average, set the valid time
                               at the start of the averaged period rather than the end */
WHERE gaint nrec;           /* Number of records per grid */
WHERE gaint gtype[16];      /* Grid types for this grid set */
WHERE struct gafile *pfi;

WHERE struct gaindx *pindx;
WHERE struct gaindxb *pindxb;
WHERE struct dt dtim, dtimi;
WHERE gaint cnt,rc,i,flg,iarg,tcur,told;
WHERE char cmd[256];
WHERE unsigned char rec[512];
WHERE char crec[512],*ch, *ifile;

WHERE gaint len, skip;
WHERE struct grhdr ghdr;
WHERE struct gr2hdr g2hdr;
WHERE size_t sz;


/* ---------------- prototypes ------------------- */

extern gaint gribmap (void) ;
extern gaint gribhdr(struct grhdr *);
extern gaint grib2hdr(struct gr2hdr *);
extern gaint gribrec(struct grhdr *, struct gafile *, struct gaindx *, gaint, gaint, gaint);
extern void gribfill (gaint, gaint, gaint, gaint, struct grhdr *, struct gaindx *);
extern void gribpr (struct grhdr *);

/* function prototypes */
gaint wtgmap(void) ;
void  putint(gaint, unsigned char *,gaint *) ;
#if GRIB2
void  g2fill (gaint, gaint, gaint, off_t, g2int, struct gag2indx *);
gaint wtg2map (struct gafile *, struct gag2indx *);
gaint g2grid_check (gribfield *, struct gafile *pfi, gaint r, gaint f);
gaint g2time_check (gribfield *, g2int *, struct gafile *, gaint, gaint, gaint, gaint);
gaint g2var_match (gribfield *, struct gafile *, gaint, gaint);
gaint g2ens_match (gribfield *, struct gafile *);
gaint g2ens_check (struct gaens *, gribfield *);
gaint g2sp (gribfield *);
gaint g2sp2 (gribfield *);
void  g2prnt (gribfield *, gaint, g2int, gaint, gaint);
#endif
grads-2.0.1/src/gaddes.c0000644000175000017500000035526611632415733016154 0ustar  amckinstryamckinstry/* Copyright (C) 1988-2011 by Brian Doty and the 
   Institute of Global Environment and Society (IGES).  
   See file COPYRIGHT for more information.   */

/* Authored by B. Doty */

#ifdef HAVE_CONFIG_H
#include "config.h"
/* If autoconfed, only include malloc.h when it's present */
#ifdef HAVE_MALLOC_H
#include 
#endif
#else /* undef HAVE_CONFIG_H */
#include 
#endif /* HAVE_CONFIG_H */

#include 
#include 
#include 
#include 
#include 
#include "grads.h"

extern struct gamfcmn mfcmn;
static char pout[256];
static FILE *pdfi;       /* File descriptor for pdef file */
FILE *descr;             /* File descriptor pointer */

void ll2eg  (gaint, gaint, gadouble *, gadouble, gadouble, gadouble *, gadouble *, gadouble *);
void ll2pse (gaint, gaint, gadouble *, gadouble, gadouble, gadouble *, gadouble *);
void ll2ops (gadouble *, gadouble , gadouble , gadouble *, gadouble *);


/* Read a GrADS data descriptor file and fill in the information
   into a gafile structure.  The gafile structure should be
   allocated and must be initialized by getpfi.  If this routine
   returns an error, release the pfi structure and allocated
   storage via frepfi.  mflag indicates whether to read the
   stnmap/index file; if this routine is being called to
   preprocess the dd file then this flag should be 0. 
   A mflag value of 2 will check if the stnmap/index file can be
   opened, but will not read it; mflag==2 will also turn off 
   calculation of the pdef interpolation values */

gaint gaddes (char *name, struct gafile *pfi, gaint mflag) {
  struct gavar *pvar,*pvar2;
  struct gaens *ens;
  struct dt tdef,tdefe,tdefi,dt1,dt2;
  struct gaindx *pindx;
  struct gaindxb *pindxb;
  struct gag2indx *g2indx;
  struct gaattr *attrib;
  struct gachsub *pchsub;
  gadouble *vals,sf;
  gadouble v1,v2,ev1,ev2,temp;
  FILE *mfile;
  gafloat fdum;
  off_t levs,acum,acumvz,recacm;
  gaint pdefop1=0,pdefop2=0,havesf,haveao;
  gaint acumstride=0, npairs, idum, reclen;
  gaint size=0,rc,len,swpflg,cnt,flag,tim1,tim2,ichar;
  gaint flgs[8],e,t,i,j,ii,jj,err,hdrb,trlb,mflflg,cal365;
  gaint mcnt,maxlv,foundvar1,foundvar2;
  size_t sz;
  char rec[512], mrec[512], *ch, *pos, *sname, *vectorpairs, *pair, *vplist;
  char pdefnm[256],var1[256],var2[256],ekwrd[6];
  char *varname,*attrname,*attrtype;
  unsigned char vermap, urec[8];
  static char *errs[9] = {"XDEF","YDEF","ZDEF","TDEF","UNDEF",
			    "DSET","VARS","TITLE","DTYPE"};

 /*mf --- define here vice grads.c for cdunif.c mf*/
  mfcmn.fullyear=-999; 

  /* initialize variables */
  hdrb = 0;
  trlb = 0;
  pdfi = NULL;
  mflflg = 0;		
  mfile = NULL;
  pfi->mfile = NULL;
  mcnt = -1;
  vectorpairs = NULL;
  pair = NULL;
  vplist = NULL;
  varname = attrname = attrtype = NULL;
  attrib = NULL;
  sname = NULL;
  cal365 = 0;

  /* Try to open descriptor file */
  descr = fopen (name, "r");
  if (descr == NULL) {
    /* Try adding default suffix of .ctl */
    sz = strlen(name)+5;
    if ((sname = (char *)galloc(sz,"sname2")) == NULL) {
      gaprnt(0,"memory allocation error in creating date descriptor file name\n");
      return(1);
    }
    for(i=0;i<=strlen(name);i++) *(sname+i)=*(name+i);
    strcat(sname,".ctl");
    descr = fopen (sname, "r");
  }

  /* If still can't open descriptor file, give up */
  if (descr == NULL) {
    gaprnt (0,"Open Error:  Can't open description file\n");
    if (sname) gree(sname,"f172");
    return(1);
  }

  /* Copy descriptor file name into gafile structure */
  if (sname != NULL) {
    getwrd (pfi->dnam,sname,512);
    gree(sname,"f173");
  } else {
    getwrd (pfi->dnam,name,512);
  }

  /* initialize error flags */
  for (i=0;i<8;i++) flgs[i] = 1;

  /* Parse the data descriptor file */
  while (fgets(rec,512,descr)!=NULL) {

    /* Remove any leading blanks from rec */
    reclen = strlen(rec);
    jj = 0;
    while (jj= 0 ;  --ichar) {
      if (rec[ichar] == '\n') {
	rec[ichar] = '\0' ;
	break ; 
      }
    }
    /* Keep mixed case and lower case versions of rec handy */
    strcpy (mrec,rec);   
    lowcas(rec);

    if (!isalnum(mrec[0])) {
      /* check if comment contains attribute metadata */
      if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
      	if ((ddfattr(mrec,pfi)) == -1) goto retrn;
      }

    } else if (cmpwrd("byteswapped",rec)) {
      pfi->bswap = 1;

    } else if (cmpwrd("fileheader",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing fileheader length\n");
      } else {
        ch = longprs(ch,&(pfi->fhdr));
        if (ch==NULL) {
          gaprnt (1,"Fileheader record invalid\n");
          pfi->fhdr = 0;
        }
      }

    } else if (cmpwrd("cachesize",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing cachesize value\n");
      } else {
        ch = longprs(ch,&(pfi->cachesize));
        if (ch==NULL) {
	  gaprnt (1,"cachesize value invalid\n");
	  pfi->cachesize = -1;
        } 
      }

    } else if (cmpwrd("xyheader",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing xy grid header length\n");
      } else {
        ch = longprs(ch,&(pfi->xyhdr));
        if (ch==NULL) {
	  gaprnt (1,"xy grid header length invalid\n");
	  pfi->xyhdr = 0;
        } else {
	  pfi->xyhdr = pfi->xyhdr/4;
	}
      }

    } else if (cmpwrd("unpack",rec)) {
      if ( (ch=nxtwrd(mrec))==NULL ) {
        gaprnt (1,"Descriptor File Warning: Missing attribute names in unpack record\n");
      } else {
	havesf = 0; 
	haveao = 0;
	/* get the scale factor attribute name */
	len = 0;
	while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
	sz = len+3;
	if ((pfi->scattr = (char *)galloc(sz,"scattr")) == NULL) goto err8;
	for (i=0; iscattr+i) = *(ch+i);
	*(pfi->scattr+len) = '\0';
	havesf = 1;
	if (!strncmp(pfi->scattr, "NULL", 4) || !strncmp(pfi->scattr, "null", 4)) havesf = 0;

	/* get the offset attribute name */
	if ( (ch=nxtwrd(ch)) == NULL ) {
	  gaprnt (1,"Descriptor File Warning: No offset attribute name in unpack record\n");
	} else {
	  len = 0;
	  while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
	  sz = len+3;
	  if ((pfi->ofattr = (char *)galloc(sz,"ofattr")) == NULL) goto err8;
	  for (i=0; iofattr+i) = *(ch+i);
	  *(pfi->ofattr+len) = '\0';
	  haveao = 1;
	  if (!strncmp(pfi->ofattr, "NULL", 4) || !strncmp(pfi->ofattr, "null", 4)) haveao = 0;
	}

	/* set the packflg */
	if (havesf) {
	  pfi->packflg = haveao == 1 ? 2 : 1 ;
	} else {
	  pfi->packflg = haveao == 1 ? 3 : 0 ;
	}
      }

    } else if (cmpwrd("format",rec) || cmpwrd("options",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing options keyword\n");
      } else {
        while (ch!=NULL) {
          if (cmpwrd("sequential",ch)) pfi->seqflg = 1;
          else if (cmpwrd("yrev",ch)) pfi->yrflg = 1;
          else if (cmpwrd("zrev",ch)) pfi->zrflg = 1;
          else if (cmpwrd("template",ch)) pfi->tmplat = 1;
          else if (cmpwrd("byteswapped",ch)) pfi->bswap = 1;
#if GRIB2
          else if (cmpwrd("pascals",ch)) pfi->pa2mb = 1;
#endif
          else if (cmpwrd("365_day_calendar",ch)) {
	    pfi->calendar=1;
	    cal365=1;
	  }
          else if (cmpwrd("big_endian",ch)) {
	    if (!BYTEORDER) pfi->bswap = 1;
          }
          else if (cmpwrd("little_endian",ch)) {
            if (BYTEORDER) pfi->bswap = 1;
          }
	  else {
	    gaprnt (0,"Open Error:  Data file type invalid\n");
	    goto err9;
          }
          ch = nxtwrd(ch);
        }
      }

    } else if (cmpwrd("trailerbytes",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Trailerbytes record invalid\n");
      } else {
        ch = intprs(ch,&trlb);
        if (ch==NULL) {
          gaprnt (1,"Trailerbytes record invalid\n");
          trlb = 0;
        } else {
          trlb = trlb/4;
        }
      }

    } else if (cmpwrd("headerbytes",rec)|| cmpwrd("theader",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"headerbytes/theader record invalid\n");
      } else {
        ch = intprs(ch,&hdrb);
        if (ch==NULL) {
          gaprnt (1,"headerbytes/theader record invalid\n");
          hdrb = 0;
        } else {
          hdrb = hdrb/4;
        }
      }

    /* Handle the chsub records.  time1, time2, then a string,  multiple times */
    } else if (cmpwrd("chsub",rec)) {
      /* point to first block in chain */
      pchsub = pfi->pchsub1;    
      if (pchsub!=NULL) {
        while (pchsub->forw!=NULL) {
          pchsub = pchsub->forw;       /* advance to end of chain */
        }
      }
      flag = 0;
      ch = mrec;
      while (1) {
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        flag = 1;
        if ( (ch = intprs(ch,&tim1)) == NULL) break;
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        if (*ch=='*' && (*(ch+1)==' '||*(ch+1)=='\t')) tim2 = -99;
        else if ( (ch = intprs(ch,&tim2)) == NULL) break;
        if ( (ch=nxtwrd(ch)) == NULL ) break;
        flag = 0;
        if (pchsub) {   /* chain exists */
	  sz = sizeof(struct gachsub);
          pchsub->forw = (struct gachsub *)galloc(sz,"chsubnew");
          if (pchsub->forw==NULL) {
	    gaprnt(0,"Open Error: memory allocation failed for pchsub\n");
	    goto err8; 
	  }
          pchsub = pchsub->forw;
	  pchsub->forw = NULL;
        } else {        /* start a new chain */
	  sz = sizeof(struct gachsub);
          pfi->pchsub1 = (struct gachsub *)galloc(sz,"chsub1");
          if (pfi->pchsub1==NULL)  {
	    gaprnt(0,"Open Error: memory allocation failed for pchsub1\n");
	    goto err8; 
	  }
          pchsub = pfi->pchsub1;
	  pchsub->forw = NULL;
        }
        len = wrdlen(ch);
	sz = len+1;
        if ((pchsub->ch = (char *)galloc(sz,"chsubstr")) == NULL) goto err8;
        getwrd(pchsub->ch,ch,len);
        pchsub->t1 = tim1;
        pchsub->t2 = tim2;
      }
      if (flag) {
        gaprnt (1,"Description file warning: Invalid chsub record; Ignored\n");
      }

    } else if (cmpwrd("dtype",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing data type\n");
        gaprnt (1,"   Assuming data file type is grid\n");
      }
      if (cmpwrd("station",ch)) {
        pfi->idxflg = 1;
        pfi->type = 2;
        flgs[0] = 0;
        flgs[1] = 0;
        flgs[2] = 0;

      } else if (cmpwrd("bufr",ch)) {
	pfi->idxflg = 0;  /* bufr data is not indexed */
	pfi->type = 2;    /* station data type */
	mflag = 0;        /* don't try to read a stnmap file */
	pfi->bufrflg = 1; 
        flgs[0] = 0;
        flgs[1] = 0;
        flgs[2] = 0;
	/* allocate memory for the bufrinfo structure and the two bufrtimeinfo structures */
	sz = sizeof(struct bufrinfo);
	if ((pfi->bufrinfo = (struct bufrinfo *)galloc(sz,"bufrinfo")) == NULL) goto err8;
	/* initialize with bad values */
	for (j=0;j<2;j++) {
	  pfi->bufrinfo->lonxy[j] = pfi->bufrinfo->latxy[j] = -999;;
	  pfi->bufrinfo->levxy[j] = pfi->bufrinfo->stidxy[j] = -999;;
	  pfi->bufrinfo->base.yrxy[j] = pfi->bufrinfo->base.moxy[j] = -999;;
	  pfi->bufrinfo->base.dyxy[j] = pfi->bufrinfo->base.hrxy[j] = -999;;
	  pfi->bufrinfo->base.mnxy[j] = pfi->bufrinfo->offset.yrxy[j] = -999;;
	  pfi->bufrinfo->offset.moxy[j] = pfi->bufrinfo->offset.dyxy[j] = -999;;
	  pfi->bufrinfo->offset.hrxy[j] = pfi->bufrinfo->offset.mnxy[j] = -999;;
	}
      } else if (cmpwrd("grib",ch)) {
        pfi->idxflg = 1;
        if ( (ch=nxtwrd(ch))!=NULL ) {
          if ( intprs(ch,&(pfi->grbgrd))==NULL) {
            gaprnt (1,"Description file warning: Invalid GRIB option\n");
            pfi->grbgrd = -999;
          }
        }
      }
#if GRIB2
      else if (cmpwrd("grib2",ch)) pfi->idxflg = 2;
#endif
#if USENETCDF
      else if (cmpwrd("netcdf",ch)) pfi->ncflg = 1;
#endif
#if USEHDF
      else if (cmpwrd("hdfsds",ch) || cmpwrd("hdf4",ch)) pfi->ncflg = 2;
#endif
#if USEHDF5
      else if (cmpwrd("hdf5_grid",ch)) pfi->ncflg = 3;
#endif
      else {
        gaprnt (0,"Open Error:  Data file type invalid\n");
        goto err9;
      }

    } else if (cmpwrd("xvar",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pair for XVAR entry\n");
      } else {
        j = 0;
        while (1) {
 	  if ( (ch=intprs(ch,&(pfi->bufrinfo->lonxy[j])))==NULL ) goto err6a;
          while (*ch==' ') ch++;
          if (*ch!=',') break;
          ch++;
          while (*ch==' ') ch++;
          j++;
          if (j>1) goto err6a;
        }
	if (pfi->bufrinfo->lonxy[0]==-999 || pfi->bufrinfo->lonxy[1]==-999) goto err6a;
      }
  
    } else if (cmpwrd("yvar",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pair for YVAR entry\n");
      } else {
        j = 0;
        while (1) {
 	  if ( (ch=intprs(ch,&(pfi->bufrinfo->latxy[j])))==NULL ) goto err6a;
          while (*ch==' ') ch++;
          if (*ch!=',') break;
          ch++;
          while (*ch==' ') ch++;
          j++;
          if (j>1) goto err6a;
        }
	if (pfi->bufrinfo->latxy[0]==-999 || pfi->bufrinfo->latxy[1]==-999) goto err6a;
      }
  
    } else if (cmpwrd("zvar",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pair for ZVAR entry\n");
      } else {
        j = 0;
        while (1) {
 	  if ( (ch=intprs(ch,&(pfi->bufrinfo->levxy[j])))==NULL ) goto err6a;
          while (*ch==' ') ch++;
          if (*ch!=',') break;
          ch++;
          while (*ch==' ') ch++;
          j++;
          if (j>1) goto err6a;
        }
	if (pfi->bufrinfo->levxy[0]==-999 || pfi->bufrinfo->levxy[1]==-999) goto err6a;
      }
  
    } else if (cmpwrd("tvar",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pairs for TVAR entry\n");
      } else {
	while (nxtwrd(ch)!=NULL) {
	  if (cmpwrd("yr",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR yr entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.yrxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.yrxy[0]==-999 || pfi->bufrinfo->base.yrxy[1]==-999) goto err6a;
	    }

	  } else if (cmpwrd("mo",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR mo entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.moxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.moxy[0]==-999 || pfi->bufrinfo->base.moxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("dy",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR dy entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.dyxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.dyxy[0]==-999 || pfi->bufrinfo->base.dyxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("hr",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR hr entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.hrxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.hrxy[0]==-999 || pfi->bufrinfo->base.hrxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("mn",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR mn entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.mnxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.mnxy[0]==-999 || pfi->bufrinfo->base.mnxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("sc",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TVAR sc entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->base.scxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->base.scxy[0]==-999 || pfi->bufrinfo->base.scxy[1]==-999) goto err6a;
	    }
	  } else {
	    goto err6a;
	  }
	} /* end of while loop */
      }

    } else if (cmpwrd("toffvar",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pairs for TOFFVAR entry\n");
      } else {
	while (nxtwrd(ch)!=NULL) {
	  if (cmpwrd("yr",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR yr entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.yrxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.yrxy[0]==-999 || pfi->bufrinfo->offset.yrxy[1]==-999) goto err6a;
	    }

	  } else if (cmpwrd("mo",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR mo entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.moxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.moxy[0]==-999 || pfi->bufrinfo->offset.moxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("dy",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR dy entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.dyxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.dyxy[0]==-999 || pfi->bufrinfo->offset.dyxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("hr",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR hr entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.hrxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.hrxy[0]==-999 || pfi->bufrinfo->offset.hrxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("mn",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR mn entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.mnxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.mnxy[0]==-999 || pfi->bufrinfo->offset.mnxy[1]==-999) goto err6a;
	    }
	  } else if (cmpwrd("sc",ch)) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      gaprnt (1,"Description file warning: Missing x,y pair for TOFFVAR sc entry\n");
	    } else {
	      j = 0;
	      while (1) {
		if ( (ch=intprs(ch,&(pfi->bufrinfo->offset.scxy[j])))==NULL ) goto err6a;
		while (*ch==' ') ch++;
		if (*ch!=',') break;
		ch++;
		while (*ch==' ') ch++;
		j++;
		if (j>1) goto err6a;
	      }
	      if (pfi->bufrinfo->offset.scxy[0]==-999 || pfi->bufrinfo->offset.scxy[1]==-999) goto err6a;
	    }
	  } else {
	    goto err6a;
	  }
	} /* end of while loop */
      }

    } else if (cmpwrd("stid",rec)) {
      if ( (ch=nxtwrd(rec))==NULL ) {
        gaprnt (1,"Description file warning: Missing x,y pair for STID entry\n");
      } else {
        j = 0;
        while (1) {
 	  if ( (ch=intprs(ch,&(pfi->bufrinfo->stidxy[j])))==NULL ) goto err6a;
          while (*ch==' ') ch++;
          if (*ch!=',') break;
          ch++;
          while (*ch==' ') ch++;
          j++;
          if (j>1) goto err6a;
        }
	if (pfi->bufrinfo->stidxy[0]==-999 || pfi->bufrinfo->stidxy[1]==-999) goto err6a;
      }

    } else if (cmpwrd("title",rec)) {
      if ( (ch=nxtwrd(mrec))==NULL ) {
        gaprnt (1,"Description file warning: Missing title string\n");
      } else {
        getstr (pfi->title,ch,512);
        flgs[7] = 0;
      }

    } else if (cmpwrd("dset",rec)) {
      ch = nxtwrd(mrec);
      if (ch==NULL) {
        gaprnt (0,"Descriptor File Error:  Data file name is missing\n");
        goto err9;
      }
      if (*ch=='^' || *ch=='$') {
        fnmexp (pfi->name,ch,name);
      } else {
        getwrd (pfi->name,ch,512);
      }
      flgs[5] = 0;

    } else if (cmpwrd("stnmap",rec) || cmpwrd("index",rec)) {
      ch = nxtwrd(mrec);
      if (ch==NULL) {
        gaprnt (0,"Open Error:  Station or Index Map file name is missing\n");
        goto err9;
      }
      if (*ch=='^' || *ch=='$') {
        fnmexp (pout, ch, name);
      } else {
        getwrd (pout, ch, 500);  
      }
      len = 0;
      while (*(pout+len)) len++;
      sz = len+3;
      if ((pfi->mnam = (char *)galloc(sz,"mnam")) == NULL) goto err8; 
      strcpy (pfi->mnam,pout);

    } else if (cmpwrd("toff",rec)) {
      ch = nxtwrd(rec);
      if (ch==NULL) {
        gaprnt (0,"Open Error:  Missing toff value\n");
        goto err9;
      }
      pos = intprs(ch,&(pfi->tlpst));
      if (pos==NULL || pfi->tlpst>=pfi->dnum[3]) {
        gaprnt (0,"Open Error:  Invalid toff value\n");
        goto err9;
      }
      pfi->tlpflg = 1;

    }  else if (cmpwrd("undef",rec)) {
      ch = nxtwrd(mrec);
      if (ch==NULL) {
        gaprnt (0,"Open Error:  Missing undef value\n");
        goto err9;
      }
      
      pos = getdbl(ch,&(pfi->undef));
      if (pos==NULL) {
        gaprnt (0,"Open Error:  Invalid undef value\n");
        goto err9;
      } 

      /* Get the undef attribute name, if it's there */
      if ( (ch=nxtwrd(ch))!=NULL ) {
	len = 0;
	while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
	sz = len+3;
	if ((pfi->undefattr = (char *)galloc(sz,"undefattr3")) == NULL) goto err8;
	for (i=0; iundefattr+i) = *(ch+i);
	*(pfi->undefattr+len) = '\0';
	/* Set the undef attribute flag */
	pfi->undefattrflg = 1;
      }
      pfi->ulow = fabs(pfi->undef/EPSILON);
      pfi->uhi  = pfi->undef + pfi->ulow;
      pfi->ulow = pfi->undef - pfi->ulow;
      flgs[4] = 0;

    } else if (cmpwrd("pdef",rec)) {
      if ((ch = nxtwrd(rec)) == NULL) goto errm;
      /* parse the i and j dimensions of the pre-projected grid */
      if ((pos = intprs(ch,&(pfi->ppisiz)))==NULL) goto errm;
      if ((ch = nxtwrd(ch)) == NULL) goto errm;
      if ((pos = intprs(ch,&(pfi->ppjsiz)))==NULL) goto errm;
      if ((ch = nxtwrd(ch)) == NULL) goto errm;

      /* set the pre-projected grid type and wind rotation flags */
      if (cmpwrd("nps",ch))         {pfi->ppflag=1; pfi->ppwrot=1; cnt=4;}
      else if (cmpwrd("sps",ch))    {pfi->ppflag=2; pfi->ppwrot=1; cnt=4;}
      else if (cmpwrd("lcc",ch))    {pfi->ppflag=3; pfi->ppwrot=0; cnt=9;}
      else if (cmpwrd("lccr",ch))   {pfi->ppflag=3; pfi->ppwrot=1; cnt=9;}
      else if (cmpwrd("eta.u",ch))  {pfi->ppflag=4; pfi->ppwrot=1; cnt=4;}
      else if (cmpwrd("pse",ch))    {pfi->ppflag=5; pfi->ppwrot=0; cnt=7;}
      else if (cmpwrd("ops",ch))    {pfi->ppflag=6; pfi->ppwrot=0; cnt=8;}
      else if (cmpwrd("bilin",ch))  {pfi->ppflag=7; pfi->ppwrot=1; cnt=0;}
      else if (cmpwrd("file",ch))   {pfi->ppflag=8; pfi->ppwrot=1; cnt=1; pfi->pdefgnrl=0;}
      else if (cmpwrd("general",ch)){pfi->ppflag=8; pfi->ppwrot=1; cnt=1; pfi->pdefgnrl=1;}
      else if (cmpwrd("rotll",ch))  {pfi->ppflag=9; pfi->ppwrot=0; cnt=6;}
      else if (cmpwrd("rotllr",ch)) {pfi->ppflag=9; pfi->ppwrot=1; cnt=6;}
      else goto errm;
      /* parse the pre-projected grid parameters */
      for (i=0; ippvals[i])))==NULL) goto errm;
      }
      /* check "num" argument to pdef file/general option */
      if (pfi->ppflag==8) {
        i = (gaint)(pfi->ppvals[0]+0.1);
        if (i<1 || i>9) goto errm;
      }
      /* parse file type, byte order, and name for pdef 'bilin' and 'file' and 'general' */
      if (pfi->ppflag==7 || pfi->ppflag==8) {
        if ( (ch = nxtwrd(ch)) == NULL) goto errm;
        if (cmpwrd("stream",ch))             pdefop1 = 1;
        else if (cmpwrd("sequential",ch))    pdefop1 = 2;
        else goto errm;

        if ( (ch = nxtwrd(ch)) == NULL) goto errm;
        if (cmpwrd("binary",ch))             pdefop2 = 1;
        else if (cmpwrd("binary-big",ch))    pdefop2 = 2;
        else if (cmpwrd("binary-little",ch)) pdefop2 = 3;
        else if (cmpwrd("packed",ch))        pdefop2 = 4;
        else goto errm;

        if ( (ch = nxtwrd(ch)) == NULL) goto errm;
	ch = mrec + (ch-rec);
        if (*ch=='^' || *ch=='$') {
          fnmexp (pdefnm,ch,name);
        } else {
          getwrd (pdefnm,ch,256);
        }
	/* open the pdef file */
        pdfi = fopen(pdefnm,"rb");
        if (pdfi==NULL) {
          snprintf(pout,255, "  Error opening pdef file:  %s\n",pdefnm);
          gaprnt (0,pout);
          goto errm;
        }
      }

    }  else if (cmpwrd("vectorpairs",rec)) {
      if ( (ch=nxtwrd(mrec))==NULL ) {
        gaprnt (1,"Description file warning: No vector pairs listed\n");
      } else {
	sz = strlen(ch)+1;
	if ((vectorpairs = (char *)galloc(sz,"vecpairs")) == NULL) goto err8;
        getstr(vectorpairs,ch,strlen(ch)+1);
      }
	
    }  else if (cmpwrd("xdef",rec)) {

      if (pfi->type == 2) continue;
      if ( (ch = nxtwrd(rec)) == NULL) goto err1;
      if ( (pos = intprs(ch,&(pfi->dnum[0])))==NULL) goto err1;
      if (pfi->dnum[0]<1) {
	snprintf(pout,255,"Warning: Invalid XDEF syntax in %s -- Changing size of X axis from %d to 1 \n",
		pfi->dnam,pfi->dnum[0]);
        gaprnt (1,pout);
	pfi->dnum[0] = 1;
      }
      if (*pos!=' ') goto err1;
      if ( (ch = nxtwrd(ch))==NULL) goto err2;
      if (cmpwrd("linear",ch)) {
        rc = deflin(ch, pfi, 0, 0);
        if (rc==-1) goto err8; 
        if (rc) goto err9;
        v2 = *(pfi->grvals[0]);
        v1 = *(pfi->grvals[0]+1) + v2;
        temp = v1+((gadouble)(pfi->dnum[0]))*v2;
        temp=temp-360.0;
        if (fabs(temp-v1)<0.01) pfi->wrap = 1;
      }
      else if (cmpwrd("levels",ch)) {
        rc = deflev (ch, rec, pfi, 0);
        if (rc==-1)  goto err8; 
        if (rc) goto err9;
      } else goto err2;
      flgs[0] = 0;

    } else if (cmpwrd("ydef",rec)) {
      if (pfi->type == 2) continue;
      if ( (ch = nxtwrd(rec)) == NULL) goto err1;
      if ( (pos = intprs(ch,&(pfi->dnum[1])))==NULL) goto err1;
      if (pfi->dnum[1]<1) {
	snprintf(pout,255,"Warning: Invalid YDEF syntax in %s -- Changing size of Y axis from %d to 1 \n",
		pfi->dnam,pfi->dnum[1]);
        gaprnt (1,pout);
	pfi->dnum[1] = 1;
      }
      if (*pos!=' ') goto err1;
      if ( (ch = nxtwrd(ch))==NULL) goto err2;
      if (cmpwrd("linear",ch)) {
        rc = deflin(ch, pfi, 1, 0);
        if (rc==-1) goto err8; 
        if (rc) goto err9;
      } else if (cmpwrd("levels",ch)) {
        rc = deflev (ch, rec, pfi, 1);
        if (rc==-1) goto err8;
        if (rc) goto err9;
      } else if (cmpwrd("gausr40",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gagaus(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else if (cmpwrd("mom32",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gamo32(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else if (cmpwrd("gaust62",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gagst62(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else if (cmpwrd("gausr30",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gags30(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else if (cmpwrd("gausr20",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gags20(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else if (cmpwrd("gausr15",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3;
        if ( (pos = intprs(ch,&i))==NULL) goto err3;
        pfi->grvals[1] = gags15(i,pfi->dnum[1]);
        if (pfi->grvals[1]==NULL) goto err9;
        pfi->abvals[1] = pfi->grvals[1];
        pfi->ab2gr[1] = lev2gr;
        pfi->gr2ab[1] = gr2lev;
        pfi->linear[1] = 0;
      } else goto err2;
      flgs[1] = 0;

    } else if (cmpwrd("zdef",rec)) {
      if (pfi->type == 2) continue;
      if ( (ch = nxtwrd(rec)) == NULL) goto err1;
      if ( (pos = intprs(ch,&(pfi->dnum[2])))==NULL) goto err1;
      if (pfi->dnum[2]<1) {
	snprintf(pout,255,"Warning: Invalid ZDEF syntax in %s -- Changing size of Z axis from %d to 1 \n",
		pfi->dnam,pfi->dnum[2]);
        gaprnt (1,pout);
	pfi->dnum[2] = 1;
      }
      if (*pos!=' ') goto err1;
      if ( (ch = nxtwrd(ch))==NULL) goto err2;
      if (cmpwrd("linear",ch)) {
        rc = deflin(ch, pfi, 2, 0);
        if (rc==-1) goto err8; 
        if (rc) goto err9;
      }
      else if (cmpwrd("levels",ch)) {
        rc = deflev (ch, rec, pfi, 2);
        if (rc==-1) goto err8; 
        if (rc) goto err9;
      } else goto err2;
      flgs[2] = 0;

    } else if (cmpwrd("tdef",rec)) {
      if ( (ch = nxtwrd(rec)) == NULL) goto err1;
      if ( (pos = intprs(ch,&(pfi->dnum[3])))==NULL) goto err1;
      if (pfi->dnum[3]<1) {
	snprintf(pout,255,"Warning: Invalid TDEF syntax in %s -- Changing size of T axis from %d to 1 \n",
		pfi->dnam,pfi->dnum[3]);
        gaprnt (1,pout);
	pfi->dnum[3] = 1;
      }
      if (*pos!=' ') goto err1;
      if ( (ch = nxtwrd(ch))==NULL) goto err2;
      if (cmpwrd("linear",ch)) {
        if ( (ch = nxtwrd(ch))==NULL) goto err3a_tdef;
        tdef.yr = -1000;
        tdef.mo = -1000;
        tdef.dy = -1000;
        if ( (pos = adtprs(ch,&tdef,&dt1))==NULL) goto err3b_tdef;
        if (*pos!=' ' || dt1.yr == -1000 || dt1.mo == -1000.0 ||
            dt1.dy == -1000) goto err3c_tdef;
        if ( (ch = nxtwrd(ch))==NULL) goto err4a_tdef;
        if ( (pos = rdtprs(ch,&dt2))==NULL) goto err4b_tdef;
        v1 = (dt2.yr * 12) + dt2.mo;
        v2 = (dt2.dy * 1440) + (dt2.hr * 60) + dt2.mn;
	/* check if 0 dt */
	if ( (v1 == 0) && (v2 == 0) ) goto err4c_tdef;  
	sz = sizeof(gadouble)*8;
        if ((vals = (gadouble *)galloc(sz,"tvals5")) == NULL) goto err8; 
        *(vals) = dt1.yr;
        *(vals+1) = dt1.mo;
        *(vals+2) = dt1.dy;
        *(vals+3) = dt1.hr;
        *(vals+4) = dt1.mn;
        *(vals+5) = v1;
        *(vals+6) = v2;
        *(vals+7) = -999.9;
        pfi->grvals[3] = vals;
        pfi->abvals[3] = vals;
        pfi->linear[3] = 1;
      } else goto err2;
      flgs[3] = 0;

    } else if (cmpwrd("edef",rec)) {
      /* use mixed case version of record so ensemble names can have upper case letters */
      if ((ch = nxtwrd(mrec)) == NULL) goto err1;
      if ((pos = intprs(ch,&(pfi->dnum[4])))==NULL) goto err1;
      if (pfi->dnum[4]<1) {
	snprintf(pout,255,"Warning: Invalid EDEF syntax in %s -- Changing size of E axis from %d to 1 \n",
		pfi->dnam,pfi->dnum[4]);
        gaprnt (1,pout);
	pfi->dnum[4] = 1;
      }
      /* ensemble dimension is always linear -- set up linear scaling */
      sz = sizeof(gadouble)*6;
      if ((vals = (gadouble *)galloc(sz,"evals2")) == NULL) goto err8;
      ev1=ev2=1;
      *(vals+1) = ev1 - ev2;
      *(vals) = ev2;
      *(vals+2) = -999.9;
      pfi->grvals[4] = vals;
      *(vals+4) = -1.0 * ((ev1-ev2)/ev2);
      *(vals+3) = 1.0/ev2;
      *(vals+5) = -999.9;
      pfi->abvals[4] = vals+3;
      pfi->ab2gr[4] = liconv;
      pfi->gr2ab[4] = liconv;
      pfi->linear[4] = 1;
      size = pfi->dnum[4] * sizeof(struct gaens); 
      /* set up chain of gaens structures */
      sz = size;
      ens = (struct gaens *)galloc(sz,"ens4");
      if (ens==NULL) {
	gaprnt(0,"Open Error: memory allocation failed for ens\n");
	goto err8;
      }
      pfi->ens1 = ens;
      j = 0;
      ch = nxtwrd(ch);
      if (ch!=NULL) {
	/* this is the pathway for keyword "names" followed by list of ensemble members */
	getwrd(ekwrd,ch,5);
	lowcas(ekwrd);
	if (cmpwrd("names",ekwrd)) {
	  while (jdnum[4]) {
	    if ((ch=nxtwrd(ch))==NULL) {
	      /* ensemble names are listed in more than one line */
	      if (fgets(rec,512,descr)==NULL) goto err7a;  /* read line, keep as mixed case */
	      ch = rec;
	      while (*ch==' ' || *ch=='\t') ch++;          /* advance through white space */
	      if (*ch=='\0' || *ch=='\n') goto err7b;      /* nothing there */
	    }
	    /* get the ensemble name */
	    if ((getenm(ens, ch))!=0) goto err7d;
	    /* initialize remaining fields in ensemble structure */
	    for (jj=0;jj<4;jj++) ens->grbcode[jj]=-999;  
	    ens->length=0;
	    ens->gt=1;
	    ens->tinit.yr=0;
	    ens->tinit.mo=0;
	    ens->tinit.dy=0;
	    ens->tinit.hr=0;
	    ens->tinit.mn=0;
	    j++; ens++;
	  }
	} else {
	  gaprnt(1,"Invalid syntax in EDEF statement: \"names\" not found\n");
	  goto err7f;
	}
      }
      else {
	/* this is the pathway for separate lines 
	   containing name, length, initial time, and optional grib2 codes */
	while (jdnum[4]) {
	  /* read the record and remove leading blanks */
	  fgets(rec,512,descr);       
	  reclen = strlen(rec);
	  jj = 0;
	  while (jj= 0 ;  --ichar) {
	    if (rec[ichar] == '\n') {
	      rec[ichar] = '\0' ;
	      break ; 
	    }
	  }
	  /* Keep mixed case and lower case versions of rec handy */
	  strcpy (mrec,rec);
	  lowcas(rec);
	  /* Allow comments between EDEF and ENDEDEF */
	  if (!isalnum(*(mrec))) {
	    /* Parse comment if it contains attribute metadata  */
	    if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	      if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	      else continue;
	    }
	    else continue;
	  }
	  if (cmpwrd("endedef",rec)) {
	    gaprnt (0,"Open Error:  Unexpected ENDEDEF record\n");
	    snprintf(pout,255, "Was expecting %i records.  Found %i.\n", pfi->dnum[4], j);
	    gaprnt (2,pout);
	    goto err9;
	  }
	  /* get the ensemble name */
	  if ((getenm(ens, mrec))!=0) goto err7d;
	  /* get the length of the time axis */
	  if ( (ch=nxtwrd(rec))==NULL) goto err7e;
	  if ( (pos=intprs(ch,&(ens->length)))==NULL ) goto err7e;
	  /* get the initial time */
	  if ((ch = nxtwrd(ch))==NULL) goto err7e;
	  tdef.yr = -1000;
	  tdef.mo = -1000;
	  tdef.dy = -1000;
	  if ((pos = adtprs(ch,&tdef,&ens->tinit))==NULL) goto err7e;
	  if (ens->tinit.yr == -1000 || 
	      ens->tinit.mo == -1000 ||
	      ens->tinit.dy == -1000) goto err7e;
	  /* get the (optional) grib2 ensemble codes */
	  for (jj=0;jj<4;jj++) ens->grbcode[jj]=-999; 
	  if ((ch = nxtwrd(ch))!=NULL) {
	    jj=0;
	    while (1) {
	      if ((ch=intprs(ch,&(ens->grbcode[jj])))==NULL) goto err7c;
	      while (*ch==' ') ch++;
	      if (*ch!=',') break;
	      ch++;
	      while (*ch==' ') ch++;
	      if (*ch=='\0' || *ch=='\n') goto err7c;
	      jj++;
	      if (jj>3) goto err7c;
	    }
	  }
	  j++; ens++;
	}

	/* Get ENDEDEF statement and any additional comments */
	if (fgets(rec,512,descr)==NULL) {
	  gaprnt (0,"Open Error:  Missing ENDEDEF statement.\n");
	  goto retrn;
	}
	/* Remove any leading blanks from rec */
	reclen = strlen(rec);
	jj = 0;
	while (jj= 0 ;  --ichar) {
	  if (rec[ichar] == '\n') {
	    rec[ichar] = '\0' ;
	    break ; 
	  }
	}
	/* Keep mixed case and lower case versions handy */
	strcpy (mrec,rec);
	lowcas(rec);
	while (!cmpwrd("endedef",rec)) {
	  
	  /* see if it's an attribute comment */
	  if (!isalnum(*(mrec))) {
	    if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	      if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	    }
	  } else {
	    snprintf(pout,255,"Open Error:  Looking for \"ENDEDEF\", found \"%s\" instead.\n",mrec);
	    gaprnt (0,pout);
	    goto err9;
	  }
	  /* get a new record */
	  if (fgets(rec,512,descr)==NULL) {
	    gaprnt (0,"Open Error:  Missing ENDEDEF statement.\n");
	    goto retrn;
	  }
	  /* Remove any leading blanks from rec */
	  reclen = strlen(rec);
	  jj = 0;
	  while (jj= 0 ;  --ichar) {
	    if (rec[ichar] == '\n') {
	      rec[ichar] = '\0' ;
	      break ; 
	    }
	  }
	  /* Keep mixed case and lower case versions handy */
	  strcpy (mrec,rec);
	  lowcas(rec);
	}
      }
	
    } else if (cmpwrd("vars",rec)) {
      if ( (ch = nxtwrd(rec)) == NULL) goto err5;
      if ( (pos = intprs(ch,&(pfi->vnum)))==NULL) goto err5;
      size = pfi->vnum * (sizeof(struct gavar) + 7 );
      sz = size;
      if ((pvar = (struct gavar *)galloc(sz,"pvar2")) == NULL) goto err8;
      pfi->pvar1 = pvar;
      i = 0;
      while (ivnum) {
	/* initialize variables in the pvar structure */
	pvar->offset = 0; 
	pvar->recoff = 0;
	pvar->ncvid = -999;
	pvar->sdvid = -999;
	pvar->h5vid = -999;
	pvar->levels = 0;
	pvar->dfrm = 0;
	pvar->var_t = 0;
	pvar->scale = 1;
	pvar->add = 0;  
	pvar->undef= -9.99e8; 
        pvar->vecpair = -999;
        pvar->isu = 0;
	pvar->isdvar = 0;
	pvar->nvardims = 0; 
#if USEHDF5==1
	pvar->h5varflg=-999;
	pvar->dataspace=-999;
#endif

	/* get the complete variable declaration */
        if (fgets(rec,512,descr)==NULL) {
          gaprnt (0,"Open Error:  Unexpected EOF reading variables\n");
          snprintf(pout,255, "Was expecting %i records.  Found %i.\n", pfi->vnum, i);
          gaprnt (2,pout);
          goto retrn;
        }
	/* remove any leading blanks from rec */
	reclen = strlen(rec);
	jj = 0;
	while (jj= 0 ;  --ichar) {
	  if (rec[ichar] == '\n') {
	    rec[ichar] = '\0' ;
	    break ; 
	  }
        }
	/* Keep mixed case and lower case versions of rec handy */
        strcpy (mrec,rec);
        lowcas(rec);
	/* Allow comments between VARS and ENDVARS */
	/* For hdf5 datasets, the varnames may begin with a "/", so along with the 
	   test for non-alpha-numeric characters, which normally indicate a comment, 
	   check if first char is not slash, if so, then it's a comment, otherwise  
	   it's a legitimate hdf5 variable declaration. */
        if (!isalnum(*(mrec)) && (strncmp("/",mrec,1)!=0)) {
	  /* Parse comment if it contains attribute metadata  */
	  if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	    if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	    else continue;
	  }
  	  else continue;
	}

        if (cmpwrd("endvars",rec)) {
          gaprnt (0,"Open Error:  Unexpected ENDVARS record\n");
          snprintf(pout,255, "Was expecting %i records.  Found %i.\n", pfi->vnum, i);
          gaprnt (2,pout);
          goto err9;
        }
	
	/* get abbrv and full variable name if there */
        if ((getvnm(pvar, mrec))!=0) goto err6;

	/* parse the levels fields */
        if ( (ch=nxtwrd(rec))==NULL) goto err6;
	/* begin with 8th element of units aray for levels values */
	for (j=0;j<16;j++) pvar->units[j] = -999;
        j = 8;          
        while (1) {
	  if (j==8) {
	    /* first element is num levels */
	    if ((ch=intprs(ch,&(pvar->levels)))==NULL) goto err6;      
	  }
	  else {
	    /* remaining elements are grib2 level codes */
	    if ((ch=getdbl(ch,&(pvar->units[j-1])))==NULL) goto err6;  
	  }
	  /* advance through comma-delimited list of levels args */
          while (*ch==' ') ch++;
          if (*ch=='\0' || *ch=='\n') goto err6;
          if (*ch!=',') break;
          ch++;
	  while (*ch==',') { ch++; j++;}  /* advance past back to back commas */
          while (*ch==' ') ch++;
          if (*ch=='\0' || *ch=='\n') goto err6;
          j++;
          if (j>15) goto err6;
        }

	/* parse the units fields; begin with 0th element for variable units */
        j = 0;
	pvar->nvardims=0;
        while (1) {
          if (*ch=='x'||*ch=='y'||*ch=='z'||*ch=='t'||*ch=='e') { 
            if (*(ch+1)!=',' && *(ch+1)!=' ') goto err6;
            if (*ch=='x') { pvar->units[j] = -100; pvar->nvardims++; }
            if (*ch=='y') { pvar->units[j] = -101; pvar->nvardims++; }
            if (*ch=='z') { pvar->units[j] = -102; pvar->nvardims++; }
            if (*ch=='t') { pvar->units[j] = -103; pvar->nvardims++; }
            if (*ch=='e') { pvar->units[j] = -104; pvar->nvardims++; }
            ch++;
          } else {
            if ( (ch=getdbl(ch,&(pvar->units[j])))==NULL ) goto err6;
	    /* no negative array indices for ncflag files */
	    if ((pfi->ncflg) && (pvar->units[j] < 0))  goto err6;   
          }
          while (*ch==' ') ch++;
          if (*ch=='\0' || *ch=='\n') goto err6;
          if (*ch!=',') break;
          ch++;
          while (*ch==' ') ch++;
          if (*ch=='\0' || *ch=='\n') goto err6;
          j++;
          if (j>8) goto err6;
        }

	/* parse the variable description */
        getstr (pvar->varnm,mrec+(ch-rec),127);

	/* var_t is for data files with dimension sequence: X, Y, Z, T, V */
	if ((pvar->units[0]==-1) && 
	    (pvar->units[1]==20)) 
	  pvar->var_t = 1;

	/* non-float data types */
	if ((pvar->units[0]==-1) && 
	    (pvar->units[1]==40)) {
	  if (pvar->units[2]== 1) pvar->dfrm = 1;
	  if (pvar->units[2]== 2) { pvar->dfrm = 2;
	    if (pvar->units[3]==-1) pvar->dfrm = -2; }
	  if (pvar->units[2]== 4) pvar->dfrm = 4;
	}

        i++; pvar++;
      }

      /* Get ENDVARS statement and any additional comments */
      if (fgets(rec,512,descr)==NULL) {
        gaprnt (0,"Open Error:  Missing ENDVARS statement.\n");
        goto retrn;
      }
      /* Remove any leading blanks from rec */
      reclen = strlen(rec);
      jj = 0;
      while (jj= 0 ;  --ichar) {
	if (rec[ichar] == '\n') {
	  rec[ichar] = '\0' ;
	  break ; 
	}
      }
      /* Keep mixed case and lower case versions handy */
      strcpy (mrec,rec);
      lowcas(rec);
      while (!cmpwrd("endvars",rec)) {
	/* see if it's an attribute comment */
        if (!isalnum(*(mrec))) {
	  if ((strncmp("*:attr",mrec,6)==0) || (strncmp("@",mrec,1)==0)) {
	    if ((ddfattr(mrec,pfi)) == -1) goto retrn;
	  }
	}
        else {
	  snprintf(pout,255,"Open Error:  Looking for \"endvars\", found \"%s\" instead.\n",rec);
	  gaprnt (0,pout);
	  goto err9;
	}
	/* get a new record */
  	if (fgets(rec,512,descr)==NULL) {
	  gaprnt (0,"Open Error:  Missing ENDVARS statement.\n");
	  goto retrn;
	}
	/* Remove any leading blanks from new record */
	reclen = strlen(rec);
	jj = 0;
	while (jj= 0 ;  --ichar) {
	  if (rec[ichar] == '\n') {
	    rec[ichar] = '\0' ;
	    break ; 
	  }
	}
	/* Keep mixed case and lower case versions handy */
	strcpy (mrec,rec);
	lowcas(rec);
      }
      /* vars block parsed without error */
      flgs[6] = 0;

    } else {
      /* parse error of .ctl file */
      gaprnt (0,"Open Error:  Unknown keyword in description file\n");
      goto err9;
    }
  }

  err=0;
  for (i=0; i<7; i++) {
    if (flgs[i]) {
      snprintf(pout,255,"Open Error:  missing %s record \n",errs[i]);
      gaprnt (0,pout);
      err=1;
    }
  }

  if (err) goto retrn;


  /* Done scanning!
     Check if scanned stuff makes sense, and then set things up correctly */

  /* Set the default netcdf/hdf5 cache size to be big enough to contain 
     a global 2D grid of 8-byte data values times the global cache scale factor */
  if (pfi->cachesize == (long)-1) {
    sf = qcachesf();
    sf = sf * 8 * pfi->dnum[0] * pfi->dnum[1];
    pfi->cachesize = (long)floor(sf) ;
  }
  /* set the netCDF-4 cache size */
  sz = (size_t)pfi->cachesize;
  set_nc_cache(sz);

  /* If no EDEF entry was found, set up the default values */
  if (pfi->ens1==NULL) {
      pfi->dnum[4]=1;
      /* set up linear scaling */
      sz = sizeof(gadouble)*6;
      if ((vals = (gadouble *)galloc(sz,"evals3")) == NULL) goto err8;
      v1=v2=1;
      *(vals+1) = v1 - v2;
      *(vals) = v2;
      *(vals+2) = -999.9;
      pfi->grvals[4] = vals;
      *(vals+4) = -1.0 * ( (v1-v2)/v2 );
      *(vals+3) = 1.0/v2;
      *(vals+5) = -999.9;
      pfi->abvals[4] = vals+3;
      pfi->ab2gr[4] = liconv;
      pfi->gr2ab[4] = liconv;
      pfi->linear[4] = 1;
      /* Allocate memory and initialize one ensemble structure */
      sz = sizeof(struct gaens);
      ens = (struct gaens *)galloc(sz,"ens5");
      if (ens==NULL) {
	gaprnt(0,"Open Error: memory allocation failed for default ens\n");
	goto err8;
      }
      pfi->ens1 = ens;
      snprintf(ens->name,15,"1");
      ens->length = pfi->dnum[3];
      ens->gt = 1;
      gr2t(pfi->grvals[3],1,&ens->tinit);
      for (j=0;j<4;j++) ens->grbcode[j]=-999;
  }
  else {
    ens=pfi->ens1;
    j=0;
    while (jdnum[4]) {
      /* Copy length and time metadata to ensemble members that only have names */
      if (ens->length == 0) ens->length=pfi->dnum[3];
      if (ens->tinit.mo == 0) gr2t(pfi->grvals[3],1,&ens->tinit);
      /* Calculate the grid coordinate for the initial time */
      ens->gt = t2gr(pfi->abvals[3],&(ens->tinit));
      /* make sure time axis spans all ensemble members */
      if (ens->gt - 1 + ens->length > pfi->dnum[3]) {
	snprintf(pout,255,"Open Error:  ensemble %d (%s) extends beyond the time axis limits\n",j,ens->name);
	gaprnt(0,pout);
	goto retrn;
      }
      j++; ens++;
    }
  }

  /* Rearrange the pvar->units fields for GRIB1 level info so they match GRIB2 */
  if (pfi->idxflg == 1) {
    pvar=pfi->pvar1;
    for (j=1; j<=pfi->vnum; j++) {
      pvar->units[8]  = pvar->units[1];  
      pvar->units[9]  = pvar->units[2];  
      pvar->units[10] = pvar->units[3];  
      pvar->units[1]  = pvar->units[2] = pvar->units[3] = -999;
      pvar++;
    }
  }

  /* Handle the index file (Station or GRIB) */
  if (pfi->idxflg && mflag) {
    mfile = fopen (pfi->mnam, "rb");
    if (mfile==NULL) {
      snprintf(pout,255,"Open Error:  Can't open Station/Index map file %s \n",pfi->mnam);
      gaprnt (0,pout);
      goto retrn;
    }
    if (mflag==2) goto skipread;
    
    mflflg = 1;
    swpflg = 0; 
      
    /* GRIB (version 1 or 2) gridded data */
    if (pfi->type!=2) {
      /* GRIB version 1 */
      if (pfi->idxflg==1) {    
	/* allocate memory for index data */
	sz = sizeof(struct gaindx);
	if ((pindx = (struct gaindx *)galloc(sz,"pindx"))==NULL) 
	  goto err8;
	pfi->pindx = pindx;
	/*  check the gribmap version number */
	fseek(mfile,1,0);
	rc = fread(&vermap,sizeof(unsigned char),1,mfile);
	if (rc!=1) { 
	  gaprnt(0,"Error reading version number from GRIB1 index file\n"); 
	  goto retrn; 
	}

	/* gribmap version 2 or 3 */
	if ((vermap == 2) || (vermap == 3)) {        

	  /* read the header */
	  fseek(mfile,2,0);
	  rc = fread(urec,sizeof(unsigned char),4,mfile);
	  if (rc!=4) { 
	    gaprnt(0,"Error reading hinum from GRIB1 index file\n"); 
	    goto retrn; 
	  }
	  pindx->hinum=gagby(urec,0,4);
	  
	  rc = fread(urec,sizeof(unsigned char),4,mfile);
	  if (rc!=4) { 
	    gaprnt(0,"Error reading hfnum from GRIB1 index file\n"); 
	    goto retrn; 
	  }
	  pindx->hfnum=gagby(urec,0,4);
	  
	  rc = fread(urec,sizeof(unsigned char),4,mfile);
	  if (rc!=4) { 
	    gaprnt(0,"Error reading intnum from GRIB1 index file\n"); 
	    goto retrn; 
	  }
	  pindx->intnum=gagby(urec,0,4);
	  
	  rc = fread(urec,sizeof(unsigned char),4,mfile);
	  if (rc!=4) { 
	    gaprnt(0,"Error reading fltnum from GRIB1 index file\n"); 
	    goto retrn; 
	  }
	  pindx->fltnum=gagby(urec,0,4);
	  
	  if (vermap == 2) {
	    /* skip the begining time struct info */
	    /* this not written out in version 3 maps */
	    rc = fread(urec,sizeof(unsigned char),7,mfile);
	    if (rc!=7) { 
	      gaprnt(0,"Error reading time data from GRIB1 index file\n"); 
	      goto retrn; 
	    }
	  }

	  /* read the index data */
	  pindx->hipnt  = NULL;
	  pindx->hfpnt  = NULL;
	  pindx->intpnt = NULL;
	  pindx->fltpnt = NULL;
	  if (pindx->hinum>0) {
	    sz = sizeof(gaint)*pindx->hinum;
	    if ((pindx->hipnt = (gaint*)galloc(sz,"hipnt"))==NULL) 
	      goto err8;
	    for (i=0; ihinum; i++) {
	      rc = fread(urec,sizeof(unsigned char),4,mfile);
	      if (rc!=4) { 
		snprintf(pout,255,"Error reading integer %d from header of GRIB1 index file\n",i); 
		gaprnt(0,pout); 
		goto retrn; 
	      }
	      idum = gagby(urec,0,4);
	      if (gagbb(urec,0,1)) idum = -idum;
	      *(pindx->hipnt+i) = idum;
	    }
	  }

	  if (pindx->hfnum>0) {
	    sz = sizeof(gafloat)*pindx->hfnum;
	    if ((pindx->hfpnt = (gafloat*)galloc(sz,"hfpnt"))==NULL) 
	      goto err8; 
	    rc = fread (pindx->hfpnt,sizeof(gafloat),pindx->hfnum,mfile);
	    if (rc!=pindx->hfnum) { 
	      gaprnt(0,"Error reading floats from header of GRIB1 index file\n"); 
	      goto retrn; 
	    }
	  }

	  if (pindx->intnum>0) {
	    sz = sizeof(gaint)*pindx->intnum;
	    if ((pindx->intpnt = (gaint*)galloc(sz,"intpnt"))==NULL) 
	      goto err8; 
	    for (i=0; iintnum; i++) {
	      rc = fread(urec,sizeof(unsigned char),4,mfile);
	      if (rc!=4) { 
		snprintf(pout,255,"Error reading integer %d from GRIB1 index file\n",i); 
		gaprnt(0,pout); 
		goto retrn; 
	      }
	      idum = gagby(urec,0,4);
	      if (gagbb(urec,0,1)) idum = -gagbb(urec,1,31);
	      *(pindx->intpnt+i) = idum;
	    }
	  }

	  if (pindx->fltnum>0) {
	    sz = sizeof(gafloat)*pindx->fltnum;
	    if ((pindx->fltpnt = (gafloat *)galloc(sz,"fltpnt"))==NULL) 
	      goto err8; 
	    for (i=0; ifltnum; i++) {
	      rc = fread(urec,sizeof(unsigned char),4,mfile);
	      if (rc!=4) { 
		snprintf(pout,255,"Error reading float %d from GRIB1 index file\n",i); 
		gaprnt(0,pout); 
		goto retrn; 
	      }
	      fdum = ibm2flt(urec);
	      *(pindx->fltpnt+i) = fdum;
	    }
	  }
	} 
	else {     
	  /* other gribmap versions */
	  fseek (mfile,0L,0);
	  rc = fread (pindx,sizeof(struct gaindx),1,mfile);
          if (rc!=1) {
	    gaprnt(0,"Error reading header from GRIB1 index file\n");
	    goto retrn;
          }
	  if (pindx->type>>24 > 0) swpflg=1;
	  if (swpflg) gabswp((gafloat *)pindx,5);
	  pindx->hipnt = NULL;
	  pindx->hfpnt = NULL;
	  pindx->intpnt = NULL;
	  pindx->fltpnt = NULL;
          if (pindx->type != 1 && pindx->type != 4 ) {
            snprintf(pout,100,"Invalid version number %i in GRIB index file\n",pindx->type); 
            gaprnt(0,pout); 
            goto retrn; 
          }
	  if (pindx->hinum>0) {
	    sz = sizeof(gaint)*pindx->hinum;
	    if ((pindx->hipnt = (gaint *)galloc(sz,"hipnt2")) == NULL) 
	      goto err8; 
	    rc = fread (pindx->hipnt,sizeof(gaint),pindx->hinum,mfile);
            if (rc!=pindx->hinum) {
	      gaprnt(0,"Error reading header ints from GRIB1 index file\n");
	      goto retrn;
            }
	    if (swpflg) gabswp((gafloat *)(pindx->hipnt),pindx->hinum);
	  }
	  if (pindx->hfnum>0) {
	    sz = sizeof(gafloat)*pindx->hfnum;
	    if ((pindx->hfpnt = (gafloat *)galloc(sz,"hfpnt2")) == NULL)
	      goto err8; 
	    rc = fread (pindx->hfpnt,sizeof(gafloat),pindx->hfnum,mfile);
            if (rc!=pindx->hfnum) {
	      gaprnt(0,"Error reading header floats from GRIB1 index file\n");
	      goto retrn;
            }
	    if (swpflg) gabswp(pindx->hfpnt,pindx->hfnum);
	  }
	  if (pindx->intnum>0) {
	    sz = sizeof(gaint)*pindx->intnum;
	    if ((pindx->intpnt = (gaint *)galloc(sz,"ipnt2")) == NULL) 
	      goto err8; 
	    rc = fread (pindx->intpnt,sizeof(gaint),pindx->intnum,mfile);
            if (rc!=pindx->intnum) {
	      gaprnt(0,"Error reading int array from GRIB1 index file\n");
	      goto retrn;
            }
	    if (swpflg) gabswp((gafloat *)(pindx->intpnt),pindx->intnum);
	  }
	  if (pindx->fltnum>0) {
	    sz = sizeof(gafloat)*pindx->fltnum;
	    if ((pindx->fltpnt = (gafloat *)galloc(sz,"fpnt2")) == NULL)
	      goto err8; 
	    rc = fread (pindx->fltpnt,sizeof(gafloat),pindx->fltnum,mfile);
            if (rc!=pindx->fltnum) {
	      gaprnt(0,"Error reading float array from GRIB1 index file\n");
	      goto retrn;
            }
	    if (swpflg) gabswp(pindx->fltpnt,pindx->fltnum);
	  }
          if (pindx->type == 4) {
            if (sizeof(off_t)!=8) goto err8a;
	    sz = sizeof(struct gaindxb);
	    if ((pindxb = (struct gaindxb *)galloc(sz,"pindxb"))==NULL) goto err8;
	    pfi->pindxb = pindxb;
            pindxb->bignum = *(pindx->hipnt + 4); 
            pindxb->bigpnt = NULL;
	    if (pindxb->bignum>0) {
	      sz = sizeof(off_t)*pindxb->bignum;
	      if ((pindxb->bigpnt = (off_t *)galloc(sz,"offpnt")) == NULL) goto err8; 
	      rc = fread (pindxb->bigpnt,sizeof(off_t),pindxb->bignum,mfile);
              if (rc!=pindxb->bignum) {
	        gaprnt(0,"Error reading off_t array from GRIB1 index file\n");
	        goto retrn;
              }
	      if (swpflg) gabswp8(pindxb->bigpnt,pindxb->bignum);
	    }
          }
	}
      }
#if GRIB2
      /* GRIB Version 2 */
      else if (pfi->idxflg==2) {   	 
	/* allocate memory for the grib2 index data */
	sz = sizeof(struct gag2indx);
	if ((g2indx = (struct gag2indx *)galloc(sz,"g2indx")) == NULL) 
	  goto err8;
	pfi->g2indx = g2indx;
        g2indx->g2intpnt = NULL;
        g2indx->g2bigpnt = NULL;
	/* get the grib2map version number */
	fseek(mfile,0L,SEEK_SET);
	rc = fread(&g2indx->version,sizeof(gaint),1,mfile);
	if (rc!=1) {
	  gaprnt(0,"Error reading version number from GRIB2 index file\n");
	  goto retrn;
	}
	/* check if we need to byte swap */
	if (g2indx->version>>24 > 0) swpflg=1;
	else swpflg=0;
	if (swpflg) gabswp(&g2indx->version,1);
	/* get the index values */
	if (g2indx->version == 1 || g2indx->version == 2) {     
          if (g2indx->version == 2 && sizeof(off_t)!=8) goto err8a;
	  rc = fread(&g2indx->g2intnum,sizeof(gaint),1,mfile);
	  if (rc!=1) {
	    gaprnt(0,"Error reading index values from GRIB2 index file\n");
	    goto retrn;
	  } 
	  if (swpflg) gabswp(&g2indx->g2intnum,1);
	  if (g2indx->g2intnum>0) {
	    sz = sizeof(gaint)*g2indx->g2intnum;
	    if ((g2indx->g2intpnt = (gaint *)galloc(sz,"g2intpnt")) == NULL) 
	      goto err8;
	    rc = fread(g2indx->g2intpnt,sizeof(gaint),g2indx->g2intnum,mfile);
	    if (rc!=g2indx->g2intnum) {
	      snprintf(pout,255,"Error reading GRIB2 index file, rc=%d\n",rc);
	      gaprnt(0,pout);
	      goto retrn;
	    }
	    if (swpflg) gabswp(g2indx->g2intpnt,g2indx->g2intnum);
            if (g2indx->version == 2) {
	      sz = sizeof(off_t)*g2indx->g2intnum;
	      if ((g2indx->g2bigpnt = (off_t *)galloc(sz,"g2bigpnt")) == NULL) 
	        goto err8;
	      rc = fread(g2indx->g2bigpnt,sizeof(off_t),g2indx->g2intnum,mfile);
	      if (rc!=g2indx->g2intnum) {
	        snprintf(pout,255,"Error reading GRIB2 index file, rc=%d\n",rc);
	        gaprnt(0,pout);
	        goto retrn;
	      }
	      if (swpflg) gabswp8(g2indx->g2bigpnt,g2indx->g2intnum);
            }
	  }
	}
	else {     
	  snprintf(pout,255,"Unknown GRIB2 index version number: %d\n",g2indx->version);
	  gaprnt(0,pout);
	  goto retrn;
	}
      }
#endif
    }  /* end of GRIB index handling */
    
    else {
      /* stnmap file processing */
      fread(rec,1,16,mfile);  /* minimum map file is 16 bytes */
      vermap=1;
      if (strncmp(rec,"GrADS_stnmapV002",16) == 0) {
	vermap=2;
      }
      if (vermap == 2) {
	fread(urec,sizeof(unsigned char),4,mfile);
	idum=gagby(urec,0,4);
	if (gagbb(urec,0,1)) idum=-idum;
	mcnt=idum;
	fread(urec,sizeof(unsigned char),4,mfile);
	idum=gagby(urec,0,4);
	if (gagbb(urec,0,1)) idum=-idum;
	maxlv=idum;
	sz = sizeof(gaint)*mcnt;
	if ((pfi->tstrt = (gaint *)galloc(sz,"tstrt")) == NULL) goto err8;
	if ((pfi->tcnt  = (gaint *)galloc(sz,"tcnt")) == NULL) goto err8;
	for(i=0;itstrt+i)=idum;
	}
	for(i=0;itcnt+i)=idum;
	}
      } 
      else if (vermap ==1) {
	/* reposition and read two local ints for version 1 map*/
	fseek (mfile,0L,0);
	fread (&mcnt,sizeof(gaint),1,mfile);
	fread (&maxlv,sizeof(gaint),1,mfile);
	if (maxlv>>24 > 0) swpflg = 1;
	if (swpflg) {
	  gabswp((gafloat *)(&mcnt),1);
	  gabswp((gafloat *)(&maxlv),1);
	}
	sz = sizeof(gaint)*mcnt;
	if ((pfi->tstrt = (gaint *)galloc(sz,"tstrt1")) == NULL) goto err8;
	if ((pfi->tcnt  = (gaint *)galloc(sz,"tcnt1")) == NULL) goto err8;
	fread (pfi->tstrt,sizeof(gaint),mcnt,mfile);
	fread (pfi->tcnt,sizeof(gaint),mcnt,mfile);
	if (swpflg) {
	  gabswp((gafloat *)pfi->tstrt,1);
	  gabswp((gafloat *)pfi->tcnt,1);
	}
	pfi->mtype = 1;
      }
    }

  skipread:
    fclose (mfile);
    mflflg = 0;
    
  } /* End of index file handling for grib and station data files */

  
#if GRIB2
  /* Check if we need to convert pressure values from Pascals to millibars (GRIB2 only) */
  /* Leave pressure values in Pascals for pre-processing of descriptor file (i.e. mflag==0 or 2) */
  if (pfi->pa2mb && mflag==1) {
    if (pfi->idxflg==2) {
      for (i=1; i<=pfi->dnum[2]; i++) {
	*(pfi->grvals[2]+i) = *(pfi->grvals[2]+i)/100;
      }
    }
    else {
      gaprnt(2,"Do not use Pascals as pressure units unless data format is GRIB2\n");
      goto err9;
    }
  }
#endif

  /* Parse the vector pairs */
  npairs = 0;
  if (vectorpairs) {
    vplist = vectorpairs; 
    sz = strlen(vplist)+1;
    if ((pair = (char *)galloc(sz,"pair")) == NULL) {
      gaprnt(0,"memory allocation error for list of vector pairs\n");
      goto err8;
    } 
    else {
      while (1) {
	/* copy the comma-delimited pair of variable names */
	getwrd(pair,vplist,strlen(vplist));
	i=0;
	while (1) {
	  if (*(pair+i)==',') {

	    /* get the two variable names that comprise the vector pair */
	    getstr(var1, pair, i);
	    getstr(var2, pair+(i+1), strlen(pair)-i+1);
	    npairs++;

	    /* loop through variable list */
	    foundvar1=foundvar2=0;
	    pvar = pfi->pvar1;
	    for (j=1; j<=pfi->vnum; j++) {
	      /* if variable names match, set flags */
	      if (cmpwrd(pvar->abbrv,var1)) foundvar1=j;
	      if (cmpwrd(pvar->abbrv,var2)) foundvar2=j;
	      pvar++;
	    }
	    if (foundvar1 && foundvar2) {
	      pvar = pfi->pvar1;
	      for (j=1; j<=pfi->vnum; j++) {
		/* if we've found both variables, set pvar->vecpair */
		if (cmpwrd(pvar->abbrv,var1)) {
		  pvar->vecpair=npairs;
		  pvar->isu=1;    /* trip flag for u-component */
		}
		if (cmpwrd(pvar->abbrv,var2)) {
		  pvar->vecpair=npairs;
		}
		pvar++;
	      }
	    }
	    else {
	      snprintf(pout,255,"Warning: VECTORPAIRS variables %s,%s were not found \n",var1,var2);
	      gaprnt(1,pout);
	    }
	    break;
	  }
	  i++; 
	}
	/* move pointer forward one word */
	if ((vplist = nxtwrd (vplist)) == NULL) break;
      }
    }
    gree(pair,"f174");
    gree(vectorpairs,"f175");
  }

  /* Find u,v variables -- vector pairs that havn't already been flagged */
  pvar=pfi->pvar1;
  for (j=1; j<=pfi->vnum; j++) {
    /* for GRIB2 data sets */
    if (pfi->idxflg == 2) {
      /* Look for a variable with units[0-2] == 0,2,2 or 0,2,3  that hasn't been handled yet */
      if ((pvar->vecpair<0) && 
	  ((pvar->units[0]==0 && 
	    pvar->units[1]==2 && 
	    pvar->units[2]==2) /* variabls is u */ ||   
	   (pvar->units[0]==0 && 
	    pvar->units[1]==2 && 
	    pvar->units[2]==3))) /* variabls is v */ {
	if (pvar->units[2]==2) 
	  rc = 3;
	else 
	  rc = 2; 
	/* Look for a matching variable with all units fields equal */
	pvar2 = pfi->pvar1;
	i = 0;
	while (ivnum) {
	  if ((pvar2->vecpair<0) &&        
	      (pvar2->units[0]==pvar->units[0]) &&
	      (pvar2->units[1]==pvar->units[1]) &&
	      (pvar2->units[2]==rc) &&
	      (pvar2->units[8]==pvar->units[8]) &&
	      (pvar2->units[9]==pvar->units[9]) &&
	      (pvar2->units[10]==pvar->units[10])) break;
	  pvar2++; i++;
	}	
	if (ivnum) { /* We've got a match! */
	  npairs++;
	  /* set the gavar parameters */
	  pvar->vecpair=npairs;
	  pvar2->vecpair=npairs;
	  if (pvar->units[2]==2) 
	    pvar->isu=1; 
	  else 
	    pvar2->isu=1;
	}      
      }
    }
    /* for GRIB1 and binary data sets */
    else {
      /* Look for a variable with units[0]==33,34 that hasn't been handled yet */
      if ((pvar->units[0]==33 || pvar->units[0]==34) && 
	  (pvar->vecpair<0)) {
	if (pvar->units[0]==33) 
	  rc = 34; 
	else 
	  rc = 33;
	/* Look for a matching variable with all units fields equal */
	pvar2 = pfi->pvar1;
	i = 0;
	while (ivnum) {
	  if ((pvar2->vecpair<0) &&        
	      (pvar2->units[0]==rc) &&
	      (pvar2->units[8]==pvar->units[8]) &&
	      (pvar2->units[9]==pvar->units[9]) &&
	      (pvar2->units[10]==pvar->units[10])) break;
	  pvar2++; i++;
	}
	if (ivnum) { /* We've got a match! */
	  npairs++;
	  /* set the gavar parameters */
	  pvar->vecpair=npairs;
	  pvar2->vecpair=npairs;
	  if (pvar->units[0]==33) 
	    pvar->isu=1;
	  else 
	    pvar2->isu=1;
	}
      }
    }
    pvar++;
  }
  if (err) goto retrn;  /* end of vector pair management */

  /* Chect time count in station index file and descriptor file */
  if (pfi->type>1 && mflag==1) {
    if (mcnt==-1) {
      gaprnt (0,"Open Error: missing STNMAP record\n");
      err=1;
    } else if (mcnt != pfi->dnum[3]) {
      gaprnt (0,"Open Error: Inconsistent time count\n");
      snprintf(pout,255,"  Count in station map file = %i\n",mcnt);
      gaprnt (0,pout);
      snprintf(pout,255,"  Count in descriptor file = %i\n",pfi->dnum[3]);
      gaprnt (0,pout);
      err=1;
    }
  }

  if (err) goto retrn;

  /* Make sure there are no conflicting options and data types */
  pvar=pfi->pvar1;
  for (j=1; j<=pfi->vnum; j++) {
    if (pvar->units[0]==-1 && pvar->units[1]==20) {
      if (pfi->tmplat) {
	gaprnt(0,"Open Error: Variables with transposed VAR-T dimensions cannot be templated together\n");
	err=1;
      }
      if (hdrb>0) {
	gaprnt(0,"Open Error: Variables with transposed VAR-T dimensions are incompatible with time headers\n");
	err=1;
      }
      if (trlb>0) {
	gaprnt(0,"Open Error: Variables with transposed VAR-T dimensions are incompatible with TRAILERBYTES\n");
	err=1;
      }
    }
    pvar++;
  }
  if (err) goto retrn;


  /* Figure out locations of variables within a time group */
  pvar = pfi->pvar1;

  /* Grid data */
  if (pfi->type==1) {
    pfi->gsiz = pfi->dnum[0] * pfi->dnum[1];
    if (pfi->ppflag) pfi->gsiz = pfi->ppisiz * pfi->ppjsiz;
    /* add the XY header to gsiz */
    if (pfi->xyhdr) {
      if (pvar->dfrm == 1) {
	pfi->xyhdr = pfi->xyhdr*4/1;          
      } 
      else if (pvar->dfrm ==  2 || pvar->dfrm == -2 ) {
	pfi->xyhdr = pfi->xyhdr*4/2;
      } 
      pfi->gsiz = pfi->gsiz + pfi->xyhdr;
    }

    /* adjust the size of hdrb and trlb for non-float data */
    if (pvar->dfrm == 1) {
      hdrb = hdrb*4/1;
      trlb = trlb*4/1;
    } 
    else if (pvar->dfrm == 2 || pvar->dfrm == -2 ) {
      hdrb = hdrb*4/2;
      trlb = trlb*4/2;
    } 
    
    if (pfi->seqflg) {
      /* pad the grid size with 2 4-byte chunks */
      if (pvar->dfrm == 1) {
	pfi->gsiz += 8;
      } 
      else if (pvar->dfrm == 2 || pvar->dfrm == -2 ) {
	pfi->gsiz += 4;
      } 
      else {
	pfi->gsiz += 2;             
      }
      /* pad the header with 2 4-byte chunks*/
      if (hdrb>0) {
	if (pvar->dfrm == 1) {
	  hdrb = hdrb + 8;
	} 
	else if (pvar->dfrm == 2 || pvar->dfrm == -2 ) {
	  hdrb = hdrb + 4;
	} 
	else {
	  hdrb += 2; 
	}
      }
      /* how far we have to go into the file before getting to 1st var */
      if (pvar->dfrm == 1) {
	pvar->offset = 4+hdrb;
	acum = 4+hdrb;
      } 
      else if (pvar->dfrm == 2 || pvar->dfrm == -2 ) {
	pvar->offset = 2+hdrb;
	acum = 2+hdrb;
      } 
      else {
	pvar->offset = 1+hdrb;
	acum = 1+hdrb;
      } 
    }
    else {
      /* how far we have to go into the file before getting to 1st var */
      pvar->offset = hdrb;
      acum = hdrb;
    }

    levs = pvar->levels;
    if (levs==0) levs=1;
    pvar->recoff = 0;
    recacm = 0;
    pvar++;
    acumvz=acum;

    for (i=1; ivnum; i++) {
      if (pvar->var_t) {   
	acum = acum + levs*(pfi->gsiz)*(pfi->dnum[3]); 
      } else {                              
	acum = acum + (levs*pfi->gsiz);
	acumstride = acum ;
      }
      recacm += levs;
      pvar->offset = acum;
      pvar->recoff = recacm;
      levs = pvar->levels;
      if (levs==0) levs=1;
      pvar++;
    }

    recacm += levs;

    /* last variable */
    acum = acum + (levs*pfi->gsiz);

    pfi->tsiz = acum;
    pfi->trecs = recacm;
    if (pfi->seqflg) pfi->tsiz-=1;
    pfi->tsiz += trlb;
    
  } 
  else {   /* non grid data */

    for (i=0; ivnum; i++) {
      if (pvar->levels!=0) break;
      pvar->offset = i;
      pvar++;
    }
    for (j=i; jvnum; j++) {
      if (pvar->levels==0) {
	if (!(pfi->bufrflg)) {   /* order of variables doesn't matter for BUFR data */
	  gaprnt (0,"Open Error: Variables out of order\n");
	  gaprnt (0,"  Non-vertical variables must go first\n");
	  goto retrn;
	}
      }
      pvar->offset = j-i;
      pvar++;
    }
    pfi->lvnum = pfi->vnum - i;
    pfi->ivnum = i;
  }

/* set the global calendar and check if we are trying to change with a new file...
   we do this here to set the calandar for templating */

  if (mfcmn.cal365<0) {
    mfcmn.cal365 = cal365;
  } else {
    if (cal365 != mfcmn.cal365) {
      gaprnt(0,"Attempt to change the global calendar...\n");
      if (mfcmn.cal365) {
	gaprnt(0,"The calendar is NOW 365 DAYS and you attempted to open a standard calendar file\n");
      } else {
	gaprnt(0,"The calendar is NOW STANDARD and you attempted to open a 365-day calendar file\n");
      }
      goto retrn;
    }
  }

  /* Allocate an I/O buffer.
     If we're just parsing the descriptor (mflag==0), no need to do this */
  if (mflag) {
    if (pfi->type > 1) {
      /* for station data, the buffer is the size of max levels  */
      if (pfi->bufrflg) maxlv=1;    /* maxlv not used for BUFR interface, set to 1 */
      size = maxlv * sizeof(gafloat);
      sz = size;
      pfi->sbuf = (gafloat *)galloc(sz,"sbuf1");
      if (pfi->sbuf==NULL) {
	gaprnt(0,"Open Error: memory allocation failed for sbuf\n");
	goto err8;
      }
      
    } else {
      /* for grids, the buffer is the size of one row */
      size = pfi->dnum[0] * sizeof(gadouble);
      sz = size;
      pfi->rbuf = (gadouble *)galloc(sz,"rbuf1");
      if (pfi->rbuf==NULL) {
	gaprnt(0,"Open Error: memory allocation failed for rbuf\n");
	goto err8;
      }
      /* pbuf is used for unpacking grib1 data */
      if (pfi->idxflg) {
	pfi->pbuf = (unsigned char *)galloc(sz,"pbuf1");
	if (pfi->pbuf==NULL)  {
	  gaprnt(0,"Open Error: memory allocation failed for pbuf\n");
	  goto err8;
	}
      }
    }
    pfi->ubuf = (char *)galloc(sz,"ubuf1");
    if (pfi->ubuf==NULL) {
      gaprnt(0,"Open Error: memory allocation failed for ubuf\n");
      goto err8;
    }
  }

  /* If a pre-projected grid, set up the interpolation constants. 
     If we're just checking the descriptor (mflag==2), no need to do this */
  if (pfi->ppflag && mflag!=2) {
    rc = gappcn(pfi,pdefop1,pdefop2);
    if (rc) goto retrn;
  }

  /* If the file name is a time series template, figure out
     which times go with which files, so we don't waste a lot
     of time later opening and closing files unnecessarily. */

  /* BUFR files are treated like templated files, so that the 
     data file isn't parsed until an I/O request is made */

  if (pfi->tmplat || pfi->bufrflg==1) {
    /* The fnums array is the size of the time axis 
       multiplied by the size of the ensemble axis. 
       It contains the t index which generates the filename 
       that contains the data for each timestep.
       If the ensemble has no data file for a given time, 
       the fnums value will be -1 */
    sz = sizeof(gaint)*pfi->dnum[3]*pfi->dnum[4];
    pfi->fnums = (gaint *)galloc(sz,"fnums1");   
    if (pfi->fnums==NULL) {
      gaprnt(0,"Open Error: memory allocation failed for fnums\n");
      goto err8;
    }
    /* get dt structure for t=1 */
    gr2t(pfi->grvals[3],1.0,&tdefi); 
    /* loop over ensembles */
    ens=pfi->ens1;
    e=1;
    while (e<=pfi->dnum[4]) {
      j = -1; 
      t=1;
      /* set fnums value to -1 for time steps before ensemble initial time */
      while (tgt) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      j = ens->gt;
      /* get dt structure for ensemble initial time */
      gr2t(pfi->grvals[3],ens->gt,&tdefe);
      /* get filename for initial time of current ensemble member  */
      ch = gafndt(pfi->name,&tdefe,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,ens->gt,e,&flag);   
      if (ch==NULL) {
	snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,ens->gt);
	gaprnt(0,pout);
	goto err8;
      }
      /* set the pfi->tmplat flag to the flag returned by gafndt */
      if (flag==0) {
	gaprnt(1,"Warning: OPTIONS keyword \"template\" is used, but the \n");
	gaprnt(1,"   DSET entry contains no substitution templates.\n");
	pfi->tmplat = 1;
      } else {
	pfi->tmplat = flag; 
      }
      /* for non-indexed, non-netcdf/hdf, gridded data */
      if (pfi->type==1) {                /* gridded data   */
	if (pfi->ncflg==0) {             /* not netcdf/hdf */
	  if (pfi->idxflg==0) {          /* not indexed    */
	    if ((flag==1) && (pfi->dnum[4]>1)) {
	      gaprnt(0,"Open Error: If the data type is gridded binary, \n");
	      gaprnt(0,"  and the E dimension size is greater than 1 \n");
	      gaprnt(0,"  and templating in the T dimension is used,\n");
	      gaprnt(0,"  then templating in the E dimension must also be used.\n");
	      goto retrn;
	    }
	  }
	  else if (pfi->idxflg==1) {     /* GRIB1 */
	    if ((flag<2) && (pfi->dnum[4]>1)) {
	      gaprnt(0,"Open Error: If the data type is GRIB1 \n");
	      gaprnt(0,"  and the E dimension size is greater than 1 \n");
	      gaprnt(0,"  then templating in the E dimension must be used.\n");
	      goto retrn;
	    }
	  }
	}
      }
      pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      /* loop over remaining valid times for this ensemble */
      for (t=ens->gt+1; tgt+ens->length; t++) {
	/* get filename for time index=t ens=e */
	gr2t(pfi->grvals[3],(gadouble)t,&tdef);
	pos = gafndt(pfi->name,&tdef,&tdefe,pfi->abvals[3],pfi->pchsub1,pfi->ens1,t,e,&flag);  
	if (pos==NULL) {
	  snprintf(pout,255,"Open Error: couldn't determine data file name for e=%d t=%d\n",e,t);
	  gaprnt(0,pout);
	  goto err8;
	}
	if (strcmp(ch,pos)!=0) {    /* filename has changed */
	  j = t;   
	  gree(ch,"f176");
	  ch = pos;
	}
	else {
	  gree(pos,"f176a");
	}
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
      }
      gree(ch,"f177");

      /* set fnums value to -1 for time steps after ensemble final time */
      j = -1;
      while (t<=pfi->dnum[3]) {
	pfi->fnums[(e-1)*pfi->dnum[3]+t-1] = j;                                                    
	t++;
      }
      e++; ens++;
    }
    pfi->fnumc = 0;
    pfi->fnume = 0;
  }
  fclose (descr);
  if (pdfi) fclose(pdfi);

  return(0);

 errm:
  gaprnt(0,"Open Error: Invalid pdef record.\n");
  pfi->ppflag = 0;
  goto err9;

 err1:
  gaprnt (0,"Open Error:  Missing or invalid dimension size.\n");
  goto err9;

 err2:
  gaprnt (0,"Open Error:  Missing or invalid dimension");
  gaprnt (0," scaling type\n");
  goto err9;

 err3a_tdef:
  gaprnt (0,"Open Error:  Start Time missing in tdef card");
  gaprnt (0," starting value\n");
  goto err9;

 err3b_tdef:
  gaprnt (0,"Open Error:  Invalid start time in tdef card");
  gaprnt (0," starting value\n");
  goto err9;

 err3c_tdef:
  gaprnt (0,"Open Error:  Missing or invalid dimension");
  gaprnt (0," starting value\n");
  goto err9;

 err3:
  gaprnt (0,"Open Error:  Missing or invalid dimension");
  gaprnt (0," starting value\n");
  goto err9;

 err4a_tdef:
  gaprnt (0,"Open Error:  Time increment missing in tdef\n");
  gaprnt (0," use 1 for single time data\n");
  goto err9;

 err4b_tdef:
  gaprnt (0,"Open Error:  Invalid time increment in tdef\n");
  gaprnt (0," use 1 for single time data\n");
  goto err9;

 err4c_tdef:
  gaprnt (0,"Open Error:  0 time increment in tdef\n");
  gaprnt (0," use 1 for single time data\n");
  goto err9;

 err5:
  gaprnt (0,"Open Error:  Missing or invalid variable");
  gaprnt (0," count\n");
  goto err9;

 err6:
  gaprnt (0,"Open Error:  Invalid variable record\n");
  goto err9;

 err6a:
  gaprnt (0,"Open Error:  Invalid x,y pair\n");
  goto err9;

 err7a: 
  gaprnt (0,"Open Error:  EOF occurred reading ensemble names\n");
  goto err9;

 err7b:
  gaprnt (0,"Open Error:  Blank record found in EDEF data\n");
  goto err9;

 err7c:
  gaprnt (0,"Open Error:  Invalid ensemble grib codes\n");
  goto err9;

 err7d:
  gaprnt (0,"Open Error:  Invalid ensemble name\n");
  goto err9;

 err7e:
  gaprnt (0,"Open Error:  Invalid ensemble record\n");
  goto err9;

 err7f:
  gaprnt (0,"Open Error:  Invalid ensemble keyword\n");
  goto err9;

 err8:
  gaprnt (0,"Open Error:  Memory allocation Error in gaddes.c\n");
  goto retrn;

 err8a:
  gaprnt (0,"Open Error:  Version 4 index file not compatible with size of off_t");
  goto retrn;

 err9:
  gaprnt (0,"  --> The invalid description file record is: \n");
  gaprnt (0,"  --> ");
  gaprnt (0,mrec);
  gaprnt (0,"\n");

 retrn:
  gaprnt (0,"  The data file was not opened. \n");
  fclose (descr);
  if (mflflg) fclose(mfile);
  if (pdfi) fclose(pdfi);
  return(1);

}

/* Process linear scaling args */

gaint deflin (char *ch, struct gafile *pfi, gaint dim, gaint flag) {
gadouble *vals,v1,v2;
size_t sz;

  sz = sizeof(gadouble)*6;
  vals = (gadouble *)galloc(sz,"vals1");
  if (vals==NULL) return (-1);

  if ((ch = nxtwrd(ch))==NULL) goto err1;
  if (getdbl(ch,&v1)==NULL) goto err1;
  if (flag) v2 = 1.0;
  else {
    if ((ch = nxtwrd(ch))==NULL) goto err2;
    if (getdbl(ch,&v2)==NULL) goto err2;
  }
  if (dim!=3 && v2<=0.0) goto err2;
  *(vals)   = v2;
  *(vals+1) = v1 - v2;
  *(vals+2) = -999.9;
  pfi->grvals[dim] = vals;
  *(vals+4) = -1.0 * ( (v1-v2)/v2 );
  *(vals+3) = 1.0/v2;
  *(vals+5) = -999.9;
  pfi->abvals[dim] = vals+3;
  pfi->ab2gr[dim] = liconv;
  pfi->gr2ab[dim] = liconv;
  pfi->linear[dim] = 1;
  return (0);

err1:
  gaprnt (0,"Open Error:  Missing or invalid dimension");
  gaprnt (0," starting value\n");
  gree(vals,"f178");
  return (1);

err2:
  gaprnt (0,"Open Error:  Missing or invalid dimension");
  gaprnt (0," increment value\n");
  gree(vals,"179");
  return (1);
}

/* Process levels values in def record */
/* Return codes:  -1 is memory allocation error, 1 is other error */

gaint deflev (char *ch, char *rec, struct gafile *pfi, gaint dim) {
gadouble *vvs,*vals,v1;
gaint i;
size_t sz;

  if (pfi->dnum[dim]==1) {
    i = deflin (ch, pfi, dim, 1);
    return (i);
  }

  sz = (pfi->dnum[dim]+5)*sizeof(gadouble);
  vals = (gadouble *)galloc(sz,"vals2");
  if (vals==NULL) return (-1);

  vvs = vals;
  *vvs = (gadouble)pfi->dnum[dim];
  vvs++;
  for (i=0; idnum[dim]; i++) {
    if ( (ch = nxtwrd(ch))==NULL) {
      if (fgets(rec,512,descr)==NULL) goto err2;
      ch = rec;
      while (*ch==' ' || *ch=='\t') ch++;
      if (*ch=='\0' || *ch=='\n') goto err3;
    }
    if (getdbl(ch,&v1)==NULL) goto err1;
    *vvs = v1;
    vvs++;
  }
  *vvs = -999.9;
  pfi->abvals[dim] = vals;
  pfi->grvals[dim] = vals;
  pfi->ab2gr[dim] = lev2gr;
  pfi->gr2ab[dim] = gr2lev;
  pfi->linear[dim] = 0;
  return (0);

err1:
  gaprnt (0,"Open Error:  Invalid value in LEVELS data\n");
  gree(vals,"f180");
  return (1);

err2:
  gaprnt (0,"Open Error:  Unexpected EOF reading descriptor file\n");
  gaprnt (0,"   EOF occurred reading LEVELS values\n");
  gree(vals,"f181");
  return (1);

err3:
  gaprnt (0,"Open Error:  Blank Record found in LEVELS data\n");
  gree(vals,"f182");
  return (1);
}


/* Process descriptor file attribute metadata. 
   Return -1 on error. */
gaint ddfattr (char *ch, struct gafile *pfi) {
  struct gaattr *newattrib,*attrib;
  
  /* check for presence of attribute metadata */
  if ((ch=nxtwrd(ch))==NULL ) { 
    gaprnt (2,"Warning: Missing all required attribute fields \n"); 
    return (-1);
  } 
  /* parse the attribute */
  newattrib = parseattr(ch);
  if (newattrib == NULL) return (-1);
  newattrib->fromddf = 1;

  /* hang the new attribute off the gafile structure */
  if (pfi->attr) {
    /* advance to end of chain */
    attrib=pfi->attr;
    while (attrib->next) attrib = attrib->next;
    /* add new link */
    attrib->next = newattrib;
  }
  else {
    /* add first link */
    pfi->attr = newattrib;
  } 
  return(0);
}


/* Parse attribute metadata  
   Return NULL for error, pointer to gaattr structure if successful */
struct gaattr *parseattr (char *ch) {

  gaint jj,len,nctype;
  char varname[512], attrtype[512], attrname[512], attrvalue[512];
  char *ptr,*cmd;
  void *value=NULL;
  gafloat *fvalues;
  gadouble dval,*dvalues;
  long *lvalues;
  short *svalues;
  gaint ival;
  struct gaattr *attrib;
  size_t sz;
  
  /* check for presence of attribute metadata */
  if ((cmd=nxtwrd(ch))==NULL ) {
    gaprnt (2,"Warning: Missing all required attribute fields \n"); 
    goto err;
  } 
  
  /* get the variable name */
  len = 0;
  while (*(ch+len)!=' ' && *(ch+len)!='\n' && *(ch+len)!='\t') len++;
  for (jj=0; jjvarname,varname);
    strcpy(attrib->name,attrname);
    strcpy(attrib->type,attrtype);
    attrib->nctype = nctype;
    attrib->len = len;
    attrib->value = value;
    attrib->fromddf = 0;
    attrib->next = NULL;
  } else {
    gaprnt (0,"Error: memory allocation failed for attribute metadata\n");
    goto err;
  }
  /* return the pointer to the attribute structure */
  return attrib;

 err:
  if (value) gree(value,"f184");
  return(NULL);
}
 

/* Allocate and initialize a gafile structure */

struct gafile *getpfi (void) {
struct gafile *pfi;
gaint i;
size_t sz;

  sz = sizeof(struct gafile);
  pfi = (struct gafile *)galloc(sz,"pfi");
  if (pfi==NULL) return (NULL);

  pfi->type = 1;         /* Assume grid unless told otherwise */
  pfi->tlpflg = 0;       /* Assume file not circular */
  pfi->bswap = 0;        /* Assume no byte swapping needed */
  pfi->seqflg = 0;       /* Assume direct access */
  pfi->yrflg = 0;        /* Assume south to north */
  pfi->zrflg = 0;        /* Assume bottom to top */
  pfi->idxflg = 0;       /* Assume binary */
  pfi->ncflg = 0;        /* Assume not netcdf */
  pfi->bufrflg = 0;      /* Assume not bufr */
  pfi->ncid = -999;      /* No netcdf file open */
  pfi->sdid = -999;      /* No hdfsds file open */
  pfi->h5id = -999;      /* No hdf5 file open */
  pfi->fhdr = 0;         /* Assume no file header */
  pfi->xyhdr=0;          /* Assume no xyheader */
  pfi->fseq = -999;      /* No sequence number assigned */
  pfi->dhandle = -999;   /* Assume not a gadods stn data set */
  pfi->packflg = 0;      /* Assume data are not packed */
  pfi->undefattrflg = 0; /* Assume no undef attribute name given */
  pfi->pa2mb = 0;        /* Assume pressure values are given in mb */
  pfi->undef = -9.99e8; 
  pfi->ppisiz = 0;
  pfi->ppjsiz = 0;
  pfi->bufrinfo = NULL;
  pfi->bufrdset = NULL;
  pfi->attr = NULL;
  pfi->scattr = NULL;   
  pfi->ofattr = NULL;   
  pfi->undefattr = NULL;   
  pfi->tempname = NULL;
  pfi->mnam = NULL;
  pfi->infile = NULL;
  pfi->rbuf = NULL;
  pfi->sbuf = NULL;
  pfi->pbuf = NULL;
  pfi->bbuf = NULL;
  pfi->ubuf = NULL;
  pfi->tstrt = NULL;
  pfi->tcnt = NULL;
  pfi->mfile = NULL;
  pfi->vnum = 0;
  pfi->pvar1 = NULL;
  pfi->ens1 = NULL;
  pfi->pindx = NULL;
  pfi->pindxb = NULL;
  pfi->fnums = NULL;
  pfi->pchsub1 = NULL;
#if GRIB2
  pfi->g2indx = NULL;
#endif
  pfi->wrap = 0;        /* Assume no wrapping */
  for (i=0; i<5; i++) pfi->dimoff[i] = 0;
  pfi->title[0] = '\0';
  pfi->grvals[0] = NULL;
  pfi->grvals[1] = NULL;
  pfi->grvals[2] = NULL;
  pfi->grvals[3] = NULL;
  pfi->grvals[4] = NULL;
  pfi->grbgrd = -999;
  pfi->tmplat = 0;
  pfi->errcnt = 0;
  pfi->errflg = 0;
  pfi->ppflag = 0;  /* Assume lat-lon grid */
  pfi->ppwrot = 0;  /* Assume no wind rotataion */
  pfi->pdefgnrl = 0; 
  for (i=0; i<9; i++) pfi->ppi[i] = NULL;
  for (i=0; i<9; i++) pfi->ppf[i] = NULL;
  pfi->ppw = NULL;
  pfi->calendar=0;
  pfi->nsdfdims = 0; 
  for (i=0; i<100; i++) pfi->sdfdimids[i]=-1;
  for (i=0; i<100; i++) pfi->sdfdimsiz[i]=-1;
  for (i=0; i<100; i++) pfi->sdfdimnam[i][0]='\0';
  pfi->cachesize = -1;   /* if <0, a good default cache size has not been calcuated */
  return (pfi);
}

/* Free a gafile structure and associated storage.  If the flag is
   true, DO NOT free the storage related to scaling transforms,
   since someone, somewhere,  may still be pointing to that. */

void frepfi (struct gafile *pfi, gaint flag) {
struct gaattr *attrib, *nextattrib;
struct gaindx *pindx;
struct gaindxb *pindxb;
#if GRIB2
struct gag2indx *g2indx;
#endif
struct gachsub *pchsub,*pch2;
gaint i;

/* these are listed in the order in which they appear in the pfi declaration in grads.h */
  if (pfi->tempname) gree(pfi->tempname,"f56");
  if (pfi->mnam)   gree(pfi->mnam,"f57");
  if (pfi->rbuf)   gree(pfi->rbuf,"f58");
  if (pfi->sbuf)   gree(pfi->sbuf,"f58");
  if (pfi->pbuf)   gree(pfi->pbuf,"f59");
  if (pfi->bbuf)   gree(pfi->bbuf,"f60");
  if (pfi->ubuf)   gree(pfi->ubuf,"f61");
  if (pfi->tstrt)  gree(pfi->tstrt,"f62");
  if (pfi->tcnt)   gree(pfi->tcnt,"f63");
  if (pfi->pvar1)  gree(pfi->pvar1,"f64");
  if (pfi->ens1)   gree(pfi->ens1,"f65");
  for (i=0; i<9; i++) if (pfi->ppi[i]) gree(pfi->ppi[i],"f66");
  for (i=0; i<9; i++) if (pfi->ppf[i]) gree(pfi->ppf[i],"f67");
  if (pfi->ppw) gree(pfi->ppw,"f68");
  if (!flag) for (i=0; i<5; i++) {
    if (pfi->grvals[i]) gree(pfi->grvals[i],"f69");
  }
  if (pfi->pindx) {
    pindx = pfi->pindx;
    if (pindx->hipnt)  gree(pindx->hipnt,"f70");
    if (pindx->hfpnt)  gree(pindx->hfpnt,"f71");
    if (pindx->intpnt) gree(pindx->intpnt,"f72");
    if (pindx->fltpnt) gree(pindx->fltpnt,"f73");
    gree(pindx,"f74");
  }
  if (pfi->pindxb) {
    pindxb = pfi->pindxb;
    if (pindxb->bigpnt)  gree(pindxb->bigpnt,"b98");
    gree(pindxb,"b99");
  }
#if GRIB2
  if (pfi->g2indx) {
    g2indx = pfi->g2indx;
    if (g2indx->g2intpnt) gree(g2indx->g2intpnt,"f75");
    if (g2indx->g2bigpnt) gree(g2indx->g2bigpnt,"b75");
    gree(g2indx,"f76");
  }
#endif
  if (pfi->fnums)  gree(pfi->fnums,"f77");
  pchsub = pfi->pchsub1;
  while (pchsub) {
    if (pchsub->ch) gree(pchsub->ch,"f78");
    pch2 = pchsub->forw;
    gree(pchsub,"f79");
    pchsub = pch2;
  }
  if (pfi->scattr) gree(pfi->scattr,"f80");
  if (pfi->ofattr) gree(pfi->ofattr,"f81");
  if (pfi->undefattr) gree(pfi->undefattr,"f82");
  if (pfi->bufrinfo) gree(pfi->bufrinfo,"f83");
#ifndef STNDALN
  if (pfi->bufrdset) gabufr_close(pfi->bufrdset);
#endif
  while (pfi->attr != NULL) {
    /* point to first block in chain */
    attrib = pfi->attr;  
    if (attrib->next == NULL) {
      /* first block is only block */
      pfi->attr = NULL; 
    }
    else {
      /* move start of chain from 1st to 2nd block */
      nextattrib = attrib->next;
      pfi->attr = nextattrib;
    }
    /* release memory from 1st block */
    if (attrib->value) gree(attrib->value,"f85");
    gree(attrib,"f86");
  }
  gree(pfi,"f87");
}


/* Routine to calculate or input the interpolation constants needed for
   the implicit interpolation from pre-projected grids to lat-lon. */

gaint gappcn (struct gafile *pfi, gaint pdefop1, gaint pdefop2) {
gaint size,i,j,ii,jj;
gadouble lat,lon,rii,rjj;
gadouble *dx, *dy, *dw, dum;
gadouble pi;
gafloat *fvals=NULL;
gaint *ioff, rdw, rc, pnum, wflg;
size_t sz;

  dw=NULL;
  size = pfi->dnum[0]*pfi->dnum[1];

  /* Allocate space needed for the ppi and ppf grids */
  if (pfi->ppflag != 8) {
    sz = sizeof(gaint)*size;
    if ((pfi->ppi[0] = (gaint*)galloc(sz,"ppi0")) == NULL) goto merr;
    sz = sizeof(gadouble)*size;
    if ((pfi->ppf[0] = (gadouble*)galloc(sz,"ppf0")) == NULL) goto merr;
    sz = sizeof(gadouble)*size;
    if ((pfi->ppf[1] = (gadouble*)galloc(sz,"ppf1")) == NULL) goto merr;
    if (pfi->ppwrot) {
      sz = sizeof(gadouble)*size;
      if ((pfi->ppw  = (gadouble *)galloc(sz,"ppw")) == NULL) goto merr;
    }
  }

  /* pdef bilin */
  if (pfi->ppflag==7) {
    /* allocate memory to temporarily store array of floats to be read from pdef file */
    sz = sizeof(gafloat)*size;
    if ((fvals = (gafloat*)galloc(sz,"ppfvals")) == NULL) goto merr;

    if (pdefop1==2) {  /* sequential -- read the 4-byte header */
      rc = fread(&rdw, sizeof(gaint), 1, pdfi);
      if (rc!=1) goto merr2;
    }

    /* read the grid of pdef ivals into fvals array */
    rc = fread(fvals, sizeof(gafloat), size, pdfi); if (rc!=size) goto merr2; 
    /* byte swap if necessary */
    if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) gabswp (fvals,size);
    /* cast to doubles */
    for (i=0; ippf[0]+i) = (gadouble)fvals[i];

    if (pdefop1==2) {  /* sequential -- read the 4-byte footer and next header */
      rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2;
      rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2;
    }
 
    /* read the grid of pdef jvals into fvals array */
    rc = fread(fvals, sizeof(gafloat), size, pdfi); if (rc!=size) goto merr2;
    /* byte swap if necessary */
    if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) gabswp (fvals,size);
    /* cast to doubles */
    for (i=0; ippf[1]+i) = (gadouble)fvals[i];

    if (pdefop1==2) {  /* sequential -- read the 4-byte footer and next header */
      rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2;
      rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2;
    }

    /* read the grid of wind rotation vals */
    rc = fread(fvals, sizeof(gafloat), size, pdfi); if (rc!=size) goto merr2;
    /* byte swap if necessary */
    if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) gabswp (fvals,size);
    /* cast to doubles */
    for (i=0; ippw+i) = (gadouble)fvals[i];

    /* Fill grids of file offsets and weights (dx,dy) for pdef grid interpolation */
    ioff = pfi->ppi[0];
    dx = pfi->ppf[0];
    dy = pfi->ppf[1];
    dw = pfi->ppw;
    wflg = 0;
    for (j=0; jdnum[1]; j++) {
      for (i=0; idnum[0]; i++) {
        if (*dx < 0.0) *ioff = -1;
        else {
	  /* ii and jj are integer parts of i and j values read from pdef bilin file */
          ii = (gaint)(*dx);
          jj = (gaint)(*dy);
	  /* dx and dy are now the remainder after the integer part is subtracted out */
          *dx = *dx - (gadouble)ii;
          *dy = *dy - (gadouble)jj;
	  /* if ii and jj values are outside the native grid, they are not used */
          if (ii<1 || ii>pfi->ppisiz-1 || jj<1 || jj>pfi->ppjsiz-1) {
            *ioff = -1;
          } else {
	    /* ioff index values (pfi->ppi) start from 0 instead of 1 */
            *ioff = (jj-1)*pfi->ppisiz + ii - 1;
          }
        }
        if (fabs(*dw) > 0.00001) wflg = 1;
        ioff++; dx++; dy++, dw++;
      }
    }
    pfi->ppwrot = wflg;

  /* When pdef is a file, read in the offsets of the points to use and their weights, 
     as well as the array of wind rotation values to use */

  } else if (pfi->ppflag==8) {
    pnum = (gaint)(pfi->ppvals[0]+0.1);
    /* allocate memory for array of floats to be read from pdef file */
    sz = sizeof(gafloat)*size;
    if ((fvals = (gafloat*)galloc(sz,"ppfvals")) == NULL) goto merr;

    /* get weights and offsets from pdef file */
    for (i=0; ippi[i] = (gaint*)galloc(sz,"ppi3")) == NULL) goto merr;
      /* sequential -- header */
      if (pdefop1==2) { rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2; }
      /* read the offsets */
      rc = fread(pfi->ppi[i], sizeof(gaint), size, pdfi); if (rc!=size) goto merr2;
      /* byte swap if necessary */
      if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) 
	gabswp((gafloat *)(pfi->ppi[i]),size);
      /* sequential -- footer */
      if (pdefop1==2) { rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2; }
 
      /* allocate memory for array of weights */
      sz = sizeof(gadouble)*size;
      if ((pfi->ppf[i] = (gadouble*)galloc(sz,"ppf2")) == NULL) goto merr;
      /* sequential -- header */
      if (pdefop1==2) { rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2; }
      /* read the floating-point weights */
      rc = fread(fvals, sizeof(gafloat), size, pdfi); if (rc!=size) goto merr2;
      /* byte swap if necessary */
      if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) gabswp(fvals,size);
      /* cast to doubles */
      for (j=0; jppf[i]+j) = (gadouble)fvals[j];
      /* sequential -- footer */
      if (pdefop1==2) { rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2; }
    }

    /* allocate memory and read in the wind rotation values */
    sz = sizeof(gadouble)*size;
    if ((pfi->ppw = (gadouble *)galloc(sz,"ppw2")) == NULL) goto merr;
    /* sequential -- header */
    if (pdefop1==2) { rc = fread(&rdw, sizeof(gaint), 1, pdfi); if (rc!=1) goto merr2; }
    rc = fread(fvals, sizeof(gafloat), size, pdfi); if (rc!=size) goto merr2;
    /* byte swap if necessary */
    if ((pdefop2==2 && !BYTEORDER) || (pdefop2==3 &&  BYTEORDER)) gabswp(fvals,size);
    /* cast to doubles */
    for (i=0; ippw+i) = (gadouble)fvals[i];

    /* set wind rotation flag */
    dw = pfi->ppw;
    wflg = 0;
    for (i=0; i 0.00001) wflg = 1;
      dw++;
    }
    pfi->ppwrot = wflg;
    
    /* If native data is grib, and the "pdef file" keyword is used,
       then the offsets in the file are assumed to be 0-based.
       The code in gaprow() expects 1-based offsets, so we add 1
       and check to make sure offsets don't exceed isize*jsize. */
    if (pfi->idxflg && pfi->type==1 && pfi->pdefgnrl==0) {
      for (i=0; ippi[i]+j) == pfi->ppisiz * pfi->ppjsiz) {
	    gaprnt (0,"PDEF FILE Error: The offsets in the pdef file for native \n");
	    gaprnt (0,"  GRIB data must be 0-based (i.e., >= 0 and < isize*jsize). \n"); 
	    gaprnt (0,"  Use the PDEF GENERAL keyword for 1-based file offsets.\n"); 
	    goto err;
	  }
	  *(pfi->ppi[i]+j) = 1 + *(pfi->ppi[i]+j);
	}
      }
    }
    /* If native data is NOT grib, and the "pdef file" keyword is used,
       then the offsets in the file are assumed to be 1-based.
       The code in gaprow() expects 1-based offsets, so we just
       check to make sure offsets don't equal 0. */
    if (pfi->idxflg==0 && pfi->type==1 && pfi->pdefgnrl==0) {
      for (i=0; ippi[i]+j) == 0) {
	    gaprnt (0,"PDEF FILE Error: The offsets in the pdef file \n");
	    gaprnt (0,"  must be 1-based (i.e., > 0 and <= isize*jsize). \n"); 
	    goto err;
	  }
	}
      }
    }
    /* The "pdef general" keyword means the offsets in the file are always 1-based.
       Check to make sure offsets don't equal 0. */
    if (pfi->pdefgnrl==1) {
      for (i=0; ippi[i]+j) == 0) {
	    gaprnt (0,"PDEF GENERAL Error: The offsets in the pdef file \n");
	    gaprnt (0,"  must be 1-based (i.e., > 0 and <= isize*jsize). \n"); 
	    goto err;
	  }
	}
      }
    }

  } /* matches  else if (pfi->ppflag==8) */

  else {

    /* When a supported projection is specified, calculate 
       three constants at each lat-lon grid point: offset 
       of the ij gridpoint, and the delta x and delta y values. */
    
    pi = acos(-1.0);
    ioff = pfi->ppi[0];
    dx = (gadouble*)pfi->ppf[0];
    dy = (gadouble*)pfi->ppf[1];
    if (pfi->ppwrot) dw = (gadouble*)pfi->ppw;
    /* get i,j values in preprojected grid for each lat/lon point */
    for (j=0; jdnum[1]; j++) {
      lat = pfi->gr2ab[1](pfi->grvals[1],(gadouble)(j+1));
      for (i=0; idnum[0]; i++) {
        lon = pfi->gr2ab[0](pfi->grvals[0],(gadouble)(i+1));
	if (pfi->ppflag==3) {             
	  if (pfi->ppwrot) {               /* PDEF lccr */
	    ll2lc (pfi->ppvals, lat, lon, &rii, &rjj, dw);   
	  } 
	  else {                           /* PDEF lcc */
	    ll2lc (pfi->ppvals, lat, lon, &rii, &rjj, &dum);
	  }
        } 
	else if (pfi->ppflag==4) {         /* PDEF eta.u */
          ll2eg (pfi->ppisiz,pfi->ppjsiz,pfi->ppvals, lon, lat, &rii, &rjj, dw);
        } 
	else if (pfi->ppflag==5) {         /* PDEF pse */
          ll2pse (pfi->ppisiz,pfi->ppjsiz,pfi->ppvals, lon, lat, &rii, &rjj);
        } 
	else if (pfi->ppflag==6) {         /* PDEF ops */  
          ll2ops (pfi->ppvals, lon, lat, &rii, &rjj);
        } 
	else if (pfi->ppflag==9) {         
	  if(pfi->ppwrot) {                /* PDEF rotllr */
	    ll2rotll (pfi->ppvals, lat, lon, &rii, &rjj, dw);
	  } else {                         /* PDEF rotll */
	    ll2rotll (pfi->ppvals, lat, lon, &rii, &rjj, &dum);
	  }
	}
	else {                             /* PDEF nps and sps */
	  w3fb04(lat, -1.0*lon, pfi->ppvals[3], -1.0*pfi->ppvals[2], &rii, &rjj);
          rii = rii + pfi->ppvals[0];  /* Normalize based on pole point */ 
          rjj = rjj + pfi->ppvals[1];
          *dw = (pfi->ppvals[2]-lon) * pi/180.0;  /* wind rotation amount */
          if (pfi->ppflag==2) *dw = pi - *dw;
        }
        ii = (gaint)rii;
        jj = (gaint)rjj;
        *dx = rii - (gadouble)ii;
        *dy = rjj - (gadouble)jj;
        if (ii<1 || ii>pfi->ppisiz-1 || 
	    jj<1 || jj>pfi->ppjsiz-1) {
          *ioff = -1;
        } else {
          *ioff = (jj-1)*pfi->ppisiz + ii - 1;
        }
	ioff++; dx++; dy++;
        if (pfi->ppwrot) dw++;
      }
    }
  }
  if (fvals!=NULL) gree(fvals,"f80g");
  return(0);

merr:
  gaprnt (0,"Open Error:  Memory allocation error in pdef handler\n");
  goto err;
merr2:
  gaprnt (0,"Open Error:  I/O Error on pdef file read\n");
  goto err;

err:
  if (pfi->ppi[0]!=NULL) gree(pfi->ppi[0],"f80a");
  if (pfi->ppf[0]!=NULL) gree(pfi->ppf[0],"f80c");
  if (pfi->ppf[1]!=NULL) gree(pfi->ppf[1],"f80d");
  if (pfi->ppwrot && pfi->ppw!=NULL) gree(pfi->ppw,"f80e");
  if (fvals!=NULL) gree(fvals,"f80f");
  return(1);

}

void w3fb04 (gadouble alat, gadouble along, gadouble xmeshl, gadouble orient,
     gadouble *xi, gadouble *xj) {

/*
C
C SUBPROGRAM: W3FB04         LATITUDE, LONGITUDE TO GRID COORDINATES
C   AUTHOR: MCDONELL,J.      ORG: W345       DATE: 90-06-04
C
C ABSTRACT: CONVERTS THE COORDINATES OF A LOCATION ON EARTH FROM THE
C   NATURAL COORDINATE SYSTEM OF LATITUDE/LONGITUDE TO THE GRID (I,J)
C   COORDINATE SYSTEM OVERLAID ON A POLAR STEREOGRAPHIC MAP PRO-
C   JECTION TRUE AT 60 DEGREES N OR S LATITUDE. W3FB04 IS THE REVERSE
C   OF W3FB05.
C
C PROGRAM HISTORY LOG:
C   77-05-01  J. MCDONELL
C   89-01-10  R.E.JONES   CONVERT TO MICROSOFT FORTRAN 4.1
C   90-06-04  R.E.JONES   CONVERT TO SUN FORTRAN 1.3
C   93-01-26  B. Doty     converted to C
C
C USAGE:  CALL W3FB04 (ALAT, ALONG, XMESHL, ORIENT, XI, XJ)
C
C   INPUT VARIABLES:
C     NAMES  INTERFACE DESCRIPTION OF VARIABLES AND TYPES
C     ------ --------- -----------------------------------------------
C     ALAT   ARG LIST  LATITUDE IN DEGREES (<0 IF SH)
C     ALONG  ARG LIST  WEST LONGITUDE IN DEGREES
C     XMESHL ARG LIST  MESH LENGTH OF GRID IN KM AT 60 DEG LAT(<0 IF SH)
C                   (190.5 LFM GRID, 381.0 NH PE GRID,-381.0 SH PE GRID)
C     ORIENT ARG LIST  ORIENTATION WEST LONGITUDE OF THE GRID
C                   (105.0 LFM GRID, 80.0 NH PE GRID, 260.0 SH PE GRID)
C
C   OUTPUT VARIABLES:
C     NAMES  INTERFACE DESCRIPTION OF VARIABLES AND TYPES
C     ------ --------- -----------------------------------------------
C     XI     ARG LIST  I OF THE POINT RELATIVE TO NORTH OR SOUTH POLE
C     XJ     ARG LIST  J OF THE POINT RELATIVE TO NORTH OR SOUTH POLE
C
C   SUBPROGRAMS CALLED:
C     NAMES                                                   LIBRARY
C     ------------------------------------------------------- --------
C     COS SIN                                                 SYSLIB
C
C   REMARKS: ALL PARAMETERS IN THE CALLING STATEMENT MUST BE
C     REAL. THE RANGE OF ALLOWABLE LATITUDES IS FROM A POLE TO
C     30 DEGREES INTO THE OPPOSITE HEMISPHERE.
C     THE GRID USED IN THIS SUBROUTINE HAS ITS ORIGIN (I=0,J=0)
C     AT THE POLE IN EITHER HEMISPHERE, SO IF THE USER'S GRID HAS ITS
C     ORIGIN AT A POINT OTHER THAN THE POLE, A TRANSLATION IS NEEDED
C     TO GET I AND J. THE GRIDLINES OF I=CONSTANT ARE PARALLEL TO A
C     LONGITUDE DESIGNATED BY THE USER. THE EARTH'S RADIUS IS TAKEN
C     TO BE 6371.2 KM.
C
C ATTRIBUTES:
C   LANGUAGE: SUN FORTRAN 1.4
C   MACHINE:  SUN SPARCSTATION 1+
C*/

static gadouble d2r = 3.14159/180.0;
static gadouble earthr = 6371.2;

gadouble re,xlat,wlong,r;

      re   = (earthr * 1.86603) / xmeshl;
      xlat = alat * d2r;

      if (xmeshl>0.0) {
        wlong = (along + 180.0 - orient) * d2r;
        r     = (re * cos(xlat)) / (1.0 + sin(xlat));
        *xi    = r * sin(wlong);
        *xj    = r * cos(wlong);

      } else {

        re    = -re;
        xlat =  -xlat;
        wlong = (along - orient) * d2r;
        r     = (re * cos(xlat)) / (1.0+ sin(xlat));
        *xi   =  r * sin(wlong);
        *xj   = -r * cos(wlong);
      }
}

/* Lambert conformal conversion */

void ll2lc (gadouble *vals, gadouble grdlat, gadouble grdlon, gadouble *grdi, gadouble *grdj, gadouble *wrot) {

/*  Subroutine to convert from lat-lon to lambert conformal i,j.
    Provided by NRL Monterey; converted to C 6/15/94.

c          SUBROUTINE: ll2lc
c
c          PURPOSE: To compute i- and j-coordinates of a specified
c                   grid given the latitude and longitude points.
c                   All latitudes in this routine start
c                   with -90.0 at the south pole and increase
c                   northward to +90.0 at the north pole.  The
c                   longitudes start with 0.0 at the Greenwich
c                   meridian and increase to the east, so that
c                   90.0 refers to 90.0E, 180.0 is the inter-
c                   national dateline and 270.0 is 90.0W.
c
c          INPUT VARIABLES:
c
c  vals+0    latref: latitude at reference point (iref,jref)
c 		    
c  vals+1    lonref: longitude at reference point (iref,jref)
c 		    
c  vals+2    iref:   i-coordinate value of reference point
c 		    
c  vals+3    jref:   j-coordinate value of reference point
c 		    
c  vals+4    stdlt1: standard latitude of grid (S True lat)
c 		    
c  vals+5    stdlt2: second standard latitude of grid (only required
c                    if igrid = 2, lambert conformal) (N True lat)
c 		    
c  vals+6    stdlon: standard longitude of grid (longitude that
c                     points to the north)
c 		    
c  vals+7    delx:   grid spacing of grid in x-direction
c                    for igrid = 1,2,3 or 4, delx must be in meters
c                    for igrid = 5, delx must be in degrees
c 		    
c  vals+8    dely:   grid spacing (in meters) of grid in y-direction
c                    for igrid = 1,2,3 or 4, delx must be in meters
c                    for igrid = 5, dely must be in degrees
c
c            grdlat: latitude of point (grdi,grdj)
c
c            grdlon: longitude of point (grdi,grdj)
c
c            grdi:   i-coordinate(s) that this routine will generate
c                    information for
c
c            grdj:   j-coordinate(s) that this routine will generate
c                    information for
c
*/

  gadouble pi, pi2, pi4, d2r, r2d, radius, omega4;
  gadouble gcon,ogcon,H,deg,cn1,cn2,cn3,cn4,rih,xih,yih,rrih,check;
  gadouble alnfix,alon,x,y,windrot;
  gadouble latref,lonref,iref,jref,stdlt1,stdlt2,stdlon,delx,dely;

  pi = 4.0*atan(1.0);
  pi2 = pi/2.0;
  pi4 = pi/4.0;
  d2r = pi/180.0;
  r2d = 180.0/pi;
  radius = 6371229.0;
  omega4 = 4.0*pi/86400.0;

  latref = *(vals+0);    
  lonref = *(vals+1);    
  iref   = *(vals+2);    
  jref   = *(vals+3);    
  stdlt1 = *(vals+4);    
  stdlt2 = *(vals+5);    
  stdlon = *(vals+6);    
  delx   = *(vals+7);    
  dely   = *(vals+8);    
                    
/* case where standard lats are the same */
/* corrected by Dan Geiszler of NRL; fabs of the 
   lats was required for shem cases */

  if (stdlt1 == stdlt2) {
    gcon = sin(d2r*(fabs(stdlt1)));
  } else {
    gcon = (log(sin((90.0-fabs(stdlt1))*d2r))
	   -log(sin((90.0-fabs(stdlt2))*d2r)))
          /(log(tan((90.0-fabs(stdlt1))*0.5*d2r))
           -log(tan((90.0-fabs(stdlt2))*0.5*d2r)));
  }
  ogcon = 1.0/gcon;
  H = fabs(stdlt1)/(stdlt1);        /* 1 for NHem, -1 for SHem */
  cn1 = sin((90.0-fabs(stdlt1))*d2r);
  cn2 = radius*cn1*ogcon;
  deg = (90.0-fabs(stdlt1))*d2r*0.5;
  cn3 = tan(deg);
  deg = (90.0-fabs(latref))*d2r*0.5;
  cn4 = tan(deg);
  rih = cn2*pow((cn4/cn3),gcon);

  xih =  rih*sin((lonref-stdlon)*d2r*gcon);
  yih = -rih*cos((lonref-stdlon)*d2r*gcon)*H;
  deg = (90.0-grdlat*H)*0.5*d2r;
  cn4 = tan(deg);
  rrih = cn2*pow((cn4/cn3),gcon);
  check  = 180.0-stdlon;
  alnfix = stdlon+check;
  alon   = grdlon+check;

  while (alon<  0.0) alon = alon+360.0;
  while (alon>360.0) alon = alon-360.0;

  deg = (alon-alnfix)*gcon*d2r;
  x =  rrih*sin(deg);
  y = -rrih*cos(deg)*H;
  *grdi = iref + (x-xih)/delx;
  *grdj = jref + (y-yih)/dely;
  /* mf 20040630 -- use ftp://grads.iges.org/grads/src/grib212.f to calc rotation factor */
  windrot=gcon*(stdlon-grdlon)*d2r;
  *wrot=windrot;
}

/* NMC eta ll to xy map  */

void ll2eg (gaint im, gaint jm, gadouble *vals,  gadouble grdlon, gadouble grdlat,
	    gadouble *grdi, gadouble *grdj, gadouble *alpha) {

/*  Subroutine to convert from lat-lon to NMC eta i,j.

    Provided by Eric Rogers NMC; 
    Converted to C 3/29/95 by Mike Fiorino
    Modified 9/2004 by J.M.Adams to correct grdi/j and alpha calculations

c          SUBROUTINE: ll2eg
c
c          PURPOSE: To compute i- and j-coordinates of a specified
c                   grid given the latitude and longitude points.
c                   All latitudes in this routine start
c                   with -90.0 at the south pole and increase
c                   northward to +90.0 at the north pole.  The
c                   longitudes start with 0.0 at the Greenwich
c                   meridian and increase to the east, so that
c                   90.0 refers to 90.0E, 180.0 is the inter-
c                   national dateline and 270.0 is 90.0W.
c
c          INPUT VARIABLES:
c
c  vals+0    tlm0d: longitude of the reference center point
c  vals+1    tph0d: latitude of the reference center point
c  vals+2    dlam:  dlon grid increment in deg
c  vals+3    dphi:  dlat grid increment in deg
c
c            grdlat: latitude of point (grdi,grdj)
c            grdlon: longitude of point (grdi,grdj)
c            grdi:   i-coordinate(s) that this routine will generate
c                    information for
c            grdj:   j-coordinate(s) that this routine will generate
c                    information for
*/

  gadouble pi,d2r,r2d, earthr;
  gadouble tlm0d,tph0d,dlam,dphi;
  gadouble phi,lam,lam0,phi0;
  gadouble x,y,z,xx,bigphi,biglam;
  gadouble dlmd,dphd,wbd,sbd;

  pi = 3.141592654;
  d2r = pi/180.0;
  r2d = 1.0/d2r;
  earthr = 6371.2;

  tlm0d = -*(vals+0); /* convert + W to + E, the grads standard for longitude */
  tph0d =  *(vals+1);
  dlam  = (*(vals+2))*0.5;
  dphi  = (*(vals+3))*0.5;

  /* convert to radians */
  phi   =  grdlat*d2r;          /* grid latitude */
  lam   = -grdlon*d2r;          /* grid longitude, convert +W to +E, the grads standard */
  phi0  = tph0d*d2r;            /* center latitude  */
  lam0  = tlm0d*d2r;            /* center longitude */

  /* Transform grid lat/lon */
  x = cos(phi0)*cos(phi)*cos(lam-lam0)+sin(phi0)*sin(phi);
  y = -cos(phi)*sin(lam-lam0);
  z = -sin(phi0)*cos(phi)*cos(lam-lam0)+cos(phi0)*sin(phi);
  biglam = atan2(y,x)/d2r;                  /* transformed lon in degrees */
  bigphi = atan2(z,sqrt(x*x+y*y))/d2r;      /* transformed lat in degrees */

  /* Convert transformed lat/lon -> i,j */
  dlmd  = (*(vals+2));
  dphd  = (*(vals+3));
  wbd = (-1)*0.5*(im-1)*dlmd;               /* western boundary of transformed grid */
  sbd = (-1)*0.5*(jm-1)*dphd;               /* southern boundary of transformed grid */
  *grdi = 1.0 + (biglam-wbd)/dlmd;
  *grdj = 1.0 + (bigphi-sbd)/dphd;

  /* params for wind rotation alpha, alpha>0 ==> counter clockwise rotation */
  xx=sin(phi0)*sin(biglam*d2r)/cos(phi);
  if (xx < -1.0) xx = -1.0;
  else if (xx > 1.0) xx = 1.0;
  *alpha = (-1)*asin(xx);

}

void ll2pse (gaint im, gaint jm, gadouble *vals, gadouble lon, gadouble lat,
	     gadouble *grdi, gadouble *grdj) {


  /* Convert from geodetic latitude and longitude to polar stereographic
     grid coordinates.  Follows mapll by V. J. Troisi.         */
  /* Conventions include that slat and lat must be absolute values */
  /* The hemispheres are controlled by the sgn parameter */
  /* Bob Grumbine 15 April 1994. */

  const gadouble rearth = 6378.273e3;
  const gadouble eccen2 = 0.006693883;
  const gadouble pi = 3.141592654;

  gadouble cdr, alat, along, e, e2;
  gadouble t, x, y, rho, sl, tc, mc;
  gadouble slat,slon,xorig,yorig,sgn,polei,polej,dx,dy;

  slat=*(vals+0);
  slon=*(vals+1);
  polei=*(vals+2);
  polej=*(vals+3);
  dx=*(vals+4)*1000;
  dy=*(vals+5)*1000;
  sgn=*(vals+6);

  xorig = -polei*dx;
  yorig = -polej*dy;

  cdr   = 180./pi;
  alat  = lat/cdr;
  along = lon/cdr;
  e2 = eccen2;
  e  = sqrt(eccen2);

  if ( fabs(lat) > 90.)  {
    *grdi = -1;
    *grdj = -1;
    return;
  }
  else {
    t = tan(pi/4. - alat/2.) /
      pow( (1.-e*sin(alat))/(1.+e*sin(alat)) , e/2.);

    if ( fabs(90. - slat) < 1.E-3) {
      rho = 2.*rearth*t/
	pow( pow(1.+e,1.+e) * pow(1.-e,1.-e) , e/2.);
    }
    else {
      sl = slat/cdr;
      tc = tan(pi/4.-sl/2.) /
	pow( (1.-e*sin(sl))/(1.+e*sin(sl)), (e/2.) );
      mc = cos(sl)/ sqrt(1.-e2*sin(sl)*sin(sl) );
      rho = rearth * mc*t/tc;
    }

    x = rho*sgn*cos(sgn*(along+slon/cdr));
    y = rho*sgn*sin(sgn*(along+slon/cdr));

    *grdi = (x - xorig)/dx+1;
    *grdj = (y - yorig)/dy+1;

    return;
  }

}

void ll2ops(gadouble *vals, gadouble lni, gadouble lti, gadouble *grdi, gadouble *grdj) {

  const gadouble radius = 6371229.0 ;

  gadouble stdlat, stdlon, xref, yref, xiref, yjref, delx , dely;
  gadouble plt,pln;
  double pi180,c1,c2,c3,c4,c5,c6,arg2a,bb,plt1,alpha, pln1,plt90,argu1,argu2;
  double hsign,glor,rstdlon,glolim,facpla,x,y;

  stdlat = *(vals+0);
  stdlon = *(vals+1);
  xref = *(vals+2);
  yref = *(vals+3);
  xiref = *(vals+4);
  yjref = *(vals+5);
  delx = *(vals+6);
  dely = *(vals+7);

  c1=1.0 ;
  pi180 = asin(c1)/90.0;

  /* set flag for n/s hemisphere and convert longitude to <0 ; 360> gainterval */
  if (stdlat >= 0.0) {
    hsign= 1.0 ;
  } else {
    hsign=-1.0 ;
  }

  /* set flag for n/s hemisphere and convert longitude to <0 ; 360> interval */
  glor=lni ;
  if (glor <= 0.0) glor=360.0+glor ;
  rstdlon=stdlon;
  if (rstdlon < 0.0) rstdlon=360.0+stdlon;

  /* test for a n/s pole case */
  if (stdlat == 90.0) {
    plt=lti ;
    pln=fmod(glor+270.0,360.0) ;
    goto l2000;
  }

  if (stdlat == -90.0) {
    plt=-lti ;
    pln=fmod(glor+270.0,360.0) ;
    goto l2000;
  }

  /* test for longitude on 'greenwich or date line' */
  if (glor == rstdlon) {
    if (lti > stdlat) {
      plt=90.0-lti+stdlat;
      pln=90.0;
    } else {
      plt=90.0-stdlat+lti;
      pln=270.0;;
    }
    goto l2000;
  }

  if (fmod(glor+180.0,360.0) == rstdlon) {
    plt=stdlat-90.0+lti;
    if (plt < -90.0) {
      plt=-180.0-plt;
      pln=270.0;
    } else {
      pln= 90.0;
    }
    goto l2000 ;
  }

  /* determine longitude distance relative to rstdlon so it belongs to
     the absolute interval 0 - 180 */
  argu1 = glor-rstdlon;
  if (argu1 > 180.0) argu1 = argu1-360.0;
  if (argu1 < -180.0) argu1 = argu1+360.0;

  /* 1. get the help circle bb and angle alpha (legalize arguments) */

  c2=lti*pi180 ;
  c3=argu1*pi180 ;
  arg2a = cos(c2)*cos(c3) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = max1(arg2a,-c1)  */
  if (  c1 < arg2a ) arg2a = c1 ; /* min1(arg2a, c1)         */
  bb = acos(arg2a) ;

  c4=hsign*lti*pi180 ;
  arg2a = sin(c4)/sin(bb) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a = c1  ; /* arg2a = dmin1(arg2a, c1) */
  alpha = asin(arg2a) ;

  /* 2. get plt and pln (still legalizing arguments) */
  c5=stdlat*pi180 ;
  c6=hsign*stdlat*pi180 ;
  arg2a = cos(c5)*cos(bb) + sin(c6)*sin(c4) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a = c1  ; /* arg2a = dmin1(arg2a, c1) */
  plt1   = asin(arg2a) ;

  arg2a = sin(bb)*cos(alpha)/cos(plt1) ;

  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
  pln1   = asin(arg2a) ;


  /* test for passage of the 90 degree longitude (duallity in pln)
     get plt for which pln=90 when lti is the latitude */
  arg2a = sin(c4)/sin(c6) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
  plt90 = asin(arg2a) ;

  /* get help arc bb and angle alpha */
  arg2a = cos(c5)*sin(plt90) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
  bb    = acos(arg2a) ;

  arg2a = sin(c4)/sin(bb) ;
  if ( -c1 > arg2a ) arg2a = -c1 ; /* arg2a = dmax1(arg2a,-c1) */
  if (  c1 < arg2a ) arg2a =  c1 ; /* arg2a = dmin1(arg2a, c1) */
  alpha = asin(arg2a) ;

  /* get glolim - it is nesc. to test for the existence of solution */
  argu2  = cos(c2)*cos(bb) / (1.-sin(c4)*sin(bb)*sin(alpha)) ;
  if ( fabs(argu2) > c1 ) {
    glolim = 999.0;
  } else {
    glolim = acos(argu2)/pi180;
  }

  /* modify (if nesc.) the pln solution */
  if ( ( fabs(argu1) > glolim && lti <= stdlat ) || ( lti > stdlat ) ) {
    pln1 = pi180*180.0 - pln1;
  }

  /* the solution is symmetric so the direction must be if'ed */
  if (argu1 < 0.0) {
    pln1 = -pln1;
  }

  /* convert the radians to degrees */
  plt = plt1/pi180 ;
  pln = pln1/pi180 ;

  /* to obtain a rotated value (ie so x-axis in pol.ste. points east) 
     add 270 to longitude */
  pln=fmod(pln+270.0,360.0) ;

 l2000:

/*
c     this program convert polar stereographic coordinates to x,y ditto
c     longitude:   0 - 360  ; positive to the east
c     latitude : -90 -  90  ; positive for northern hemisphere
c     it is assumed that the x-axis point towards the east and
c     corresponds to longitude = 0
c
c     tsp 20/06-89
c
c     constants and functions
*/
  facpla = radius*2.0/(1.0+sin(plt*pi180))*cos(plt*pi180);
  x = facpla*cos(pln*pi180) ;
  y = facpla*sin(pln*pi180)  ;

  *grdi=(x-xref)/delx + xiref;
  *grdj=(y-yref)/dely + yjref;

  return;

}


/* Projection definition for rotated lat/lon
 *
 * The transformation is done as described in the 
 * COSMO documentation, Part 1, chapter 3.3.
 * http://www.cosmo-model.org/public/documentation.htm
 */

void ll2rotll( gadouble *vals, gadouble grdlat, gadouble grdlon,
		        gadouble *grdi, gadouble *grdj,  gadouble *wrot ) {

  const gadouble pi = 4.0*atan( 1.0 );
  gadouble lon_pole;      /* longitude of the pole in radiants */
  gadouble lat_pole;      /* latitude of the pole in radiants */
  gadouble dlon;          /* longitude increment in radiants */
  gadouble dlat;          /* latitude increment in radiants */
  gadouble lon_ll_corner; /* longitude of the lower left corner in radiants */
  gadouble lat_ll_corner; /* latitude of the lower left corner in radiants */
  gadouble lon_rotated;   /* rotated longitude in radiants */
  gadouble lat_rotated;   /* rotated latitude in radiants */
  gadouble lon_RW;        /* real world longitude in radiants */
  gadouble lat_RW;        /* real world latitude in radiants */

  /* grab projection parameters from the pdef line */
  lon_pole      = *(vals+0)/180.0*pi;
  lat_pole      = *(vals+1)/180.0*pi;
  dlon          = *(vals+2)/180.0*pi;
  dlat          = *(vals+3)/180.0*pi;
  lon_ll_corner = *(vals+4)/180.0*pi;
  lat_ll_corner = *(vals+5)/180.0*pi;

  lat_RW = grdlat/180*pi;
  lon_RW = grdlon/180*pi;

  /* calculate rotated longitude and latitude */
  lat_rotated = asin(
                   sin( lat_RW )*sin( lat_pole )
                 + cos( lat_RW )*cos( lat_pole )
		  *cos( lon_RW - lon_pole )
               );
  lon_rotated = atan(
                   cos( lat_RW )*sin( lon_RW - lon_pole )
		/( cos( lat_RW )*sin( lat_pole )
		  *cos( lon_RW - lon_pole )
                 - sin( lat_RW )*cos( lat_pole ) )
               );

  /* calculate grid point number */
  *grdj = ( lat_rotated - lat_ll_corner )/dlat + 1;
  *grdi = ( lon_rotated - lon_ll_corner )/dlon + 1;

  /* calculate wind rotation angle */
  *wrot = -atan(
                cos( lat_pole )*sin( lon_pole - lon_RW )
                /(   cos( lat_RW )*sin( lat_pole )
                   - sin( lat_RW )*cos( lat_pole )*cos( lon_pole - lon_RW )
                )
              );
}

grads-2.0.1/src/gxps.c0000644000175000017500000003653211540444125015671 0ustar  amckinstryamckinstry/*  Copyright (C) 1988-2011 by Brian Doty and the 
    Institute of Global Environment and Society (IGES).  
    See file COPYRIGHT for more information.   */

/* 
 * Include ./configure's header file
 */
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

#include 
#include 


int help=0;
void command_line_help(void) ;

char *valprs (char *, float *);

char buff[132];
int pnt;
FILE *infile;
FILE *outfile;
int rotflg;

void mycln (char *, int *);
void chout (char *, int);
void chend (void);
int nxtcmd (char *, char *);
void blkbck (void);
void xycnv (short, short, float *, float *);
void xycnva4 (short, short, float *, float *);

float grey[256],red[256],green[256],blue[256];

/* These values should match the RGB values in gxX.c and gxhpng.c and the documentation */
float reds[16]   = {1.0, 0.0, 0.98, 0.00, 0.12, 0.00, 0.94, 0.90, 0.94, 0.63, 0.63, 0.00, 0.90, 0.00, 0.51, 0.67};
float greens[16] = {1.0, 0.0, 0.24, 0.86, 0.24, 0.78, 0.00, 0.86, 0.51, 0.00, 0.90, 0.63, 0.69, 0.82, 0.00, 0.67};
float blues[16]  = {1.0, 0.0, 0.24, 0.00, 1.00, 0.78, 0.51, 0.19, 0.16, 0.78, 0.19, 1.00, 0.18, 0.55, 0.86, 0.67};
float greys[16]  = {1.0, 0.0, 0.16, 0.46, 0.70, 0.58, 0.10, 0.34, 0.22, 0.82, 0.40, 0.64, 0.28, 0.52, 0.76, 0.50};

char *lwdesc[12] = {" 0.001 w",
                    " 0.006 w",
                    " 0.009 w",
                    " 0.012 w",
                    " 0.015 w",
                    " 0.018 w",
                    " 0.021 w",
                    " 0.024 w",
                    " 0.027 w",
                    " 0.030 w",
                    " 0.033 w",
                    " 0.036 w"};

static int rflag, cflag, dflag;
static float bwide;

int main (int argc, char *argv[])  {
short opts[4];
int cmd, i, j;
char ch[201];
int len, cont, iflag, oflag;
int lcolor=0,lwide,sflag=0,fflag=0,fcnt,ccnt,filflg=0,scnt=0,a4flag,bdflag;
float xlo,xhi,ylo,yhi,xpos,ypos,xsiz,ysiz;
char in[256],out[256],*ifi,*ofi,ctld[2];

  /* Initialize */

  ctld[0] = (char)4;
  ctld[1] = '\n';
  for (i=0; i<=255; i++) {
    grey[i] = -999.0;
    red[i] = -999.0;
    green[i] = -999.0;
    blue[i] = -999.0;
  }
  for (i=0; i<16; i++) {
    grey[i] = greys[i];
    red[i] = reds[i];
    green[i] = greens[i];
    blue[i] = blues[i];
  }

  /* Parse command line arguments */

  i = 1;
  iflag = 0; oflag = 0;
  cflag = 0; rflag = 0; dflag = 1;
  a4flag = 0;
  bwide = 0.5;
  bdflag=0;

  ifi = NULL; ofi = NULL;
  while (ixsiz) rotflg=1;
      fflag = 1;
      sflag = 0;
    }

    /* New Page */

    else if (cmd==-2) {
      if (sflag) {chout(" s",2); sflag=0;}
      chend();
      fwrite ("gsave showpage\n",1,15,outfile);
      fcnt++;
      fflag = 0;
    }

    /* Set color */

    else if (cmd==-3) {
      if (!fflag) {
        chout(" grestore",9);
        blkbck();
      }
      if (sflag) {chout(" s",2); sflag=0;}
      fread ((char *)opts, sizeof(short), 1, infile);
      lcolor = opts[0];
      if (lcolor<0) lcolor=0;
      if (lcolor>255) lcolor=255;
      if (cflag) {
        if (red[lcolor]<-900.0) lcolor=15;
        snprintf(ch,200," %.5g %.5g %.5g c",red[lcolor],green[lcolor],blue[lcolor]);
      } else {
        if (lcolor>0) snprintf(ch,200," %.5g g",grey[1]);
        else snprintf(ch,200," %.5g g",grey[0]);
      }
      mycln(ch,&len);
      chout(ch,len);
      fflag = 1;
    }

    /* Set line width */

    else if (cmd==-4) {
      if (!fflag) {
        chout(" grestore",9);
        blkbck();
      }
      if (sflag) {chout(" s",2); sflag=0;}
      fread ((char *)opts, sizeof(short), 2, infile);
      i = opts[0];
      if (i>12) i=12;
      if (i<1) i=1;
      chout(lwdesc[i-1],8);
      lwide = i;
      fflag = 1;
    }

    /* Define new color (mapped into grey scale via green intensity) */

    else if (cmd==-5){
      fread ((char *)opts, sizeof(short), 4, infile);
      i = opts[0];
      if (i>15 && i<=255) {
        if (cflag) {
          red[i] = ((float)opts[1])/255.0;
          green[i] = ((float)opts[2])/255.0;
          blue[i] = ((float)opts[3])/255.0;
          if (red[i]<0.0) red[i]=0.0;
          if (red[i]>1.0) red[i]=1.0;
          if (green[i]<0.0) green[i]=0.0;
          if (green[i]>1.0) green[i]=1.0;
          if (blue[i]<0.0) blue[i]=0.0;
          if (blue[i]>1.0) blue[i]=1.0;
        } else {
          grey[i] = ((float)(opts[2]))/255.0;
          if (grey[i]<0.0) grey[i]=0.0;
          if (grey[i]>1.0) grey[i]=1.0;
          grey[i] = 1.0 - grey[i];
        }
      }
    }

    /* Rectangle fill */

    else if (cmd==-6){
      if (!fflag) {
        chout(" grestore",9);
        blkbck();
      }
      if (sflag) {chout(" s",2); sflag=0;}
      fread ((char *)opts, sizeof(short), 4, infile);

      if(a4flag) {
	xycnva4 (opts[0],opts[2],&xlo,&ylo);
	xycnva4 (opts[1],opts[3],&xhi,&yhi);
      } else { 
	xycnv (opts[0],opts[2],&xlo,&ylo);
	xycnv (opts[1],opts[3],&xhi,&yhi);
      }

      if (!cflag) {
        if (grey[lcolor]<-100.0) snprintf(ch,200," %.5g g",grey[15]);
        else snprintf(ch,200," %.5g g",grey[lcolor]);
        mycln(ch,&len);
        chout(ch,len);
      }
      chout(" n",2);
      snprintf(ch,200," %.5g %.5g m",xlo,ylo);
      mycln(ch,&len);
      chout(ch,len);
      snprintf(ch,200," %.5g %.5g d",xhi,ylo);
      mycln(ch,&len);
      chout(ch,len);
      snprintf(ch,200," %.5g %.5g d",xhi,yhi);
      mycln(ch,&len);
      chout(ch,len);
      snprintf(ch,200," %.5g %.5g d",xlo,yhi);
      mycln(ch,&len);
      chout(ch,len);
      snprintf(ch,200," %.5g %.5g d",xlo,ylo);
      mycln(ch,&len);
      chout(ch,len);
      chout(" f",2);
      if (!cflag) {
        if (lcolor>0) snprintf(ch,200," %.5g g",grey[1]);
        else snprintf(ch,200," %.5g g",grey[0]);
        mycln(ch,&len);
        chout(ch,len);
      }
      fflag = 1;
    }

    /* Start fill */

    else if (cmd==-7){
      fread ((char *)opts, sizeof(short), 1, infile);
      if (!cflag) {
        if (grey[lcolor]<-100.0) snprintf(ch,200," %.5g g",grey[15]);
        else snprintf(ch,200," %.5g g",grey[lcolor]);
        mycln(ch,&len);
        chout(ch,len);
      }
      filflg = 1;
      fflag = 1;
    }

    /* End fill */

    else if (cmd==-8){
      if (sflag) {chout(" f",2); sflag=0;}
      if (!cflag) {
        if (lcolor>0) snprintf(ch,200," %.5g g",grey[1]);
        else snprintf(ch,200," %.5g g",grey[0]);
        mycln(ch,&len);
        chout(ch,len);
      }
      filflg = 0;
      fflag = 1;
    }

    /* Move to */

    else if (cmd==-10){
      if (!fflag) {
        chout(" grestore",9);
        blkbck();
      }
      if (sflag) {chout(" s",2); sflag=0; scnt = 0;}
      fread ((char *)opts, sizeof(short), 2, infile);
      if(a4flag) {
	xycnva4 (opts[0],opts[1],&xpos,&ypos);
      } else { 
	xycnv (opts[0],opts[1],&xpos,&ypos);
      }

      fflag = 1;
    }

    /* Draw to */

    else if (cmd==-11){
      if (!fflag) {
        chout(" grestore",9);
        blkbck();
      }
      fread (opts, sizeof(short), 2, infile);
      if (!sflag) {
        chout (" n",2);         
        snprintf(ch,200," %.5g %.5g m",xpos,ypos);
        mycln(ch,&len);
        chout(ch,len);
        scnt = 0;
      }

      if(a4flag) {
	xycnva4 (opts[0],opts[1],&xpos,&ypos);
      } else { 
	xycnv (opts[0],opts[1],&xpos,&ypos);
      }

      if (scnt>511 && !filflg) {    /* Keep vector counts small */
        snprintf(ch,200," %.5g %.5g d",xpos,ypos);
        mycln(ch,&len);
        chout(ch,len);
        chout (" s n",4);
        snprintf(ch,200," %.5g %.5g m",xpos,ypos);
        mycln(ch,&len);
        chout(ch,len);
        scnt = 0;
      }
      snprintf(ch,200," %.5g %.5g d",xpos,ypos);
      mycln(ch,&len);
      chout(ch,len);
      sflag = 1;
      scnt++;
      fflag = 1;
    }
    else if (cmd==-20) {       /* Draw button -- ignore */
      fread ((char *)opts, sizeof(short), 1, infile);
    }
    else {
      printf ("Invalid command found %i \n",cmd);
      return(1);
    }
  }
  return(0);
}

void blkbck () {
  if (!rflag) return;
  chout(" 0 0 0 c",8);
  chout(" n 0 0 m 8.5 0 d",16);
  chout(" 8.5 11 d",9);
  chout(" 0 11 d",7);
  chout(" 0 0 d f",8);
}

void mycln (char *ch, int *len) {
int i,j,flag,cnt;
  i = 0;
  j = 0;
  flag = 0;
  cnt = 0;
  while (ch[j]) {
    ch[i] = ch[j];
    if (flag) {
      if (ch[j]<'0'||ch[j]>'9') {flag = 0; cnt=0;}
      else cnt++;
    }
    if (ch[j]=='.') flag = 1;
    if (flag&&cnt>3) j++;
    else {i++; j++;}
  }
  *len = i;
}

void chout(char *ch, int len) {
int i;

  if (len+pnt>130) {
    buff[pnt] = '\n';
    pnt++;
    fwrite (buff,1,pnt,outfile);
    pnt = 0;
  }
  for (i=0; i='0' && *ch<='9') {
      if (!flag) flag=1;
      if (eflag) {evflag=1; exp=(exp*10)+(*ch-zip);}
      else if (dflag) { *val = *val+((*ch-zip)*dfp); dfp=dfp/10.0; }
      else *val = (*val*10.0)+(*ch-zip);

    } else if (*ch=='-') {
      if (eflag&&!evflag) {
        if (enflag) {cont=0; flag=0;}
        enflag=1;
      }
      else if (!flag) {
        if (nflag) {cont=0; flag=0;}
        nflag=1;
      } else cont=0;

    } else if (*ch=='+') {
      if (eflag&&!evflag) {
        if (epflag) {cont=0; flag=0;}
        epflag=1;
      }
      else if (!flag) {
        if (pflag) {cont=0; flag=0;}
        pflag=1;
      } else cont=0;

    } else if (*ch=='.') {
      if (dflag||eflag) {cont=0;}
      else dflag=1;

    } else if (*ch=='e') {
      if (eflag) {
        cont=0;
        if (!evflag) flag=0;
      }
      else if (flag) {eflag=1; dflag=0;}
      else cont=0;

    } else cont=0;

    if (cont) ch++;
  }

  if (flag) {
    if (nflag) *val = *val*(-1.0);
    if (eflag) {
      if (enflag) exp = exp*(-1.0);
      *val = *val*(pow(10.0,exp));
    }
    return (ch);
  } else return (NULL);

}



void command_line_help(void) {
/*--- 
  output command line options 
---*/

printf("gxps for GrADS Version " GRADS_VERSION "\n\n");
printf("Convert GrADS meta files (from print command in grads) to postscript (level 1)\n\n");
printf("Command line options: \n\n");
printf("          -help   Just this help\n");
printf("          -i      input GrADS meta file\n");
printf("          -o      output postscript file\n");
printf("          -c      color output (default is black and white)\n");
printf("          -r      reverse background (typically black) default is white background\n");
printf("          -b      border width in inches (default is 0.5)\n");
printf("          -a      create ps suitable for A4 printers\n");
printf("          -d      do NOT add ctrl-d to end of ps file (added for some HP printers, generally ignored)");
printf("   Example:\n\n");
printf("   gxps -b 0.10 -c -r -i myplot.gm -o myplot.ps\n\n");
printf("   makes a color ps file with a black background and a border width plot of 0.10 inches\n\n");

printf("\n");

}
grads-2.0.1/src/gatypes.h0000644000175000017500000000035111207534132016355 0ustar  amckinstryamckinstry /************\
 * Data Types * 
 \************/
typedef double        gadouble;
typedef float         gafloat;
typedef int           gaint;
typedef unsigned long gaPixel;
typedef unsigned int  gauint;
typedef long int      galint;